installation instructionslibrary.ademconet.com/mwt/fs2/5/4829.pdf · 2012-12-10 · 2...

1

FlexGuard®

Universal WirelessGlassbreak Detector

FGW-1525T

Installation Instructions

With Wall and Cover Tamper

FGW-1525Without Tamper

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Congratulations on your purchase of the FGW-1525/1525T Wireless Glassbreak detector. This detector provides high false-alarm immunityand superior glassbreak detection. In addition, it can be used with virtually any transmitter on the market today.In this manual we have supplied wiring diagrams for the most widely used RF (Radio Frequency) transmitters on the market. To find a specifictransmitter wiring diagram, refer to the Table of Contents below. Contact Honeywell for information on transmitters not listed below.

Napco GEM-TRANS2 ..................................... 23RadionicsTM D 7121 / D 7122.......................... 24Visonic WT-100............................................... 25"Other" Model Transmitter .............................. 26

Battery Installation ............................................... 27Mounting Location ............................................... 30Configuration - LED Indicators ............................ 32Set-up and Test Procedure ................................. 33Sensitivity Settings ............................................... 34Remote LED Enable/Disable Mode ..................... 35Testing the FG-1525/1525T ................................. 36

Disabling the LEDs......................................... 38Low Battery..................................................... 38

FGW-1525T Tamper Switch Operation ............... 39Permanent Mounting ........................................... 40Appendix A: Electrical Interface Diagram ............ 41Specifications....................................................... 42

General Procedure .............................................. 3Installing the Transmitter ..................................... 4Wiring the Transmitter.......................................... 7

AT&T 8240 ...................................................... 8Ademco® 5716 ............................................... 9Ademco 5816 ................................................. 10Ademco 5817 ................................................. 11Apex IR-20 ...................................................... 12Aritech MW421 ............................................... 13Capricorn (CEI) T-80 ...................................... 14DSC WLS907 ................................................. 15DSC WLS907N .............................................. 16FBII ZR-410 ..................................................... 17HoneywellTM 24760084 ................................... 18Linear® D-24A ................................................ 19Linear DXT-31 ................................................. 20Linear T-90 ..................................................... 21Linear ST Supervised ..................................... 22

Table of Contents

Table Of Contents

3

Use the following procedure to install the FGW-1525/1525T: IMPORTANT General Precautions

1. Prepare the FGW-1525/1525T for transmitter installa-tion. (See page 4.)

2. Fasten the transmitter inside the FGW-1525/1525Thousing. (See page 6.)

3. Wire the transmitter to the FGW-1525/1525T.(See pages 7 through 26.)

4. Install the correct battery(ies). Important: Read allbattery precautions on pages 27 through 29.

5. Test the RF transmitter. (It is much easier to test,adjust, and if necessary, replace the transmitterbefore mounting the detector.)

6. Determine the optimum location for the detector/transmitter unit. (See pages 30 and 31.)

7. Temporarily mount the detector, then test it andmake any necessary adjustments. (See pages 36through 38.)

8. After determining the location is appropriate, perma-nently mount the detector. (See page 40.)

9. Re-test the detector and transmitter to ensure properoperation. (See page 36.)

1. Use ONLY the type of battery recommended by theRF transmitter manufacturer.

2. Double-check the wiring of the RF transmitter to theglassbreak detector BEFORE installing the battery(ies).

3. If anything (including a battery) gets HOT, dis-connect the battery(ies) immediately!a. Any battery that continues to heat itself is defec-

tive and should NOT be used.b. The most likely cause of hot transmitter com-

ponents is a reversed battery connection. (Theglassbreak detector is reverse polarity protected.)

c. The most likely cause of a hot battery is anunintentional short.

4. Carefully review all transmitter mounting restric-tions. For example, older technology transmittersmust be kept away from metal.

5. Review all Mounting Location guidelines to deter-mine the best location for both the RF transmitterand the glassbreak detector. (See pages 30 & 31.)

General Procedure

4

Figure 1 FGW-1525/1525T with theService Door Open

Installing the Transmitter

To install the transmitter inside the FGW-1525/1525T,first remove the front housing as follows:

1. Swing open the service door. (Avoid open-ing the door too far or too fast.)

2. Remove the screw located near the LEDENABLE switch. (Refer to Figure 1.)

3. Carefully separate the front and rearhousings.

4. Inside the FGW-1525/1525T you should finda transmitter installation and mounting kit(1525-KIT). Refer to page 5 for more infor-mation on this kit.

Preparations for installing the transmitter

5

The transmitter installation kit ("1525-KIT") includes:

Note: If the transmitter installation kit is misplaced, replacement kits can be ordered from HoneywellCall 800-467-5875 or fax 502-666-7021, and order "1525-KIT" (part number 2-300-064-01).

