Product News: Fasteners & Hardware
Electromagnetic Lock offers 2 functions in one housing.
Press Release Summary:
November 18, 2005 - Utilizing ACOTOM®2 process based on electronic decoding system that guarantees fraud protection, SUPER MAGNET locks door while integrated electronic switch controls position. Size of unit is adapted to standard metal sections and can be plugged by M12 metallic connector. Holding force of waterproof SUPER MAGNET is 20 kgs. Version E is unlocked under voltage and used for machine safety, while Version R is locked under voltage and mostly used for fire doors.
Original Press Release
The Electromagnetic Lock: 2 Functions in One Housing
Press release date: November 18, 2005
The SUPER MAGNET, created by the company BTI, has been designed to lock a door while an integrated electronic switch controls its position.
The switch uses the unique entirely electronic process known as ACOTOM®2 based on an electronic decoding system which guarantees real fraud protection.
The SUPER MAGNET is mainly used for the light doors in different applications such as machine safety, fire doors or bank airlocks.
Connected to our AWAX safety module, it can reach the category 4 according to EN954-1.
This system is reliable and performant as there is no mechanical parts in movement, then no wearing effect.
The compact size of the SUPER MAGNET is adapted to standard metal sections and it can be plugged very easily and quickly by means of a M12 metallic connector.
Moreover, unlike the mechanical locking systems, the waterproof SUPER MAGNET does not have any interstices for a better life expectancy.
The holding force of the SUPER MAGNET is 20 Kgs for a strong maintain of the door in closed position.
Two models are available depending on the applications : - E version (unlocked under voltage), mostly used for machine safety. - R version (locked under voltage), mostly used for fire doors.
For more information, please contact : COMITRONIC Miss Christine BOMBRUN Contact@comitronic.com www.comitronic.com Tel (33) 1.43.03.03.03