Multi-Criteria Sensors
Acclimate Detector
Acclimate® photoelectric smoke detectors are intelligent detectors with point ID capability that enable each detector address to be set with decade address switches to provide exact detector locations.
Acclimate® photoelectric smoke detectors are intelligent detectors with point ID capability that enable each detector address to be set with decade address switches to provide exact detector locations.
The photoelectric detector is designed for thermal detection at 135°F. It uses advanced on board software to combine the signals from the photo and thermal elements to create a true multi-criteria detector capable of rejecting unwanted sources along with responding quickly to real fires. Separate photo and thermal elements also allow the Acclimate detector to provide different responses to smoke or heat. In addition, the Acclimate detector can adjust its sensitivity according to its environment. The sensitivity of 200 Series detectors can be programmed using the control panel software to suit the environment. In addition, detector sensitivity is continually monitored and reported to the panel.
Features & Benefits:- Sleek, low-profile design
- Analog communications
- Low standby current
- Rotary address switches
- Superior EMI protection
- Dual LEDs for 360° visibility
Others
- Maximum Operating Humidity
- 93 %
- Maximum Alarm Current
- 6.5 mA
- Minimum Operating Humidity
- 10 RH%
- Maximum Operating Voltage
- 32 VDC
- Maximum Standby Current
- 300 µa
- Includes
- Remote LED Annunciator; Detector Removal Too
Others
- Maximum Operating Humidity
- 93 %
- Maximum Alarm Current
- 6.5 mA
- Minimum Operating Humidity
- 10 RH%
- Maximum Operating Voltage
- 32 VDC
- Maximum Standby Current
- 300 µa
- Includes
- Remote LED Annunciator; Detector Removal Too
- Maximum Operating Humidity : 93 %
- Maximum Alarm Current : 6.5 mA
- Minimum Operating Humidity : 10 RH%
- Maximum Operating Voltage : 32 VDC
- Maximum Standby Current : 300 µa
- Includes : Remote LED Annunciator; Detector Removal Too
