Altronix EFLOW4NX8V Power Supply Charger, 8 Fused Outputs, 12/24VDC at 4A, Aux Output, FAI, LinQ2 Ready, 220VAC, BC400 Enclosure

Keep mission-critical access control, surveillance and monitoring systems online with the Altronix EFLOW4NX8V power supply charger. This Altronix power supply charger delivers dependable, protected DC power with eight fuse-protected outputs and a 1A auxiliary output to support locks, readers, sensors and cameras. With selectable 12V or 24V DC output and up to 4A total capacity on a 220VAC input, the EFLOW4NX8V provides flexible power for mixed-device deployments. Built-in battery charging, low power disconnect and instantaneous transfer to standby batteries safeguard battery health and ensure continuous operation during outages. Safety features such as fire alarm disconnect (FAI), overvoltage protection and short-circuit protection reduce risk and simplify code-compliant installations. LinQ2 readiness enables remote monitoring and diagnostics to minimize truck rolls and speed troubleshooting. Housed in a compact BC400 enclosure, this unit is optimized for dense access control and security system layouts. Ideal for access control panels, CCTV, intrusion and monitoring applications—add the EFLOW4NX8V to your next project to improve uptime and simplify maintenance.

• Ensures uninterrupted operation for access control and security devices with selectable 12/24V DC output and fast transfer to standby batteries
• Eight fused outputs plus a 1A auxiliary output simplify wiring and protect connected locks, readers and surveillance cameras from faults
• Built-in battery charger and low power disconnect extend battery life and reduce maintenance for reliable backup power
• Fire alarm disconnect (FAI) and overvoltage/short-circuit protection enhance system safety and compliance for critical installations
• LinQ2 ready for remote diagnostics and monitoring, streamlining service and reducing onsite troubleshooting time
• Durable BC400 enclosure designed for indoor installations saves rack and cabinet space while supporting neat system integration