Previous
Next

Double electronic door magnet for 12 / 24VDC with automatic switching. Holding force up to 2 x 544 kg, for indoors double-doors

Product number DOOR-MAGNET-DUAL12Category El-magnets / Electronic locks / Alarms / Access Systems
4,133.00 kr
Ekskl. moms

Electronic door magnet for double-doors, folding door etc.
Holding force up to 544 kg for each door
Aluminum housing and vandal proof
Supply voltage for team: 12VDC or 24VDC, minimum 2 x 6Watt
Automatic change-over between 12 and 24 VDC
No holding force when not energized
Operating temperature: -10 - 55 ° C
Humidity: 0-95% non-condensing
Double magnet: 534 x 68 x 40 mm
Door plates: 185 x 61 x 16 mm | Double-mounting plate: 534 x 40 x 8 mm | weight: ca. 6.5 kg

Get Volume Offer
close

Get Volume Offer

 
file_download DOWNLOADS
Ask a question
close

Stil et spørgsmål

 

Specifications

Dimensioner 534 x 68 x 40 mm
Driftstemperatur -10 - +55°C
Effekt Minimum 2 x 6Watt. Strømforsyning bør være overdimensioneret
Forsyning 12/24VDC med automatisk omskiftning
Luftfugtighed 0 - 95% RH (ikke kondenserende)
Compositions Aluminium med epoxy forsegling

DOOR-MAGNET-DUAL12 used for wing doors, swing doors, double doors o.li. where there can be installed an electronic lock plates. DOOR-MAGNET-DUAL12 can be used with most access control systems that have single or dual relay output. The product contains 2 powerful electro-magnets, which "locks" the stuck to the piece of metal which is mounted on the respective door. When there is voltage on DOOR magnet DUAL12, the door can not be opened. An access control connected to DOOR-MAGNET-DUAL12 who accept such. a password that will interrupt the voltage to the magnet coil and the magnets release so that the doors can be opened. Holding Force: 2 x 544 kg. Automatic switching between 12VDC and 24VDC voltage to hold the magnet. Estimated power consumption is minimum 12Watt. When the electromagnets are supplied with voltage in hold mode, the power supplies for DOOR-MAGNET-DUAL12 deliver at least double its power (25 - 50Watt), this in order to minimize heat generation in the power supply.

Rev: LO