For transmitters thatuse 9 V batteries

� One 9 Volt battery lead,6 cm (2.5") reversed- Connects the detectorterminal strip to thetransmitter battery con-nection

For transmitters thatuse 1/2 AA and AA batteries

� One 10 cm (4") Black 0.64mm(22 AWG) wire- Connects the detectorterminal (-) to the transmit-ter terminal (COM)

� One dummy 1/2 AA battery- Connects the detectorterminal strip to transmitterbattery terminal (+)

� Two 7.6 cm (3") strips ofdouble-sided foam tape- Used to temporarily mountthe FGW-1525/1525T

� Two panhead mountingscrews, size: M4, 19mm(#8, 3/4")- Used to permanentlymount the FGW-1525/1525T

For ALL transmitters For mounting

� One 10 cm (4") Brown 22AWG wire- Connects the detectorsignal to the transmitter

For fastening the transmitterinside the FGW-1525/1525T:� One 5 cm (2") piece of

hook tape (with double-sided foam tape attached)

� One 5 cm (2") strip of self-adhesive loop tape


� One dummy AA battery- Connects the single AA tothe detector + input (seeBattery Installation, page29)

6

General Transmitter Fastening InstructionsFasten your transmitter to the inside of the rear hous-ing in the space next to the detector circuit board.Most transmitters are fastened inside the FGW-1525/1525T housing with hook and loop tape. This tapeensures a secure installation and simplifies mainte-nance. Note that due to size, certain transmittersmust be fastened with thinner, double-sided tape.The installation kit (1525-KIT) contains both hook andloop and double-sided tapes.

The recommended fastening method is specified ineach transmitter's wiring instructions. (See pages 7through 26).

Fasten transmitter with hook and loop tape asfollows:

1. If necessary, separate the hook and loop tapes.

2. On the hook tape, remove the protective paper toexpose the adhesive, then stick it to the back ofthe transmitter.

Note: Make sure the tape does not cover the antenna,test switch or components that are needed during testand routine maintenance.

3. Determine the best position to locate the transmitterinside the FGW-1525/1525T rear housing.

Important: Locate the transmitter as far from thedetector circuit board as possible. Locate the transmit-ter antenna as close to the outside edge of the hous-ing, and as far from the detector terminal strip, aspossible.

4. Remove the paper backing from the loop tape andstick it to the inside of the FGW-1525/1525T rear hous-ing. Position the loop tape so it will line-up with thetransmitter hook tape.

5. Until the final installation is done, press the hook andloop tapes loosely together to temporarily secure thetransmitter inside the FGW-1525/1525T.


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General Transmitter Wiring InstructionsPages 8 through 26 provide wiring diagrams and instructionsto connect various RF transmitters to the FGW-1525/1525Tdetector. Also, make sure to review all instructions that camewith your transmitter. If the transmitter you want to install is notincluded in this manual or you experience problems, contactHoneywell at 800-645-7492. Before wiring your transmitter,review the following general wiring instructions:

2. Use at least 0.64 mm (22 AWG) for transmitter-detectorwiring.

3. Most transmitters use the "NO" connection. Some can useeither "NO" or "NC" Still others must be configured to one orthe other. (For some transmitters, using a "NC" connectionmay result in an unacceptable increase in power consump-tion.) Review the manufacturer's instructions for specifictransmitter requirements.

4. Use the transmitter manufacturer's manual for primaryinformation and specific details on the transmitter.

5. The low battery output is also a trouble output (Low Batt/Trbl). To determine if the condition is a low battery ortrouble the LED's must be enabled. If the red and greenLED's flash at the same time a low battery condition exists.If the red and green LED's flash alternately then there is atrouble condition which indicates a self test failure.

CAUTIONIf it is necessary to solder wires to the transmitter,use a grounded tip soldering tool to prevent dam-age to transmitter circuitry.

CAUTIONRemove batteries from transmitter and FGW-1525/1525Tbefore wiring.

1. Observe wire color coding:BLACK - Common; usually same potential as negative( - ) battery pole. Black wire is typically connected be-tween detector ( - ) terminal and either transmitter battery( - ) terminal or a negative-ground (COM) terminal.RED - Positive battery (+) pole. Red wire is typicallyconnected between detector (+) terminal and transmitterbattery (+) terminal. Important: For transmitters thatoperate on a single 1/2 AA battery or a full AA sizebattery, install dummy battery (included in 1525-KIT) andconnect Red wire to detector as specified in wiringdiagram.BROWN - Alarm signal. Brown wire is typically con-

nected between the detector alarm output (NO or NC) and transmitter alarm input (IN) terminal.

Wiring the Transmitter

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Wiring the Transmitter AT&T Model 8240 Transmitter

Install the AT&T Model 8240 Transmitter as follows:

1. Remove the transmitter from its case and discard the case.2. Disable transmitter tamper switch by tying it down with a short

piece of wire.3. Fasten the transmitter inside the FGW-1525/1525T rear housing

with hook and loop tape.4. Mate the 9V battery connector (supplied in 1525-KIT) to the

transmitter battery connector.5. Connect the Red battery wire to the FGW-1525/1525T (+) terminal.6. Connect the Black battery wire to the FGW-1525/1525T (-)

terminal.7. Remove the connector from the ends of the Green and Black

transmitter wires.8. Connect both Green and Black transmitter wires to the

FGW-1525/1525T (NO) terminal.9. Make sure DIP switch #6 is set to OFF for use with detector NO.

NOTE: Do NOT use detector NC as it leads to very poor battery life.

The transmitter information above is only a general guideline. Please usethe manufacturer's manual for primary information and specific detailson the transmitter.

