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FACILITIES / INTERACTIVE 3D

Connected gas-compression concept

Trace an original inlet separator, both ends of a compressor and an air-cooled aftercooler, then open their individual component explorers.

Static preview of the connected gas-compression concept schematic
Static preview · choose Load 3D to explore

All conceptual paths visible

Drag to orbit · Scroll or pinch to zoom · Select a visible part or use the parts list. Keyboard: focus the view and use arrow keys to orbit.

HOW TO READ THIS MODEL

The system, explained.

This invented scene connects three original equipment concepts. The inlet vessel distinguishes gas from total liquid; the gas relationship branches to both suction boundaries of the static double-acting compressor. Both discharge relationships join before the air-cooled exchanger, used here to illustrate aftercooling. Total liquid ends at its own external-handling boundary. Gas after cooling ends at a further-treatment and liquid-removal boundary. Read the nine relationships, focus an equipment group and open its detailed standalone explorer. Neither separation nor cooling establishes gas cleanliness, dryness, outlet temperature or saleable quality. No plant duty, fluid properties or operating state is calculated.

Model scope and limits

Three reused original equipment concepts with intact internal detail, eight graph nodes and nine invented relationships. 1,537 named mesh instances, including repeated fins, lattice members, fasteners and teaching route markers; these are not 1,537 distinct product designs. Original project GLBs only; no OEM CAD, imagery, drawings or dimensions imported. Static geometry. No surveyed Alberta facility, matched duty, complete drive/manifold/pulsation bottles/control/protection/treatment/dehydration/export system, process simulation, pressure/temperature/flow/efficiency result, rated piping, code compliance, full collision/fit/sealing/structural qualification or operating/maintenance procedure. Qualified technical review remains pending.

Source links support further study; no affiliation or endorsement is implied.

CHECK YOUR UNDERSTANDING

What does the boundary after the aftercooler establish?

Choose an answer

GUIDED COMPONENT STUDY

Trace the system.

Read each explanation, then focus its component in the explorer. This is a learning route through the model, with no operating or maintenance sequence.

  1. Start at the inlet vessel

    The side boundary enters the original vertical vessel beside a separate inlet deflector. A static liquid region and upper mist-lattice location identify component regions. This scene establishes no removal efficiency or suitable compressor-inlet conditions.

  2. Keep total liquid separate

    The lower vessel boundary has its own liquid relationship. Four raised support markers leave room to see that boundary. Level control, liquid transfer, depressurization and handling are outside this illustration; no disposal permission is implied.

  3. Inspect the suction junction

    This abstract three-bore block shows a common relationship dividing toward the crank-end and head-end suction boundaries. Its intersecting clear bores are selected geometric checks, without a fabricated manifold, pulsation bottle, acoustic result or qualified fitting.

  4. Find the crank-end suction boundary

    One of two original suction necks aligns with its declared graph port. The adjacent cylinder and valve regions remain selectable. A route relationship does not establish real valve events, phase timing, pressure or gas quantity.

  5. Find the head-end discharge boundary

    Both discharge relationships lead to the separate discharge junction marker. The head-end neck is retained from the original static compressor. No pressure cycle, rod load, rated package or complete manifold follows from these paths.

  6. Read aftercooling as a role

    A separate original hollow tube, external fins, headers and fans are reused to illustrate cooling after compression. The general aftercooler term is supported by the cited glossary. This example has no matched thermal duty, inlet/outlet temperature, pressure loss or calculated performance.

  7. Locate the further-handling boundary

    The scene ends before further liquid removal and gas treatment. There is no dry-gas reading, saleable-product certificate or complete pipeline installation. The cooled path is a relationship label, not a calculated temperature.

  8. Inspect a retained compressor internal

    The detailed piston remains a separate part in the connected scene, alongside the crank, rod, crosshead, packing and four valve stacks. Open the standalone compressor for its focused studies. The connected scene preserves original static detail without adding a simulated cycle.

