Altronix Corp ACMS12 Access Power Controller 12 Channel

Product Description

The ALTRONIX CORP ACMS12 is a 2-input, 12-channel fused access power controller designed for low-voltage access control and security systems. It accepts two separate power inputs and distributes that power across 12 individually fused output channels, giving installers a clean, protected distribution point for card readers, electric locks, request-to-exit devices, and other access control field hardware. Each channel fuse isolates faults so a single short or overload does not take down the entire system. Licensed security and low-voltage electricians install this unit in new construction and retrofit access control projects.

The ACMS12 is suited for commercial and light-industrial access control installations where multiple door controllers or peripheral devices require organized, protected power distribution from a central panel location. It fits into structured low-voltage enclosures and supports multi-door systems where clean power segmentation by zone or door is required. Installers managing large multi-reader deployments benefit from the 12-channel layout, which reduces field wiring complexity at the head-end.

Key Features

• 12 individually fused output channels for fault isolation and organized power distribution
• Dual power inputs allow redundant or segmented feed configurations
• Access power supply category — designed specifically for low-voltage access control hardware
• Single-unit quantity per package for direct project or service replacement use
• Compact channel-per-door architecture reduces homerun wiring at the panel

Compatibility

Designed as an OEM-style power distribution solution for commercial low-voltage access control systems requiring multi-channel fused power output.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician familiar with access control systems and applicable local codes. Power down all connected access control hardware before wiring inputs or outputs to the unit. Verify input voltage and current capacity match the power supply feeding the unit before energizing. Follow NEC Article 725 guidelines for Class 2 and Class 3 circuit wiring as applicable to the installation.