Altronix eFlow104NK8DQP Networkable Dual Output Power Supply/Charger

Technical Specification

Features:

Make: Altronix
Model code: eFlow104NK8DQP
Input Voltage: 120 V AC
Output Voltage: 24 V DC
Power Supplies & Batteries: 1

Additional info:

Altronix eFlow104NK8DQP converts a 120VAC 60Hz input into eight (8) PTC protected power-limited outputs. Outputs are individually selectable, providing 12VDC or 5VDC up to 6A and/or 24VDC up to 10A (240W total power) for access control panels, door locks, and ancillary devices. Unit includes an unswitched aux. output. It also offers a suite of features that includes fire alarm disconnect, over voltage protection, and low power disconnect which prevents deep discharge of stand-by batteries. Networkable power distribution module facilitates monitoring, reporting, and control of the supervised DC power supply/charger over the network. It reports diagnostics via Email and Windows Dashboard Alert notifications, greatly reducing system downtime and eliminating unnecessary service calls.

Contact manufacturer Datasheet

Make	Altronix
Category	Surveillance software products
Model code	eFlow104NK8DQP
	Yes
Environmental Specifications	Operating Temperature C: 0 ~ 49 C (32 ~ 120 F ) Operating Humidity %: 85
Physical Specifications	Dimension mm: 305 x 394 x 114 Weight g: 4260
Additional info	Altronix eFlow104NK8DQP converts a 120VAC 60Hz input into eight (8) PTC protected power-limited outputs. Outputs are individually selectable, providing 12VDC or 5VDC up to 6A and/or 24VDC up to 10A (240W total power) for access control panels, door locks, and ancillary devices. Unit includes an unswitched aux. output. It also offers a suite of features that includes fire alarm disconnect, over voltage protection, and low power disconnect which prevents deep discharge of stand-by batteries. Networkable power distribution module facilitates monitoring, reporting, and control of the supervised DC power supply/charger over the network. It reports diagnostics via Email and Windows Dashboard Alert notifications, greatly reducing system downtime and eliminating unnecessary service calls.
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