Description

ASSA ABLOY GL1-FLM, Securitron GL1-Flm Gate Lock 12/24VDC Mon Fail Secure

SECURITRON GL1-FLM GATE LOCK 12/24VDC MON FAIL SECURE

The heavy duty GL1 Electromechanical Gate Lock provides weather-resistant access control for a wide range of gate applications. The GL1 provides 2000lbs of holding force for electrical and manually operated indoor or outdoor gates where preload is a concern. Ideal for swinging or sliding Product features vehicle, pedestrian, or stock gate access control.

Specification:

• Patent: 8,047,582
• Holding Force: 2000lbs [907kg]
• Dimensions: 2-3/4″L x 7-1/4″W x 3-1/4″D
• Electrical: – 12 Volts Initial (Peak): (~1.0 sec.) @ 870mA – Reduced: 290mA Power Consumption: 3.5 Watts – 24 Volts Initial (Peak): (~1.0 sec.) @ 720mA – Reduced: 170mA Power Consumption: 4.1 Watts
• Operating temperature: -58 to +167F [-50 to +75C] -Indoor or outdoor use
• Shipping Weight: 6lbs [2.72kg]
• Finishes: Black Finish

Product Components (ASSA ABLOY GL1-FLM):

In essence, upon unpacking this product, an inventory should be made to ensure that all the required components and hardware have been included. Along with these instructions and the installation template.

Operating Instructions

Firstly, the Gate Lock is a direct- latching fail safe/locked electromechanical lock which incorporates Securitron’s unique dual voltage system. The GL1 does not automatically re-lock if the strike is not moved from the latch.

Secondly, the strike must always be pushed closed to mechanically re-latch in order for the GL1 to re-lock. Fail Locked Version (GL1-FL): Applying input voltage of 12 or 24 volts DC, observing polarity (See Wiring diagram below), will energize and unlock the Gate Lock allowing the gate to be opened.

Thirdly, removing the input voltage will de-energize the Gate Lock and will allow it to mechanically latch securely when the gate is closed. Fail Safe Version (GL1-FS): The input voltage must be maintained to keep the Gate Lock in a locked mode.

Removing the input voltage will de-energize and unlock the Gate Lock allowing the gate to be opened. Furthermore, applying input voltage will energize and lock the Gate Lock awaiting the gate to be closed. Additionally, the Gate Lock may include an optional gate status sensing feature.

Lastly, when the gate (strike assembly) is latched closed, the Gate Lock will report this closed condition by outputting a closed circuit condition between the C and NO terminals. When the gate is open, there is an open circuit between the C and NO terminals. Moreover, this dry Single Pole Double Throw (SPDT) output can carry 1 Amp @ 30 VDC maximum.