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1. Remove and discard the top part of the transmitter case.2. Fasten the transmitter inside the FGW-1525/1525T rear hous-

ing with a single piece of double-sided tape.3. Crimp an appropriate size female spade lug on a Red wire (lug

& wire not supplied in 1525-KIT).4. Connect lug end of Red wire to transmitter battery (+) termi-

nal; connect other end to FGW-1525/1525T (+) terminal.

5. Connect the Black wire between FGW-1525/1525T (-) terminaland transmitter (COM) terminal.

6. Connect the Brown wire between FGW-1525/1525T (NO)terminal an transmitter (IN) terminal.

7. Install jumper between (Low Batt/Trbl) and (NO) terminals ifbattery or device trouble supervision is required.

Install the ADEMCO Model 5716 Transmitter as follows:

The transmitter information above is only a general guideline. Please usethe manufacturer's manual for primary information and specific details onthe transmitter.

ADEMCO Model 5716 Transmitter Wiring the Transmitter

Note: The transmitter battery (+) terminal must bebent to connect lug.

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Wiring the Transmitter ADEMCO Model 5816 Transmitter

Install the ADEMCO Model 5816 Transmitter as follows:

1. Remove the transmitter from its case and discard the case.2. Disable tamper switch on transmitter.3. Install the transmitter inside the FGW-1525/1525T rear

housing as shown with double-sided tape.4. Use the Black wire to connect the transmitter (COM) to the

FGW-1525/1525T (-) terminal.5. Use the Brown wire to connect the transmitter (IN) to the

FGW-1525/1525T (NC) terminal.


RED

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Wiring the TransmitterInstall the ADEMCO Model 5817 Transmitter as follows:1. Remove transmitter front cover and retain.2. Cut a notch in the back cover for wire entry.3. Connect wires (at least 0.64 mm / 22 AWG) as follows:

4. Configure transmitter primary loop for NO operation.(aux #1 and aux #2 are fixed NC)

5. Install transmitter battery.6. Attach front cover to transmitter. Note that the transmitter will be

trapped firmly in place by the FGW-1525/1525T housing.Note: a. Detector Low Batt/Trbl must be wired to primary loop as

it is the only loop that accepts a NO device.b. When servicing low battery, replace both transmitter and

detector batteries.

Transmitter terminal Detector1 (primary loop IN) LOW BATT/TRBL3 (aux loop #1 IN) TAMP4 (aux loop #1 common) TAMP5 (aux loop #2 IN) NC6 (aux loop #2 common) - (negative)

ADEMCO Model 5817 Transmitter


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APEX Model IR-20 Transmitter

Install the APEX Model IR-20 Transmitter as follows:

1. Fasten transmitter to FGW-1525/1525T rear housing withdouble-sided tape (supplied with transmitter).

2. Connect transmitter Black wire to FGW-1525/1525T (-)terminal.

3. Connect transmitter Red wire to FGW-1525/1525T (+)terminal.

4. Connect transmitter White wire (at T) to FGW-1525/1525T(NO) terminal.

5. The other White wire (at G) is not used; trim the exposedconductor and store out of the way.



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Wiring the TransmitterAritech Model MW421 Transmitter

Install the Aritech Model MW421 Transmitter as follows:

1. Remove the transmitter from its case and discard the case.2. Install the transmitter inside the FGW-1525/1525T rear

housing with hook and loop tape (see page 6).3. Use the Black wire to connect the transmitter (-) to the

FGW-1525/1525T (-) terminal.4. Install 10 meg resistor across transmitter input terminals.5. Use the Brown wire to connect the transmitter top terminal

to the FGW-1525/1525T (NO) terminal.6. Use the Red wire to connect the (+) to the FGW-1525/1525T

(3.6) terminal.7. The transmitter shares battery #1 with the detector, which

guarantees that battery #1 will reach end of life first.

NOTE: DO NOT connect the transmitter to theFGW-1525/1525T (+) terminal.


Aritech ModelMW421 Transmitter

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Install the CAPRICORN T-80 Transmitter as follows:1. Remove the transmitter from its case and discard the case.2. Set transmitter P1 jumper to the CL position.3. Fasten the transmitter inside the FGW-1525/1525T rear housing in

the upside-down position with hook and loop tape (see page 6).

4. Connect the Black wire between the FGW-1525/1525T (-)terminal and the transmitter battery (-) connector.

5. Connect a Red wire* between FGW-1525/1525T (+) termi-nal and the transmitter battery (+) connector.

6. Connect the Brown wire between the FGW-1525/1525T (NO)terminal and the transmitter (IN) terminal.

7. Connect a 1 meg resistor* between the FGW-1525/1525T(+) and (NO) terminals.

* Not part of 1525-KIT; customer supplied.

CAUTIONAll transmitter connections are to be soldered. To preventdamage, use a grounded tip soldering tool.


Wiring the Transmitter CAPRICORN (CEI) Model T-80 Transmitter

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Wiring the TransmitterDSC Model WLS907 Transmitter

Install the DSC Model WLS907 Transmitter as follows:

1. Remove the transmitter top cover and discard.2. Install the transmitter inside the FGW-1525/1525T rear

housing as shown. (The FGW-1525/1525T cover will holdthe WLS907 in place.)

