DMP Electronics 1128INT Manuel utilisateur

1128INT WIRELESS GLASSBREAK DETECTOR

Installation Guide

GET STARTED

Figure 1: 1128INT Glassbreak Detector

The 1128INT Wireless Glassbreak

Detector is a fully-supervised,

low current shock and glassbreak

sensor that provides detection

coverage up to 20 ft from framed

glass mounted in an outside wall.

The 1128INT features 128-bit AES

encryption.

You can mount the detector on

the ceiling or an opposing wall for

maximum ﬂexibility and coverage.

The 1128INT operates using the

supplied 3.0 V lithium battery.

Compatibility

• 1100XINT Wireless Receivers

Version 700 and Higher

• 1100DINT Wireless Receivers

Version 700 and Higher

• XT30INT Series Panels Version

693 and Higher

• XTLtouchINT/XTLplusINT Series

Panels Version 693 and Higher

• XR150INT/XR550INT Series

Panels Version 693 and Higher

What is Included?

• One 1128INT Wireless

Glassbreak Detector

• One 3.0 V Lithium CR123A

Battery

• Hardware Pack

1PROGRAM THE PANEL

Refer to the panel programming guide as needed.

1. If using an XT Series International Panel, enter 665 (PRO) at

the keypad to access the PROGRAMMER menu. If using an

XR Series International Panel, enter 6653 (PROG).

2. Press CMD until ZONE INFORMATION displays and press a

top row select key or area.

3. Enter the wireless ZONE NO and press CMD.

4. Enter the ZONE NAME and press CMD.

5. Select NT (Night) as the ZONE TYPE.

6. Select the AREA NO and press CMD.

7. At NEXT ZN?, select NO and press CMD until WIRELESS?

displays.

8. Select YES when WIRELESS? displays and press CMD.

9. Enter the eight-digit SERIAL# and press CMD.

10. Enter the SUPRVSN TIME and press CMD.

11. At NEXT ZN?, select YES if you are ﬁnished programming

the zone. Select NO if you would like to access additional

programming options.

12. In SYSTEM OPTIONS, at the 1100 ENCRYPTION prompt,

select ALL to only add encrypted wireless devices to the

system. Select BOTH to allow both encrypted and non-

encrypted wireless devices to be programmed.

13. The default passphrase appears at ENTER PASSPHRASE.

Press CMD to keep the default. Press any select key or

area to change the passphrase and enter an 8-character

hexadecimal string (0-9, A-F).

Use a 3.0V lithium battery, DMP Model CR123A, or the equivalent

battery from Sony or Murata. When setting up a wireless system,

program zones and connect the receiver before installing batteries

in the transmitters.

1. Remove the holding screw at the lower end of the 1128INT

case and gently life o the cover. See Figure 2.

2. Observing polarity, place the battery in the holder. Press it

into place. See Figure 3 for the battery location.

INSTALL THE BATTERY

Figure 2: Open the 1128INT

LED

Holding

Screw

Figure 3: 1128INT Battery Location

Tamper

Battery

Holder

2 1128INT INSTALLATION GUIDE | DIGITAL MONITORING PRODUCTS

SELECT A LOCATION

The 1128INT’s omni-directional detection

coverage is measured from 1128INT to the

point on the glass farthest from the 1128INT.

Refer to the table below to determine the

best location to place the 1128INT based on

window type, glass thickness, window to wall

range, and wall type.

Note: The sensor can be mounted as

close as 3.3’ (1 m) from the glass and the

minimum glass size is 1’ x 2’ (0.3 m x 0.6 m).

Optimize Detection

To optimize detection, install the 1128INT in the

following areas:

• Large rooms with moderate noise

• In the direct line of sight of all windows that are

to be protected

• On the opposite wall of the window that it’s

protecting (see Figure 4 for detection range)

Avoid False Alarms

To avoid false alarms, do not install the 1128INT in the following areas:

• Rooms with lined, insulated, or dampening drapes

• Rooms with closed, wooden shutters on the inside

• Room corners

• Where white noise (air compressor) is present

• Rooms smaller than 10’x 10’

• Rooms with multiple noise sources like televisions, sinks, speakers, etc.

