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Assa Abloy - SL500 Complete lock BIS (Bi-Stable)

Assa Abloy - SL500 Complete lock BIS (Bi-Stable)

Net: £113.97
Incl. VAT: £136.76
Taxes included.

Assa Abloy SL500 Complete Lock BIS (Bi-Stable) for Automatic Sliding Doors

The Assa Abloy SL500 Complete Lock BIS (Bi-Stable) is a high-performance electric locking solution designed for automatic sliding door systems. Engineered for use with Assa Abloy SL500 operators, this bi-stable lock maintains its locked or unlocked state without continuous power, offering enhanced energy efficiency and reliable door security in commercial and public access environments.

Ideal for applications requiring secure door control with reduced power consumption, this automatic sliding door lock provides dependable performance while integrating seamlessly with the operator system.

 

Key Features & Benefits

Bi-Stable Locking Technology
Maintains locked or unlocked position without постоян power, reducing energy consumption and improving system efficiency.

Designed for Assa Abloy SL500 Systems
Fully compatible with SL500 automatic sliding door operators for seamless integration and reliable operation.

Secure Electric Locking Solution
Provides strong and consistent door locking, ideal for controlled access in retail, healthcare, and commercial buildings.

Energy Efficient Operation
Only requires power to change state (lock/unlock), making it more efficient than traditional fail safe or fail secure locks.

Complete Lock Kit
Supplied as a complete assembly for straightforward installation within the operator system.

 

Technical Specifications

Product Type: Electric lock (bi-stable)

Operation: Bi-stable (no continuous power required)

Application: Automatic sliding doors

Compatibility: Assa Abloy SL500 operator

Function: Door locking and access control

Installation: Integrated within operator system

 

The Assa Abloy SL500 Complete Lock BIS offers a reliable and energy-efficient locking solution for automatic sliding doors, ensuring secure access control while minimising power consumption in demanding environments.

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