Directional

Description: SV10-24-12-00-00-B-00
Function: 4 WAY-2 POS ON-OFF SPOOL VALVE
Solenoid Valve, 4-way, 2-position, Spool Type 230 bar [3300 psi] • 25 l/min [6.6 US gpm]
This is a 4-way, 2-position, spool type, direct acting solenoid valve. In the de-energized condition, port 3 is open to 1 while ports 2 and 4 are blocked. When energized, port 1 is open to 4 and port 2 open to 3. This valve allows the inlet oil to pass through the valve to tank or a separate system while holding the actuator in position. Always check the operating envelope to make sure the valve will work under the required application conditions. Port 1 is not intended as inlet (Tank only).

Description: EVH 06/D5-00-00-00
Function: 3 WAY-2 POS ON-OFF POPPET VALVE
Solenoid Valve, 3-way, 2-position, Poppet Type 230 bar [3300 psi] • 25 l/min [6.6 US gpm]
This is a 3-way, 2-position, poppet type, direct acting solenoid valve. When de-energized, the valve blocks flow from port 3 while allowing flow between port 1 and 2. When energized, the valve poppet blocks flow from port 1 while allowing flow between port 2 and 3. These valves come standard with a push pin manual override. This valve is ideal for low leakage requirements to hold a load in position.

SVP08-CDB
Solenoid Valve, 2-way, Poppet Type, Normally Closed, Direct Acting, Double Blocking
230 bar [3300 psi] • 25 l/min [6.6 US gpm]
This is a 2-way, 2-position, poppet type, direct acting, normally closed, bi-directional solenoid valve. In its de-energized condition, flow is blocked in both directions. Leakage in either direction is kept to a minimum due to the poppet design. When energized, flow can take place from port 2 to 1 and from 1 to 2. These valves come standard with a push pin manual override. These valves can be used to hold loads in position or interrupt a pressure line where flow is expected to pass in both directions in the de-energized condition. They do not suffer from momentary opening due to shock pressures.

Description: ESVL9-10-E0-0-00-0-A
Function: Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated
Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated  250 bar [3600 psi] • 23I/min [6 US gpm] 
This is a 5-way, 3-position, spool type, non-compensated proportional directional valve. In its de- energized condition, all ports are blocked. Increasing the current to the bottom coil will cause the spool to move, proportionally opening flow from port 5 to 4 with return flow from port 2 to 3. Increasing the current to the top coil will proportionally open flow from port 5 to 2 with return flow from port 4 to 3. In both cases, port 5 will also be opened to port 1, which acts as the load sense port.

Description: ESVL9-10-F0-0-00-0-A
Function: Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated
Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated 250 bar [3600 psi] • 23I/min [6 US gpm]
This is a 5-way, 3-position, spool type, non-compensated proportional directional valve. In its de-energized condition, ports 5 and 1 are blocked, while ports 2 and 4 are open to port 3. Increasing the current to the bottom coil will cause the spool to move, proportionally opening flow from port 5 to 4 with return flow from port 2 to 3. Increasing the current to the top coil will proportionally open flow from port 5 to 2 with return flow from port 4 to 3. In both cases, port 5 will also be opened to port 1, which acts as the load sense port. 

Description: ESVL9-10-F0-0-00-C-A
Function: Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated, Load Sense Check
250 bar [3600 psi] • 231/min [6 US gpm] 
This is a 5-way, 3-position, spool type, non-compensated proportional directional valve. In its de-energized condition, ports 5 and 1 are blocked, while ports 2 and 4 are open to port 3. Increasing the current to the bottom coil will cause the spool to move, proportionally opening flow from port 5 to 4 with return flow from port 2 to 3. Increasing the current to the top coil will proportionally open flow from port 5 to 2 with return flow from port4 to 3. In both cases, port 5 will also be opened to port 1, which acts as the load sense port.

