Fast response times to hot burning fires, the advanced S22 Ion sensor manages its own automatic drift compensation, accelerating overall system performance by offloading the management of the sensor compensation values from the ALM3-IP to the S22 Ion
Ion Sensor
Distributed Architecture
All FC-250 modules operate independently. There is no central operating system, no central point of failure. Processing power is distributed throughout the campus, increasing system survivability, eliminating home-run wiring costs while decreasing downtime due to system maintenance.
Highly Survivable
Since NAC’s and SLC’s are grouped on the same module and events are processed locally, ALM modules will perform local operations even if network communication has been severed. Distributed modules also minimize campus-wide downtime by restricting maintenance to the local module.
The S22 Ion manages its own automatic drift compensation, accelerating overall system performance by offloading the management of the device compensation values from the ALM3-IP to the S22 Ion Sensor.
Compensation is made to adjust the detector for the infiltration and accumulation of dirt and dust over time. By compensating the detector alarm thresholds the sensing window is adjusted to remain at original factory specifications.
The S22 Ion Sensor has five pre-programmed user settings that may be accessed and changed from the Harding network control.
Further, the pre-programmed settings are utilized in establishing the automatic sensitivity values in place with the Day/Night sensitivity programming.
- DET2202 – S22 Ionization Smoke Detector