The relief valve is designed to cover a wide pressure range, covering all claims arising from the performance of hydraulic pumps.
This valve results of fundamental importance in the preservation of all hydraulic components mounted on the hydraulic power pack.
The valve has direct command, and has an accurate pressure regulation through the rotation of a grain with hexagon socket, on the head of this one. A nut placed on the grain, ensures the stabilization of the setting pressure.
Max pressure: 320 bar
Max flow: 30 l/min
Weight: 0,16 Kg
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
The relief valve is designed to cover a wide pressure range, covering all claims arising from the performance of hydraulic pumps.
This valve results of fundamental importance in the preservation of all hydraulic components mounted on the hydraulic power pack.
The valve has direct command, and has an accurate pressure regulation through the rotation of a grain with hexagon socket, on the head of this one. A nut placed on the grain, ensures the stabilization of the setting pressure.
Max pressure: 350 bar
Max flow: 20 l/min
Weight: 0,10 Kg
The non-return valve, is used in all our hydraulic power packs, in order to preserve the pump from eventual pressures, returning from the hydraulic circuit.
Installation occurs in the cavity 3/4 “- 16 UNF, the use of this hydraulic valve, is present in almost all the hydraulic circuits.
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
This throttle can be employed as a compensated regulator on the exhaust.
The valve housing is foreseen on two different cavities, the wide range of calibrations can satisfy a high number of hydraulic circuits.
Max pressure: 250 bar
Max flow: 12 l/min
Weight: 0,06 Kg
| Code |
VSC60 |
VSC6A |
VSC6B |
VSC6C |
VSC6D |
VSC6E |
VSC6F |
VSC6G |
VSC6H |
VSC6I |
VSC6L |
| Ø X [mm] | closed | 0,8 | 1 | 1,25 | 1,5 | 1,75 | 1,8 | 1,9 | 2 | 2,25 | 2,6 |
Nominal controlled flow, measured at 50bar.
Pressure drop may change depending on fluid viscosity and temperature.
This throttle can be employed as a compensated regulator on the exhaust.
The valve housing is foreseen on two different cavities, the wide range of calibrations can satisfy a high number of hydraulic circuits.
Max pressure: 250 bar
Max flow: 12 l/min
Weight: 0,015 Kg
| Code |
VSC0100 |
VSC01A |
VSC01B |
VSC01C |
VSC01D |
VSC01E |
VSC01F |
VSC01G |
VSC01H |
VSC01I |
VSC01L |
| ØX [mm] | closed | 1 | 1,2 | 1,5 | 1,7 | 1,9 | 2,1 | 2,3 | 2,5 | 2,8 | 3 |
Nominal controlled flow, measured at 50bar.
Pressure drop may change depending on fluid viscosity and temperature.
The uses of solenoid valves with cavity 3/4 “- 16 UNF, ensures the total interchangeability in case of maintenance.
Typical examples of application are the simple effect circuits and the commissioning pressure system.
The manually operated version, allows the drive of the solenoid valve even in the absence of tension.
Max pressure: 350 bar
Max flow: 40 l/min
Weight: 0,27 Kg
| Valve type |
Coil type |
Power consumption |
| MSV3000 | HDB + DC/RAC | 18 W |
| MSV30E0 | HDB + DC/RAC | 18 W |
| MSV3100 | HDB + DC/RAC | 18 W |
| MSV31E0 | HDB + DC/RAC | 18 W |
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
The uses of solenoid valves with cavity 3/4 “- 16 UNF, ensures the total interchangeability in case of maintenance.
Typical examples of application are the simple effect circuits and the commissioning pressure system.
The manually operated version, allows the drive of the solenoid valve even in the absence of tension.
Max pressure: 250 bar
Max flow: 30 l/min
Weight: 0,35 Kg (with coil)
| Valve type |
Coil type |
Power consumption |
| MDV30E0 | HDC + DC | 22 W |
Max pressure: 320 bar
Max flow: 30 l/min
Weight: 0,12 Kg
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
Max pressure: 350 bar
Max flow: 40 l/min
Weight: 0,16 Kg
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
Max pressure: 350 bar
Max flow: 18 l/min
Weight: 0,21 Kg
| Code |
CSC04A |
CSC04B |
CSC04C |
CSC04D |
CSC04E |
CSC04F |
CSC04G |
| ØX [mm] | 0,9 | 1 | 1,3 | 1,5 | 1,7 | 2,2 | 2,8 |
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
Max pressure: 300 bar
Max flow: 30 l/min
Weight: 0,09 Kg
Values measured on valve alone.
Pressure drop may change depending on fluid viscosity and temperature.
Max pressure: 320 bar
Max flow: 25 l/min
Weight: 0,38 Kg
Values measured on valve alone.
Pressure drop may change depending on vuild viscosity and temperature.
Max pressure: 200 bar
Displacement: 2 cc/rev
Weight: 0,40 Kg
Values measured on valve alone.
Pressure drop may change depending on vuild viscosity and temperature.
The choice of designing special plugs arises from the need to ensure the highest flexibility of the central manifold and adapt to as many as possible applications in hydraulics.
