Altronix Corp EFLOW4NA8V Access Power Supply with ACM8

Product Description

The ALTRONIX CORP EFLOW4NA8V is an access control power supply with an integrated ACM8 module, designed to deliver regulated power distribution for electronic access control systems. It serves as a central power source that manages and distributes power to access control hardware such as door controllers, electric locks, and peripheral devices. The unit ships as a single assembly and is suited for professional installation in commercial security and access control applications. Licensed low-voltage technicians and electronic security installers are the primary trades working with this equipment.

The EFLOW4NA8V is intended for commercial access control installations where a centralized, managed power supply is required. The ACM8 module expands output capacity, making the unit well suited for multi-door or multi-device access control panels. It is used in new construction and retrofit installations where reliable, distributed low-voltage power is a system requirement. Installation typically takes place in electrical rooms, IDF closets, or secure panel enclosures.

Key Features

• Integrated ACM8 access control module for expanded output distribution
• Designed for commercial access control power supply applications
• Single-unit assembly simplifies panel wiring and layout
• Sold individually as a complete power supply and module combination

Compatibility

Designed as an OEM-style replacement or direct-install unit for commercial electronic access control power distribution systems requiring a managed power supply with an ACM8 module.

Installation Notes

Installation should be performed by a licensed low-voltage or electronic security technician in accordance with applicable NEC requirements for power-limited circuits. Disconnect and lock out all power sources before servicing or replacing the unit. Mount the assembly in a secure, ventilated enclosure to prevent unauthorized access and ensure adequate heat dissipation. Verify output voltage and current ratings against connected load requirements before energizing the system.