Description
With an extensive selection of power solutions, ASSA ABLOY provides ideal options for every requirement, from wall-mounted to rack-mounted configurations. Selecting the appropriate power supply is crucial when designing an electrified access control system, as it is just as important as choosing the right locking mechanisms and accessories.
Securitron power supplies deliver clean, efficient, and reliable power for any access control application, including high-efficiency solutions for sustainable locking systems. These supplies are available in configurations suitable for small, single-door setups to large-scale enterprise access control systems.
For low-power requirements, Securitron EcoPower® minimizes standby power supply consumption by 99%, designed for low-power electrified access control devices. Power over Ethernet (PoE) extractors and injectors provide integrated power and data transmission through affordable CAT-5 cabling.
Linear power supplies offer multiple low-noise options for powering sensitive electronics, while rack-mounted power supplies present valuable space-saving solutions for electrified door hardware and other access control devices. Switching power supplies are an energy-efficient, cost-effective choice for access control systems, available in both wall-mount and rack-mount options.
Power transfers ensure secure power and data transmission from the door frame to electrified hardware.
ASSA ABLOY can assist you in identifying the ideal power supply to meet your specific needs for any new or existing electrified access control application. The Securitron AQ Series of switching power supplies includes dual (AQD) and single (AQS) voltage supervised units with integrated battery chargers to power magnetic locks, electric strikes, card readers, sensors, access control panels, and other system devices. They can also supply power to DC cameras and other DC locking equipment, with field-selectable dual (AQD) or single (AQS) 12 or 24 VDC outputs offering up to 16 independently controlled power-limited outputs.
