SPECIFICATIONS:
Range:
30' (9 m) maximum
Alarm relay:
Form C
500 mA max
24 VDC max
Voltage supervision:
Performance remains reliable
even if the voltage decreases. If
the input voltage drops below
approximately 6.0 VDC, a forced
alarm occurs.
Tamper switch:
Form A (NC)
50 mA, 30 VDC
Power requirements:
8 - 14 VDC
30 mA typical at 12 VDC
35 mA max (worst case)
Use the FG-700 or FG-701 Glassbreak Simulator from IntelliSense to test the
FG-930 detector. Point the front of the FG-700/701 directly at the FG-930
sensor when testing.
Activate the simulator in MANual mode at the farthest point of the glass to
be protected (30' maximum). If the green LED (DS1) on the detector
flashes, the audio technology will detect breaking glass at that distance.
Test the flex technology by carefully striking the glass with a cushioned tool.
If the yellow LED on the detector flashes, the flex technology will be sensitive
enough to detect a blow to the glass at that distance.
TESTING THE FG-930
Switch the FG-700/701 simulator to the FLEX mode, press the red start
button, and generate a flex signal by carefully striking the glass. The
simulator will automatically generate a burst of glass-break sound, and the
red LED (DS3) on the FG-930 should light to indicate an alarm condition.
See the FG-700/701 operating instructions for additional testing information.
Important:
The FG-930 should be tested at least
once each year
to ensure proper operation.
To ensure maximum protection against false alarms, activate any device in
the area that may automatically cycle: pumps, generators, heating/air
conditioning units, etc. If the cycling devices trigger an alarm, mount the
unit in a different location.
There is no need to relocate the detector if the cycling only briefly triggers
the flex technology (the yellow LED flashes).
FINAL TESTING
ALARM MEMORY
The FG-930 is equipped with a
latching circuit for the alarm LED.
When the latching circuit is
activated, an alarm condition will
make the red alarm LED on the
unit latch on. This feature is
particularly helpful in determining
which unit alarmed in a multiple
detector installation.
To activate the latching circuit,
install a jumper at position
W2
on
the printed circuit board (refer to
Figure 3). To reset the latched
alarm LED, remove then replace
the jumper on
W2
, or remove
then restore power to the
detector.
Note:
The latching circuit has
absolutely no effect on the
alarm relay. The alarm relay
will continue to function as
normal.
Figure 3 Testing the FG-930
RF immunity:
30 volts per meter
1 MHz - 1000 MHz
Dimensions:
3.9" H x 2.4" W x 0.79" D
(98 mm x 61.5 mm x 20 mm)
Weight:
3 oz (85 g)
Operating temperature:
32
o
to 120
o
F (0
o
to 49
o
C)
Glass types:
1/8", 3/16", and 1/4" plate;
1/4" laminated, wired, and
tempered; minimum size
10-7/8" x 10-7/8", single pane
Copyright 2001 IntelliSense.
5-051-278-00 Rev E
Accessories:
FG-700 Glassbreak Simulator
FG-701 Glassbreak Simulator
Approvals/Listings:
UL listed
C-Tick
Alarm duration:
4 seconds
Important:
The FG-930 must be connected to a UL listed
power supply or control unit capable of providing a
minimum
of four hours
of standby power.
IntelliSense and FlexGuard are registered
trademarks of Honeywell, Inc.
All Rights Reserved.
