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DOWNHOLE EQUIPMENT / INTERACTIVE 3D

Downhole rod pump concept

Look inside the barrel and hollow plunger, then inspect two ball-and-seat valve assemblies.

Static preview of the downhole rod pump concept schematic
Loading the 3D model…

Lower plunger illustration · Plunger and ball positions are independent. No hydraulic cycle, pressure, flow or valve timing is simulated.

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 original insert-style concept distinguishes a stationary barrel and standing valve from a moving plunger and travelling valve. Hollow sleeves, cage windows and discharge ports make their geometric relationships inspectable. The plunger and ball-position controls are independent illustrations; they do not reproduce a pressure-responsive pumping cycle. Follow the component study, then return to the surface beam unit.

Model scope and limits

Invented insert-style geometry, neutral ball-seat poses and independent plunger/ball displacement controls. No hydraulic or valve-timing simulation, measured stroke, clearance/pressure rating, seal performance, material pairing, wear/loading analysis or manufacturer equivalence. Full tubing and sucker-rod string, hold-down/retrieval mechanism, gas anchor, intake screen and well geometry are outside this model.

Further reading: SLB: rod pump systems ↗

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

CHECK YOUR UNDERSTANDING

Which illustrated valve moves with the plunger?

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. Separate the barrel from the plunger

    The hollow barrel remains stationary around a smaller hollow plunger. Reveal internals removes the barrel enclosure; half section provides another view. The drawn radial gap is a teaching choice, not a pump clearance specification.

  2. Identify the lower intake boundary

    The open neck leads toward a fixed carrier and standing-valve seat. It marks the limit of this model. A real installation also depends on its intake, gas handling, seating and the well; those systems are not supplied here.

  3. Inspect the fixed seat

    A separate annulus surrounds the standing-valve bore. In rod-pump terminology this stationary valve admits fluid into the barrel chamber and resists downward return. The model identifies that component; it does not calculate pressure, leakage or flow.

  4. Compare the ball with its cage

    Four real side windows and an open crown surround the ball. The independent ball-lift control separates the ball from its seat geometrically. It gives no hydraulic timing, opening pressure, impact or service procedure.

  5. Trace the moving sleeve

    The plunger is one continuous hollow sleeve with shallow exterior grooves. Move the plunger-position slider to inspect its placement within the barrel. The rod connection and travelling-valve group move together; the slider represents no measured stroke or production rate.

  6. Distinguish the travelling valve

    This second seat and ball belong to the moving plunger assembly. Its position differs from the stationary standing valve. The two independent ball controls are component illustrations and should not be read as the states of an actual pumping cycle.

  7. Find the upper discharge openings

    Four bored side ports connect the hollow plunger neck toward the space above it. The top adapter lies above these ports. Port shape and placement are invented; they establish no capacity, pressure drop or suitability for sand or gas.

  8. Follow the connection to the surface

    The shortened rod and coupling mark a connection toward a sucker-rod string. Open the surface beam-unit lesson to compare component roles. The two models do not describe a matched installation or include the complete rod string, tubing, well or fatigue design.

Additional primary references: SLB: rod-pump standing valve ↗ · SLB: travelling valve ↗

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗
Pump barrel wall

Hollow stationary barrel surrounds the moving plunger. Reveal internals removes this enclosure. Original teaching proportions; no pressure rating, verified fit or material specification.

Barrel lower coupling

Annular lower connection toward the fixed intake assembly. Original teaching proportions; no pressure rating, verified fit or material specification.

Barrel upper coupling

Open upper connection toward production tubing. Tubing, anchor and well geometry are outside this model. Original teaching proportions; no pressure rating, verified fit or material specification.

Seating shoe concept

Lower mounting boundary of an insert-style teaching pump. Retrieval/hold-down details and seating performance are omitted. Original teaching proportions; no pressure rating, verified fit or material specification.

Intake neck

Open geometric passage toward the lower pump intake. Screen, gas anchor and formation boundary are not included. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing valve carrier

Stationary bored carrier below the standing seat. This annulus meets the barrel bore geometrically. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing seat retainer

Annular carrier around a separate standing-valve seat. Joint sealing and retention are unqualified. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing valve seat

Annular seat beneath a ball. The circular edge marks a neutral seated geometry. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing valve ball

Ball in an initial seated teaching pose, with an independent illustrative lift control. This is not a measured valve position, leakage calculation or pressure-responsive simulation.

Standing valve cage

Hollow cage around the ball, with four geometric side windows. Ball motion/contact and flow capacity are not qualified. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing valve cage crown

Annular upper stop concept with an open centre. The stop opening is smaller than the ball diameter. Original teaching proportions; no pressure rating, verified fit or material specification.

Standing valve crown fastener 1

Separate generic fastener position without thread, preload or adjustment instruction.

Standing valve crown fastener 2

Separate generic fastener position without thread, preload or adjustment instruction.

Standing valve crown fastener 3

Separate generic fastener position without thread, preload or adjustment instruction.

Standing valve crown fastener 4

Separate generic fastener position without thread, preload or adjustment instruction.

Travelling seat retainer

Carrier at the lower end of the moving hollow plunger. Original teaching proportions; no pressure rating, verified fit or material specification.

Travelling valve seat

Annular seat beneath a ball. The circular edge marks a neutral seated geometry. Original teaching proportions; no pressure rating, verified fit or material specification.

Travelling valve ball

Ball in an initial seated teaching pose, with an independent illustrative lift control. This is not a measured valve position, leakage calculation or pressure-responsive simulation.

Travelling valve cage

Hollow cage around the ball, with four geometric side windows. Ball motion/contact and flow capacity are not qualified. Original teaching proportions; no pressure rating, verified fit or material specification.

Travelling valve cage crown

Annular upper stop concept with an open centre. The stop opening is smaller than the ball diameter. Original teaching proportions; no pressure rating, verified fit or material specification.

Travelling valve crown fastener 1

Separate generic fastener position without thread, preload or adjustment instruction.

Travelling valve crown fastener 2

Separate generic fastener position without thread, preload or adjustment instruction.

Travelling valve crown fastener 3

Separate generic fastener position without thread, preload or adjustment instruction.

Travelling valve crown fastener 4

Separate generic fastener position without thread, preload or adjustment instruction.

Hollow grooved plunger

One continuous hollow sleeve with three shallow outside grooves. These are teaching features, not separate sleeve segments, a verified clearance design or a wear specification.

Plunger discharge neck

Hollow neck with four side ports connects the plunger bore to space above the plunger. Original teaching proportions; no pressure rating, verified fit or material specification.

Rod adapter closure

Solid top adapter above the side-discharge ports. Threads and load capacity are not specified.

Rod coupling

Annular coupling marker around the drive-rod connection. Mating threads and rod-string specification are omitted. Original teaching proportions; no pressure rating, verified fit or material specification.

Drive rod

Shortened connection toward a sucker-rod string. The complete string, rod stress and the surface drive are outside this model.

Connect the surface and downhole concepts.

Open the surface beam pumping unit ↗

These are separate generic teaching models. They do not specify one installation, a matched stroke or a qualified rod-lift system.