Flow Control

Needle valve CP610-7-B-0E Comatrol, bi-directional, fine metering, reverse free flow. This valve has a free flow from 1 to 2 and a choke effect from 2 to 1.

Fully adjustable needle valve
Capacity: 20 gpm (.33 inch) | Cavity: T-13A
Control: L 
Maximum orifice diameter: F
Seal material: N
*Image for illustration purposes only

Pilot-operated, pressure reducing/relieving valve
Capacity: 40 L/min. | Cavity: T-11A
Control: L
Cracking Pressure: A
Seal Material: N

Pilot-operated, pressure reducing/relieving valve
Capacity: 40 L/min. | Cavity: T-11A
Control: L
Cracking Pressure: B
Seal Material: N

Pilot-operated, pressure reducing/relieving valve
Capacity: 40 L/min. | Cavity: T-11A
Control: L
Cracking Pressure: D
Seal Material: N

Pilot-operated, pressure reducing/relieving valve
Capacity: 40 L/min. | Cavity: T-11A
Control: L
Cracking Pressure: W
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

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

Description: MFPT-100-MHAR-85-G12-N350
Function: PRESSURE COMPENSATED PRIORITY FLOW REGULATOR

Description: PSV10-NC-10-00-00-B-00
Function: Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated
Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated 260 bar [3800 psi]• 40 I/min [10.6 US gpm] 
This is a 2-way, spool type, normally closed, non-compensated proportional flow control valve. In the de-energized condition, flow is blocked in both directions. Energizing the coil will proportionally open port 1 to 2. Used in conjunction with a compensator, the valve will act as the control orifice for a pressure compensated flow regulator. 

Description: PSV10-NC-25-00-00-B-00
Function: Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated
Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated 260 bar [3800 psi]• 40 I/min [10.6 US gpm] 
This is a 2-way, spool type, normally closed, non-compensated proportional flow control valve. In the de-energized condition, flow is blocked in both directions. Energizing the coil will proportionally open port 1 to 2. Used in conjunction with a compensator, the valve will act as the control orifice for a pressure compensated flow regulator. 

Description: PSV10-NC-40-00-00-B-00
Function: Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated
Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated 260 bar [3800 psi]• 40 I/min [10.6 US gpm] 
This is a 2-way, spool type, normally closed, non-compensated proportional flow control valve. In the de-energized condition, flow is blocked in both directions. Energizing the coil will proportionally open port 1 to 2. Used in conjunction with a compensator, the valve will act as the control orifice for a pressure compensated flow regulator. 

Description: PSV12-NC-60-00-00-B-00
Function: Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated
Proportional Flow Control Valve, Spool Type, Normally Closed, Direct Acting, Non-Compensated 260 bar [3800 psi] • 80 I/min [21 US gpm] 
This is a 2-way, spool type, normally closed, non-compensated proportional flow control valve. In the de-energized condition, flow is blocked in both directions. Energizing the coil will proportionally open port 1 to 2. Used in conjunction with a compensator, the valve will act as the control orifice for a pressure compensated flow regulator. 

Flow Divider/Combiner, Fixed Ratio, Flow Synchronizing Option 
210 bar [3000 psi] • 45 l/min [12 US gpm]
This is a fixed ratio flow divider/combiner valve. In dividing mode, flow enters port 3 and passes across two fixed orifices in linked spools. If the pressure drop through one orifice is higher than the other, then the spools will move together to restrict the flow in the lower pressure outlet port. This maintains  equal pressure drops across the spools, thus maintaining the flow division in the outlet ports. In combining mode, flow will enter ports 2 and 4 pass  through the orifices, which causes the spools to move to restrict the higher-pressure inlet and maintain equal pressure drops and equal flow into the  valve.

Proportional valve - Flow control not compensated Normally Closed