Aico EI630IRF RadioLINK+ Heat Alarm with 10 Year Lithium Battery

Product Information

The Ei630iRF has a sealed built in 10 Year Lithium battery giving you peace of mind as no battery replacement is required.

The Ei630iRF Heat Alarm is powered by a lithium primary battery and is activated by heat from a fire, not smoke. This makes it ideal for kitchen installations where smoke alarms are prone to nuisance alarms. The thermistor will trigger the alarm when the activation temperature of 58ºC is reached. Built-in RadioLINK+ Technology The Ei630iRF is a battery-powered Heat Alarm that contains a sealed-in lithium battery that will last for the full 10-year life of the alarm. For better hearing comfort, the sound level of the alarm increases progressively in Test mode. The Test button can also be used to silence nuisance alarms for a 10 minute period and fault beeps for 12 hours (low battery and sensor fault).

The Ei630iRF Alarm is activated by heat from a fire, not smoke, which makes it ideal for kitchen installations and other areas where there is normally some level of smoke or fumes and where smoke Alarms may be subjected to false alarms. The Ei630iRF Heat Alarm has built-in RadioLINK+ technology and is able to wirelessly interconnect with any other RadioLINK products. Built-in AudioLINK+ Technology This is the Aico Ei630RF Battery Heat Alarm with RadioLINK+, Interlinked Heat Detector available at sparks. It is the new version of the heat detector.

Full system data extraction including installation system details, event longs, battery status, and more The Aico Ei630iRF is a battery-powered Heat Alarm, powered by a 10-year life sealed in a lithium cell. It is able to wirelessly interconnect with any other RadioLINK, RadioLINK+ and SmartLink products.The Ei630iRF Alarm must be interconnected to smoke Alarms located along the escape routes to ensure sufficient warning is given to all the occupants. It comes fitted with the Ei600MRF RadioLINK+ module to facilitate wireless RF interconnection. Up to 12 devices can be interconnected. Alarms interconnected wirelessly must be "house coded" as a system to prevent communication with other nearby RF systems.