LSTV-B10 Pneumatic Liquid Booster Pump for Integrated Equipment
LSTV-B10 Pneumatic Liquid Booster Pump for Integrated Equipment

LSTV-B10 Pneumatic Liquid Booster Pump for Integrated Equipment

Product Introduction

Explore the LSTV-B10 pneumatic liquid booster pump with 110 bar rated output, 66.4 mL displacement per cycle, and FNPT connections for industrial systems.

Product Information

Model:
LSTV-B10
Actual area ratio:
11.5
Maximum supply air pressure:
150 psi
Maximum rated output pressure:
1,600 psi / 110 bar
displacement per cycle:
66.4 cc
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The LSTV-B10 pneumatic liquid booster pump combines a 66.4 mL displacement per cycle with a maximum rated output pressure of 1,600 psi (110 bar). It uses compressed air as its drive source and has a maximum air supply pressure of 150 psi.

For equipment manufacturers, the LSTV-B10 provides defined pressure, displacement, and connection specifications for component selection. Its liquid-side interfaces comprise a 1-inch FNPT inlet and a 1/2-inch FNPT outlet, while the air drive connects through a 1/2-inch FNPT port.

Include this model in your technical review when developing an industrial liquid pressure assembly, test unit, or machine circuit.

66.4 mL Displacement for Delivery Planning

Liquid volume matters when equipment must complete a filling or delivery step within a set time. The LSTV-B10 has a listed displacement of 66.4 mL per cycle, equivalent to 4.05 cubic inches.

This value gives engineers a starting point for assessing the volume moved during operation. However, it does not establish the pump’s flow rate per minute. Actual delivery depends on cycle speed, outlet pressure, air supply, and inlet conditions.

Therefore, state the required liquid volume and delivery time when submitting an application inquiry. If your process has several stages, describe the demand at each stage so the review reflects the full operating cycle.

110 Bar Rated Output Across Both Duty Modes

The published maximum output pressure is 1,600 psi for continuous operation and 1,600 psi for intermittent operation. Both correspond to a listed rating of 110 bar.

For buyers, this creates one pressure reference for the two duty categories. Nevertheless, the operating schedule remains important. Running time, cycle frequency, required flow, and fluid temperature should all form part of the selection review.

The 150 psi maximum air supply pressure is a separate limit. Confirm the available air pressure and supply capacity alongside the required liquid-side performance.

Explore our pneumatic liquid booster pumps for other model options.

FNPT Interfaces for Your Connection Schedule

The LSTV-B10 uses FNPT connections across its air and liquid ports. Their sizes are clearly defined, allowing assembly teams to list each interface in the equipment drawing and bill of materials.

The 1-inch liquid inlet requires its own supply-line review. Meanwhile, the 1/2-inch liquid outlet must connect to discharge components suited to the intended fluid and pressure.

Although the air-drive port and liquid outlet share the same nominal size, they serve different duties. Select each fitting and line for its actual service. Also, verify mounting dimensions and connection access before completing the installation layout.

LSTV-B10 Specification Table

Specification LSTV-B10 Data
Series LSTV
Model LSTV-B10
Dash number -B10
Actual area ratio 11.5
Maximum air supply pressure 150 psi
Maximum rated output pressure — continuous 1,600 psi / 110 bar
Maximum rated output pressure — intermittent 1,600 psi / 110 bar
Displacement per cycle 4.05 cu. in. / 66.4 mL
Air-drive port 1/2" FNPT
Liquid inlet port 1" FNPT
Liquid outlet port 1/2" FNPT

These values apply specifically to the LSTV-B10 configuration.

Application Review for OEM and Industrial Buyers

The LSTV-B10 can be assessed for liquid pressure packages, component test equipment, and machine-mounted pressure circuits. Final suitability depends on the complete application.

For a new machine, provide the working pressure, target flow, operating sequence, and available air supply. For a test assembly, also include the circuit volume and time allowed for filling and pressurization.

Fluid compatibility needs confirmation as well. Identify the liquid, concentration where relevant, and operating temperature so wetted materials and seals can be checked.

For related equipment choices, browse our air-driven liquid pumps.

Define Your Order and Supply Requirements

A clear purchasing reference helps keep engineering and procurement aligned. Specify LSTV-B10, then record the agreed operating conditions, installation details, and supply scope.

In addition, identify any required accessories, drawings, manuals, or other documents during the quotation stage. For repeat purchases, reference the previously agreed configuration and state any changes in service conditions.

Send our team your order quantity, delivery destination, and required delivery date together with the technical requirements.

Request an LSTV-B10 booster pump quotation to discuss model suitability, pricing, supply scope, and lead time for your equipment project.

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