About Denison Hydraulics and Products

Denison hydraulics vane pumps feature greater flow for the envelop size by increased displacement cam rings. Higher pressure ratings to 4000 psi reduce size and cost of actuators, valves and lines which extends life at reduced pressures.

Better efficiency under load increases productivity, reduces heating and operating cost. Mounting flexibility is greatest in this double pump- four positions of the shaft end outlet and eight positions of the cap end outlet, relative to inlet. This reduces mounting costs and improves performance.

Hydrostatic transmission pumps/motors & open loop pumps feature high power, compact, smallest and lightest transmission package in its power class for the mobile, marine and industrial equipment industries. Pump displacement control is rotary servo with pressure compensator over-rides. Compensator over-ride for the pump works in both flow directions as either vented or remotely pressure controlled together or individually.

The company’s direct or pilot operated spool valve controlled by solenoids, lever, hydraulic pressure or stem. Sub-plate or manifold mounting is standard. Economical manufacture to close tolerance ensures interchangeability or circuit modification without the necessity for selective assembly. This is also true for spare parts.

Denison Hydraulics Fluid Power Products

These products are sold as individual components or as systems for the original equipment manufacturing, maintenance, repair and replacement markets. A typical fluid power system includes the following components:

• Hydraulic pump or air compressor, which converts mechanical power to fluid power.
• Cylinder or motor, which converts fluid power to linear or rotary mechanical power.
• Valves, which control the direction, pressure and rate of flow.
• Filters, regulators and lubricators, which condition the fluid.
• Manifolds, hose, tube, fittings, couplings, etc., which conduct the fluid between components.
• Sealing devices, which help contain the fluid.
• Accumulators and reservoirs, which store the fluid.
• Instruments such as pressure switches, gauges, flow meters, sensors and transducers, which are used to help monitor the performance of a fluid power system.