Alberta OilNEWS · MARKETS · INDUSTRY
Explore
← All equipment

ROTATING EQUIPMENT / INTERACTIVE 3D

Multistage centrifugal pump cutaway

Explore an original 115-part ring-section teaching pump with three inspectable stages, a bored upper discharge, casing tie rods, a shaft and bearing region.

Static preview of the multistage centrifugal pump cutaway schematic
Loading the 3D model…

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.

KSB defines a multistage pump by impellers in series and describes impeller, diffuser and return guide vane roles within ring-section stages. This original static scene gives each of three invented stages separate curved impeller, diffuser and return-guide fins. An axial suction boundary leads to three complete casing sections and an end casing with an actual upper opening. The common shaft, four external tie rods, balance-device location, seal region and bearing cues make the major assembly relationships inspectable. Only the studio still sections the facing walls; the browser model keeps them complete. The drawing does not establish a continuous hydraulic passage, selected duty or manufacturer arrangement.

Model scope and limits

Original 115-part static teaching assembly with three independent complete ring-section casings, 18 curved impeller vanes, 18 diffuser vanes, 15 return-guide vanes, complete suction/discharge casings, an actual upper discharge opening, four tie rods, ten bearing-roller cues and three bored display feet. Invented geometry and colours are not a selected product or process installation. No continuous flow path, pump curve, head, flow, pressure, thrust balance, seal performance, bearing rating, motor duty, material, clearances, pressure integrity, operating procedure or service qualification is supplied. Independent technical, editorial and rights review is pending.

Further reading: KSB centrifugal-pump lexicon: broad multistage and ring-section component roles; no drawing, CAD or dimensions copied ↗

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

CHECK YOUR UNDERSTANDING

What can the three separately labelled impeller and diffuser sets 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 open suction

    The separate inlet tube is open through its centre. It locates an axial suction boundary; it does not calculate inlet conditions or prove the rest of the hydraulic path.

  2. Inspect a complete stage wall

    The browser keeps both inner and outer surfaces of this full enclosure. Reveal internals or use the studio section to compare the stage; the outline does not establish a rated pressure boundary.

  3. Find the first rotating region

    One of six invented curved fins sits between separate shrouds. The static shape conveys a part role without demonstrating head, flow or rotation.

  4. Compare a stationary diffuser

    This independent silver fin marks a stationary diffuser region. Its curvature is not a pressure-recovery calculation.

  5. Find a return guide

    A blue return-guide fin is distinct from the impeller and diffuser. The scene is not a traced, continuous wetted passage.

  6. Compare the third stage

    The third set repeats the component roles for comparison. Stage count, proportions and spacing were invented, so no duty-point inference follows.

  7. Locate the upper discharge

    A real opening in the complete end casing meets this open neck. It marks a boundary, not an installed or pressure-rated connection.

  8. Distinguish thrust-balance from sealing

    This separate annular cue sits near the drive end. It establishes no axial-force result; the nearby seal gland is another unqualified location.

  9. Follow support and casing restraint

    Four external rods cross the stage casing, while the drive end also has distinct bearing cues. Neither preload nor bearing capacity is specified.

Additional primary references: KSB multistage-pump lexicon: impellers in series, diffuser/return guides, casings, tie bolts and shaft; checked September 29, 2026 ↗

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗
Pump display baseplate

Teaching support, not a foundation or alignment specification. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Axial suction hollow neck

Open axial inlet role; no suction hydraulics. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Suction bored flange

Unrated open flange marker. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Complete suction casing wall

Complete hollow suction enclosure; the studio still alone removes its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 complete ring casing wall

Independent full annular stage enclosure. The still alone sections its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 joint ring

Visible stage joint location, not a rated joint. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 complete ring casing wall

Independent full annular stage enclosure. The still alone sections its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 joint ring

Visible stage joint location, not a rated joint. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 complete ring casing wall

Independent full annular stage enclosure. The still alone sections its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 joint ring

Visible stage joint location, not a rated joint. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Complete discharge casing wall

Full hollow end casing with a real upper opening for the discharge neck; the studio still alone sections its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Upper discharge hollow neck

Open upper discharge location; no piping or pressure rating. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Upper discharge bored flange

Unrated bored flange marker. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Drive end joint ring

End joint location only. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 impeller hub

Static rotating-region hub marker. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 front impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 back impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 1

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 2

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 3

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 4

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 5

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 curved impeller vane 6

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser carrier

Stationary diffuser location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 1

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 2

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 3

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 4

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 5

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 diffuser vane 6

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide carrier

Separate return-guide location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide vane 1

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide vane 2

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide vane 3

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide vane 4

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 1 return guide vane 5

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 impeller hub

Static rotating-region hub marker. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 front impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 back impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 1

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 2

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 3

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 4

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 5

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 curved impeller vane 6

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser carrier

Stationary diffuser location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 1

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 2

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 3

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 4

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 5

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 diffuser vane 6

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide carrier

Separate return-guide location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide vane 1

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide vane 2

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide vane 3

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide vane 4

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 2 return guide vane 5

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 impeller hub

Static rotating-region hub marker. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 front impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 back impeller shroud

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 1

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 2

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 3

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 4

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 5

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 curved impeller vane 6

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser carrier

Stationary diffuser location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 1

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 2

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 3

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 4

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 5

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 diffuser vane 6

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide carrier

Separate return-guide location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide vane 1

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide vane 2

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide vane 3

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide vane 4

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Stage 3 return guide vane 5

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Common static shaft

Common axis through three display stages; no rotating or coupled-load simulation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Balance drum role marker

Annular balance-device location only; no thrust calculation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Drive end seal gland region

Seal location only; no seal faces, fluid barrier or plan. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing enclosure wall

Complete hollow bearing enclosure, not a selected bearing. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing inner ring cue

Independent inner-ring location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing outer ring cue

Independent outer-ring location. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 1

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 2

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 3

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 4

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 5

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 6

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 7

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 8

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 9

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Bearing roller cue 10

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Drive-side coupling hub cue

Unrated coupling location; no driver or guard. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 1

External static tie-rod location; no preload or pressure-boundary calculation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 1 suction nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 1 drive nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 2

External static tie-rod location; no preload or pressure-boundary calculation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 2 suction nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 2 drive nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 3

External static tie-rod location; no preload or pressure-boundary calculation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 3 suction nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 3 drive nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 4

External static tie-rod location; no preload or pressure-boundary calculation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 4 suction nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Casing tie rod 4 drive nut cue

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump support pedestal 1

Display support, not a structural foot. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump bored foot 1

Bored display foot, not an installation design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump support pedestal 2

Display support, not a structural foot. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump bored foot 2

Bored display foot, not an installation design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump support pedestal 3

Display support, not a structural foot. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Pump bored foot 3

Bored display foot, not an installation design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.