Altronix Corp AL1012XPD8220 Access Power Supply 10A 12VDC

Product Description

The ALTRONIX CORP AL1012XPD8220 is a multi-output access control power supply designed to distribute regulated 12-volt DC power across 8 individual outputs. Rated at 10 amps total output capacity, it provides centralized power distribution for access control panels, electric locks, magnetic locks, and related low-voltage security devices. This unit is intended for installation by licensed low-voltage or security system technicians in commercial and light industrial environments where reliable, distributed DC power is required for door access hardware.

This power supply is suited for commercial access control installations requiring multiple independently fused or distributed power outputs from a single source. Typical applications include powering electric strikes, electromagnetic locks, card readers, and access control panels within a centralized enclosure. Its 8-output configuration makes it well-suited for multi-door access systems where individual circuit protection and power management are priorities.

Key Features

• 10-amp total output capacity supports multiple simultaneous loads
• 12-volt DC regulated output suitable for standard access control hardware
• 8 discrete power outputs for distributed circuit management
• Designed for centralized installation within a security or access control enclosure
• Single-unit solution reduces wiring complexity across multi-door installations

Compatibility

Designed as an OEM-style replacement or direct-install access power supply for commercial low-voltage access control systems requiring 12-volt DC multi-output power distribution.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with applicable local codes and NEC Article 725 for Class 2 and Class 3 remote-control circuits. Disconnect all AC input power and verify zero voltage at the unit before making any wiring connections. Mount the unit inside a suitable enclosure before energizing. Do not exceed the rated total amperage across all outputs simultaneously.