RS PRO Access Control Door Magnet, 250N Holding Force 240V ac

RS PRO Energise to Release Magnets

These RS PRO electro-permanent magnets provide a holding force when de-energised and release when pulsed. These magnets are suitable for machine mechanisms, door/guard locking and remote hold / release requirements. Optimum performance when used with RS PRO armature plates (available separately): please see stock no 739-3211 etc. Energise to hold version available on example 739-3233.

This range of RS PRO magnets include the following types:
739-3223 - 50mm Dia. 24V Electro Permanent Magnet
739-3227 - 35mm Dia. 240V Electro Permanent Magnet
739-3236 - 35mm Dia. 24V Electro Permanent Magnet

Features and Benefits:

• Holding force of 500 N


• 12 and 24 V dc versions have a 2 pole connector


• 12 and 24 V dc versions are IP20 rated


• 240 V ac versions have a Din 43650 connector


• 240 V ac versions are IP54 rated

Typical Applications

Access control door magnets can be used across various domestic and commercial applications and offer solutions where a high security level is required. In some environments doors are required to be held open under normal conditions and them automatically released in the event of fire alarms and evacuation. Door magnets ensure that doors close automatically and are securely closed. Magnetic door holders are suitable for a range of applications, such as schools, nursing homes, and hospitals, to form part of a high-quality security system.

FAQs

How to install a door magnet?
Generally, the electromagnet is attached to the door frame, whilst an armature plate is attached to the door itself. Occasionally brackets may be needed to ensure the magnet is in the correct position for contact with the plate. To achieve the optimal pull force of 100%, a contact area must be achieved using the recommended armature plates.

Where would an access control door magnet be useful?

• Professionals and individuals intending to increase the safety of their property


• Essential for where a door must close automatically in the event of an emergency, for example in nursing homes, hospitals, schools, and industrial premises


• Industrial automation and fire safety, for example locking doors in the event of fire alarms