Trimec LEM230DMR: Z4 Double 'Mini' Maglock c/w Bond Sense & Reed Switch

Stock Code:
60124
POA

Description

Trimec LEM230DMR: Z4 Double Mini Maglock c/w Bond Sense & Reed Switch
Manufacturer's Part Code: LT770300-112

The Double Series Electromagnetic Locks operate with holding forces up to 500kg. Covering a range of applications these magnets are ideal for applications from access ways through to high use commercial swing doors. With fixing options including wood, Aluminium and steel constructions, as well as glass door applications, the range caters to most electromagnetic needs.

Z4 Double Mini Mag Features:
* Fail-safe: Unlocks when power is removed
* Easy installation: suitable for both new and retrofit usage
* High holding force: refer to the technical data overleaf
* Self-alignment: armature plate pivots to accommodate door drop
* Silent operation: no humming or buzzing
* Instantaneous release: smart electronics eliminate residual magnetism.
* Holding Force - 500kg - 560kg
* Dimensions - (L) 476mm x (H) 48mm x (D) 27mm
* Voltage - 12Vdc/ 24Vdc ±10%
* Current - 900mA @ 12Vdc 450mA @ 24Vdc
* Monitoring - Hall Effect / Bond sensing and Reed Switch
* Operating Temperature - -10 to 55 Degrees
* Operating Humidity - 0 - 95%

Hall / Bond Monitoring:
Indicates the lock is powered and the armature plate is in position & magnetically bonded (it monitors if the magnet is locked).

Reed switch monitoring:
An integrated reed switch monitors the door position separately (it monitors the position of the door)

Standards and Compliance:
Successfully fire rated up to 4hrs on fire door assemblies in accordance with AS1905.1. 2005 (Part 1: Fire resistant door sets)
CE Approved, C-Tick Certified

Specification Statement
The Double Series Electromagnetic Lock should be constructed in an aluminium base with heavy duty electromagnet. The range only operates in fail safe mode and relies on a secondary lock or battery backup system. The lock needs to be equipped with "smart electronics" that have zero residual magnetism, (instantaneous release). This is crucial for correct operation.