• Excessively humid rooms

Note: Program the 1128INT as a night zone to help avoid false alarms.

Check the Location Using Survey LED

1. Hold the 1128INT in the exact desired location.

2. Press the tamper switch to send data to the receiver and determine if communication is conﬁrmed or

faulty. See Figures 2 and 3 for tamper switch and LED locations.

Conﬁrmed: If communication is conﬁrmed, the survey LED turns on when data is sent to the wireless

receiver and o when acknowledgment is received.

Faulty: If communication is faulty, the LED remains on for several seconds or ﬂashes multiple times

in quick succession. Relocate the 1128INT or the wireless receiver until the LED conﬁrms clear

communication. Proper communication between the 1128INT and wireless receiver is veriﬁed when for

each press or release of the tamper switch, the LED blinks immediately on and immediately o.

4MOUNT THE 1128INT GLASSBREAK DETECTOR

1. With the 1128INT already open, place the 1128INT base on the wall in

the desired location.

2. Use the provided hardware pack to mount the base to the wall. See

Figure 5 for mounting hole locations.

3. Reinstall the 1128INT cover back on to the base and tighten the holding

screw.

Window Type Glass Thickness Maximum Range Wall Type

Plate 3/32" - 1/4" (2.4mm - 6.4mm) 20' (6m) Opposite, adjoining, ceiling

Tempered 1/8" - 1/4" (3.2mm - 6.4mm) 20' (6m) Opposite, adjoining, ceiling

Laminated 1/8" - 1/4" (3.2mm - 6.4mm) 20' (6m) Opposite, adjoining, ceiling

Wired 1/4" (6.4mm) 20' (6m) Opposite, adjoining, ceiling

Armor-coated N/A 12' (3.65m) Opposite, adjoining, ceiling

20 ft (6m)

Figure 4: 1128INT Detection Range

MOUNTING HOLES

Figure 5: Mounting Holes

1128INT INSTALLATION GUIDE | DIGITAL MONITORING PRODUCTS 3

5TEST THE 1128INT GLASSBREAK DETECTOR

Handheld Glassbreak Test

To test the 1128INT, use a handheld tester like the FG-701 to imitate glass breaking. For more information, refer

to the glassbreak tester manual.

1. Set the tester to ﬂex mode.

2. Place the FG-701 near the protected glass and press the button to activate the simulator. It will not

annunciate the sound of shattering glass until a low-frequency shock is also generated.

3. To generate the shock, slam a framed door to generate the appropriate low-frequency shock. The

shock will also activate the FG-701 simulator,

Note: The 1128INT has two onboard microphones. Both the high frequency and low frequency

microphones must be activated to send an alarm to the control panel. If only the low frequency

microphone activates, the LED on the 1128INT will ﬂash green. When both activate, the LED will ﬂash red

and the 1128INT will transmit an alarm to the control panel.

Wireless Check-in Test

After the transmitter has been installed, test to conﬁrm that it is communicating reliably with the panel. Use

the Tech APP™ to perform a Wireless Check-in Test on the system or complete the following steps to perform

a Check-in Test from a keypad that is connected to the panel.

1. At the keypad for XT Series panels, enter 8144 (WALK). At the keypad for XR Series panels, enter 814

(WAL).

2. Select WLS.

3. If the 1128INT fails to check in at the keypad, relocate the wireless device, receiver, or panel.

Glassbreak Check-in Test (v7.0.0.2 and higher)

When the 1128INT is set into testing mode from the panel, it will trip using the tester only. There is no need to

generate shock trip to the detector. XTINT and XRINT Series ﬁrmware Version 191 is required to perform the

glassbreak walk test.

1. Reset the panel.

2. If using an XT Series International Panel, enter 8144 (WALK). If using an XR Series International Panel,

enter 814 (WAL).

