background image

 

© 2017 UTC Fire & Security Americas Corporation, Inc. 

1 / 6 

P/N 466-

2934 • REV A • ISS 26MAY17 

 

ShatterPro II Advanced Acoustic Sensor with 
Pattern Recognition Technology Installation 
Instructions 

 

SEE PAGE 4 FOR IMPORTANT WARNINGS, DISCLAIMERS, 
AND PRODUCT/SAFETY INFORMATION. 

Introduction 

This is the 5820A-W and 5825A-W ShatterPro II Advanced 
Acoustic Sensor Installation Instructions. The ShatterPro II 
sensor is designed to detect breaking glass from framed 
windows in the perimeter of a building. 

Install the sensors on a perimeter loop armed whenever the 
door and window contacts are armed. To prevent false alarms, 
avoid applications where glassbreak sensors are configured to 
be active in all arming levels. 

The sensor false alarm immunity technology functions best in 
rooms with only moderate noise. Some sounds can duplicate 
the points on the glassbreak pattern the sensors detect. 

The sensors may not consistently detect cracks in glass or 
bullets that break through the glass. Always complement 
glassbreak sensors with interior protection. 

Connect the sensors to a UL Listed control panel, or a power 
supply that provides at least four hours of standby power. 

Mounting location 

You can mount the sensors on the ceiling or on a wall.  

Wall mount 

The best wall-mount location is on the wall opposite to the 
glass to be protected, assuming this glass is within the sensor 
range and line of sight. You can also use the adjoining wall. 

Ceiling mount 

Mount the sensors in a location that is in direct line of sight of 
the glass to be protected. However, since sound travels out 
from a broken window, a position 8 ft. (2.4 m) into the room 
provides better detection. 

The mounting location can affect sensor detection ability. To 
ensure optimum performance, the coverage zone width should 
be no greater than two times the distance from the sensor to 
the closest point of glass. For instance, if a sensor is mounted 
10 ft. (3 m) from the glass, its optimum performance zone will 
be 10 ft. (3 m) in either direction of the midpoint. You can 
mount the sensors from 3.3 to 25 ft. (1 to 7.6 m) from the 
farthest point of the glass. Figure 1 below shows the coverage 
zone with D being the distance from the glass. 

Figure 1: Coverage zone 

 

Use the following guidelines to determine the best mounting 
location: 

• 

Mount the sensors at least 3.3 ft. (1 m) from the windows 
being protected and at least 4 ft. (1.2 m) from noise 
sources such as TV’s, speakers, sinks and doors. 

• 

Mount the sensors in the direct line of sight of the glass to 
be protected. 

• 

Avoid rooms smaller than 10 by 10 ft. (3 m by 3 m). 

• 

Avoid locations where lined, insulating, or sound 
deadening drapes or closed wooden shutters are used. 

• 

Mount the sensors in a suitable environment: temperature 
between 0 and 120°F (−18 and 50°C); and humidity 
between 10 and 90% noncondensing. Do not install the 
sensors in humid rooms. Excess moisture on the circuit 
boards can eventually cause a short and a false alarm. 

• 

Mount the sensors on a stable surface up to 25 ft. (7.6 m) 
from the farthest point on the glass surface. 

 

D

D

Optimum
detection 

zone

D is distance from glass.

The optimum performance zone
is distance D in either direction
on the glass.

ShatterPro

D

    

 2

5 f

t.

 

Summary of Contents for ShatterPro II

Page 1: ...in direct line of sight of the glass to be protected However since sound travels out from a broken window a position 8 ft 2 4 m into the room provides better detection The mounting location can affect sensor detection ability To ensure optimum performance the coverage zone width should be no greater than two times the distance from the sensor to the closest point of glass For instance if a sensor ...

Page 2: ...ed location 3 Use the 5709C hand held tester to put the sensor into test mode Set the tester to tempered glass and hold the tester on top of the sensor Figure 3 below Activate the tester this will trip the sensor into test mode for one minute In test mode the LED will blink continuously To extend test time activate the tester at least once a minute When the system is armed and the sensor trips to ...

Page 3: ...ifications Voltage 9 to 16 VDC Current Typical Maximum 15 mA 25 mA Relay output On resistance Off resistance Normally closed open 4 seconds upon alarm 10 Ω 5 10 1 MΩ Maximum loop rating 16 VDC 50 mA relay Detection range 3 3 to 25 ft 1 to 7 5 m 360 Minimum glass size 12 by 24 in 0 3 by 0 6 m Recommended glass thickness Plate Tempered Wired Laminated 3 32 to 1 4 in 2 4 to 6 4 mm 1 8 to 1 4 in 3 2 t...

Page 4: ...E G THROUGH NOTICE THAT INTERLOGIX NO LONGER PROVIDES FIRMWARE UPDATES OR BUG FIXES MAY RESULT IN REDUCED PERFORMANCE MALFUNCTION AND OR INCREASED VULNERABILITY TO HACKING COMPROMISE AND OR CIRCUMVENTION INTERLOGIX DOES NOT ENCRYPT COMMUNICATIONS BETWEEN ITS ALARM OR SECURITY PANELS AND THEIR OUTPUTS INPUTS INCLUDING BUT NOT LIMITED TO SENSORS OR DETECTORS UNLESS REQUIRED BY APPLICABLE LAW AS A RE...

Page 5: ...NGE WITHOUT NOTICE UPDATED INFORMATION CAN BE FOUND AT WWW UTCFSSECURITYPRODUCTS EU PRODUCT WARNING INTERLOGIX ASSUMES NO RESPONSIBILITY FOR INACCURACIES OR OMISSIONS AND SPECIFICALLY DISCLAIMS ANY LIABILITIES LOSSES OR RISKS PERSONAL OR OTHERWISE INCURRED AS A CONSEQUENCE DIRECTLY OR INDIRECTLY OF THE USE OR APPLICATION OF ANY OF THE CONTENTS OF THIS DOCUMENT THIS PUBLICATION MAY CONTAIN EXAMPLES...

Page 6: ...6 6 P N 466 2934 REV A ISS 26MAY17 ...

Reviews: