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GEM GK700 Electric Release

GEM GK700 Electric Strike 12/24V AC/DC

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The GEM GK700 electric door release is dual voltage - 12V / 24V AC/DC - with selectable fail safe or fail secure operation. Suitable for metal or timber frames.

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£120.00 VAT excl.
£144.00 VAT incl.
Code: ESGK700
4  In Stock
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GEM GK700 Electric Strike for Secure Access Control

The GEM GK700 electric strike offers reliable, robust, and versatile access control for commercial and public buildings. Engineered to provide secure entry management, this strike integrates with various mortice door locks. It provides precise control without compromising building safety or compliance.

Key Product Features:

  • Fail-secure/fail-safe selectable
  • Dual monitoring - lock and cam
  • Mortice installation
  • Suitable for metal and wooden door frames
  • High security
  • 2000lbs jaw strength pull testing
  • 12/24V AC/DC dual voltage
  • DC current draw: 210mA @12V DC, 140mA @24V DC
  • AC current draw: 440mA @12V AC, 230mA @24V AC
  • Voltage tolerance: +/- 15%
  • Polarity free
  • Tested to 1,000,000 cycles
  • Dimensions: 174.5mm x 44mm x 27mm

Built for Durability and Reliability

The GEM GK700 electric door strike ensures security through robust construction and exceptional performance. Its durable design, tested to 1,000,000 cycles, makes it ideal for areas requiring strong, proven electric locking. Use this door lock electric release in place of a standard mortice lock strike plate. 

Its exceptional durability translates to reduced maintenance costs and consistent long-term performance, which are essential for buildings requiring reliable access control solutions. Its high holding force prevents forced entry, maintaining security under pressure.

Secure and Dependable Electric Strike

This ANSI strike is non-handed, so it can be used on left-handed and right-handed single-swing doors. Installation is straightforward and flexible, fitting various door types, including wooden and metal door frames. For door frames with wide jambs, lip extension brackets are available as a special order.

To reduce the risk of failure, when installing, make sure that there is a small space between the keep and latch bolt when this door is closed and the latch is in the locked position. This lessens the pressure on the solenoid. It is also worth testing the strike prior to mounting for the final time to ensure it’s working correctly once the power has been connected.

Versatile, Efficient Operation

Designed for efficiency, the GK700 operates at selectable 12 or 24 volt DC or AC. This accommodates most access control power supplies. Its low power consumption,  210mA at 12V DC or 140mA at 24V DC, minimises running costs and contributes towards building sustainability.

It has a +/- 15% voltage tolerance, plus door status and locked/unlocked status monitoring. Even during continuous operation, the surface temperature remains safe, ensuring comfort and reducing risks during regular use. It operates at -10 to 45°C temperature range, within a 0-95% non-condensing humidity range.

Another standout feature is the selectable fail safe/fail secure operation. Fail safe mode releases the door when the power fails. This function is ideal for emergency exits or areas requiring immediate evacuation. Alternatively, fail secure mode keeps doors securely locked when power is interrupted. This provides an extra layer of security for restricted access or hazardous areas or sensitive equipment locations. Selecting between these modes allows precise control tailored to the specific security needs of your built environment

Robust Security for Controlled Door Access

Electric strikes deliver flexible security, ensuring controlled access tailored to your facility’s requirements. Choose reliability, versatility, and compliance with the GK700 electric door strike. Designed to provide optimal security performance and versatile function, it supports the differing requirements of modern facility management.

Fail safe VS fail secure - what's the difference?
Fail safe electric locks will be unlocked when the power is cut to them, allowing for the free flow of foot traffic. Fail secure locks remain locked/secured when the power is cut to them. The door remains locked until power is restored.

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