The Corbin Russwin Access 800 IP1 PoE lock easily brings online access control to more doors and provides substantial advantages, including minimized components – access control functions (e.g. door position monitoring and request to exit sensor) are incorporated in one lock body rather than separately purchased and installed components. This PoE lock uses 50% less power per activation than traditional access control solutions using PoE, and significantly less standby power than traditional access control.
Facilities are faced with the challenge of increasing security within the restraints of their existing budget with minimal disruption to the building. Together with the growing trend of sustainable building design, many facilities seek to leverage existing infrastructure while maximizing energy efficiency and achieving sustainability goals
To meet this end-user security challenge, Group brands Corbin Russwin and Sargent have developed IP-enabled PoE and WiFi locking solutions that utilize existing infrastructure to expand access control. These high performing electronic access control solutions, particularly PoE locks, help achieve numerous sustainability goals. The Corbin Russwin Access 800 IP1 PoE lock easily brings online access control to more doors and provides substantial advantages, including minimized components – access control functions (e.g. door position monitoring and request to exit sensor) are incorporated in one lock body rather than separately purchased and installed components. This PoE lock uses 50% less power per activation than traditional access control solutions using PoE, and significantly less standby power than traditional access control. Facilities also re-use existing building infrastructure adding to the overall ROI savings.
The Access 800 IP1 exemplifies a new generation of energy-efficient, sustainable access control products. When the total Life Cycle Assessment of a PoE system is considered, the result is less energy and material used during manufacturing, shipping, installation and use.