High-Pressure Oil Transfer Pump
A reciprocating plunger pump for high-pressure oil transfer, with materials and sealing selected for the process liquid.
Related resources: High-pressure plunger pump applications
models
Check model references against the original performance table, speed, materials and operating conditions.
The brochure provides a series overview, not independently verified model tables. Request the applicable performance curve, drawing and material schedule. Shared photographs do not identify an individual size.
Request a curve & model scheduleconfigurations
A reciprocating plunger pump for high-pressure oil transfer, with materials and sealing selected for the process liquid. The brochure provides a series overview, not independently verified model tables. Request the applicable performance curve, drawing and material schedule. Shared photographs do not identify an individual size. Source brochure page 28.
A reciprocating plunger pump for high-pressure oil transfer, with materials and sealing selected for the process liquid. The brochure provides a series overview, not independently verified model tables. Request the applicable performance curve, drawing and material schedule. Shared photographs do not identify an individual size. Source brochure page 28.
A reciprocating plunger pump for high-pressure oil transfer, with materials and sealing selected for the process liquid. The brochure provides a series overview, not independently verified model tables. Request the applicable performance curve, drawing and material schedule. Shared photographs do not identify an individual size. Source brochure page 28.
overview
Oil-transfer selection starts with the liquid: composition, viscosity and temperature influence inlet conditions, valve operation, sealing and drive demand. The supplied equipment photographs show reciprocating-pump family arrangements; the final material and seal schedule must match the proposed process liquid.
A reciprocating plunger pump for high-pressure oil transfer, with materials and sealing selected for the process liquid.
construction
The photographed liquid-end block has separate valve-access covers. Confirm material compatibility, valve selection and service access for the actual oil.
The photographed housing contains the reciprocating drive mechanism. Select operating speed and lubrication around viscosity, pressure and the running cycle.
The electric driver and mounting feet are visible in the supplied arrangement. Review motor duty, alignment, site classification and the required electrical protection.
The metal manifold and flanges form the liquid interface in this arrangement. Define pressure class, sealing, pipe supports and isolation for the selected process.
duty requirements
Provide oil composition, density, viscosity across the operating-temperature range, inlet pressure and required flow and discharge pressure. Define leakage control, seal cooling, hazardous-area requirements and the expected running pattern for the quoted assembly.
| Wetted components | Materials selected for the actual liquid |
|---|---|
| Sealing | Series-specific sealing to be confirmed |
| Liquid / design limits | Confirm liquid composition, temperature, particles and operating conditions |
| Liquid composition, temperature and solids | Include this information in the duty review and model selection |
| Required flow and working pressure | Include this information in the duty review and model selection |
| Inlet supply and operating cycle | Include this information in the duty review and model selection |
| Site dimensions and pipe connections | Include this information in the duty review and model selection |
| Drive, controls and supply scope | Include this information in the duty review and model selection |
AI-generated family illustrations. The selected configuration follows the agreed model and drawing.
installation
Define inlet pressure, liquid supply, filtration and discharge-pressure controls. Review pulsation and pressure-protection requirements.
Coordinate the driver, transmission, speed, lubrication and cooling with the required pressure, flow and operating cycle.
AI-generated family illustrations. The selected configuration follows the agreed model and drawing.
applications
The supplied oilfield photograph shows the space occupied by the pump, pipework and site equipment. For oil-transfer duty, confirm the actual medium, inlet conditions, materials, sealing and area classification separately.
Discuss the operating duty →For oil transfer, define liquid composition, viscosity across the operating-temperature range, inlet pressure, required flow and discharge pressure. Review the liquid end, sealing and drive at the selected pressure-flow duty and operating speed.
For high-pressure process transfer, define liquid composition, viscosity across the operating-temperature range, inlet pressure, required flow and discharge pressure. Review the liquid end, sealing and drive at the selected pressure-flow duty and operating speed.
For industrial liquid systems, define liquid composition, viscosity across the operating-temperature range, inlet pressure, required flow and discharge pressure. Review the liquid end, sealing and drive at the selected pressure-flow duty and operating speed.
supply scope
Define the pump configuration, installation interfaces, controls and documents in the quotation.
A photographed electric reciprocating-pump arrangement. Confirm its process-liquid suitability, pressure-flow duty, mounting and drive interfaces.
The supplied photograph shows a liquid-end manifold and support base. Agree the connections, isolation and process-compatible materials in the arrangement drawing.
The photographed family arrangement includes a local control cabinet. Define the process controls, electrical classification and included equipment for the oil duty.
manufacturing
Pump heads, power ends, drives and supporting equipment are brought together in the assembly area. The arrangement and included equipment follow the selected order.
Machining prepares bores, mounting faces and connection interfaces. Drawing revisions, material requirements and agreed inspection points define the work.
Review the assembled drive, support base, connections and service access against the agreed arrangement before shipment.
Define the required inspection scope, operating checks and acceptance records for the selected equipment.
documents
Original catalogue / brochure reference. Review the applicable model, version and units.
Open original PDFRequest the selected model curve, arrangement drawing, materials, installation instructions and agreed inspection records.
Request technical documentsquestions
Liquid composition, temperature and solids; Required flow and working pressure; Inlet supply and operating cycle; Site dimensions and pipe connections; Drive, controls and supply scope. Review the complete duty on the applicable model curve.
Materials selected for the actual liquid. Series-specific sealing to be confirmed. Confirm compatibility with the complete liquid composition and temperature.
This page has no independently verified numerical model schedule. Request the applicable model table and curve for the proposed configuration.
Confirm pump, driver, controls, auxiliaries, spares, drawings, manuals and required test records in the agreed quotation.
enquiry
Describe the liquid, required output and site arrangement so BBP can review the model and equipment scope.