iLOQ provides battery-free digital and mobile locking systems, offering sustainable smart access control solutions for residential and commercial properties.
iLOQ is a Finnish technology company that has revolutionized the locking industry with its self-powered digital locking and mobile access management solutions. By harvesting energy from NFC signals or the mechanical insertion of a key, iLOQ eliminates the need for batteries and cables in widespread access control systems. Their product portfolio includes smart cylinders, padlocks, key fobs, and readers designed to maximize security while minimizing maintenance and lifecycle costs.
The company’s flagship iLOQ 5 Series integrates seamlessly into critical infrastructure, residential housing, and commercial buildings, allowing administrators to manage access rights remotely and instantly. Known for innovation and sustainability, iLOQ ensures that managing keys and locks is efficient, secure, and environmentally friendly.
Jaunākās rokasgrāmatas no manuals+ šim zīmolam veidots.
Noskatieties šī zīmola iestatīšanas, instalēšanas un problēmu novēršanas videoklipus.
Bieži uzdoti jautājumi par šī zīmola rokasgrāmatām, reģistrāciju un atbalstu.
iLOQ products containing electronics and circuit boards must be recycled at an electrical and electronic equipment collection point. Metal parts like fittings and knobs can be recycled as scrap metal.
A green light indicates access is granted. A red light means access is denied caused by invalid rights or an incorrect code. Amber lights typically indicate data communication or updates in progress.
The K55S.2 Key Fob is charged using a standard USB-C cable. The LED blinks amber while charging and turns solid green when the battery is fully charged.
Most iLOQ cylinders and padlocks are self-powered, harvesting energy from the insertion of the key or NFC signals. Some accessories like specific key fobs may contain rechargeable batteries.
Yes, iLOQ keys are reusable and can be reset to factory settings and reprogrammed for use in different systems by an administrator.