Altronix Corp AL1024XB2V Access Power Supply 220V

Product Description

The ALTRONIX CORP AL1024XB2V is a dual-output access control and fire alarm power supply board rated for 220-volt input. It delivers up to 10 amps for access control loads and up to 8 amps for fire alarm panel loads, making it a purpose-built solution for integrated security and life-safety installations. The board is designed for panel-mount installation inside compatible enclosures and is typically installed by licensed low-voltage or alarm system technicians working on commercial or institutional access control projects.

This power supply board is used in commercial access control and fire alarm systems where a single power source must support both access hardware and a fire panel simultaneously. Typical installations include office buildings, schools, and multi-tenant facilities where code requires dedicated, supervised power to life-safety devices. The 220-volt input rating makes it suitable for international and select domestic commercial electrical environments.

Key Features

• 10-amp output capacity dedicated to access control loads
• 8-amp output capacity dedicated to fire alarm panel loads
• 220-volt AC input for commercial and international electrical environments
• Dual-output design supports access control and fire alarm on a single board
• Board-style form factor designed for installation inside a compatible enclosure

Compatibility

Designed as an OEM-style replacement or primary installation component for commercial access control and fire alarm power distribution systems requiring dual-output 220-volt power supply boards.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems technician in accordance with applicable local codes and NFPA 72 for fire alarm power supply applications. Disconnect and lock out all AC mains power before handling the board or making any wiring connections. Verify enclosure compatibility and confirm load calculations for both the access control and fire alarm circuits before commissioning. Do not exceed the rated output current on either output branch.