Securitron M32B Electromagnetic Magnalock 12V 24V Dc

Product Description

The SECURITRON M32B is a dual-voltage electromagnetic lock designed for commercial door access control applications. Operating on either 12 or 24 volts DC, this magnalock uses an electromagnet bonded to a strike plate to hold a door securely closed when energized. The M32B features a satin stainless steel finish suited for exposed installations where appearance matters. It is sized for standard single-door applications and installed by licensed locksmiths, security integrators, and low-voltage electricians working with access control systems.

The M32B is intended for use on single doors in commercial and light-industrial access control installations. It mounts to the door frame and works with standard access control panels, credential readers, and request-to-exit devices. The satin stainless steel finish makes it appropriate for interior applications where a clean, professional look is required. It is sold as a single unit and is part of the Securitron M32 Magnalock series.

Key Features

• Dual-voltage operation: compatible with both 12 volt and 24 volt DC power supplies
• Satin stainless steel finish for corrosion resistance and clean appearance
• Electromagnetic locking mechanism with no moving parts for reduced maintenance
• Compact profile: 11.6 inches long, 5.9 inches wide, 3.3 inches tall
• Part of the M32 Magnalock series from Securitron, an ASSA ABLOY Group company

Compatibility

Designed as an OEM-style electromagnetic lock for commercial single-door access control systems requiring 12 volt or 24 volt DC power.

Installation Notes

Installation is typically performed by a licensed low-voltage electrician or certified security integrator in accordance with local electrical codes and NEC guidelines. Disconnect and de-energize the access control power supply before mounting or wiring the lock. Proper door and frame alignment is critical to achieving full holding force. Verify power supply voltage matches the configured operating voltage before energizing the unit.