Altronix Corp EFLOW104NKA8 Access Power Supply 12VDC 6A

Product Description

The ALTRONIX CORP EFLOW104NKA8 is a multi-output access control power supply designed to deliver regulated 12 volts DC at up to 6 amps across 8 individually protected outputs. It accepts 115 volts AC input and converts it to stable DC power for use in access control, security, and low-voltage systems. This unit is intended for installation by licensed low-voltage technicians and security system integrators working on commercial or residential access control deployments where multiple powered devices must be fed from a single, centralized supply.

The EFLOW104NKA8 is suited for installations where door controllers, electric strikes, magnetic locks, card readers, or other access control field devices require distributed DC power. The 8-output configuration reduces wiring complexity by allowing a technician to homerun individual device circuits from one supply location. It is commonly installed in IDF closets, electrical rooms, or security head-end enclosures as part of a larger access control system buildout.

Key Features

• 12 volts DC regulated output suitable for access control field devices
• 6 amp total output capacity across 8 individually fused or protected outputs
• 115 volts AC input for standard North American electrical infrastructure
• 8-output configuration simplifies multi-device power distribution from a single unit
• Sold individually as a single unit (each)

Compatibility

Designed as an OEM-style replacement or new-installation power supply for access control systems requiring 12 volts DC multi-output distribution from a 115 volts AC source.

Installation Notes

Installation should be performed by a licensed low-voltage or electrical technician in accordance with applicable NEC requirements for power-limited circuits. Disconnect and lock out the 115 volts AC source before making any wiring connections to the unit. Verify that the combined current draw of all connected devices does not exceed the 6 amp total output rating before energizing. Each output circuit should be sized and protected appropriately for the device it serves.