GPE - Hydraulic Actuators

GPE 14110

Straight Type Cylinder

	Single End		Low By-Pass Leakage
	1 1/2" - 8" Bore		Bronze Bearings
	Up to 1500 lbs.		Chrome Plated Cylinder Rod
	Foot, Flange, or Pivot Mounting

GPE 14120

Straight Type Cylinder

	Double End		Low By-Pass Leakage
	1 1/2" - 8" Bore		Bronze Bearings
	Up to 1500 lbs.		Chrome Plated Cylinder Rod
	Foot, Flange, or Pivot Mounting

Download PDF Data Sheet

GPE 14130

Crank Type Cylinder

	3" & 3 1/2" Sizes		Full 90 Degree Rotation
	Optional Manual Operator		Average Output Torque 2760 in. lbs. to 3750 in. lbs.

Download PDF Data Sheet

GPE 14140

Crank Type Cylinder

	5" Size		Average Output Torque 13,300 in. lbs.
	Full 90 Degree Rotation		Available with Pilot Valve

Model	Description	Features	Applications
GPE 14110	Straight Cylinder Single Ended	Foot-Pivot-Flange Mounting Threaded, Clevis, Eye & Bearing Rod Connections 1500 psig - Max Pressure 1 1/2" - 8" Bore 1" - 30" Stroke	Guide Rolls and Steering Rolls Carriage Motion Control General High Force Motion
GPE 14120	Straight Cylinder Double Ended	Foot Mounting Threaded, Clevis, Eye & Bearing Rod Connections 1500 psig - Max Pressure 1 1/2" - 8" Bore 1" - 30" Stroke	Guide Rolls and Steering Rolls Carriage Motion Control Precision High Force Motion
GPE 14130	Rotary 90 Degree Activator "Crank" Cylinder	Pedestal Mount 3" Bore Cylinder, 200 psig Max Pressure 2800-3900 in-lbs Torque Crank Arm Low Break-Away Pressure	Butterfly Valves Ball Valves Dampers Light to Medium Duty
GPE 14140	Rotary 90 Degree Activator "Crank" Cylinder	Pedestal Mount 5" Bore Cylinder, 400 psig Max Pressure 41,700 in-lbs Torque Crank Arm Low Break-Away Pressure	Butterfly Valves Ball Valves Dampers Medium to Heavy Duty

The Series 13100 Hydraulic Controllers are designed to provide hydraulic control wherever required. These controllers operate on the basic jet pipe principle, whereby a small signal impulse is amplified into a powerful control force.

The signal impulse may be from a pneumatic, mechanical or electrical measuring system which can exert a force on the jet pipe. For control applications of pressure, flow, ratio or other variables the following input signal systems are generally used: diaphragm, bellows, Bourdon tube or moving coil. These signal systems provide the force that moves the jet pipe, causing it to unbalance the flow of oil in the two receiving orifices. The signal force is balanced either by a calibrated spring with set point adjustment or by feedback from a secondary system.