3. Use the Black wire to connect the transmitter (COM) to theFGW-1525/1525T (-) terminal.

4. Use the Brown wire to connect the transmitter (IN) to theFGW-1525/1525T (NC) terminal.


BLACK

BROWN

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DSC Model WLS907N TransmitterWiring the Transmitter

Install the DSC Model WLS907N Transmitter as follows:

1. Remove the transmitter top cover and discard.2. Install the transmitter inside the FGW-1525/1525T rear

housing as shown. (The FGW-1525/1525T cover will holdthe WLS907N in place.)

3. Use the Black wire to connect the transmitter (COM) to theFGW-1525/1525T (-) terminal.

4. Use the Brown wire to connect the transmitter (IN) to theFGW-1525/1525T (NO) terminal.


BLACK

BROWN

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Wiring the TransmitterFBII Model ZR-410 Transmitter

Install the FBII Model ZR-410 Transmitter as follows:

1. Remove and transmitter top cover and discard.2. Fasten the transmitter inside the FGW-1525/1525T rear

housing with a single piece of double-sided tape.3. Crimp an appropriate size female spade lug on a Red wire

(lug and wire not supplied in 1525-KIT).4. Connect lug end of Red wire to transmitter battery (+)

terminal; connect other end to FGW-1525/1525T (+)terminal.

Note: The transmitter battery (+) terminal must bebent to connect lug.

5. Connect the Black wire between FGW-1525/1525T (-)terminal and transmitter (COM) terminal.

6. Connect the Brown wire between FGW-1525/1525T (NO)terminal and transmitter (IN) terminal.

7. If battery or device trouble supervision is required, installjumper between (Low Batt/Trbl) and (NO) terminals.


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Install HONEYWELL Model 24760084 Transmitter as follows:


1. Remove the transmitter from its case and discard the case.2. Fasten the transmitter inside the FGW-1525/1525T rear

housing with hook and loop tape. (See page 6.)3. Mate the 9 V battery connector (supplied in 1525-KIT) to the

transmitter battery connector.4. Connect the Red battery wire to the FGW-1525/1525T (+)

terminal.5. Connect the Black battery wire to the FGW-1525/1525T (-)

terminal.6. Connect the Brown wire from E3 on the transmitter to the

FGW-1525/1525T (NO) terminal.7. For NO operation, make sure that W7 is in place on the

transmitter, and switch S2-8 is set to the OFF position.8. The transmitter tamper switch (S3) must be disabled.

Note: NO operation is recommended. The transmitterinactive load is approximately 7 µA higher using NC(µA = microamps.)

Wiring the Transmitter HONEYWELL Model 24760084 Transmitter

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LINEAR Model D-24A Transmitter

Install the LINEAR Model D-24A Transmitter as follows:


1. Remove the transmitter from its case and discard the case.2. Fasten the transmitter inside the FGW-1525/1525T rear hous-

ing with hook and loop tape. (See page 6.)3. Mate the 9V battery connector (supplied in 1525-KIT) to the

transmitter battery connector.4. Connect the Black battery connector wire to FGW-1525/1525T

(-) terminal.5. Connect the Red battery connector wire to FGW-1525/1525T

(+) terminal.6. Connect the Brown wire between the FGW-1525/1525T (NC)

terminal and the transmitter (IN) terminal.


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Wiring the Transmitter Linear Model DXT-31 Transmitter

1. Remove the transmitter cover and retain for reference dataprinted inside the cover.

2. Fasten transmitter inside the FGW-1525/1525T rear housingwith hook and loop tape. (See page 6.)


4. Connect the Brown wire between FGW-1525/1525T (NO)terminal and transmitter (IN) terminal. (See Note a.)

5. If battery supervision is required, install a jumper (see Note b)between the FGW-1525/1525T (Low Batt/Trbl) and (NO)terminals. Note that NO operation is required for batterysupervision. Omit this jumper for non-supervised battery.

6. The DXT-31 battery can share power with the FGW-1525/1525T. If sharing battery power, do not install a battery inFGW-1525/1525T. Connect wire from the (+) terminal of DXT-31battery to the (+) terminal of the FGW-1525/1525T.

Note: a. NO operation is recommended as transmitterinactive load is slightly higher for NC operation.

b. Jumper wire is not part of 1525-KIT; customer supplied.

Install the Linear Model DXT-31 Transmitter as follows:


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Install the LINEAR Model T-90 Transmitter, as follows:

1. Remove the transmitter cover and retain for reference dataprinted inside the cover.

2. Fasten transmitter inside the FGW-1525/1525T rear housingwith hook and loop tape. (See page 6.)


4. Connect the Brown wire between FGW-1525/1525T (NO)terminal and transmitter (IN) terminal. (See Note a.)

5. If battery supervision is required, install a jumper (see Note b.)between the FGW-1525/1525T (Low Batt/Trbl) and (NO)terminals. Note that NO operation is required for batterysupervision. Omit this jumper for non-supervised battery.

6. The T-90 battery can share power with the FGW-1525/1525T.If sharing battery power do not install a battery inFGW-1525/1525T. Connect wire from the (+) terminal of T-90battery to the (+) terminal of the FGW-1525/1525T.

Note: a. NO operation is recommended as transmitterinactive load is slightly higher for NC operation.

b. Jumper wire is not part of 1525-KIT; customer supplied.

