Safety switch with magnet locking

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Safety System Products 600N Process Interlocks standard coded HoldX RS
Safety System Products 600N Process Interlocks standard coded HoldX RS
€359,00Excl. tax€434,39Incl. tax
Process lock with 600N elektro-manget and coded safety switch with suitable for PLe applications....
Safety System Products 600N Process Interlocks Individuell codiert HoldX RS
Safety System Products 600N Process Interlocks Individuell codiert HoldX RS
€359,00Excl. tax€434,39Incl. tax
Process lock with 600N elektro-manget and unique coded safety switch with suitable for PLe applications....
Safety System Products 1200N Process Interlocks standard coded HoldX RL
Safety System Products 1200N Process Interlocks standard coded HoldX RL
€404,00Excl. tax€488,84Incl. tax
Process lock with 1200N elektro-manget and coded safety switch with suitable for PLe applications....
Safety System Products 1200N Process Interlocks Individuell codiert HoldX RL
Safety System Products 1200N Process Interlocks Individuell codiert HoldX RL
€404,00Excl. tax€488,84Incl. tax
Process lock with 1200N elektro-manget and unique coded safety switch with suitable for PLe applications....
Inxpect M12 8-pin 0° female connector with PVC cable
Inxpect M12 8-pin 0° female connector with PVC cable
€24,95Excl. tax€30,19Incl. tax
Female connector M12, 8 pole, straight, A-coded.
PVC cable, 8 core, available in 5 and 10 metres....

Safety sensor + Electromagnet = Process Interlock
A process interlock combines a safety sensor with a non-contact electromagnet for door locking in one device.

What is a process interlock used for?
As the name implies, a process interlock is used for process monitoring and prevent process disruptions on machines without a run-down time.

The built-in electromagnet has a holding force of 600N or 1200N. This keeps a safety device like a door or hatch locked until the process is completed and the magnet is de-energized.

It is possible to equip this safety interlock with a permanent magnet. This will prevent unintentional openings of doors and hatches even when unlocked. 

These magnetic locks should not be used as a safety lock for machines with a run-down time, because the safety device is immediately unlocked if the voltage is lost.

Because process interlocks do not have a mechanical connection, this type of safety component is very low maintenance and durable.

All our process interlocks can be used in PLe (according to EN / ISO 13849) and SIL 3 (according to EN 62061) applications.

 

Our process interlocks are available in the following four variants:

  • HoldX RS with 600N adhesive force and standard coded RFID safety sensor.
  • HoldX RS with 600N adhesive force and uniquely coded RFID safety sensor (re-learnable).
  • HoldX RL with 1200N adhesive force and standard coded RFID safety sensor.
  • HoldX RL with 1200N adhesive force and a uniquely coded RFID safety sensor (retraceable).

 

All our process locks have at least the following properties:

  • Extremely durable and resistant to wear.
  • Built-in encrypted RFID safety sensor.
  • Magnetic flux is continuously measured to diagnose magnet contamination.
  • Great alignment tolerance.
  • Simple diagnostics via Bluetooth.
  • Suitable for series connection of up to 30 interlocks without loss of safety (through OSSD contacts). Equipped with status LEDs.
  • Actuator / Armature plate with alignment option.
  • A response speed of only 75ms.
  • 8pin M12 plug connection with 200mm cable (Pig-Tail)
  • To be used as a high-coded switch according to EN ISO 14119: 2013.

 

For free advice or a quote, please contact one of our specialists.