Securitron -u.s. AQL104-2D8PE1 Access Power Supply

Product Description

The SECURITRON -U.S. AQL104-2D8PE1 is an access control power supply rated at 10 amps, designed to provide regulated DC power to electronic access control systems. This unit serves as the backbone of door hardware installations, supplying stable power to electric locks, magnetic locks, strikes, and related access control devices. Licensed security integrators and low-voltage electricians typically install this power supply as part of a complete access control system buildout or upgrade.

The AQL104-2D8PE1 is suited for commercial and light-industrial access control applications where a reliable, dedicated power source is required for electronic door hardware. It is typically installed in equipment rooms, electrical closets, or secured enclosures near the door controllers and locking hardware it serves. Installers working on multi-door access control panels or standalone electric lock circuits will find this unit appropriate for those power distribution requirements.

Key Features

• 10-amp output capacity for powering multiple access control devices on a single supply
• Designed for access control power distribution applications
• Sold as a single unit (each)
• Built for integration into commercial access control and electronic door hardware systems

Compatibility

Designed as an OEM-style replacement or new-installation power supply for commercial access control systems requiring a 10-amp DC power source for electric locks, strikes, or related access hardware.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified security integrator in accordance with applicable NEC low-voltage wiring requirements. Disconnect and de-energize all connected circuits before servicing or replacing the power supply. Mount the unit in a secured, ventilated enclosure to protect against unauthorized access and to maintain proper operating conditions. Verify output voltage and load requirements of all connected devices before energizing the system.