Altronix Corp EFLOW104N8V Access Power Supply 24VDC 10A

Product Description

The ALTRONIX CORP EFLOW104N8V is a 24-volt DC access control power supply rated at 10 amps with 8 individually fused outputs. It operates on a 220-volt AC input, making it suited for international or 220-volt installations. This unit is designed to provide distributed, fault-isolated power to access control devices such as electric locks, magnetic locks, door strikes, and readers. Licensed security integrators and low-voltage technicians are the primary installers. The eight independent fuse positions allow a single faulted circuit to be isolated without disrupting the rest of the system, which is a critical feature in multi-door access deployments.

The EFLOW104N8V is used in commercial and light-industrial access control systems where centralized, regulated DC power is required across multiple controlled entry points. Its 220-volt AC input makes it appropriate for facilities operating on a 220-volt supply infrastructure. It provides a clean, regulated 24-volt DC output to downstream access control hardware distributed throughout a building or campus.

Key Features

• 24-volt DC output at 10 amps total capacity
• 8 individually fused output circuits for fault isolation
• 220-volt AC input voltage for compatible electrical infrastructure
• Access power supply category, suited for multi-door lock and reader power distribution
• Sold as individual unit with quantity of one per package

Compatibility

Designed as an OEM-style access power supply for commercial access control systems requiring regulated 24-volt DC distributed power across multiple fused output circuits on a 220-volt AC input.

Installation Notes

Installation should be performed by a licensed low-voltage technician or security systems integrator familiar with local electrical codes and access control wiring practices. Disconnect and lock out all AC input power before servicing or wiring the unit. Verify that the facility supply voltage matches the 220-volt AC input requirement before energizing. Follow NEC low-voltage wiring guidelines and the manufacturer data sheet for proper fuse ratings and output circuit loading.