Wiring the TransmitterLINEAR Model T-90 Transmitter


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Install the LINEAR ST Supervised Model Transmitter as follows:

1. Remove the transmitter from its case and discard the case.2. Fasten the transmitter inside the FGW-1525/1525T rear

housing with hook and loop tape. (See page 6.) Make surethe mounting tape does not cover the antenna or testswitch.

3. Mate the 9 V battery connector to the transmitter batteryconnector.

4. Connect the Red battery wire to the FGW-1525/1525T (+)terminal.

5. Connect the Black battery wire to the FGW-1525/1525T (-)terminal.

6. Connect the Brown wire between the transmitter detectorinput (IN) terminal and the FGW-1525/1525T (NC) terminal.

7. For NC operation, set transmitter Mode Switch #4 to theOPEN position.

Wiring the Transmitter LINEAR ST Supervised Model Transmitter


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Wiring the TransmitterNAPCO Model GEM-TRANS2 Transmitter

Install the NAPCO Model GEM-TRANS2 as follows:

1. Remove the transmitter top cover and discard.2. Remove the mounting plate from the back of the transmit-

ter.3. Disable tamper switch on transmitter.4. Install the transmitter inside the FGW-1525/1525T rear

housing as shown using double-sided tape.5. Use the Black wire to connect the transmitter (COM) to the

FGW-1525/1525T (-) terminal.6. Use the Brown wire to connect the transmitter (IN) to the

FGW-1525/1525T (NO) terminal. (NC connection can beused but reduces battery life.)

7. The FGW-1525/1525T can share the GEM-TRANS2 bat-tery.1,2 Use a Red wire to connect the (+) terminal of theFGW-1525/1525T to the (+) terminal of the transmitterbattery.1 Do not install battery in the FGW-1525/1525T.2 Shared batteries reduce battery life.


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Install the RADIONICS Model D 7121 or D 7122 Transmitter asfollows:

1. Remove the transmitter from its case and discard the case.2. Fasten the transmitter inside the FGW-1525/1525T rear hous-

ing with hook and loop tape. (See page 6.)3. Connect the Brown wire between the transmitter (IN) termi-

nal and the FGW-1525/1525T (NO) or (NC) terminal. (SeeNote.)

4. Connect the Black wire between the transmitter (COM)terminal and the FGW-1525/1525T (-) terminal.

5. Install the dummy 1/2 AA battery in the transmitter andconnect the red wire to the FGW-1525/1525T (+) terminal.

Note: NO operation is recommended. The transmitterinactive load is slightly higher using NC.

RADIONICS Model D 7121 / D 7122 Transmitter



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Install the VISONIC Model WT-100 Transmitter as follows:

VISONIC Model WT-100 Transmitter Wiring the Transmitter

1. Remove the transmitter from its case and discard the case.2. Install the transmitter inside the FGW-1525/1525T rear housing with

hook and loop tape. (See page 6.)Tip: The transmitter mounts at a slight angle in theFGW-1525/1525T housing. Install the "low edge" at the outsideedge of the housing (see illustration).

3. Mate the 9 V battery connector to the transmitter battery connector.4. Connect the Red battery wire to the FGW-1525/1525T (+) terminal.5. Connect the Black battery wire to the FGW-1525/1525T (-) terminal.6. Connect the Brown wire between the transmitter terminal (as shown

in illustration) and to the FGW-1525/1525T (NO) terminal.Do NOT remove the jumper from the transmitter terminal.

7. Do not detach the "Antenna Wire." Store it inside theFGW-1525/1525T.

Note: a. There is a one minute delay between transmissionswith this transmitter.

b. Adjusting the transmitter sensitivity (Sensitivity Adjustor) hasno effect on transmitter operation in this configuration.

c. DO NOT attempt to operate in the NC mode.

The transmitter information above is only a general guideline. Please use themanufacturer's manual for primary information and specific details on the transmitter.

26

Install the ____________________________Transmitter as follows:

Note: Refer to the manufacturer's instruction manual for infor-mation pertaining to proper transmitter installation.

Model _____________________ TransmitterWiring the Transmitter

27

9 VBattery

back end

Ledge

Battery Installation

� When servicing a low battery condition, ALWAYS replace both the transmitter battery(ies) and the detector battery(ies)together (configurations where detector and transmitter use separate batteries).

� ONLY use battery type recommended by the RF transmitter manufacturer (configurations where detector andtransmitter share common battery).

� DO NOT install the battery backward. (If the battery gets hot, it may be installed backward.)

� If battery continues to self heat when not installed in the unit, it has failed and should NOT be used.

PRECAUTIONS

The FGW-1525/1525T battery holder can hold either one 9 Volt battery, two AA size 3.6 Volt Lithium batteries, one AAsize 3.6 Volt Lithium battery or two 1/2 AA size 3.6 Volt Lithium batteries.

To install a 9 Volt battery:1. Check for correct battery orientation (see illustration).2. Put the battery into the battery holder, under the

ledge first.3. Push the battery down until it is securely seated in the

holder.

To remove a 9 Volt battery:1. Pry up the back end of the battery with a screwdriver

until it can easily be pulled from the holder.