CONNECTED PROCESS LESSON

Trace separation, compression and cooling

An invented connected teaching scene assembled from our three original equipment concepts. Placement, scale, routes and junction blocks are illustrative; they establish no surveyed facility, matched equipment duty, operating design, mass balance or piping and instrumentation diagram.

Color and static arrows identify declared relationships only. The model has no measured flow, live plant data or industry color standard. Treatment, pressure reduction, vapour handling, measurement, relief, shutdown, containment and disposal systems are outside this illustration.

Incoming gas and liquid boundary

An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Inlet gas–liquid separator

The concept distinguishes gas from total liquid before the illustrated compression relationship. This geometry establishes no liquid-removal performance, gas cleanliness or suitable compressor duty.

Open component explorer ↗

Suction branch marker

A small three-bore block makes the two suction relationships visible. It is an abstract junction marker, without pulsation bottles, a fabricated manifold or piping design.

Double-acting compressor concept

Both suction and both discharge boundaries are connected as teaching relationships. The static crank, crosshead, rod, piston and four valve stacks remain individually selectable. No complete drive, operating cycle, lubrication, protection or pressure result is supplied.

Open component explorer ↗

Discharge branch marker

Two discharge relationships meet an abstract three-bore junction marker. No pulsation, acoustic response, support loads or fabricated manifold is designed.

Air-cooled aftercooler concept

The existing air-cooled exchanger concept illustrates a cooling role after compression. Tube, fin, header and fan details remain selectable. No matched heat duty, temperature drop, pressure loss, fan motion or winter performance is calculated.

Open component explorer ↗

Further gas treatment and liquid removal — outside model

Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Total-liquid handling — outside model

The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Read each connection.

Start and end labels are backed by the same port registry used to generate the 3D routes. Ports and routes are invented; geometric agreement is not engineering validation.

INCOMING STREAM

Incoming stream to inlet separator

Incoming gas and liquid boundary → Inlet gas–liquid separator

GAS

Separated gas to suction branches

Inlet gas–liquid separator → Suction branch marker

GAS

Crank-end suction relationship

Suction branch marker → Double-acting compressor concept

GAS

Head-end suction relationship

Suction branch marker → Double-acting compressor concept

DISCHARGE

Crank-end discharge relationship

Double-acting compressor concept → Discharge branch marker

DISCHARGE

Head-end discharge relationship

Double-acting compressor concept → Discharge branch marker

DISCHARGE

Discharge branches to aftercooler

Discharge branch marker → Air-cooled aftercooler concept

COOLED

Aftercooler to further-handling boundary

Air-cooled aftercooler concept → Further gas treatment and liquid removal — outside model

LIQUID

Total liquid to handling boundary

Inlet gas–liquid separator → Total-liquid handling — outside model

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗
Base frame

Illustrative support frame; foundations and structural design vary.

Inlet separator / Closed manway cover

Separate solid cover in a closed static position. No pressure qualification or entry procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Deflector support 0.3

Separate support-location marker. No attachment or load qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Deflector support -0.3

Separate support-location marker. No attachment or load qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 1

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 2

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 3

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 4

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 5

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 6

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 7

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint nut 8

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 1

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 2

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 3

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 4

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 5

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 6

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 7

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint stud 8

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 1

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 2

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 3

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 4

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 5

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 6

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 7

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Feed joint washer 8

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 0.7 1

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 0.7 2

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 0.7 3

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 0.7 4

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 -0.7 1

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 -0.7 2

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 -0.7 3

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor 0.7 -0.7 4

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 0.7 1

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 0.7 2

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 0.7 3

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 0.7 4

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 -0.7 1

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 -0.7 2

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 -0.7 3

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Foot anchor -0.7 -0.7 4

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 1

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 2

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 3

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 4

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 5

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 6

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 7

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint nut 8

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 1

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 2

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 3

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 4

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 5

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 6

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 7

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint stud 8

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 1

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 2

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 3

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 4

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 5

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 6

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 7

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas joint washer 8

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas outlet flange

Open annular gas flange with eight actual stud bores. No downstream pipe or qualified pressure joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Gas outlet neck

