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DMC

The robust DMC are ideal for connecting more hydraulic lines with one single movement, minimizing risks and efforts in the connection/disconnection process thanks to special cam and lever mechanism.

Thanks to its special features (removable lever, guidance pins) the Stucchi DMC reduces the force required to connect the couplings, even with significant pressure trapped in the circuit.

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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

    Carbon steel, Aluminium

  • - Sealing

    - Sealing

    Nitrile NBR

  • - Available threads

    - Available threads

    BSP

  • - Available sizes

    - Available sizes

    1"

  • - Operating pressure

    - Operating pressure

    up to 420 bar, max in 3 lines

  • - Flow rate

    - Flow rate

    up to 378 l/min

  • - Temperature

    - Temperature

    -20°C / +100°C

Benefits

  • Specific design for hydraulic lines with 1” - dimension 21: the lever/cam system minimises the force required to connect the couplings, even with significant pressure trapped in the circuit and under difficult conditions (environment, access, etc.).
  • The locking mechanism ensures a full connection and prevents any accidental disconnection.
  • Specific indexator avoids misconnection with different mobile plate.
  • Special external rubber seal prevents dirt inclusion.
  • Robust guidance pins guarantee the correct alignment before the connection.
  • Parking station and cover plates protects the system from contamination and damage as well as to provide a convenient storage solution.
  • The removable lever increases usability reducing the overall dimension.
  • Flat face couplings are easy to clean, reducing the inclusion of contamination to the hydraulic circuit.
  • 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.
  • High resistance at impulse pressures.
  • Safe and simple to use.

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