Altronix Corp EFLOW6N Access Power Supply 12 24VDC 6A

Product Description

The ALTRONIX CORP EFLOW6N is a dual-output access control power supply designed to deliver 12 or 24 VDC at up to 6 amps total output. It provides two independently managed power outputs, making it suitable for access control panels, electric locks, request-to-exit devices, and other low-voltage security hardware. Licensed electricians and access control integrators typically install this unit as part of a structured access control power distribution system. The EFLOW6N is built to support reliable, continuous-duty operation where stable DC voltage is critical to system performance.

This power supply is used in commercial and light industrial access control installations where multiple DC-powered devices must be powered from a single, managed source. Typical applications include door controller power, magnetic lock supply, and ancillary device power in multi-door access systems. It is appropriate for installations where two separate power output circuits are required within the same enclosure or power distribution scheme.

Key Features

• Selectable 12 VDC or 24 VDC output to match device requirements
• 6 amp total output capacity supports multiple access control devices
• 2 independent output circuits for distributed device power
• Designed for continuous-duty access control applications
• Compact form factor suited for installation within access control enclosures

Compatibility

Designed as an OEM-style power supply for use in commercial access control systems requiring dual-output 12 or 24 VDC power distribution.

Installation Notes

Installation should be performed by a licensed electrician or qualified access control technician in accordance with NEC requirements for low-voltage power supply systems. Disconnect and de-energize all connected equipment before wiring inputs or outputs. Verify that the selected output voltage matches the voltage rating of all connected devices before applying power. Do not exceed the rated total output current across both circuits.