Alarm.com ADC-AC-X100 Hid Aero Door Reader Expansion Module

Product Description

The ALARM.COM INCORPORATED ADC-AC-X100 is a door and reader expansion module designed for use with HID Aero access control systems. It extends the capacity of an existing Aero controller by adding support for additional doors and readers within a single installation. Security integrators and access control technicians install this module when a site requires more entry points than the base controller supports. The ADC-AC-X100 integrates directly into the HID Aero ecosystem, maintaining centralized management of access credentials and door events across all connected readers.

The ADC-AC-X100 is suited for commercial access control deployments where multiple doors must be managed from a single Aero controller platform. Typical installation scenarios include office buildings, multi-tenant facilities, and campus environments that have outgrown the door capacity of their base unit. The module is sold as an individual unit and fits within broader Alarm.com commercial security solutions that leverage the HID Aero controller architecture.

Key Features

• Expands door and reader capacity on existing HID Aero access control controllers
• Designed for multi-door commercial access control applications
• Sold as a single unit for precise capacity scaling
• Integrates within the HID Aero system ecosystem for centralized access management

Compatibility

Designed as an expansion module for use with HID Aero access control systems. Specific compatible controller models were not provided in available product data.

Installation Notes

Installation should be performed by a licensed low-voltage security technician or certified access control integrator. Power down the Aero controller before installing or removing any expansion module to prevent damage to the system or connected readers. Follow the HID Aero system documentation for proper module seating, wiring termination, and controller configuration steps. Local low-voltage and security system codes may apply depending on jurisdiction.