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Address Fire Alam Control Panel
Usage/Application IndustrialNumber of Zone 10Material Sheet MetalOperating Voltage 24 V DC -
ALN-V Smoke Detector with Base-asian-technologies-ltd
- Make: Hochiki America
- Model code: ALN-V
- Type: Smoke
- Style: Photoelectric
- Hochiki America is a photoelectric smoke sensor with the following features: • Low profile – Only 2.00″ high, including base• Simple and reliable device addressing• Automatic compensation for sensor contamination• Built-in fire
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ATJ-EA – Fixed Temp-Rate of Rise Heat Sensor-Asian-technologies-ltd
STANDARD FEATURES
Low profile – only 2.00″ high, including base
Simple and reliable device addressing method
Uses the noise immune Digital Communication
Protocol (DCP), which utilizes interrupts for fast
response to fires
Rate of rise temperature threshold = 15°F/Min
(determined by panel)
Adjustable threshold temperature = 135°F – 190°F
(determined by panel)
UL maximum spacing of 70 feet -
Bosch Linear Beam Smoke Detector
- Extended monitoring area
- Transmitter, receiver, and evaluating unit integrated into a compact housing
- Electronic help for detector alignment and automatic detector calibration procedure
- Automatic compensation for contamination
- LED display in control unit for various operating states
- Adjustable alarm thresholds
75 in stock
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Conference Chairman Delegate Unit
Model TS-0310/ TS-0310A
Microphone type Electret condenser microphone
Microphone directivity Cardioid F
requency response 80Hz~16KHz
38 in stock
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DCP-AMSManual Call PointDCP-AMS – Single Action Addressable Manual Pull Station
The DCP-AMS are the Hochiki America series of addressable manual pull stations that provide a fast and practical means of manually initiating a fire alarm signal. Both single action and dual action manual pull stations are available. Resetting of the pull station requires either a 1/8″ hex key.
99 in stock
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SPC-24 – Beam Detector-asian-technologies-ltd
Product Code: 0200-03460
The Hochiki SPC-24 Projected Beam Smoke Detector consists of an emitter and receiver. The SPC-24 detector should be placed so that smoke generated by a fire will likely rise into the path of the beam. The receiver is constantly monitoring and measuring the intensity of the beam transmitted by the emitter. Should the smoke from a fire cause a decrease in the signal strength of a magnitude that exceeds the programmed obscuration setting, an alarm signal is generated.
