Galtech Q95 4 Section Directional Control Valve 120 l/min 31 GPM Electric solenoid 24V + levers.

Control of single- and double-sided cylinder, motor in both directions.

Three-position slide on a spring, i.e. it returns to the neutral position by itself

when the power supply is cut or the lever is released.

Operating principle of the slider:

Neutral position 1 (power supply cut off) cylinder piston rod stands still - oil goes to overflow.

Position 2 operational (current to solenoid one only) cylinder piston rod extends.

Operating position 3 (current flow to coil two only) cylinder piston rod retracts.

Internal threads in the body:

Connection port supply P: 3/4'' BSP

Section connection ports: 3/4'' BSP

Connection port return T: 3/4'' BSP

Pressure range:

Maximum supply pressure: 350 Bar (5076,32 psi)

Maximum pressure on return: 25Bar (362,59 psi)

Maximum pressure on sections: 300Bar  (4351psi)

Bypass valve factory set at 150Bar (2175,57 psi)

Self-adjustable, full turn change of 30Bar = 435psi.

Temperature range and oil type:

Permissible ambient temperature: -40 C to +60 C

Permissible oil temperature: -15 C to +80 C

Recommended hydraulic oil on mineral oil basis e.g. HL 32 or HL 46

Recommended oil filtration of 10 - 15 µ

It is widely used in hydraulic systems in construction, agriculture and industry.

The distributor is adapted to various types of machines such as: agricultural machines, tractors,

sprayers, cyclops, aurochs, HDS loaders, construction machines, loaders, excavators, sweepers,

industrial machinery and other hydraulically operated equipment.

Ideally suited for machines and vehicles where the ability to control the distributor is required

from two places, e.g. electrically from the cab and with levers while standing directly at the distributor,

This is the case, for example, with cranes and HDS.

HIGH QUALITY Made in Italy.

Cylinder Spool type, for request we can build valve with ''D spool'' motor type. 

The Powerbeyond bushing is a device that allows the activation of an additional flow-limited valve downstream of another valve, by changing the function of the 'T' port to a pressure port. This solution provides power to the downstream valve from the port normally intended for the 'tank', allowing the transfer of high pressure. To use this functionality, it is also necessary to remove the cap from the top of the valve block, allowing it to be used as a reservoir connection.