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PRODUCTS | MODULAR ELECTRONICS
DIN SPM

DIN RAIL PHASE-CUTTING VOLTAGE REGULATOR FOR SINGLE-PHASE FANS

DIN RAIL PHASE-CUTTING VOLTAGE REGULATOR FOR SINGLE-PHASE FANS

    The SPM regulator is a module that can be controlled by the DIN NANO FSC and allows the single-phase fan speed to be varied up to 8A. It uses the phase-cutting principle to adjust the effective output voltage from 0 to 230 Vac, according to the 0-10 Vdc command signal applied on input.
    The output can be adjusted manually by connecting an external 10 KOhm potentiometer to the board. The regulator is fitted with a fuse, which can be easily inspected and replaced, which guarantees short-circuit protection.
    It is recommended to verify that the connected motors are suitable for use with phase-cutting regulation.

    DIN RAIL PHASE-CUTTING VOLTAGE REGULATOR FOR SINGLE-PHASE FANS
    DIN RAIL PHASE-CUTTING VOLTAGE REGULATOR FOR SINGLE-PHASE FANS
      Applications
      • Speed controller of the condensation fans.

      • Speed controller of the evaporator fans.

      Main characteristics
      • Effective output voltage from 0 to 230 Vac.
      • Control signal 0-10 Vdc.
      • Protected from short-circuit by means of a fuse.
      • Possible manual control via an external 10 KOhm potentiometer.
      • Power supply 230Vac.
      Properties
      Dimension
      DIN SPM
      105x110x75 mm
      Weight
      DIN SPM
      0,5kg
      Power supply
      DIN SPM
      230 VAC ±10% 50/60Hz
      Absorbed power
      DIN SPM
      5 VA max
      Working temperature
      DIN SPM
      -5 ÷ +50 °C
      Storage temperature
      DIN SPM
      -10 ÷ +70 °C
      Relative ambient humidity
      DIN SPM
      < 90% RH without condensate
      Connections
      DIN SPM
      Screw fixed clamps
      Fuse
      DIN SPM
      6,3 x 32, 10 A delayed
      Analogue
      DIN SPM
      0-10 VDC
      Rated current
      DIN SPM
      8A
      Dimension
      DIN SPM
      DIN SPM
      Connection Scheme
      DIN SPM
      DIN SPM
      Technical Characteristics
      Inputs
      Outputs
      Dimensions and Diagram