Securitron -u.s. ZA-32/62SS Adjustable Z Bracket Mag Lock

Product Description

The SECURITRON -U.S. ZA-32/62SS is an adjustable Z-bracket mounting accessory designed for use with 32 and 62 series electromagnetic locks. Constructed from stainless steel, this bracket provides a rigid, corrosion-resistant mounting solution that allows for positional adjustment during installation. It is used to properly align and secure a magnetic lock to a door frame or header where standard flush mounting is not feasible. Access control technicians and commercial door hardware installers are the primary trades that work with this component.

This bracket is intended for commercial and institutional access control applications where SECURITRON 32 or 62 series mag locks are installed on aluminum storefront frames, hollow metal doors, or similar entry configurations. The adjustable design accommodates minor frame misalignments or non-standard door gaps, making it a practical hardware solution in retrofit and new-construction access control projects alike.

Key Features

• Adjustable Z-bracket design allows positional fine-tuning during mag lock installation
• Stainless steel construction resists corrosion in high-traffic or exterior-adjacent environments
• Compatible with SECURITRON 32 and 62 series electromagnetic locks
• Sold as a single unit, suitable for one lock mounting point

Compatibility

Designed for use with SECURITRON 32 and 62 series magnetic locks as stated by the manufacturer. Verify specific lock model mounting requirements before installation.

Installation Notes

Installation is performed by a licensed access control or commercial door hardware technician. Disengage and lock out all power to the electromagnetic lock and associated access control system before beginning bracket installation or adjustment. Follow applicable local building codes and door hardware standards when mounting electromagnetic locking devices on rated egress doors. Do not modify the bracket by cutting or welding, as this may compromise structural integrity and lock alignment.