• khb ball valve

    2 WAY HIGH PRESSURE BALL VALVE

    19.8168.33 + vat

     

    • Body: Carbon Steel
    • Ball: Steel
    • Handle: Zinc Alloy
    • O-rings: NBR
    • Ball Seal: Delrin (POM)
    • Surface Treatment: Cr3
    • Temperature Range: Body -20°C to 120°C NBR Seal -20° to 120°C
  • 3 PORT FLOW CONTROL VALVE (ONGOING PRESSURE LINE)

    3 PORT FLOW CONTROL VALVE (ONGOING PRESSURE LINE)

    133.98264.91 + vat

    Use and Operation
    This valve enables to keep “P” flow constant to a certain setting, independently of the required pressure or the inlet flow of the valve.

    Exceeded flow is drained in “B” and it is available for a second use.

    Port “B” is insensitive to pressure changes but not to flow changes.

    Materials and Features

    • Body: zinc-plated steel – aluminium (VPR3 1)
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Tightness: by diameter combination. Minor leakage (few drops per minute)

    Applications
    Connect E to the pressure flow. Connect P to the actuator or to a line of an hydraulic circuit where flow adjustment is needed.

    Connect B to the tank or to a second actuator.

    To adjust inlet pressure in P screw in or off hand wheel after loosening the locknut.

  • 3/4″ TWO PUMP “HI-LOW” UNLOADING VALVE

    3/4″ TWO PUMP “HI-LOW” UNLOADING VALVE

    334.54 + vat

    Use and Operation
    This valve is used in a 2 parallel-working pumps circuit in order to release the excess of the higher flow pump to the tank when this gets the required pressure setting. Since this moment and on the actuator works with the lower flow pumps at higher pressure, consuming less energy.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Tightness: minor leakage

    Applications:

    Connect BP to the higher flow pump, AP to the lower flow pump, T to the tank, M to the eventual manometer and U as for necessity.

  • 90° FLOW REGULATOR VALVE

    90° FLOW REGULATOR VALVE

    35.88 + vat

    Use and Operation
    This valve is used to adjust flow speed of actuators in one direction; flow is free in the reverse one. As pressure compensation is not provided, flow adjustment depends on pressure and fluid viscosity. High adjustment sensitivity.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type: needle type. Minor leakage with closed valve.

    Applications
    Connect V to the pressure flow and C to the actuator to set; flow is adjust from C to V and is free in the reverse direction. When used on actuator with double pilot check valve, VRFU 90° has to be mounted between the actuator and the double pilot check valve. Flow adjustment is made by rotating the plastic hand knob after loosening the side locking screw. This particular configuration allows an accurate and sensitive adjustment.

  • 90° FLOW REGULATOR VALVE

    90° FLOW REGULATOR VALVE

    35.0751.61 + vat

    Use and Operation
    This valve is used to adjust flow speed of actuators in both directions. As pressure compensation is not provided, flow adjustment depends on pressure and fluid viscosity. High adjustment sensitivity.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type: needle type. Minor leakage with closed valve.

    Applications
    Connect a port to the pressure. Flow will be adjusted in the other one. When used on actuator with double pilot check valve, VRFU 90° has to be mounted between the actuator and the double pilot check valve. Flow adjustment is made by rotating the plastic hand knob after loosening the side locking screw. This particular configuration allows an accurate and sensitive adjustment.

  • 90° Inline Rotating Coupling

    21.4959.55 + vat

    Use and Operation
    For mounting between the end of a flexible hose and a fixed component to compensate hose’s rotations and torsion and to prevent its damaging. Not suitable for fast and continuous rotations. Used in every production field where systems have flexible moving hose. In line mounting.

    Materials and Features

    • Body: zinc-plated steel
    • Poppet Type: low friction seals

    Applications
    Connect ports P to the uses.

  • CHECK VALVE

    CHECK VALVE

    10.7934.75 + vat

    TYPE: VU

    Use and Operation
    In the check valves flow is free in one direction and blocked in the reverse one.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Poppet Type:  any leakage

    Applications
    Connect V to the pressure flow and C to the actuator. Flow is free from V to C and blocked in the reverse direction.

  • DIRECT ACTING PRESSURE REDUCING VALVE WITH CHECK VALVE

    DIRECT ACTING PRESSURE REDUCING VALVE WITH CHECK VALVE

    180.24 + vat

    TYPE: VRPRL

    Use and Operation
    This valve allows to preserve constant the pressure downstream, regardless of the upstream pressure. The check valve allows the free return of the oil.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type:  70 cc/min (350 Bar to port P)

    Applications
    Connect P to the main circuit, the port Reg. to the circuit where you want to reduce pressure and port T to the tank.

