Bosch DS9370
Bosch DS9370 Series Panoramic TriTech Ceiling Mount Detectors
- Fully adjustable optics for coverage integrity and customization
- Hinged chassis and base plate for easy installation
- High efficiency LED and light pipe system for easy walk testing
- First Step processing, or FSP
Each DS9370 Series TriTech PIR/Microwave Motion Detector model is panoramic and uses several patented processing techniques to provide excellent catch performance with freedom from false alarms. Each model can be mounted on ceilings as high as 7.6 m (25 ft). With three separate PIR sections that are fully adjustable, the DS9370 Series provides coverage integrity at all mounting heights, plus the ability to customize the coverage for specific areas.
Signal Processing
Uses passive infrared and microwave technologies to provide an alarm condition when both fields of protection are simultaneously activated. Alarm signals must meet the signaling requirements of both technologies to activate an alarm.
First Step Processing
FSP allows virtually instant response to human targets without sacrificing false alarm immunity to other sources. By adjusting its sensitivity based upon signal amplitude, polarity, slope and timing, FSP eliminates the need for the installer to select the sensitivity level for the application. Each sensor is processed individually and both must agree there is an alarm before the alarm relay is activated.
Microwave Signal Processing
Adaptive processing adjusts to background disturbances. This helps to reduce false alarms while maintaining catch performance.
Microwave Supervision
Patented fully supervised microwave provides single technology coverage in the event the microwave subsystem fails.
Test Features
- High efficiency LED and light-pipe system provide walk test indication that is easily viewable from any angle and at any mounting height.
- Alarm memory feature allows detector to latch the alarm LED to aid in
- Remote LED walk-test control allows the LED to be enabled or disabled using a switched input without accessing the
