HW-B10 Pneumatic Liquid Booster Pump with 66.4 mL Displacement

Product Introduction

Examine the HW-B10 pneumatic liquid booster pump: 1,600 psi output, 66.4 mL displacement, and a 1-inch FNPT inlet for industrial equipment.

Product Information

Model:

HW-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

Our HW-B10 pneumatic liquid booster pump combines a 66.4 mL displacement per cycle with a maximum rated liquid output pressure of 1,600 psi (110 bar). Powered by compressed air, it provides a component option for machinery builders, test equipment suppliers, and industrial system integrators.

A 1-inch FNPT liquid inlet and 1/2-inch FNPT liquid outlet define the liquid-side connections. Meanwhile, the air drive uses a 1/2-inch FNPT port, with a maximum air supply pressure of 150 psi.

For buyers, these specifications establish three key selection points: liquid volume per cycle, output pressure capacity, and connection requirements.

Start with the Liquid Volume Your Equipment Needs

Liquid pressure systems often need to move a set volume within a planned operating cycle. Therefore, pump displacement deserves attention early in the design process.

The HW-B10 moves a listed 66.4 mL per cycle, equivalent to 4.05 cubic inches. Engineers can use this value when assessing the liquid volume needed to fill a circuit or supply a machine function.

However, displacement alone does not define delivery per minute. Actual flow depends on cycle speed, air supply, outlet pressure, and liquid inlet conditions. For this reason, include both the required flow and working pressure in your inquiry.

If your equipment has several operating steps, describe the liquid demand at each stage. This helps make the pump review specific to the machine’s actual duty.

A 110 Bar Rating for Continuous and Intermittent Duty

The HW-B10 has a published maximum output pressure of 1,600 psi (110 bar) for both continuous and intermittent operation.

This gives purchasing teams one pressure rating to reference across different operating schedules. Still, the required working pressure should be assessed alongside flow, temperature, and operating time.

For example, a test fixture may need a defined fill period followed by a pressure test stage. A machine circuit may require liquid delivery during repeated production cycles. Each task places different demands on the pump and its air supply.

Explore our pneumatic liquid booster pumps to review related product options.

HW-B10 Technical Data

The following specifications apply only to the HW-B10 configuration.

Parameter	Specification
Model	HW-B10
Dash number	-B10
Actual area ratio	11.5
Maximum air supply pressure	150 psi
Maximum rated output pressure — continuous duty	1,600 psi / 110 bar
Maximum rated output pressure — intermittent duty	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

The maximum air supply pressure is an upper operating limit. It should be reviewed separately from the required liquid outlet pressure.

Plan the Inlet and Outlet as Separate Connections

The HW-B10 uses different inlet and outlet sizes. Accordingly, the liquid supply line and discharge line need separate fitting and pipework checks.

On the inlet side, review the liquid source, supply pressure, and line arrangement. On the outlet side, select hoses, valves, gauges, and fittings for the intended pressure and fluid service.

Also, confirm the mating FNPT connections before ordering adapters. A complete connection review helps identify installation needs before the pump reaches the assembly stage.

For equipment layout, request the model’s dimensional drawing and check mounting space, connection access, and room for service.

Match the Configuration to Your Working Fluid

The HW-B10 can be assessed for industrial liquid pressurization, equipment test circuits, and machine-mounted pressure assemblies. Its suitability depends on the complete operating conditions.

Before confirming a configuration, identify the liquid, its concentration where relevant, and the operating temperature. Then verify the wetted materials and seals against that fluid.

For OEM projects, include these requirements in the equipment specification. For replacement orders, also compare the existing pump’s performance, mounting dimensions, and port arrangement.

View our air-driven liquid pump range when reviewing alternatives for your system.

Get a Project-Specific HW-B10 Quotation

Send us your required outlet pressure, target flow, working liquid, available air supply, and duty cycle. In addition, provide the order quantity, delivery destination, and required delivery date.

A circuit drawing can help clarify how the pump will connect to the rest of the equipment. Please also state any requirements for accessories, manuals, drawings, or other supply documents.