3. Select PIR. All 1128INTs on the system will begin ﬂashing a green LED every 3 seconds to indicate that

they are in testing mode. It can take up to 3 minutes for all 1128INTs to enter testing mode

Note: The PIR option will enable testing of all supported wireless PIRs and 1128INTs on the system.

4. Set the tester to manual mode.

5. Place the FG-701 near the protected glass and press the button to activate the simulator. If the 1128INT

is in range, it will ﬂash the LED red for 3 seconds to indicate it detected the crash.

6. The 1128INT will remain in testing mode for 30 minutes or until the panel is reset.

ADDITIONAL INFORMATION

Replace the Battery

1. Remove the holding screw at the lower end of the 1128INT and gently lift o the cover.

2. Remove the old battery and dispose of it properly.

3. Observing polarity, place the new battery in the holder and press into place.

Note: Use only 3.0 V lithium CR123A batteries.

4. Place the cover back onto the 1128INT and tighten the holding screw back into place.

Sensor Reset to Clear LOBAT

When the battery needs to be replaced, a LOBAT message will display on the keypad. Once the battery is replaced, a

sensor reset is required at the system keypad to clear the LOBAT message.

1. On a Thinline keypad, press and hold “2” for two seconds. On a touchscreen keypad press RESET.

2. Enter your user code if required.

3. The keypad displays SENSORS OFF followed by SENSORS ON.

Designed, engineered, and

manufactured in Springﬁeld, MO

using U.S. and global components.

LT-1825INT 1.01 22133

1128INT

GLASSBREAK

DETECTOR

Speciﬁcations

Battery

Life Expectancy 3 years (normal operation)

Type 3 V lithium CR123A

Frequency Range 863-869 MHz

Transmit Condition Alarm, Low Battery, Tamper

Detection Method Omnidirectional

Range 20 ft (6 m)

Operating Temperature -10°C to 55°C

Color White (passes VW1)

Housing Material Flame retardant ABS

Dimensions 3.3”L x 2.1”W x 0.9”D

Weight 4.2 oz

Accessories

FG-701 Glassbreak Simulator

Patents

U. S. Patent No. 7,239,236

International Certiﬁcates

Intertek (ETL)

EN 60950-1: 2006+A11(09)+A1(10)+A12(11)+A2(1)

Information technology equipment -

Safety - Part 1: General

Requirements

IEC 60950-1:2005 (2nd Edition)+Am 1:2009+Am 2:2013

Information technology equipment -

Safety - Part 1: General

Requirements

EN 50130-4: 2011 Alarm systems - Part 4:

Electromagnetic compatibility

- Product family standard: Immunity

requirements for components of

ﬁre, intruder, hold up, CCTV, access

control and social alarm systems

EN 301 489-1 V1.9.2 Electromagnetic compatibility and

Radio spectrum Matters (ERM);

Electromagnetic Compatibility

(EMC) standard for radio equipment

and services; Part 1: Common

technical requirements

EN 301 489-6 V1.3.1 Electromagnetic compatibility

and Radio spectrum Matters (ERM);

Electromagnetic Compatibility

(EMC) standard for radio equipment

and services; Part 6: Speciﬁc

conditions for Digital Enhanced

Cordless Telecommunications

(DECT) equipment

EN 6100-6-1:2007 Electromagnetic compatibility

(EMC) - Part 6-1: Generic standards

- Immunity for residential,

commercial, and light-industrial

environments

EN 6100-6-3:2007/A1:2011 Electromagnetic compatibility

(EMC). Generic standards. Emission

Standard For Residential,

Commercial And Light-Industrial

Environments

EN 301 406 V2.1.1 Digital Enhanced Cordless

Telecommunications

(DECT); Harmonized EN for Digital

Enhanced Cordless

Telecommunications (DECT)

covering the essential requirements

under article 3.2 of the R&TTE

Directive; Generic radio

EN 50581:2012 Technical documentation for the

assessment of electrical and

electronic products with respect to

the restriction of hazardous

substances

INTRUSION • FIRE• ACCESS• NETWORKS

2500 North Partnership Boulevard

Springﬁeld, Missouri 65803-8877

417.8311.9362 | DMP.com

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