Open upper process neck aligned with the head aperture. Bulk gas outlet label, not a dehydration or measured-quality result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Illustrative total-liquid region

Static coloured teaching volume: total liquid, with no separate oil/water interface, level measurement or process simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Inlet deflector

Original flat deflector region beyond the inlet opening. No flow distribution, impact, separation or erosion simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 1

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 2

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 3

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 4

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 5

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 6

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 7

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint nut 8

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 1

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 2

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 3

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 4

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 5

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 6

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 7

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint stud 8

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 1

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 2

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 3

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 4

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 5

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 6

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 7

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Liquid joint washer 8

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Lower curved head

Original hollow lower-head shape with a central liquid opening. No rated drain junction or fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Lower level tapping boundary ring

Open instrument-boundary ring. No sensor, displayed reading, calibration or control loop. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Lower level tapping neck

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Lower seam marker

Separate seam-location marker. No weld or stress qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway flange

Annular service-opening flange. No opening, entry or maintenance instruction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway gasket marker

Separate bored gasket marker. No material, compression or sealing result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 1

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 2

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 3

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 4

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 5

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 6

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 7

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint nut 8

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 1

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 2

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 3

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 4

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 5

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 6

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 7

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint stud 8

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 1

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 2

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 3

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 4

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 5

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 6

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 7

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway joint washer 8

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Manway neck

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 1

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 2

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 3

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 4

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 5

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 6

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 7

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 8

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 9

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 10

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 1 member 11

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 1

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 2

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 3

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 4

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 5

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 6

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 7

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 8

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 9

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 10

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 2 member 11

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 1

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 2

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 3

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 4

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 5

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 6

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 7

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 8

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 9

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 10

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 3 member 11

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 1

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 2

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 3

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 4

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 5

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 6

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 7

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 8

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 9

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 10

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist lattice layer 4 member 11

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist-pad carrier ring

Separate support ring around an open lattice teaching region. No bypass seal, drainage or mist-removal performance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist-pad support tab 0.67

Separate pad support marker. No retainer-load or vibration qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mist-pad support tab -0.67

Separate pad support marker. No retainer-load or vibration qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mixed-feed flange

Separate annular inlet flange with eight actual stud bores. No rated class or facing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Mixed-feed inlet neck

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Outlet breaker X plate

Open cross-plate marker above liquid draw-off. No vortex, gas-entrainment or hydraulic result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Outlet breaker Y plate

Second perpendicular cross-plate marker. No qualified vortex-breaker geometry. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Pressure tapping boundary ring

Open instrument-boundary ring. No sensor, displayed reading, calibration or control loop. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Pressure tapping neck

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support foot 0.7 0.7

Separate foot marker with four actual anchor holes. No load or site design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support foot 0.7 -0.7

Separate foot marker with four actual anchor holes. No load or site design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support foot -0.7 0.7

Separate foot marker with four actual anchor holes. No load or site design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support foot -0.7 -0.7

Separate foot marker with four actual anchor holes. No load or site design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support leg 0.7 0.7

Illustrative support leg. No structural, anchorage or foundation design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support leg 0.7 -0.7

Illustrative support leg. No structural, anchorage or foundation design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support leg -0.7 0.7

Illustrative support leg. No structural, anchorage or foundation design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Support leg -0.7 -0.7

Illustrative support leg. No structural, anchorage or foundation design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Total-liquid outlet flange

Separate lower flange with eight actual stud bores. No dump valve, control logic or disposal destination. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Total-liquid outlet neck

Open lower process neck. Total liquid is not separated into oil and water in this concept. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Upper curved head

Original hollow upper-head shape with a central gas opening. No standard head geometry, reinforcement or pressure rating. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Upper level tapping boundary ring

Open instrument-boundary ring. No sensor, displayed reading, calibration or control loop. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Upper level tapping neck

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Upper seam marker

Separate seam-location marker. No weld preparation or inspection evidence. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Inlet separator / Vertical separator wall

Hollow enclosure with five actual side openings. Invented proportions and thickness; no pressure-vessel design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Compression cylinder wall

Actual hollow cylindrical wall with four geometric valve-pocket openings. Invented wall thickness, no gas or pressure simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Compressor support frame

Invented support frame. No foundation, structural, vibration or load calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Connecting rod big end

Annular connecting-rod end around the crank pin. Split cap, bolts and qualified bearing fit are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Connecting rod shank

Original straight shank joining the two rod-eye regions. Its shape and section are teaching choices. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Connecting rod small end

Annular rod end on the crosshead pin axis. No qualified bearing or force transfer. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge boundary flange

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge boundary neck

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge centre pin

Smooth central guide/attachment marker, without threads or rated valve retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover flange

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge cover washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge guard

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge outer pocket

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge perforated seat

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge plate marker

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge pocket cover

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge pocket neck

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end discharge spring marker

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction boundary flange

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction boundary neck

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction centre pin

Smooth central guide/attachment marker, without threads or rated valve retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover flange

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction cover washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction guard

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction outer pocket

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction perforated seat

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction plate marker

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction pocket cover

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction pocket neck

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank end suction spring marker

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end cylinder flange

Hollow cylinder-end flange with separate drilled fastener bores. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end head

Cylinder closure around the piston rod, with actual central bore. No pressure rating or qualified packing joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 5

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 6

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 7

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint nut 8

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 5

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 6

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 7

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint stud 8

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 5

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 6

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 7

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crank-end joint washer 8

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crankcase end wall

Illustrative frame end wall, without qualified casting or ventilation details. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crankcase floor

Static enclosure floor. Oil level, pump and lubrication circuit are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crankcase guide wall

Frame wall with an actual opening toward the crosshead guide. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crankcase top cover

Separate enclosure cover, removed only by presentation controls. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crosshead pin

Smooth crosshead pin coaxial with the small rod eye. No retention or cyclic load calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Crosshead pin bushing

Separate thin bushing marker between the crosshead pin and rod eye. Clearance is invented. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front crank web

Original web marker joining a main journal region to the offset crank pin. No balance or stress qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front crankcase wall

Separate frame wall with a bored crankshaft opening. No pressure or casting specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front crosshead cheek

Crosshead side cheek with a real pin bore. Guide and pin relationships are static. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front distance-piece wall

Open-ended distance-piece enclosure marker. Purge, ventilation, drains and service requirements are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front guide wall

Separate side enclosure around the crosshead/rod region. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front main bearing

Separate annular bearing marker around the main journal. No oil-film, load or bearing fit qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Front main journal

Smooth main journal on the crank axis; no speed, balance or bearing duty. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Grooved piston

Original hollow piston marker with two ring recesses and a central rider-band recess. Geometry does not establish a piston material, running clearance or gas performance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge boundary flange

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge boundary neck

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge centre pin

Smooth central guide/attachment marker, without threads or rated valve retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover flange

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge cover washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge guard

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge outer pocket

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge perforated seat

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge plate marker

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge pocket cover

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge pocket neck

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end discharge spring marker

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction boundary flange

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction boundary neck

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction centre pin

Smooth central guide/attachment marker, without threads or rated valve retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover flange

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction cover washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction guard

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction outer pocket

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction perforated seat

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction plate marker

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction pocket cover

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction pocket neck

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head end suction spring marker

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end cylinder flange

Hollow head-end flange with actual fastener bores. No rated facing or joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end head

Solid geometric end closure. No head stress, pressure or manufacturing specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 1

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 2

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 3

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 4

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 5

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 6

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 7

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint nut 8

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 1

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 2

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 3

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 4

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 5

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 6

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 7

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint stud 8

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 1

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 2

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 3

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 4

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 5

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 6

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 7

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Head-end joint washer 8

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Lower crosshead guide

Fixed guide surface around the crosshead shoes. No dynamic travel is supplied. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Lower crosshead shoe

Separate guide-shoe marker. No wear, running-clearance or side-load qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Lower distance-piece wall

Separate distance-piece wall; no qualified gas/oil separation or enclosure classification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Offset crank pin

Separate crank-pin axis offset from the main journals. One invented static pose; no cycle or rod-load calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Piston retaining marker

Annular retaining marker around the rod. No qualified nut thread, locking or axial retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Piston rider band

Separate closed rider-band marker. Its role differs from the two split-ring markers; no wear or loading result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Piston rod

Smooth rod from the crosshead region through packing to the piston. No thread form, rod load or dynamic motion. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear crank web

Original web marker joining a main journal region to the offset crank pin. No balance or stress qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear crankcase wall

Separate frame wall with a bored crankshaft opening. No pressure or casting specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear crosshead cheek

Crosshead side cheek with a real pin bore. Guide and pin relationships are static. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear distance-piece wall

Open-ended distance-piece enclosure marker. Purge, ventilation, drains and service requirements are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear guide wall

Separate side enclosure around the crosshead/rod region. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear main bearing

Separate annular bearing marker around the main journal. No oil-film, load or bearing fit qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rear main journal

Second main journal coaxial with the first. Static geometry only. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod packing housing

Hollow housing around separate rod-packing markers. No packing pressure, cooling or vent plan. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod packing ring 1

Separate annular packing marker. Real segmentation, spring loading, leakage and material behaviour are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod packing ring 2

Separate annular packing marker. Real segmentation, spring loading, leakage and material behaviour are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod packing ring 3

Separate annular packing marker. Real segmentation, spring loading, leakage and material behaviour are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod wiper housing

Separate hollow wiper location marker. Drain and sealing details are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Rod wiper marker

Annular wiper marker around the rod; no lip profile, material or sealing result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Split piston ring 1

Separate split-ring geometry in a piston recess. Split gap, loading, material and leakage are invented. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Split piston ring 2

Separate split-ring geometry in a piston recess. Split gap, loading, material and leakage are invented. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 1

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 2

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 3

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 4

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 5

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 6

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 7

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Support leg 8

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Upper crosshead guide

Fixed guide surface around the crosshead shoes. No dynamic travel is supplied. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Upper crosshead shoe

Separate guide-shoe marker. No wear, running-clearance or side-load qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Compressor / Upper distance-piece wall

Separate distance-piece wall; no qualified gas/oil separation or enclosure classification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Bundle side frame 1.48

Original bundle frame enclosing tube rows; no structural or thermal-expansion design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Bundle side frame -1.48

Original bundle frame enclosing tube rows; no structural or thermal-expansion design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column 2.9 / 1.48

Separate structural column marker; loads, anchoring and foundations are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column 2.9 / -1.48

Separate structural column marker; loads, anchoring and foundations are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column -2.9 / 1.48

Separate structural column marker; loads, anchoring and foundations are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column -2.9 / -1.48

Separate structural column marker; loads, anchoring and foundations are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column foot 2.9 / 1.48

Separate footing marker. No foundation or anchor specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column foot 2.9 / -1.48

Separate footing marker. No foundation or anchor specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column foot -2.9 / 1.48

Separate footing marker. No foundation or anchor specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Column foot -2.9 / -1.48

Separate footing marker. No foundation or anchor specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Drive support rail 1.48

Drive-platform support marker. No access/work platform or structural qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Drive support rail -1.48

Drive-platform support marker. No access/work platform or structural qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 1

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 2

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 3

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 4

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 5

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 6

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 7

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.32 / 8

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 1

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 2

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 3

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 4

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 5

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 6

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 7

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing element 1.68 / 8

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing inner 1.32

Static bearing inner-ring marker. No qualified running clearance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing inner 1.68

Static bearing inner-ring marker. No qualified running clearance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing outer 1.32

Static bearing outer-ring marker. No load rating or fit. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 bearing outer 1.68

Static bearing outer-ring marker. No load rating or fit. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 1

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 2

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 3

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 4

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 5

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 6

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 7

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 blade 8

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 coupling elastic marker

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 coupling guard

Hollow visual guard marker around the coupling. It is not qualified guarding or permission to work on equipment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 coupling motor half

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 coupling reducer half

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 horizontal input shaft

Separate horizontal reducer-input shaft marker, meeting a perpendicular output relationship. No verified gear contact or reduction ratio. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 hub

Solid hub marker with eight independent blade roots. No adjustable pitch, balance or qualified retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 input bevel marker

Annular marker identifying the input-gear region. Teeth and gear contact are omitted; no transmission ratio or power result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 1

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 2

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 3

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 4

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 5

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 6

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 7

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 8

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 9

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 10

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 11

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor cooling fin 12

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor end ring 1

Separate annular motor end-ring marker around the shaft. No bearing seal or electrical enclosure approval. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor end ring 2

Separate annular motor end-ring marker around the shaft. No bearing seal or electrical enclosure approval. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor foot -0.91

Separate mounting-foot marker. No alignment procedure or qualified fastening. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor foot -1.16

Separate mounting-foot marker. No alignment procedure or qualified fastening. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor housing

Hollow original motor enclosure; no windings, supply, cooling or nameplate qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 motor shaft

Separate motor-output shaft marker connecting toward the coupling. No electrical or speed data. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 output bevel marker

Annular marker identifying the vertical output-gear region. No meshing tooth geometry, contact or torque result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 reducer enclosure

Separate solid reducer-enclosure teaching cover; reveal exposes perpendicular shaft markers. No rated gear train or lubrication system. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 ring

Separate hollow fan-ring marker. Blade envelope is geometrically inside it; no operating tip clearance or fan curve. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 1

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 2

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 3

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 4

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 5

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 6

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 7

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 root fastener 8

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 1 vertical drive shaft

Separate vertical shaft between reducer marker and fan hub. No torsion, running fit or qualified coupling. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 1

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 2

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 3

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 4

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 5

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 6

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 7

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.32 / 8

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 1

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 2

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 3

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 4

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 5

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 6

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 7

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing element 1.68 / 8

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing inner 1.32

Static bearing inner-ring marker. No qualified running clearance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing inner 1.68

Static bearing inner-ring marker. No qualified running clearance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing outer 1.32

Static bearing outer-ring marker. No load rating or fit. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 bearing outer 1.68

Static bearing outer-ring marker. No load rating or fit. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 1

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 2

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 3

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 4

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 5

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 6

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 7

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 blade 8

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 coupling elastic marker

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 coupling guard

Hollow visual guard marker around the coupling. It is not qualified guarding or permission to work on equipment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 coupling motor half

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 coupling reducer half

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 horizontal input shaft

Separate horizontal reducer-input shaft marker, meeting a perpendicular output relationship. No verified gear contact or reduction ratio. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 hub

Solid hub marker with eight independent blade roots. No adjustable pitch, balance or qualified retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 input bevel marker

Annular marker identifying the input-gear region. Teeth and gear contact are omitted; no transmission ratio or power result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 1

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 2

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 3

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 4

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 5

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 6

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 7

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 8

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 9

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 10

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 11

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor cooling fin 12

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor end ring 1

Separate annular motor end-ring marker around the shaft. No bearing seal or electrical enclosure approval. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor end ring 2

Separate annular motor end-ring marker around the shaft. No bearing seal or electrical enclosure approval. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor foot -0.91

Separate mounting-foot marker. No alignment procedure or qualified fastening. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor foot -1.16

Separate mounting-foot marker. No alignment procedure or qualified fastening. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor housing

Hollow original motor enclosure; no windings, supply, cooling or nameplate qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 motor shaft

