Altronix Corp EFLOW104N16 Access Power Supply 24VDC 10A

Product Description

The ALTRONIX CORP EFLOW104N16 is a 24-volt DC access control power supply rated at 10 amps with 16 individually fused outputs. It is designed to distribute and protect low-voltage DC power across multiple access control devices, including door controllers, electric locks, and request-to-exit hardware. The 16 fused output configuration allows fault isolation so a single wiring issue does not bring down the entire system. Security and low-voltage electricians install this unit in access control panels and equipment enclosures as part of structured power distribution for commercial and light industrial installations.

The EFLOW104N16 is suited for commercial access control applications where multiple powered devices must be fed from a single regulated source. Typical installations include multi-door access control systems, intrusion detection panels, and integrated security systems requiring reliable 24-volt DC distribution with individual circuit protection. It is sold as a single unit and intended for professional installation by licensed low-voltage or security technicians.

Key Features

• 24-volt DC output at up to 10 amps continuous
• 16 individually fused outputs for circuit-level fault isolation
• Designed for access control and low-voltage security system power distribution
• Single-unit packaging for straightforward panel integration

Compatibility

Designed as an OEM-style power distribution unit for commercial access control systems requiring 24-volt DC regulated power with multi-output fused distribution.

Installation Notes

Installation should be performed by a licensed low-voltage or security electrician in accordance with NEC Article 725 for Class 2 and Class 3 remote-control and signaling circuits. De-energize all connected circuits before wiring outputs to access control devices. Verify that the total load across all 16 outputs does not exceed the 10-amp rated capacity of the supply. Mount the unit in a clean, dry enclosure with adequate ventilation to prevent heat buildup.