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CROUZET SWITCHES
CROUZET SWITCHES

Crouzet Switches - V4

  • Load 0.1-10 A 250 V ac
  • Minimum load 1 mA 4 V dc
  • Available with sponge trigger
  • Control arm can be fitted in two different positions

Part numbers

Parts Price Connection Power min Rated current at 250 V ac Thermal current at 250 V ac Voltage ac max Voltage min
W2 10 A 12,5 A
X1 10 A 12,5 A
W2 0,001 A 5 A 6 A 250 V 4 V

Part

V4-photo

83170002
C/0 W2 TERMINALS, STANDARD

Technical data

Connection W2
Contact gap 0,4 mm
Contact type Changeover (SPDT)
Force of the return movement min 0,3 N
Hysteresis max 0,15 mm
IP class IP40
Operating force max 1,5 N
Operating power total max 1,8 N
Overtravel min 0,5 mm
Permissible overvoltage max 10 N
Rated current at 250 V ac 10 A
Sleep max 9,2 mm
Switching point 8,4 ±0,3 mm
Temperature operational max 125 °C
Temperature operational min -40 °C
Thermal current at 250 V ac 12,5 A

Measurements and connections

  • Fixing position: The control arms are supplied unfitted unless specified otherwise.<br />For factory fitting, specify installation position A or B.<br />To calculate the force: divide the breaking force by the coefficient in the table. <br />To calculate movement: multiply the breaking movement by the same coefficient.

    Fixing position: The control arms are supplied unfitted unless specified otherwise.
    For factory fitting, specify installation position A or B.
    To calculate the force: divide the breaking force by the coefficient in the table.
    To calculate movement: multiply the breaking movement by the same coefficient.

  • 1: Number of cycles<br />2: Resistance<br />3: Inductive load<br />4: Mechanical lifetime<br />5: Current

    1: Number of cycles
    2: Resistance
    3: Inductive load
    4: Mechanical lifetime
    5: Current

  • 1: Number of cycles<br />2: Resistance<br />3: Inductive load<br />4: Mechanical lifetime<br />5: Current

    1: Number of cycles
    2: Resistance
    3: Inductive load
    4: Mechanical lifetime
    5: Current

  • 1: Number of cycles<br />2: Resistance<br />3: Inductive load<br />4: Mechanical lifetime<br />5: Current

    1: Number of cycles
    2: Resistance
    3: Inductive load
    4: Mechanical lifetime
    5: Current

  • Changeover<br />Normally closed<br />Normally open

    Changeover
    Normally closed
    Normally open

Resource

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