GS101/GS102 Gingers Spark Single Micro Power Lock With SDGI Bracket
Categories:
1500lbs / 680kg Magnetic Locks & Brackets, Electric Locking, Gingers Spark, Gingers Spark Locks, Single Mag Locks, Magnetic Locks, Access Control, Electric Locking, Automatic Doors
£190.57 EX VAT
Gingers Spark Single Micro Power Lock GS101 / GS102
Single lock with SDGi bracket for Aluminium centre pivot and Flush thermally broken open out doors.
Its small size make this an ideal lock to use on automatic doors where space is an issue.
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Variation Price
£190.57
EX VAT
Additional information
| Weight | 1 kg |
| Colour | Black, Satin |
- 680 kg (1500 lb) holding force per lock
- Multiple voltage input - any voltage from 12 vDC to 24 vDC
- Very low current consumption 12 v = 0.28 A and 24 v = 0.14 A
- Early warning alarm EW technology - magnets are fitted with EW pressure sensors able to send an alarm before access forced open with 0-30 second timer delay
- Alarm relay input
- PCB is to be located inside the transom, operator or PSU
- Note that the lock body is rounded and has no sharp edges which gives it a different look and is also ‘safer/less hazardous’ on low height frames
- For open-out doors the lock is fixed to the SDGi bracket allowing infinite adjustment backwards forwards and sideways
- Armature is on a sliding plate allowing 5 mm travel left and right and 1 mm up and down travel to ensure 100% alignment
- Extremely high quality patented lock and bracket system
- Comes completely assembled so all you have to do is install it
Dimensions:
- 116 mm wide on the transom
- 70 mm wide below
- Lock suspends 40 mm below the transom
- Armature is 70 mm W x 26 mm
- Yes, it is essential to use the supplied PCB. It steps the voltage down to 9V for the lock to run on. Failure to use the PCB will damage the lock and void the warranty.
- Use a multimeter to check you have voltage going into the PCB (+ & – terminals). If you don’t, the problem isn’t the lock.
- If you do have voltage going into the PCB, use a multimeter to check you have 9Vdc coming out of L+ & L- terminals.
- If not, you have a faulty PCB and it will need replacing.
- If you do, you have a faulty lock and it will need replacing.
