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The HC7W-FF is a very compact high-pressure miniBOOSTER stainless steel 316L unit capable of delivering pressure up to 2,000 bar weighing only 2.0 kg. The HC7W-FF is a variant of the HC7W for flange mounting on both high- and low pressure side. The entire pattern is a miniBOOSTER design. It is ideal for use with very thin (low viscosity) medias and for use in various applications like on power packs.

The HC7W-FF raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure. Adjustment of the outlet pressure is carried out by varying the supplied pressure.

The HC78W is a very compact low leakage miniBOOSTER stainless steel 316L​ steel unit capable of delivering pressure up to 1,380 bar weighing only 5.4 kg. It is ideal for use in applications that require minimal standby oil consumption, such as control systems in the oil industry driven by solar panels, where energy consumption must be kept at a minimum

The HC78W incorporates a 2/2 directional valve controlled with a pilot signal from the high-pressure side, simply cutting off pump supply when the high pressure is obtained and activates again when high pressure drops.

The HC78W raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure. Adjustment of the outlet pressure is carried out by varying the supplied pressure. With a selection of different high-pressure adapters, a variety of threads can be obtained from the M22x1.5 thread in the HP port.

The HC2D2 is a dual media unit which is capable of delivering up to 4.2 l/min flow on the high-pressure end. Like other miniBOOSTER models, the HC2D2 raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC2D2 is a compact unit weighing 4.2 kg.

HC2D2W is a dual media miniBOOSTER stainless steel 316L unit which is capable of delivering up to 4.2 l/min flow on the high-pressure end. Like other miniBOOSTER models, the HC2D2W raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC2D2W is a compact unit weighing 8.0 kg.

HC2D2HW is a dual media miniBOOSTER stainless steel 316L unit which is capable of delivering up to 1.6 l/min flow on the high-pressure end. Like other miniBOOSTER models, the HC2D2HW raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC2D2HW is a compact unit weighing 8.0 kg.

The HC6D2 is a dual media unit which is capable of delivering up to 36.5 l/min flow on the high-pressure end. Like other miniBOOSTER models, the HC6D2 raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC6D2 is a compact unit weighing 24 kg.

The HC6D2W is a dual media miniBOOSTER stainless steel 316L unit which is capable of delivering up to 28 l/min flow on the high-pressure end. Like other miniBOOSTER models, the HC6D2W raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC6D2W is a compact unit weighing 24 kg.

The HC9D2 is a dual media unit which is capable of delivering up to 6.5 l/min flow on the high pressure end. Like other miniBOOSTER models, the HC9D2 raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC9D2 is a compact unit weighing 25 kg.

The HC9D2W is a dual media miniBOOSTER stainless steel 316L unit which is capable of delivering up to 6.5 l/min flow on the high pressure end. Like other miniBOOSTER models, the HC9D2W raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure.

Adjustment of the outlet pressure is carried out by varying the supplied pressure. Relative to its flow capability, the HC9D2W is a compact unit weighing 25 kg.

HC1-9 is a compact hydraulic cartridge miniBOOSTER unit weighing only 0.75 kg. It is ideal for use in applications where it is desirable to mount the unit on or in a manifold, cylinder, or other device.

The HC1-9 raises supplied pressure to a higher outlet pressure, maximum 500 bar, and automatically compensates for consumption of oil to maintain the high pressure. Adjustment of the outlet pressure is carried out by varying the supplied pressure.

HC2-9 is a compact hydraulic cartridge miniBOOSTER unit weighing only 1.0 kg. It is ideal for use in a variety of special applications where it is desirable to mount the unit on or in a manifold, cylinder, or other device.

The HC2-9 raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure. Adjustment of the outlet pressure is carried out by varying the supplied pressure.

HC3-9 is a compact hydraulic cartridge miniBOOSTER unit weighing only 1.3 kg. It is ideal for use in applications where it is desirable to mount the unit on or in a manifold, cylinder, or other device.

The HC3-9 raises supplied pressure to a higher outlet pressure and automatically compensates for consumption of oil to maintain the high pressure. Adjustment of the outlet pressure is carried out by varying the supplied pressure.