GEM 10001 Indoor Electromagnetic Lock

Technical Specification

Features:
  • Make: GEM
  • Model code: 10001
  • Series: Indoor Standard Series
  • Lock Type: Electromagnetic Locks
  • Holding Force kN: 600 lbs
Additional info:

High reliability Anodized aluminum casing MOV provides spike and surge protection Anti-Residual magnetism function Dual voltage 12/24 VDC field selectable

Read more
Make GEM
Manufacturer Gianni Industries, Inc.
Category Access Control>Electronic locking devices
Model code 10001
Series Indoor Standard Series
Lock Type Electromagnetic Locks
Holding Force kN 600 lbs
Material Anodized aluminum casing
Magnet Type Single Magnet
Electrical Specifications Voltage: 12 / 24 V DC

Product description

The GEM 10001 Indoor Series Electromagnetic Lock is a cutting-edge solution designed to offer high levels of access control, making it ideal for integration with systems requiring connection to fire alarms. Distinguished by its UL10C and UL294 listings, as well as a UL1034 certification, this model emphasises safety and reliability. The product's high holding force ensures robust security in various settings, bolstered by advanced technical features.

The GEM 10001 is equipped with an innovative Bi-color LED indicator for clear status communication, a bond sensor for enhanced security verification, and a door status output option for monitoring open or closed states. Additionally, the relock time delay function, adjustable between 1 to 80 seconds, offers flexibility for dynamic environments.

Key Features

  • Anodized aluminium casing for durability
  • Dual voltage capability (12/24 VDC) for flexible installation
  • Anti-residual magnetism function to prevent lock malfunction
  • MOV for spike and surge protection ensuring long-term reliability

Ideal Use Cases

This lock is particularly suited for commercial settings that demand stringent security measures combined with fire alarm compatibility. It's a prime choice for facilities seeking to bolster their security infrastructure with reliable, certified, and versatile locking mechanisms.

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