VIDICON STAR Installation Instructions

INSTALLATION INSTRUCTIONS
STAR
COMPACT
GLASS BREAK & SHOCK
DETECTOR

SELECT LOCATION

See FIG. 1
• If heavy blinds or curtains cover the glass,
you must locate the detector behind the
blinds on the window frame or above it,
otherwise the blinds might block the sound.
Make sure to test the unit thoroughly for
proper detection.
• Install the detector in a direct line of sight
with the protected glass.
• Do not mount the unit in front of air ducts, or
close to bells (measuring 0.5m (or larger) in
diameter).
• For a few protected glasses in one room,
locate the detector in optimal distance from
them to achieve the best detection.
Note: for symmetrical cover of the detection area
it is recommended to place the detector on
the ceiling.

TERMINAL BLOCK CONNECTIONS

FIG. 3
Terminal 1 - Marked - (GND)
Connect to ground of the control panel.
Terminal 2 - Marked + ( +12V )
Connect to the positive Voltage output of 9-16
Vdc
source (usually from the alarm control unit).
Terminals 3 & 4 - Marked TAMPER
If a Tamper function is required connect these terminals
to a 24hour normally closed protective zone in the
control unit. If the front cover of the detector is opened,
an immediate alarm signal will be sent to the control
unit.
Terminals 5 & 6 - Marked RELAY
These are the output relay contacts of the detector.
Connect to the control at zone input.

FEATURES

The STAR is the ultimate answer for all those
tired of false alarms. It listens for sounds of
breaking glass, which produce two sequential
signals of different frequencies. The unique
phased frequency detection circuitry of this
detector allows detection of both shock signal
and the strong signal of glass breakage creating
a "false alarm free" glass break detector.
The detector does not need to be attached to
the window, providing volume protection, and
allowing you to protect several windows with one
detector.
FEATURES
• Shock and/or breakage selectable
• Analyzes two frequencies
• Unique signal analysis ignores
environmental disturbances
• Memory LED
• ASIC based electronics
• Sensitivity adjustment
• New ultra compact design
• Flush mount installation (option)
• Outstanding detection range and reliability

MOUNTING THE DETECTOR

See FIG. 2
1. Use a small screwdriver to push the prong on
top of the case and open the case.
2. Snap out the detector PCB.
3. Insert the wires through the wiring hole (B).
4. Use the mounting holes (A) to mount the
detector.
5. Connect the wires to the terminal.(See
Terminal Connections)
6. Reinstall the detector PCB.
7. Close the case.
JUMPERS ( FIG. 4 )
• JP1 - Shock / Glass selector for detection
calibration.
• JP2 - Memory LED control.
• JP3 - Reduces the sensitivity of sound
detection by 50%.

THE CALIBRATION TOOL

The Simulator/Tester & Calibration tool is
especially designed to check phased frequency
glass break detectors.
Since the detector will react to the high
frequency breakage sound only when it comes
sequentially after a low frequency SHOCK
sound, this device is necessary to check for
proper operation of the STAR without actually
breaking the glass.
Manual mode:
In this mode, the Simulator will emit the high
frequency sound of breaking glass for "Glass"
adjustment.
Automatic mode:
In order to simulate breaking glass, place the
Simulator on the surface of the protected glass,
and gently hit it with your hand. The Simulator
will then emit the sound of breaking glass. Be
careful not to break the glass while testing the
detector.

MOUNTING

FIG. 1
The detector offers flexible installation. It can be
either ceiling mounted or wall mounted as
shown in the figure above.

THE BACK COVER

FIG. 2
A
B

TESTING THE DETECTOR

First use the Simulator in manual mode to
simulate the noise of glass breaking. Check that
the yellow LED is ON. If it does not light, the
sensitivity calibration is necessary (See Sound
Calibration).
Now use your hand or a padded object to
carefully strike the glass. If the green LED does
not light, adjust as necessary (See Shock
Calibration).
Now use the Simulator in automatic mode and
check that the red LED lights. If the red LED is
ON, your detector is working properly. Otherwise
try adjusting the sound and shock setting until
the red LED lights.
A