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- Products
Single Overcentre Valve Flangeable By Screw
Use and operation:
These valves are used to control actuator’s movement and block in one direction in order to enable the following
Functions:
1) Under control descent of a load: load’s weight doesn’t carry it away, as the valve prevents any cavitation of the actuator;
2) Limited maximum pressure in case of shocks created by loads, overloads or sudden manoeuvrings (load control with opened centre distributor).
Applications:
Connect V1 and V2 to the pressure flow, C1 to the free flow side of the actuator and flange C2 directly to the actuator’s side you want the flow to be blocked by the screw.
These valves are used to control actuator’s movement and block in one direction in order to enable the following
Functions:
1) Under control descent of a load: load’s weight doesn’t carry it away, as the valve prevents any cavitation of the actuator;
2) Limited maximum pressure in case of shocks created by loads, overloads or sudden manoeuvrings (load control with opened centre distributor).
Applications:
Connect V1 and V2 to the pressure flow, C1 to the free flow side of the actuator and flange C2 directly to the actuator’s side you want the flow to be blocked by the screw.
Use and operation:
These valves are used to control actuator’s movement and block in one direction in order to enable the following.
Functions:
1) Under control descent of a load: load’s weight doesn’t carry it away, as the valve prevents any cavitation of the actuator;
2) Limited maximum pressure in case of shocks created by loads, overloads or sudden manoeuvrings (load control with opened centre distributor).
Applications:
Connect V1 and V2 to the pressure flow, C1 to the free flow side of the actuator and flange C2 directly to the actuator’s side you want the flow to be blocked by the screw.
Technical specification:
|
Specification |
3/8” SE/A FLV |
1/2” SE/A FLV |
|
Pilot ratio |
1:4.5 |
|
|
Max flow (L/min) |
40 |
60 |
|
Max pressure (Bar) |
350 |
|