Bosch DS9371 사용자 설명서
Intrusion Alarm Systems | DS9371 Panoramic TriTech Detector
DS9371 Panoramic TriTech Detector
www.boschsecurity.com
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Up to 7.6 m (25 ft) mounting height
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360° x 20 m (70 ft) diameter pattern
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Fully-adjustable optical arrays for coverage
customization
customization
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Hinged chassis and base plate for easy installation
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High-efficiency LED and light-pipe system for easy
walk testing
walk testing
The DS9371 TriTech
®
detector can be used on ceilings
as high as 7.6 m (25 ft). The combination of passive-
infrared (PIR) detection, microwave detection, and
advanced signal processing techniques allows TriTech
detectors to rapidly respond to human targets without
triggering false alarms from other sources. With three
separate fully-adjustable PIR sections, coverage can be
customized for specific areas at all mounting heights.
infrared (PIR) detection, microwave detection, and
advanced signal processing techniques allows TriTech
detectors to rapidly respond to human targets without
triggering false alarms from other sources. With three
separate fully-adjustable PIR sections, coverage can be
customized for specific areas at all mounting heights.
Functions
Advanced Signal Processing
These detectors use PIR and microwave technologies
to signal an alarm when the fields of protection of
both technologies are activated at the same time. The
PIR and microwave sensitivities are adjustable.
Adaptive Processing uses pattern recognition circuitry
to identify and ignore repetitive false alarm sources. It
adjusts to background disturbances to reduce false
alarms without sacrificing the ability to respond to an
intruder.
First Step Processing (FSP) allows virtually instant
response to human targets without generating false
alarms for other sources. FSP adjusts the detector's
sensitivity based on signal amplitude, polarity, slope,
and timing. This eliminates the need for the installer to
select the sensitivity level. Each sensor (PIR and
to signal an alarm when the fields of protection of
both technologies are activated at the same time. The
PIR and microwave sensitivities are adjustable.
Adaptive Processing uses pattern recognition circuitry
to identify and ignore repetitive false alarm sources. It
adjusts to background disturbances to reduce false
alarms without sacrificing the ability to respond to an
intruder.
First Step Processing (FSP) allows virtually instant
response to human targets without generating false
alarms for other sources. FSP adjusts the detector's
sensitivity based on signal amplitude, polarity, slope,
and timing. This eliminates the need for the installer to
select the sensitivity level. Each sensor (PIR and
microwave) is processed individually, and the alarm
relay does not activate unless both sensors agree
there is an alarm.
relay does not activate unless both sensors agree
there is an alarm.
Microwave Supervision
The microwave circuit is fully-supervised. If the
microwave subsystem fails, the PIR subsystem
provides single technology coverage.
microwave subsystem fails, the PIR subsystem
provides single technology coverage.
Test Features
• The high-efficiency LED and light-pipe system provide
Walk Test indication that is easily viewable from any
angle and at any mounting height.
angle and at any mounting height.
• The alarm memory feature allows the detector to
latch the alarm LED to aid in response.
• The Walk Test LED can be activated remotely by a
control panel command.