Description: ESVL9-10-E0-0-00-C-A
Function: Proportional Directional Valve, 5-way, 3-position, Spool Type, Non-Compensated, Load Sense Check
250 bar [3600 psi] • 231/min [6 US gpm] 
In its de-energized condition, all ports are blocked. Increasing the current to the bottom coil will cause the spool to move, proportionally opening flow from port 5 to 4 with return flow from port 2 to 3. Increasing the current to the top coil will proportionally open flow from port 5 to 2 with return flow from port 4 to 3. In both cases, port 5 will also be opened to port 1, which acts as the load sense port. An integral check valve in port 1 prevents reverse flow and allows separation of the load sense pressures of valves in parallel. 

Description: HLE10-OPO-2.75-B-00
Function: Logic Element, Normally Open, Spool Type, Pilot to Open
Logic Element, Normally Open, Spool Type, Pilot to Open 350 bar [S000 psi] • 60 I/min [16 US gpm] 
This is a 3-ported, normally open, pilot to open, spool type logic element. Flow is open from port 2 to port 1, until pressure in port 1 is sufficient to overcome the spring set pressure plus any pressure in port 3. The pressure in port 3 can be controlled remotely making the valve ideal for use as a normally open on/off element in a pressure reducing function. This valve is most commonly used as a pressure compensator in conjunction with a proportional directional valve. 

Description: HLE10-OPO-5.5-B-00
Function:Logic Element, Normally Open, Spool Type, Pilot to Open
Logic Element, Normally Open, Spool Type, Pilot to Open 350 bar [S000 psi] • 60 I/min [16 US gpm] 
This is a 3-ported, normally open, pilot to open, spool type logic element. Flow is open from port 2 to port 1, until pressure in port 1 is sufficient to overcome the spring set pressure plus any pressure in port 3. The pressure in port 3 can be controlled remotely making the valve ideal for use as a normally open on/off element in a pressure reducing function. This valve is most commonly used as a pressure compensator in conjunction with a proportional directional valve. 

Description: HLE10-OPO-7.5-B-00
Function:Logic Element, Normally Open, Spool Type, Pilot to Open
Logic Element, Normally Open, Spool Type, Pilot to Open 350 bar [S000 psi] • 60 I/min [16 US gpm] 
This is a 3-ported, normally open, pilot to open, spool type logic element. Flow is open from port 2 to port 1, until pressure in port 1 is sufficient to overcome the spring set pressure plus any pressure in port 3. The pressure in port 3 can be controlled remotely making the valve ideal for use as a normally open on/off element in a pressure reducing function. This valve is most commonly used as a pressure compensator in conjunction with a proportional directional valve. 

Description: HLE10-OPO-10-B-00
Function:Logic Element, Normally Open, Spool Type, Pilot to Open
Logic Element, Normally Open, Spool Type, Pilot to Open 350 bar [S000 psi] • 60 I/min [16 US gpm] 
This is a 3-ported, normally open, pilot to open, spool type logic element. Flow is open from port 2 to port 1, until pressure in port 1 is sufficient to overcome the spring set pressure plus any pressure in port 3. The pressure in port 3 can be controlled remotely making the valve ideal for use as a normally open on/off element in a pressure reducing function. This valve is most commonly used as a pressure compensator in conjunction with a proportional directional valve. 

Description: HLE10-OPO-13-B-00
Function:Logic Element, Normally Open, Spool Type, Pilot to Open
Logic Element, Normally Open, Spool Type, Pilot to Open 350 bar [S000 psi] • 60 I/min [16 US gpm] 
This is a 3-ported, normally open, pilot to open, spool type logic element. Flow is open from port 2 to port 1, until pressure in port 1 is sufficient to overcome the spring set pressure plus any pressure in port 3. The pressure in port 3 can be controlled remotely making the valve ideal for use as a normally open on/off element in a pressure reducing function. This valve is most commonly used as a pressure compensator in conjunction with a proportional directional valve. 

Description: CP701-1-B-0-170
Function: Logic Element, Normally Closed, Spool Type, Pilot to Close
Logic Element, Normally Closed, Spool Type, Pilot to Close 3S0 bar [S000 psi]• 1 SO I/min [40 US gpm] 
This is a 3-ported, normally closed, pilot to close spool type logic element. By opening port 3 to tank, flow can pass from port 1 to port 2. Flow is blocked from port 1 to port 2 unless the pressure is high enough in port 1 to overcome the spring set pressure. Applying pressure to port 3 will increase the pressure required in port 1 to open the valve by a factor of 1 to 1. This valve is ideal for use as a pressure compensator, bypass valve, or a pilot to close valve in regenerative circuits. 

Description: SV10-34-05-00-00-B-00 
Solenoid Valve, 4-way, 3-position, Spool Type 230 bar [3300 psi] • 24 l/min [6.3 US gpm]

Description: SV10-34-04-00-00-B-00 
Solenoid Valve, 4-way, 3-position, Spool Type 230 bar [3300 psi] • 24 l/min [6.3 US gpm]

Free flow nose to side check valve
Capacity: 80 L/min. | Cavity: T-13A
Control: X
Cracking pressure: A
Seal material: N

Free flow nose to side check valve
Capacity: 80 L/min. | Cavity: T-13A
Control: X
Cracking pressure: F
Seal material: N

Description: VLP12/P2-B-00
Logic Element Poppet, Double Blocking Closed, Vent to Open 315 bar [4600 psi] • 160 l/min [42 US gpm]
This is a 3-ported, normally closed, double blocking poppet type logic element, with port 1 connected to port 3 through an orifice. By opening port 3 to tank, flow can pass from port 1 to port 2 but not from port 2 to port 1. Closing port 3 will prevent the valve from opening from port 1 to port 2. The area ratio between port 1 and 3 is 1 to 1 and port 2 is balanced between the seat diameter and the seal poppet diameter. By controlling the flow or pressure out of port 3 the valve can be used as an on/ off valve or in a pressure control function.

Description: CP124-1-B-0 
Load Shuttle Valve  350 bar [S000 psi] • 3.71/min [1 US gpm]
This valve senses the higher of the two input pressures at ports 1 and 3 and routes it to the output port 2

Description: SV04-00
Load Shuttle Valve  315 bar [4600 psi]• 15 I/min [4 US gpm]
This valve senses the higher of the two input pressures at ports 1 and 3 and routes it to the output port 2.

Description: VDP 06/NC-EN-1-00-XXX
Sequence Valve, Normally Closed, Spool Type, Hydraulic Pilot, Atmospheric Vent 315 bar [4600 psi]• 25 I/min [7 US gpm] 
This is a hydraulically pilot operated spool valve, normally closed from port 2 to 3 with an atmospheric vent. When the pilot pressure on port 1 reaches the setting, the valve will begin to open port 2 to 3. This is deal for sensing pressure in a remote area of a circuit to sequence another operation. 

Description: VDP 06/4201-EN-1-00-XXX 
Sequence Valve, 3-Way, Spool Type, Hydraulic Pilot, Atmospheric Vent 315 bar [4600 psi]• 23I/min [6 US gpm] 
This is a hydraulically pilot operated spool valve where port 4 is closed and port 2 is open to port 3 in the neutral position. Pilot pressure is applied to port 1 and the spring chamber is referenced to atmosphere. When the pressure on port 1 reaches the setting, port 2 will begin to close and port 4 is opened to port 3. This valve can be used normally closed, normally open or as a diverter valve. 

Solenoid Valve, 3-way, 2-position, Poppet Type
230 bar [3300 psi] • 25 l/min [6.6 US gpm]
OPERATION AND DESCRIPTION
This is a 3-way, 2-position, poppet type, direct acting solenoid valve. When de-energized, the valve blocks flow from port 3 while allowing flow between port 1 and 2. When energized, the valve poppet blocks fow from port 1 while allowing flow between port 2 and 3. These valves come standard with a push pin manual override. This valve is ideal for low leakage requirements to hold a load in position.

Load Shuttle Valve
315 bar [4600 psi] • 22 l/min [5.8 US gpm]
DESCRIPTION AND OPERATION
This valve senses the higher of the two input pressures at ports 1 and 3 and routes it to the output port 2.