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DPHD2 1A-1B

The DPHD2 1A–1B series has been developed and designed for heavy-duty applications. The system offers high resistance to pressure, ensuring a long service life even under the most demanding operating conditions. The design reduces fluid leakage, air entrainment, and contamination, maintaining overall circuit efficiency.

Features

  • - Interchange

    - Interchange

    Stucchi profile

  • - Valving style

    - Valving style

    Flat Face

  • - Connection system

    - Connection system

    Lever

  • - Locking mechanism

    - Locking mechanism

    Pin, Cam

  • - Connection Under Pressure

    - Connection Under Pressure

    Allowed with Easy CUP

  • - Material / Treatment

    - Material / Treatment

    Aluminium, Carbon steel

  • - Sealing

    - Sealing

    Nitrile NBR

  • - Available threads

    - Available threads

    BSP

  • - Available sizes

    - Available sizes

    3/8”, 1/2"

  • - Operating pressure

    - Operating pressure

    up to 420 bar

  • - Flow rate

    - Flow rate

    up to 90 l/min

  • - Temperature

    - Temperature

    -20 / +100 °C; -4 / +212 °F

Benefits

  • DPHD2 1A-1B is specifically developed and designed for all heavy duty applications, including earth moving and industry
  • The robust design of the multiplate, combined with the robust special quick couplings installed, allows to reach 420 bar in
  • both lines simultaneously
  • High resistance at impulse pressures with high frequency tested at 1 million cycles
  • Compact overall dimension for easy assembly in small spaces
  • Frontal safety lock knob easily accessible even when mounted in narrow spaces
  • The locking mechanism ensures a full connection and prevents accidental disconnection
  • No risk of misalignment or misconnection with guide pin design
  • Flat face couplings are easy to clean, reducing the inclusion of contamination to the hydraulic circuit
  • Coupling design to connect/disconnect multiple couplings with residual pressure
  • Internal valve design creates minimal pressure drop, maintaining circuit efficiency in the system
  • Minimal fluid loss during disconnection, reducing fluid loss to the environment
  • Minimal air inclusion during connection/disconnection
  • Safe and simple to us

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