Kidde® Smoke and Carbon Monoxide Alarm, 3 VDC Lithium Battery Power Source, Electrochemical Sensor, Alarm: Audio, Up to 24 Devices Interconnection, Fire/Low Battery Visual Alert, 10 to 95 % Humidity, 40 to 100 deg F Operating, 13 cm Dia x 3.8 cm D Dimensions
The Kidde® i12010SCOCA is a hardwired combination smoke and carbon monoxide alarm that contains a 10 years, sealed battery back up this alarm uses breakthrough technology to offer a fast response to real fires including smoldering and fast-flaming, as well as protect you from carbon monoxide and dramatically reduce the chance of nuisance alarms. The intelligent sensor technology combines the detection capabilities of an ionization smoke sensor - which is more likely to detect smaller, less visible fire particles, like those produced by flaming fires - with that of an electrochemical sensor, which is used to detect CO. Since carbon monoxide is present in all fires having both detection chambers work together in one alarm is a breakthrough in the fire safety industry. When either sensor notices a potential hazard, it will communicate with the other. Depending on what is detected, the alarm will adjust its smoke sensitivity in order to better discriminate between a real hazard and a false one. This constant communication enhances the alarm overall performance in all fires and significantly reduces the potential for a nuisance alarm.
Kidde® Smoke and Carbon Monoxide Alarm, 3 VDC Lithium Battery Power Source, Electrochemical Sensor, Alarm: Audio, Up to 24 Devices Interconnection, Fire/Low Battery Visual Alert, 10 to 95 % Humidity, 40 to 100 deg F Operating, 13 cm Dia x 3.8 cm D Dimensions
The Kidde® i12010SCOCA is a hardwired combination smoke and carbon monoxide alarm that contains a 10 years, sealed battery back up this alarm uses breakthrough technology to offer a fast response to real fires including smoldering and fast-flaming, as well as protect you from carbon monoxide and dramatically reduce the chance of nuisance alarms. The intelligent sensor technology combines the detection capabilities of an ionization smoke sensor - which is more likely to detect smaller, less visible fire particles, like those produced by flaming fires - with that of an electrochemical sensor, which is used to detect CO. Since carbon monoxide is present in all fires having both detection chambers work together in one alarm is a breakthrough in the fire safety industry. When either sensor notices a potential hazard, it will communicate with the other. Depending on what is detected, the alarm will adjust its smoke sensitivity in order to better discriminate between a real hazard and a false one. This constant communication enhances the alarm overall performance in all fires and significantly reduces the potential for a nuisance alarm.