Separate motor-output shaft marker connecting toward the coupling. No electrical or speed data. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 output bevel marker

Annular marker identifying the vertical output-gear region. No meshing tooth geometry, contact or torque result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 reducer enclosure

Separate solid reducer-enclosure teaching cover; reveal exposes perpendicular shaft markers. No rated gear train or lubrication system. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 ring

Separate hollow fan-ring marker. Blade envelope is geometrically inside it; no operating tip clearance or fan curve. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 1

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 2

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 3

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 4

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 5

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 6

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 7

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 root fastener 8

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan 2 vertical drive shaft

Separate vertical shaft between reducer marker and fan hub. No torsion, running fit or qualified coupling. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Fan deck

Separate fan deck with two real circular openings below the tube bundle. No airflow distribution, structure or clearance qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Frame cross tie 0

Separate cross tie below the mechanical drives. No load capacity. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Frame cross tie 2.9

Separate cross tie below the mechanical drives. No load capacity. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Frame cross tie -2.9

Separate cross tie below the mechanical drives. No load capacity. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 1

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 2

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 3

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 4

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 5

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint nut 6

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 1

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 2

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 3

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 4

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 5

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint stud 6

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 1

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 2

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 3

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 4

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 5

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header joint washer 6

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 1 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 2 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug 3 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header plug plate

Separate external header plate with twenty-four actual access holes and independent closed plug markers. No threads, retention or pressure class. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header process flange

Separate open flange marker with six actual stud bores. No standard facing or pressure class. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header process neck

Hollow conceptual process boundary into the header. No service, pressure, flow, temperature or product selection. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header side wall 1.36

Separate header side wall; one side has an original connection bore. No qualified weld or corner construction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header side wall -1.36

Separate header side wall; one side has an original connection bore. No qualified weld or corner construction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header tube sheet

Separate tube-sheet plate with twenty-four actual tube bores. No expanded/welded joint, ligaments or pressure qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header wall 2.56

Separate header closure wall. No weld detail or pressure boundary qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Inlet header wall 3.72

Separate header closure wall. No weld detail or pressure boundary qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Motor support 1.3

Drive support marker, without fabrication or field mounting data. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Motor support -1.3

Drive support marker, without fabrication or field mounting data. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 1

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 2

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 3

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 4

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 5

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint nut 6

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 1

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 2

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 3

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 4

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 5

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint stud 6

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 1

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 2

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 3

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 4

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 5

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header joint washer 6

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 1 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 2 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 1 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 1 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 2 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 2 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 3 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 3 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 4 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 4 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 5 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 5 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 6 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 6 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 7 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 7 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 8 head

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug 3 / 8 stem

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header plug plate

Separate external header plate with twenty-four actual access holes and independent closed plug markers. No threads, retention or pressure class. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header process flange

Separate open flange marker with six actual stud bores. No standard facing or pressure class. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header process neck

Hollow conceptual process boundary into the header. No service, pressure, flow, temperature or product selection. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header side wall 1.36

Separate header side wall; one side has an original connection bore. No qualified weld or corner construction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header side wall -1.36

Separate header side wall; one side has an original connection bore. No qualified weld or corner construction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header tube sheet

Separate tube-sheet plate with twenty-four actual tube bores. No expanded/welded joint, ligaments or pressure qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header wall 2.56

Separate header closure wall. No weld detail or pressure boundary qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Outlet header wall 3.72

Separate header closure wall. No weld detail or pressure boundary qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Plenum end wall 2.88

Separate end-wall marker. No qualified air seal or housing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Plenum end wall -2.88

Separate end-wall marker. No qualified air seal or housing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Plenum side wall 1.45

Separate air-side enclosure marker between fan deck and bundle. No leakage, thermal or airflow simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Plenum side wall -1.45

