Hydraulic Valve - Connection Kit -
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Hydraulic Valve - Connection Kit -
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Remote Control Assembly - Cable Length = 1.5m
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Remote Control Assembly - Cable Length = 2m
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USE AND OPERATION
These valves are used to open or close oil flow in a circuit even at high pressure.
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal ports: ground and chromium-plated steel.
Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect indifferently A or P to the ports where flow has to be isolated. Flow is blocked with lever at 90° (position 1) and free with lever in line (position 2).
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USE AND OPERATION
These valves are used to open or close oil flow in a circuit even at high pressure.
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal ports: ground and chromium-plated steel.
Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect indifferently A or P to the ports where flow has to be isolated. Flow is blocked with lever at 90° (position 1) and free with lever in line (position 2).
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USE AND OPERATION
These valves are used to divert the inlet flaw towards 2 alternative ports (L scheme).
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal parts: ground and chromium-plated steel. Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect P to the pressure flow, A and B to the circuit ports where the flow has to be diverted to.
With the lever at 90° flow is connected in port A (position 1), with lever in line flow is connected in port B (position 2)
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USE AND OPERATION
Check valves allow free flow in one direction and blocks the flow in the reverse direction, used to keep a hydraulic system pressurised.
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal parts: hardened and ground steel.
Leakage: guided poppet no leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect V to the supply and C to the function. Flow is free from V to C and blocked in the reverse direction.
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In stock (for delivery only)
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In stock (for delivery only)
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In stock (for delivery only)
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Electrical connector to operate the solenoid.
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Spool(s): Double acting spools
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Remote Control Assembly - Cable Length = 1.75m
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USE AND OPERATION
3 way diverter valves used to divert the flow towards two different outlets.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Minimal leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect P to the supply, A and B to the ports of the hydraulic circuit where flow has to be diverted to.
With lever in position 1 the flow is connected towards port A; with lever in position 2, the flow is connected towards port B. With lever in central position ports P, A and B are all connected (open centre)
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USE AND OPERATION
3 way diverter valves used to divert the flow towards two different outlets.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Minimal leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect P to the supply, A and B to the ports of the hydraulic circuit where flow has to be diverted to.
With lever in position 1 the flow is connected towards port A; with lever in position 2, the flow is connected towards port B. With lever in central position ports P, A and B are all connected (open centre)
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USE AND OPERATION
3 way diverter valves used to divert the flow towards two different outlets.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Minimal leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect P to the supply, A and B to the ports of the hydraulic circuit where flow has to be diverted to.
With lever in position 1 the flow is connected towards port A; with lever in position 2, the flow is connected towards port B. With lever in central position ports P, A and B are all connected (open centre)
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USE AND OPERATION
3 way diverter valves used to divert the flow towards two different outlets.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Minimal leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect P to the supply, A and B to the ports of the hydraulic circuit where flow has to be diverted to.
With lever in position 1 the flow is connected towards port A; with lever in position 2, the flow is connected towards port B. With lever in central position ports P, A and B are all connected (open centre)
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USE AND OPERATION
This valve is made up by two 3-way diverter valves coupled together: each of the two valves is used to divert the inlet flow towards two ports.
A single lever controls both sections at the same time. Ideal to control two cylinders.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel.
Seals: BUNA N standard.
Leakage: Minimal leakage.
CONNECTIONS
Connect P and P to the 2 pressure flows, ports A and B to the first cylinder and ports A and B to the second cylinder.
With lever in position 1, P is connected to A and P to A
With lever in position 2, P is connected to B and P to B
With lever in the central position all ports are connected to each other (open centre)
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USE AND OPERATION
This valve is made up by two 3-way diverter valves coupled together: each of the two valves is used to divert the inlet flow towards two ports.
A single lever controls both sections at the same time. Ideal to control two cylinders.
MATERIALS AND FEATURES
Body: cast iron.
Internal parts: hardened and ground steel.
Seals: BUNA N standard.
Leakage: Minimal leakage.
CONNECTIONS
Connect P and P to the 2 pressure flows, ports A and B to the first cylinder and ports A and B to the second cylinder.
With lever in position 1, P is connected to A and P to A
With lever in position 2, P is connected to B and P to B
With lever in the central position all ports are connected to each other (open centre)
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USE AND OPERATION
These valves are used to open or close oil flow in a circuit even at high pressure.
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal ports: ground and chromium-plated steel.
Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect indifferently A or P to the ports where flow has to be isolated. Flow is blocked with lever at 90° (position 1) and free with lever in line (position 2).
In stock (for delivery only)
Shipping Costs...
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USE AND OPERATION
These valves are used to open or close oil flow in a circuit even at high pressure.
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal ports: ground and chromium-plated steel.
Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect indifferently A or P to the ports where flow has to be isolated. Flow is blocked with lever at 90° (position 1) and free with lever in line (position 2).
In stock (for delivery only)
Shipping Costs...
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|
Add
|
USE AND OPERATION
These valves are used to divert the inlet flaw towards 2 alternative ports (L scheme).
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal parts: ground and chromium-plated steel. Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect P to the pressure flow, A and B to the circuit ports where the flow has to be diverted to.
With the lever at 90° flow is connected in port A (position 1), with lever in line flow is connected in port B (position 2)
In stock (for delivery only)
Shipping Costs...
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USE AND OPERATION
These valves are used to divert the inlet flaw towards 2 alternative ports (L scheme).
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal parts: ground and chromium-plated steel. Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect P to the pressure flow, A and B to the circuit ports where the flow has to be diverted to.
With the lever at 90° flow is connected in port A (position 1), with lever in line flow is connected in port B (position 2)
In stock (for delivery only)
Shipping Costs...
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USE AND OPERATION
These valves are used to divert the inlet flaw towards 2 alternative ports (L scheme).
MATERIALS AND FEATURES
Body: zinc-plated steel.
Internal parts: ground and chromium-plated steel. Seals: BUNA N standard.
Leakage: does not allow leakage.
Fixing holes: (CODE\FF)
CONNECTIONS
Connect P to the pressure flow, A and B to the circuit ports where the flow has to be diverted to.
With the lever at 90° flow is connected in port A (position 1), with lever in line flow is connected in port B (position 2)
In stock (for delivery only)
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USE AND OPERATION
The relief valve limits the maximum pressure in a circuit to the valve's setting.
When the circuit pressure reaches the setting, the valve opens and stops the circuit pressure going any higher.
MATERIALS AND FEATURES
Body: zinc plated steel.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Guided poppet negligible leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect circuit port with pressure to P and tank port to T. Port P is reversible.
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USE AND OPERATION
The relief valve limits the maximum pressure in a circuit to the valve's setting.
When the circuit pressure reaches the setting, the valve opens and stops the circuit pressure going any higher.
MATERIALS AND FEATURES
Body: zinc plated steel.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Guided poppet negligible leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect circuit port with pressure to P and tank port to T. Port P is reversible.
In stock (for delivery only)
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USE AND OPERATION
The relief valve limits the maximum pressure in a circuit to the valve's setting.
When the circuit pressure reaches the setting, the valve opens and stops the circuit pressure going any higher.
MATERIALS AND FEATURES
Body: zinc plated steel.
Internal parts: hardened and ground steel. Seals: BUNA N standard.
Leakage: Guided poppet negligible leakage.
Oil temperature: 50° C - Oil viscosity: 30 cSt
CONNECTIONS
Connect circuit port with pressure to P and tank port to T. Port P is reversible.
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