Altronix Corp MAXFIT55P32D Access Power Supply Kit

Product Description

The ALTRONIX CORP MAXFIT55P32D is an access control power supply kit designed to provide distributed power for electronic access control systems. The kit includes two EFLOW102N power controllers and two PD16WCB power distribution modules, paired with a BC750 enclosure. This combination supports low-voltage access control installations requiring managed power distribution across multiple door controllers or locking devices. It is typically installed by licensed security integrators and electricians working on commercial access control projects.

This kit is suited for commercial access control deployments where centralized power distribution and enclosure management are required. The included components work together to supply and distribute power to electric locks, magnetic locks, and access control panels. The BC750 enclosure houses the power and distribution modules for a clean, code-compliant installation. This configuration is commonly deployed in multi-door commercial environments.

Key Features

• Kit includes two EFLOW102N power controllers for managed access control power output
• Two PD16WCB power distribution modules provide multi-output distribution capability
• BC750 enclosure included for housing all components in a single cabinet
• Designed for low-voltage access control system installations
• Sold as a single unit kit for complete distributed power deployment

Compatibility

Designed as an OEM-style access control power supply kit for use in commercial low-voltage access control systems requiring distributed power management and enclosure mounting.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage security integrator. Disconnect and lock out all power sources before servicing or wiring any components. Installation must comply with applicable NEC low-voltage wiring requirements and local codes. Mount the enclosure securely to a wall or backboard in a dry, accessible location before connecting field wiring.