EN
GB-10_manual_PL_EN_ES_PT_v1.2
GB-10
Wireless glass break detector
The GB-10 detector works with ordinary, tempered and laminated glass plates. The detector picks up sounds and analyses them for
extremely low and high frequencies. Low frequency sound occurs when the glass is hit and high frequency sound occurs when the
glass shatters. The detector sends an alarm to the control panel only when these two sounds are detected one after the other. Using
this detection mechanism prevents false alarms during accidental impacts on the window. GB-10 is compatible with CPX230NWB
control panel.
Features
4 sensitivity level
Low power consumption
Supervisory signal every 15 minute (normal working mode)
Tamper signal if open cover and detachment from the wall
Battery status control (low-power signal at 2.5 V)
Battery lifetime 2-3 years (lifetime is approximate)
Max transmission distance 300 m (open air)
Protection against incorrect battery polarity
Specification
Operation voltage:
Standby current:
Alarm current:
Transmission frequency:
Operation temperature:
Storage temperature:
Dimensions:
Battery:
3 V
<60 uA
20 mA
433,92 MHz
-10 ~ 50°C
-20 ~ 60°C
85x26x33 mm
lithium, CR123A
Pairing a detector with the control panel
Open the detector's cover. Switch the wireless control panel to detector programming mode. With the control panel in detecting
mode, press the Anti-tamper button. Make sure that your wireless detector has been successfully paired. Install the detector’s cover
and secure it with the screw.
Installation
Install the detector in front of the glass at the maximum distance of 7 m.
There should be no obstacles preventing sound waves from the glass from reaching the detector.
Do not install the detector on the wall with the glass being monitored, in the corners as it amplifies echo and near a strong noise
sources (such as sirens, alarm bells, etc.).
Installing in a location near metallic objects, magnetic fields or high voltage equipment might impair data transmission to the
control panel. After installing, check the correct communications with the control panel.
Fig. 2. Simplified PCB diagram
Fig. 3. DIP switch
Slider 1 (LED) – LED indicator:
ON
OFF – lower current consumption
Slider 2 (TEST) –
Operating mode
ON
–
TEST mode active
The activation of the test mode is indicated
by slow blinking of the blue LED. After
detecting a low frequency sound, the red
LED will blink slowly, after detecting a high
frequency sound, the LED will blink quickly
which drains the battery faster. It is
recommended to test the detectors using
commercially available glass break testers
which produce high frequency sounds
causing the red LED on the detector.
OFF – Normal mode
it means, that detections (alarms) in the
area controlled by the sensor are sent to
control panel not more than once in 3
minutes; the detector should be set in this
mode;
Sliders 3, 4 (SENS)
–
Sensitivity levels
Tab. 1. DIP switch settings and corresponding sensitivity levels
Slider 3
(SENS1)
Slider 4
(SENS2)
Sensitivity level
ON
ON
1
low
high
OFF
ON
2
ON
OFF
3
OFF
OFF
4
EBS Sp. z o. o.
59 Bronislawa Czecha St.
04-555 Warsaw, POLAND
Technical support:
+48 22 51 88 477
E-mail:
Webpage:
www.ebssmart.com
Fig. 1. Cover removal diagram