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To install two AA size 3.6 Volt Lithium batteries:1. Check for correct battery orientation (see illustration).2. Slide the batteries into the battery holder, under the

ledge first.3. Push the batteries down until they are securely

seated in the holder.

Note: If the transmitter requires two AA batteries, two ofthe same type batteries should be installed in the detectorbattery holder. When sharing power, NO batteries shouldremain in the transmitter battery holder.

To remove the 3.6 Volt batteries:1. Pry up the back end of battery #2 with a screwdriver

until it can easily be pulled from the holder.2. Gently pull battery #1 from the holder.

Ledge

+

Battery#2

3.6 VLithium

AA

3.6 VLithium

AABattery

#1

+

Battery Installation - Two AA 3.6 Volt Lithium

29

Battery Installation - One AA 3.6 Volt Lithium

To install one AA size 3.6 Volt Lithium battery and oneAA dummy battery:

1. Check for correct battery orientation (see illustration).2. Slide the batteries into the battery holder, under the

ledge first.3. Push the batteries down until they are securely

seated in the holder.

Note: If the transmitter requires two AA batteries, two ofthe same type batteries should be installed in the detectorbattery holder. When sharing power, NO batteries shouldremain in the transmitter battery holder.

To remove the 3.6 Volt batteries:1. Pry up the back end of the dummy battery #2 with a

screwdriver until it can easily be pulled from theholder.

2. Gently pull battery #1 from the holder.

Ledge

3.6 VLithium

AABattery

#1

DummyBattery

#2

30

MOUNTING LOCATIONThe FGW-1525/1525T can be mounted on flat surfaces, such as ceilings and walls. The unit is not orientation sensitiveand can be mounted to optimize transmitter performance.

Avoid mounting the detector:

� in a corner;

� on the same wall as the protected glass;

� on free-standing posts or pillars;

� in rooms with noisy equipment, such as air com-pressors, bells, power tools, etc., if this equipmentis operated when the detector is armed

For the best detector performance, select a mounting loca-tion that is:

� within 7.6 m (25 feet) of the protected glass;

� within clear view of the protected glass (there is no minimumrange);

� at least 2 m (6.5 feet) from the floor;

� at least 1 m (3.3 feet) from forced air ducts;

� at least 1 m (3.3 feet) from sirens or bells greater than 5 cm(2 inches) in diameter;

� between the protected glass and any heavy window cover-ings that may be present. Alternatively, when heavy windowcoverings are present, the detector can be mounted on theframe of the window.

Mounting Location

TIP: Test the detector in the desired mounting locationbefore drilling mounting holes, test as described in theTesting section. If the battery(ies) cannot supply suffi-cient power, the detector will not operate, the red andgreen LED's will flash on/off.

31

Optimum Mounting Locations:

Poorlocation,high risk ofdoor slamnoise

Optimumlocations

Satisfactorylocation

Poor location,fully opened door canblock detector's view

Wall Mount: (Top View) Ceiling Mount: (Side View)

Optimumlocations

Floor

Ceiling

Satisfactorylocation

Mounting Location

Glass Glass

32

Configuration - LED Indicators

LED INDICATORSThe FGW-1525/1525T is equipped with two LED's: agreen Event LED and a red Alarm LED. When theLED's are enabled, they light in a variety of patterns toconvey the detector's operational status. The table onthe right summarizes the LED messages.

CONDITIONNormalNormal, event detectedNormal, break detectedNormal, alarm latchedPower upLow voltageTest ModeTest Mode, event detectedTest Mode, alarm

GREEN LEDOFFFlickerOFFOFFON 1 secondFlash ON/OFFFlash once per secondFlickerFlash once per second

RED LEDOFFOFFON 5 seconds ON continuousON 1 secondFlash ON/OFFOFFOFFON 5 seconds

33

Note: We highly recommend you test the glassbreak function before permanently mountingthe FGW-1525/1525T. Use the appropriate battery(ies) for power. Tape the sensor to thedesired mounting location. Refer to the FLEX ADJUSTMENT and TESTING THE FGW-1525/1525Tsections to determine which location will be most suitable.

GENERAL SET-UP AND TEST PROCEDUREAfter installing and testing the RF transmitter, use the following procedure to set-up and test the FGW-1525/1525T detector:

1. Select a mounting location. (See pages 30 and 31.)

2. Temporarily mount the unit with the double-sidedfoam tape provided.

3. Set the sensitivity. (See page 34.)

4. Test the range. (See pages 36 and 37.)

5. Perform false alarm tests. (See Final Testing on page37.)

Note: When an alarm is triggered, the alarm LEDstays on for five seconds.

6. Once you have determined which location is mostsuitable, mount the unit permanently. (See page 40.)

Set-up and Test Procedure

34

RANGE ADJUSTMENTThe FGW-1525/1525T has a maximum detection range of 7.6 m (25') with a range selection of Max to Lowest in foursettings. Sensitivity can easily be selected at the location labeled "SENS1 and SENS2" on the front housing, behind theService Door. (Refer to page 4.)

1. If the front housing is attached, carefully open theService Door. (Avoid opening the door too far or toofast.)

2. Enable the LEDs for test purposes by sliding the LEDENABLE switch in the direction the arrow is pointing.(When the LEDs are enabled, an orange flag willprotrude from the side of the FGW-1525/1525T.) LEDscan be enabled remotely (see page 35).

