Danfoss

Description: CP308-1-B-0-0.5 
Flow Control, Fixed, Pressure Compensated, Restrictive Type 210 bar [3000 psi]• 15 I/min [4 US gpm]
This is a fixed, restrictive type, pressure compensated flow control valve, where the flow from port 2 will remain constant regardless of the pressure difference across the valve. Flow enters at port 1 and passes across a fixed orifice in the spool, which creates a pressure drop. This causes the spool to move back against the spring, which then restricts the outlet flow. 

Description: CP342-1-B-0-1020 
Flow Divider/Combiner, Fixed Ratio, Flow Synchronizing Option 210 bar [3000 psi]• 150 I/min [40 US gpm] 

Description: CP300-4-B-0-0-110
Pressure Compensator, Restrictive Type 210 bar [3000 psi]• 40 I/min [11 US gpm] 
This is a 3-ported spool valve, where port 3 is connected to port 2 and port 1 is the pilot port. The spring chamber is connected to port 3 through an orifice. When port 3 is connected to the outlet of a control orifice and port 1 is connected upstream of the orifice, the valve functions as a restrictive pressure compensator. When the pressure drop across the orifice is equal to the spring set pressure, the spool restricts flow from port 3 to port 2 and compensates for any change in pressure difference across the valve. 

Description: CP448-1-B-0-E-C-XXX-3.0-040
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi]• 19I/min [SUS gpm] 

Overcenter Valve, Standard, Direct Acting, Internal Drain, Port 3 Pilot
350 bar [5000 psi] • 19 l/min [5 US gpm]

Description: CP448-1-B-0-E-A-XXX-8.0-040
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi]• 19I/min [SUS gpm] 

Compatible With:Ikontrol Family
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* Image for illustration purposes only

Description: CP712-11-U-0-O-080
Function: Directional Control Valve, 2-Way, Spool Type, Hydraulic Pilot, External Drain
Directional Control Valve, 2-Way, Spool Type, Hydraulic Pilot, External Drain 450 bar [6500 psi]• 130 I/min [34 US gpm] 
This is a 2-way, spool type, hydraulically piloted directional control valve with external drain. It is available in normally open or normally closed configurations between ports 2 and 3 that shift when pilot pressure is applied to port 1. Due to the external drain, the pilot pressure required shift the valve is dependent on the pressure in port 4, which would normally be connected to tank. Due to the high pressure rating, this valve is ideal for use in transmission circuits to by-pass flow dividers. 

Needle Valve, Fully Adjustable, Fine Metering with Reverse Free Flow
350 bar [5000 psi] • 55 l/min [14 US gpm]
DESCRIPTION AND OPERATION
This is a needle valve with a reverse free flow check. It is a variable orifice used to create a pressure drop when flow passes from port 2 to 1, while allowing free flow when flow passes from 1 to 2. Clockwise rotation of the adjustment screw decreases the flow setting until it is completely closed. The setting can be locked by tightening lock nut or knob on the adjustment screw

Description: CP712-11-U-0-C-080
Function: Directional Control Valve, 2-Way, Spool Type, Hydraulic Pilot, External Drain
Directional Control Valve, 2-Way, Spool Type, Hydraulic Pilot, External Drain 450 bar [6500 psi]• 130 I/min [34 US gpm] 
This is a 2-way, spool type, hydraulically piloted directional control valve with external drain. It is available in normally open or normally closed configurations between ports 2 and 3 that shift when pilot pressure is applied to port 1. Due to the external drain, the pilot pressure required shift the valve is dependent on the pressure in port 4, which would normally be connected to tank. Due to the high pressure rating, this valve is ideal for use in transmission circuits to by-pass flow dividers. 

Logic Element, Normally Closed, Spool Type, Pilot to Close
350 bar [5000 psi] • 150 l/min [40 US gpm]
DESCRIPTION AND OPERATION
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.