LST FUIF511-27D is a radio frequency interface that when connected to compatible detectors can add wireless functionality to your fire alarm system. With 2 independently programmable alarm zones, you can assign up to 16 radio detectors to each of them. Using its built-in learning mode, the interface can be programmed to recognize and communicate with each detector individually, allowing for precise identification and control.
The interface is equipped with both 868MHz and 434MHz frequency bands, ensuring reliable communication with detectors even in challenging environments. Its high range of radio transmission allows for the detectors to be placed at significant distances from the interface, providing flexibility in system design.
LST FUIF511-27D is a radio frequency interface that when connected to compatible detectors can add wireless functionality to your fire alarm system. With 2 independently programmable alarm zones, you can assign up to 16 radio detectors to each of them. Using its built-in learning mode, the interface can be programmed to recognize and communicate with each detector individually, allowing for precise identification and control.
The interface is equipped with both 868MHz and 434MHz frequency bands, ensuring reliable communication with detectors even in challenging environments. Its high range of radio transmission allows for the detectors to be placed at significant distances from the interface, providing flexibility in system design.
LST FUIF511-27D is a radio frequency interface that when connected to compatible detectors can add wireless functionality to your fire alarm system. With 2 independently programmable alarm zones, you can assign up to 16 radio detectors to each of them. Using its built-in learning mode, the interface can be programmed to recognize and communicate with each detector individually, allowing for precise identification and control.
The interface is equipped with both 868MHz and 434MHz frequency bands, ensuring reliable communication with detectors even in challenging environments. Its high range of radio transmission allows for the detectors to be placed at significant distances from the interface, providing flexibility in system design.
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