Altronix eFlow6NA8D Access Power Controller, PTC Class Relay Outputs, 12/24VDC, 6A, BC400 Enclosure

Designed for reliable, scalable access control power distribution, the Altronix eFlow6NA8D access power controller delivers secure, manageable power to up to eight doors. This compact power supply streamlines integrations for security and surveillance systems by providing 12/24VDC outputs at a combined 6A capacity, with eight PTC Class 2 relay outputs to independently control mag locks, electric strikes and other devices. Built-in supervision monitors AC, battery presence and low power conditions, while selectable fail-safe or fail-secure modes and FACP fire alarm disconnect (latching or non-latching) support life-safety and emergency egress requirements. Filtered, electronically regulated outputs and short-circuit/overload protection help protect connected hardware and minimize maintenance. Housed in a BC400 enclosure and featuring a 120VAC input, the eFlow6NA8D is NDAA and RoHS compliant and backed by a limited lifetime warranty—making it a smart choice for integrators and facility managers seeking reliable power solutions for access control, intrusion monitoring and surveillance deployments. Add the Altronix eFlow6NA8D to your next access control project or contact sales for integration guidance.

• Simplify multi-door installations with eight independently controlled PTC Class 2 relay outputs, reducing wiring complexity and hardware needs.
• Maintain uptime and device health with filtered, electronically regulated 12/24VDC outputs, built-in charger and short-circuit/overload protection.
• Support emergency egress and alarm monitoring via flexible FACP inputs (NO/NC or polarity reversal) with selectable latching/non-latching disconnect per output.
• Ensure compatibility with mag locks, electric strikes and alarm systems using a standard 120VAC input housed in a secure BC400 enclosure for indoor use.
• Reduce long-term risk with NDAA and RoHS compliance plus a limited lifetime warranty for dependable security system performance.