A solenoid commutator allows the performance of interlocking sequences where an electrical signal reaches the coil (the client determines its voltage), which starts working after being activated through the commutator. As a consequence, the key can be released from the commutator and the auxiliary contacts of the device are activated.

The key can be turned at 90º. When turning the key, the contacts in the commutator are activated, the key gets trapped and the device is disconnected — it is not possible to operate it or release the key while there is no electrical signal. When the device (Ref. CS701) receives it again and the trigger is activated, the coil starts working. This allows the extraction of the key and the activation of the contacts in the commutator.

 Specifications

  Design

A solenoid commutator allows the performance of interlocking sequences where an electrical signal reaches the coil (the client determines its voltage), which starts working after being activated through the commutator. As a consequence, the key can be released from the commutator and the auxiliary contacts of the device are activated.

The commutator in this device makes one of the keys to stay continuously trapped. The cylinder in lock B can block a switch, disconnector, pole or any other item that must not be manipulated.

When key B is turned, key A can be turned at 90º. When turning the key, the contacts in the commutator are activated, the key gets trapped and the device is disconnected — it is not possible to operate it or release the key while there is no electrical signal. When the device (Ref. CS701) receives it again and the trigger is activated, the coil starts working. This allows the extraction of the key and the activation of the contacts in the commutator.

Key A cannot be released until key B is trapped.

 Specifications

 Design

Con este dispositivo se puede controlar el accionamiento en apertura y cierre de un dispositivo (por ejemplo, una válvula motorizada).

Con las dos llaves del conmutador Solenoide (Ref. CS720), es posible controlar la apertura y cierre de un dispositivo, ya que, una de las llaves estará libre, según el plano, la llave S10, y la otra enclavada S12. Al introducir una de las dos llaves, en este caso la llave S10, permite la apertura del dispositivo, quedando la llave S10 enclavada en el conmutador y liberando la S12 con la que al girarla se provocará el cierre del dispositivo.

 Ficha Técnica

A solenoid commutator allows the performance of interlocking sequences where an electrical signal reaches the coil (the client determines its voltage), which starts working after being activated through the commutator. As a consequence, the key can be released from the commutator and the auxiliary contacts of the device are activated.

The key can be turned at 90º. When turning the key, the contacts in the commutator are activated, the key gets trapped and the device is disconnected — it is not possible to operate it or release the key while there is no electrical signal. When the device (Ref. CS751) receives it again and the trigger is activated, the coil starts working. This allows the extraction of the key and the activation of the contacts in the commutator.

This item includes a stainless steal enclosure without lid. Any text can be engraved on its front, if required.

 Specifications

A solenoid commutator allow the performance of interlocking sequences where an electrical signal reaches the coil (the client determines its voltage) and makes it start working. As a consequence, the key can be released from the commutator and the auxiliary contacts of the device are activated.

The key can be turned at 90º. When turning the key, the contacts in the commutator are activated, the key gets trapped and the device is disconnected — it is not possible to operate it or release the key while there is no electrical signal. When the device (Red. CS761) receives it again, the coil starts working again, which allows the extraction of the key and the activation of the contacts in the commutator.

 Specifications