3. Use a small screwdriver to move the SW3 switch to thedesired position (see Sensitivity Settings table).

4. Turn on any sources of noise in the vicinity, observethe green event LED for approximately 1 minute. Ifgreen LED flashes unit should be relocated.

To reduce the range sensitivity:

Sensitivity Settings

Sensitivity Settings

SENSITIVITYMaxMedLow

Lowest

SENS2OFFOFFONON

SENS1OFFONOFFON

APPROX. RANGE1

7.6 m (25 feet)4.6 m (15 feet)3 m (10 feet)1.5 m (5 feet)

1 Verify range with the FG-701 or FG-700.

FGW-1525/1525T shipped with setting as shown

S3

35

Remote LED Enable/Disable Mode

To enable or disable the LEDs with the FG-701:

1. Set the LED Enable switch to off.2. Set the FG-701 switches to the ACTIVATE and

MANual positions.3. Stand within 4.6 m (15') of the detector, point the

front of the FG-701 at the FGW-1525/1525T, andpress the red START button. The simulator gener-ates an audio activation signal, and theFGW-1525/1525T's green LED flashes once persecond.

4. Repeat step 3, and the detector's green LED willstop flashing.

REMOTE LED ENABLE/DISABLE MODE

The FGW-1525/1525T's remote LED Enable/Disable Mode allows you to enable or disable the detector's LEDs with theFG-701 Glassbreak Simulator.

5. Within 2 seconds, repeat step 3 to send anotheractivation code. If disabling the LEDs, the detector'sgreen LED will flash once. If enabling the LED's thegreen LED will flash two to three times.

6. Clap your hands to test the LEDs. If the LEDs areenabled, the green LED will flicker. If the LEDs aredisabled, the green LED will remain off.

36

Testing the FGW-1525/1525TSELF TESTSThe FGW-1525/1525T automatically performs a series of self-tests during power-up. If any self-test fails, the detector signalsa trouble condition by flashing its LEDs alternately about onceper second. If possible, the detector continues to identify alarmsituations.To reset the detector, either remove the detector's power, orenter and exit the Test Mode. If the detector fails its self-test,return it for service, even if the condition corrects itself.

TESTINGThe FGW-1525/1525T should be tested at least once eachyear. Test the detector with the FG-701 Glassbreak Simula-tor. The model FG-700 Glassbreak Simulator can also beused if it is set for the TEMPered glass sound. Other glassbreaksimulators will not give an accurate indication of range.Entering Test ModeYou must place the FGW-1525/1525T in Test Mode beforeyou can test the unit. You can enter the Test Mode manually,or by using the FG-701. In Test Mode, the FGW-1525/1525T'sLED disable switch is overridden.

To enter the Test Mode using the FG-701:

1. Stand within 3 m (10') of the detector.

2. Swith the FG-701 to ACTIVATE and MANual modes.

3. Point the front [speaker] of the glassbreak similatortowards the detector and press the red START button.The simulator buzzes a short activation code.

When the detector enters Test Mode the green LED on theFGW-1525/1525T flashes about once per second. If thegreen LED does not flash, move closer to the detector andrepeat the procedure.

37

FINAL TESTINGTo ensure maximum protection against false alarms, activateany device in the area that may automatically cycle: pumps,generators, heating/air conditioning units, etc. If the cyclingdevices trigger an alarm, mount the detector in a differentlocation.

Testing the FGW-1525/1525TTesting the Detector (flex and audio signals)To test the FGW-1525/1525T, do the following:

1. Place the detector in Test Mode, as previously de-scribed.

2. Set the FG-701 switches to the TEST and FLEX posi-tions.

3. Press the red START button. The simulator clicks onand starts an eight-second armed period.

4. Position the FG-701 near the farthest point of the pro-tected glass, and point the speaker directly at the FGW-1525/1525T. If window coverings are present, closethem fully and hold the FG-701 between the coveringsand the protected glass during testing.

5. Generate a flex signal by carefully striking the glasswith a cushioned tool. The FG-701 responds by produc-ing a burst of glassbreak audio.

If the FGW-1525/1525T receives both the flex and audiosignals properly, its red Alarm LED lights.

Testing the Detector (audio signals only)

The FG-701 can also be used to test the detector's ability toreceive audio signals only. See the FG-701 Operating In-structions for additional information. When it receives theaudio signal, the FGW-1525/1525T flickers its green EventLED.

Exiting Test Mode

When you have completed testing, exit the Test Mode byfollowing the same procedure used to enter the Test Mode.Alternately, the FGW-1525/1525T automatically exits the TestMode five minutesafter the last event is detected.

38

DISABLING THE LEDs

After testing, you can disable the LEDs without open-ing the Service Door. Simply push the orange LEDENABLE flag gently back into the FGW-1525/1525T.Also see Remote Enable/Disable Mode to enable ordisable the LEDs with the FG-701.

LOW BATTERY

If you observe the red alarm LED and green eventLED flashing continuously at the same time (at therate of approximately once per second), the batteryvoltage is critically low. Replace the battery at once.

Additional Test Features

39

Tamper Switch - FGW-1525T Only

The FGW-1525T is equipped with a combination normally-closed (NC) cover and wall tamper. Each unit is shippedwith the cover tamper operational, and the wall tamperdisabled.