  • DOUBLE OVERCENTRE VALVE

    118.83 + vat

    TYPE: VBCD 

    Use and Operation
    These valves are used to control actuator’s movements and block in both directions in order to have a under control descent of a load; load’s weight doesn’t carry it away, as the valve prevents any cavitations of the actuator.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type:  minor leakage

    Applications
    Connect V1 and V2 to the pressure flow, C1 and C2 to the actuator to be controlled. In-line mounting.

  • DOUBLE PILOT OPERATED CHECK VALVE

    31.2241.95 + vat

    TYPE: VBPDE

    Use and Operation
    Pilot check valves are used to block the cylinder in both directions. Flow is free in one direction and blocked in the reverse direction until pilot pressure is applied.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type: any leakage

    Applications
    Connect V1 and V2 to the pressure flow and C1 and C2 to the actuator.

  • DOUBLE PILOT OPERATED CHECK VALVE FOR 12mm BANJO MOUNTING

    DOUBLE PILOT OPERATED CHECK VALVE FOR 12mm BANJO MOUNTING

    35.14 + vat

    TYPE: VBPDE

    Use and Operation
    Pilot check valves are used to block the actuator in both directions. Flow is free in one direction and blocked in the reverse direction until pilot pressure is applied. Easily assembled on a cylinder.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type: any leakage

    Applications
    Connect V1 and V2 to the pressure flow and C1 and C2 to the actuator with a banjo.

  • DUAL CROSS RELIEF VALVE

    52.03 + vat

    TYPE: VAU

    Use and Operation
    Made up by 2 relief valves with crossed tank, this valve is used to block pressure to a certain setting in the 2 ports of an actuator/hydraulic motor. It’s ideal to provide protection against sudden shock pressures and to adjust different pressures in the 2 ports of an hydraulic circuit as well.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type:  minor leakage

    Applications
    Connect V1 and V2 to the pressure flow or to the actuator/hydraulic motor. Vice versa for the remaining ports V1 and V2. Mounting by the actuator is highly recommended in order to avoid pressure drops.

  • DUAL CROSS RELIEF VALVE FLANGABLE ON DANFOSS MOTORS OMP/OMR

    56.38 + vat

    TYPE: VAU OMP/OMR

    Use and Operation
    Made up by 2 relief valves with crossed tank, this valve is used to block pressure to a certain setting in the 2 ports of an actuator/hydraulic motor. It’s ideal to provide protection against sudden shock pressures and to adjust different pressures in the 2 ports of an hydraulic circuit as well. Direct flange is ideal for Danfoss motors type OMP-OMR  and provides a maximum safety, very low pressure drops and solid installation.

    Materials and Features

    • Body: zinc-plated steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type:  minor leakage

    Applications
    Flange M1 and M2 directly to the motor and connect ports V1 and V2 to pressure flow.

  • HIGH PRESSURE 3 WAY DIVERTER VALVEHIGH PRESSURE 3 WAY DIVERTER VALVE

    HIGH PRESSURE 3 WAY DIVERTER VALVE

    72.9985.64 + vat

    Use and Operation
    Diverter flow is used to divert the flow towards 2 different outlets.

    Materials and Features

    • Body: steel
    • Internal Parts: hardened and ground steel
    • Seals: BUNA N standard
    • Poppet Type: minor leakage

    Applications
    Connect P to the pressure flow, A and P to the ports of the hydraulic circuit where flow has to be diverted. 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).

  • HOSE BURST VALVE CARTRIDGE

    HOSE BURST VALVE CARTRIDGE

    15.26 + vat

    TYPE: VUBA

    Use and Operation
    These valves are used to prevent uncontrolled descent of a load in case of hose failure.

    When the flow exceeds the valve setting (reaction flow), this valve is designed to block it.

    Materials and Features

    • Body: steel, burnished

    Applications
    Screw in the valve connecting V to the pressure flow and C to the actuator. The use together with a flow control valve is recommended.

  • INLINE ROTATING COUPLING

    INLINE ROTATING COUPLING

    20.3250.53 + vat

    Use and Operation
    For mounting between the end of a flexible hose and a fixed component to compensate hose’s rotations and torsion and to prevent its damaging. Not suitable for fast and continuous rotations. Used in every production field where systems have flexible moving hose. In line mounting.

    Materials and Features

    • Body: zinc-plated steel
    • Poppet Type: low friction seals

    Applications
    Connect ports P to the uses.