Separate air-side enclosure marker between fan deck and bundle. No leakage, thermal or airflow simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 1 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 2 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 3 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 4 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 5 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 6 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 7 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 1 tube 8 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 1 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 2 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 3 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 4 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 5 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 6 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 7 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 2 tube 8 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 1 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 2 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 3 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 4 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 5 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 6 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 7 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 1

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 2

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 3

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 4

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 5

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 6

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 7

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 8

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 9

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 10

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 11

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 12

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 13

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 14

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 15

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 16

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 17

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 18

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 19

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 20

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 21

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 22

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 23

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 24

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 25

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 26

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 27

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 28

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 29

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 30

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 31

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Aftercooler / Row 3 tube 8 fin 32

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Separator support pedestal -6.455 -0.455

Invented raised foot-support marker. No anchor, foundation or load design.

Separator support pedestal -6.455 0.455

Invented raised foot-support marker. No anchor, foundation or load design.

Separator support pedestal -5.545 -0.455

Invented raised foot-support marker. No anchor, foundation or load design.

Separator support pedestal -5.545 0.455

Invented raised foot-support marker. No anchor, foundation or load design.

Suction branch marker

A small three-bore block makes the two suction relationships visible. It is an abstract junction marker, without pulsation bottles, a fabricated manifold or piping design.

Discharge branch marker

Two discharge relationships meet an abstract three-bore junction marker. No pulsation, acoustic response, support loads or fabricated manifold is designed.

Incoming boundary

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary flange

Illustrative flange ring, with no rated facing or bolt specification. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 1

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 2

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 3

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 4

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 5

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 6

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 7

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Incoming boundary fastener 8

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Further gas handling boundary

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary flange

Illustrative flange ring, with no rated facing or bolt specification. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 1

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 2

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 3

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 4

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 5

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 6

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 7

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Further gas handling boundary fastener 8

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Liquid handling boundary

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary flange

Illustrative flange ring, with no rated facing or bolt specification. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 1

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 2

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 3

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 4

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 5

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 6

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 7

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Liquid handling boundary fastener 8

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Route / Incoming stream to inlet separator

Invented feed teaching relationship: Incoming gas and liquid boundary to Inlet gas–liquid separator. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Incoming stream to inlet separator

Static relationship arrow, not velocity or a flow calculation.

Route / Separated gas to suction branches

Invented gas teaching relationship: Inlet gas–liquid separator to Suction branch marker. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Separated gas to suction branches

Static relationship arrow, not velocity or a flow calculation.

Route / Crank-end suction relationship

Invented gas teaching relationship: Suction branch marker to Double-acting compressor concept. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Crank-end suction relationship

Static relationship arrow, not velocity or a flow calculation.

Route / Head-end suction relationship

Invented gas teaching relationship: Suction branch marker to Double-acting compressor concept. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Head-end suction relationship

Static relationship arrow, not velocity or a flow calculation.

Route / Crank-end discharge relationship

Invented discharge teaching relationship: Double-acting compressor concept to Discharge branch marker. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Crank-end discharge relationship

Static relationship arrow, not velocity or a flow calculation.

Route / Head-end discharge relationship

Invented discharge teaching relationship: Double-acting compressor concept to Discharge branch marker. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Head-end discharge relationship

Static relationship arrow, not velocity or a flow calculation.

Route / Discharge branches to aftercooler

Invented discharge teaching relationship: Discharge branch marker to Air-cooled aftercooler concept. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Discharge branches to aftercooler

Static relationship arrow, not velocity or a flow calculation.

Route / Aftercooler to further-handling boundary

Invented cooled teaching relationship: Air-cooled aftercooler concept to Further gas treatment and liquid removal — outside model. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Aftercooler to further-handling boundary

Static relationship arrow, not velocity or a flow calculation.

Route / Total liquid to handling boundary

Invented liquid teaching relationship: Inlet gas–liquid separator to Total-liquid handling — outside model. Hollow route markers and static arrows supply no simulated flow, operating sequence, matched diameter or fabricated piping design.

Direction / Total liquid to handling boundary

Static relationship arrow, not velocity or a flow calculation.