To enable the wall tamper:

1. Remove the plastic tab on the back of the detectorusing needle-nose pliers. The wall tamper arm willthen extend through the hole.

2. Install the wall tamper screw so that it will just makecontact with the bottom of the tamper cavity when theunit is mounted. Use a flat-head 4.2 mm or 4.8 mm(#8 or #10) screw.

3. After installing the wall tamper screw, position therear housing of the detector over the screw and mark thelocation for the mounting screws.

9.7 mm

[.38"]

4.2 mm or 4.8 mm

[#8 or #10]

40

PERMANENT MOUNTING PROCEDUREAfter installing the transmitter and successfully testing the FGW-1525/1525T, permanently mount the unit in the selectedlocation.

Use the following procedure to mount the unit:

1. The front housing should be removed from theFGW-1525/1525T before mounting. (Refer to page 4.)

2. If necessary, move the transmitter out of the way.

3. Use the rear housing as a template to mark themounting holes on the wall or ceiling.

4. Drill the holes and insert the mounting screws partway into the wall or ceiling.

5. Place the rear housing on the screws and slide thethe narrow part of the mounting holes onto thescrews.

6. Tighten the screws to secure the unit in place.

7. If you had to move the transmitter, replace it in itsoriginal location inside the housing. Make sure that allconnections are still secure.

8. Replace and fasten the FGW-1525/1525T front housing.

9. To ensure proper detection, re-test the FGW-1525/1525Tdetector and make any necessary adjustments. (Refer tothe Sensitivity Adjustment and Testing theFGW-1525/1525T sections.)

Permanent Mounting

Recommendation: To guarantee the integrity of thewhole system, disable the LEDs and test the detector andtransmitter to the control panel.

41

ELECTRICAL INTERFACE DIAGRAM

SENSORPOWER

SENSORPOLARITY

PROTECTION

LOWBATTERY

N.O.

N.C.

CURRENT LIMITINGRESISTORS

1k

1k

1k

LOW BATTERY,NO, AND NC ARE

SOLID STATE(MOSFET)SWITCHES

One or twoeach

3.6V AAbatteries

One each9V batteryOR

TRA

NSM

ITTE

R

FGW

-152

5FG

W-1

525T

Appendix A

These connections provide power to the transmit-ter. The "3.6" connection is used only for transmit-ters that operate on a single 3.6V battery, and onlyworks when two 3.6V AA batteries are installed.

The alarm outputs are solid state switches. Currentlimiting resistors prevent damage due tomisconnection.

The low battery switch closes typically when thebattery voltage is down to 2.9V (2.8V to 3V range).This connection is for installations where indepen-dent monitoring of sensor power is needed.

The tamper switch is an isolated switch that closeswhen the cover is in place and the service door isclosed. A wall tamper is also included.

One AA orOne AA dummy

Two AA orTwo 1/2AA and

AA dummy

FGW-1525T Only

42

SpecificationsRange:7.6 m (25') maximum, omnidirectionalor 4.6 m (15')No minimum range

Alarm duration:5 seconds

Tamper switch: FGW-1525T onlyRatings: Form A (NC)50 mA, 30VDC

Alarm/Trouble outputs:Solid state, 1K Ohm

Power requirements:One 9 V batteryRecommended types: Same type as

recommended by the transmittermanufacturer or

One or two 3.6 V AA-size lithiumbatteries, 1.8 AH nominal rating

Recommended types: Same type asrecommended by the transmittermanufacturer

Standby current:20 µA typical,30 µA maximum

RFI immunity:30 V/m, 1 MHz to 1000 MHz

Glass types:minimum size:10-7/8" x 10-7/8", (280 mm x 280 mm)3/32" - 3/8" plate;1/8" - 3/8" tempered;1/8" - 9/16" laminated;1/4" wired;5/8" overall sealed insulated

Coated glass with security films, includingfilms for solar protection, up to 12 mil. thickmay be used. The Glass-Gard GGLL1200 hasbeen evaluated with this product by Under-writers Laboratories Inc.

Relative humidity:0% to 95% (non-condensing)

Operating temperature:0o C to 50o C(32o F to 120o F)(Indoor use environment)

Alarm current: (LED's disabled)30 µA maximum (transient)

Dimensions:(122 mm x 105 mm x 33 mm)4.75" x 4.13" x 1.25"

Accessories:1525 KIT - transmitter installation kit(included) orFG-700 & FG-701 - glassbreak simulator(not included)

Max. transmitter size:(116 mm x 45 mm x 28 mm)4.55" x 2.25" x 1.2"

Housing material:Flame-retardant ABS plastic

Weight:5.5 oz (160 g)[without batteries or transmitter]

Approvals/Listings:UL Recognized

NOTE: The FGW-1525/1525T detects shatteringof framed glass by a direct impact. It may notconsistently detect breakage by blows that onlycrack the glass, by high velocity projectiles suchas bullets, or glass broken without an impact.

43

Notes

44

5-051-538-01 Rev G© 2001 Honeywell International Inc. � Honeywell, IntelliSense and FlexGuard are registered trademarks ofHoneywell International, Inc. All other trademarks are the properties of their respective owners. All rights reserved.

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