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ENCLOSURES


 technology across all industrial enclosure/ cabinet applications.


Bridging the space from conventional to new technology is a newly conceptualised  app, which transforms the mobile phone into a digital key for the sophisticated locking solution. In the future, it will be possible to trace, manage, and access allocated handles with various levels of permission determined by 


either affected by RFID cards or by entering a PIN code on a keypad. Systems with RFID cards are especially easy to install as no further wiring in the rack is required.


Using a mobile phone to unlock control cabinets


This outdoor swinghandle for the iLOQ S50  possibilities by using an energy-autonomous, digital locking solution. The system can be unlocked using a smartphone or digital key and, at the same time, is powered wirelessly by the same transmission.


For this smart combination, a mechanical handle from the 1317 range is combined with  the Finnish company iLOQ. Instead of using a physical key, our users open the lock with  Android/iOS smartphone with an app or use a  then enabled to control the required access data via a cloud-based SaaS platform. This allows access to be controlled and or documented remotely.


This new closure solution works without a battery or other stationary power supply, which makes the lock particularly interesting for the telecommunications industry, e.g., for outdoor housings or telecommunications cabinets which are also frequently found in remote locations. In this case, the system receives the energy required for unlocking via 


The robust construction of vulnerable parts in high-grade zinc die ensures that the  in compliance with DIN EN 50102 and burglar  uses a polyamide housing with a die-cast zinc handle so as to meet all relevant security standards.


A circumferential support ring protects the rotary knob antenna and an integrated scratch guard prevents surface damage between the two components. Based on DIN  stability of this hybrid solution, which, of course, meets the IP65 requirement.


Smart access with a mobile phone app is the latest development in this arena, a move


As the amount of data continues to increase, control and telecommunication cabinets are essential components of our infrastructure. Ensuring only authorised personnel have access to these data and making  In order to provide authorised personnel with digital access control a solution has been developed that uses a smartphone application to unlock the handle. The communication between the app and the  Until now, personalised access to conventional Agent-E installations has been   intuitive smartphone app can provide a new way to open the handle.


Other locking solutions such as single-point locking and an outdoor swinghandle can also be opened via the app. Upon successful  the user permission to use the app. Then in  identity is checked again each time before the handle is opened.


Depending on the smartphone manufacturer, this may require entering a    locks within the BLE signal range is available. Subsequently, the user may select the lock  grant or revoke authorisations at any time, and access is further restricted by using a preset time frame.


Merging the function of advanced locking technology and a user-friendly smartphone app creates a comprehensive, intelligent solution, which is highly suited to business customers who are aiming to improve their security technology or offer their clients fresh, innovative locking options.


With this app, a smartphone becomes a digital key, a solution that will be generally available for iOS and Android platforms during the third quarter of 2023.


EMKA (UK) www.emka.com JULY/AUGUST 2023 | ELECTRONICS FOR ENGINEERS 37


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