Wireless Intruder Alarm Control Panel - … Character Starburst (TS690.STAR) The TS790 star remote...

TS690RWireless Intruder Alarm

Control Panel

Installation & Programming

Manual (DRAFT)

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ContentsOverviewIntroduction . . . . . . . . . . . . . . . . . . . . . . . . . 4Control Panel . . . . . . . . . . . . . . . . . . . . . . . . 4Jamming Detection . . . . . . . . . . . . . . . . . . . 4Wireless Detectors. . . . . . . . . . . . . . . . . . . . . 4

502r Watch Pendant PA . . . . . . . . . . . . . . 4509r Fire Detector . . . . . . . . . . . . . . . . . . . 4515r Passive Infra Red. . . . . . . . . . . . . . . . 4525r Remote Setting Device. . . . . . . . . . . 4535r Universal Transmitter . . . . . . . . . . . . . 4

Remote Keypads . . . . . . . . . . . . . . . . . . . . . 48 Character Starburst (TS690.STAR) . . . . . . 5Remote Arming Station (TS700.ARM). . . . . 5

System Architecture . . . . . . . . . . . . . . . . . . . 5TS700 LEC. . . . . . . . . . . . . . . . . . . . . . . . . . . 5Specifications. . . . . . . . . . . . . . . . . . . . . . . . 6

Control Panel . . . . . . . . . . . . . . . . . . . . . . 6Starburst Remote Keypad. . . . . . . . . . . . . 6Arming Station . . . . . . . . . . . . . . . . . . . . . 6TS700 LEC . . . . . . . . . . . . . . . . . . . . . . . . . 6502r PIR. . . . . . . . . . . . . . . . . . . . . . . . . . . 6509r PIR. . . . . . . . . . . . . . . . . . . . . . . . . . . 6515r PIR. . . . . . . . . . . . . . . . . . . . . . . . . . . 6525r Remote Setting Device. . . . . . . . . . . 6535r Universal Transmitter . . . . . . . . . . . . . 6

System InstallationRadio Site Survey . . . . . . . . . . . . . . . . . . . . . 7

Procedure for simple Installation. . . . . . . . 7Procedure for Certified Installation . . . . . . 7

Control Panel Location. . . . . . . . . . . . . . . . . 7Cable Routing . . . . . . . . . . . . . . . . . . . . . . . 7Control Panel Assembly . . . . . . . . . . . . . . . . 8Control Panel Installation . . . . . . . . . . . . . . . 9Mains Connection . . . . . . . . . . . . . . . . . . . . 9Battery Connection . . . . . . . . . . . . . . . . . . . 9PCB Layout . . . . . . . . . . . . . . . . . . . . . . . . . . 10Remote/LEC Network Wiring . . . . . . . . . . . . . 12Remote Keypads . . . . . . . . . . . . . . . . . . . . . 12

TS790 Star Remote Keypad . . . . . . . . . . . 12TS700 Remote Arming Station. . . . . . . . . . 12Installation Procedure. . . . . . . . . . . . . . . . 12

TS700 LEC Installation . . . . . . . . . . . . . . . . . . 13

Hard Wired Detection Circuits . . . . . . . . . . . 14Double Pole . . . . . . . . . . . . . . . . . . . . . . . 14End Of Line . . . . . . . . . . . . . . . . . . . . . . . . 14

External Sounder Connections . . . . . . . . . . . 14Auxiliary Tamper . . . . . . . . . . . . . . . . . . . . . . 15Extension Loudspeakers . . . . . . . . . . . . . . . . 15Installing a 515r PIR . . . . . . . . . . . . . . . . . . . 15

Siting the 515r PIR . . . . . . . . . . . . . . . . . . . 15Installation. . . . . . . . . . . . . . . . . . . . . . . . . 16Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Walk Testing and Lockout . . . . . . . . . . . . . 16

525r Remote Setting Device. . . . . . . . . . . . . 17Learning . . . . . . . . . . . . . . . . . . . . . . . . . . 17Changing the Battery . . . . . . . . . . . . . . . . 17

Installing a 535r Universal Transmitter . . . . . . 17Siting the 535r Universal Transmitter. . . . . . 17Using the internal Reed Switch . . . . . . . . . 18Installation. . . . . . . . . . . . . . . . . . . . . . . . . 18Connecting External Door Contacts . . . . . 18Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Connecting a Printer . . . . . . . . . . . . . . . . . . 19Using the CPA6 Printer . . . . . . . . . . . . . . . . 19Using the DATAC / RS232 Printer . . . . . . . . 19

Programmable Outputs . . . . . . . . . . . . . . . . 19Control Panel Outputs. . . . . . . . . . . . . . . . 19Remote Keypads & TS700.LECs . . . . . . . . 19

Pre Power-Up Checks . . . . . . . . . . . . . . . . . . 20Initial Power-Up . . . . . . . . . . . . . . . . . . . . . . . 20Power-Up Checks . . . . . . . . . . . . . . . . . . . . . 20NVM Defaults . . . . . . . . . . . . . . . . . . . . . . . . 21

Engineer’s Menu 1Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 23

Menu contents . . . . . . . . . . . . . . . . . . . . . 23Panel Outputs [1.1]. . . . . . . . . . . . . . . . . . . . 24Programmable Output Types . . . . . . . . . . . . 24Program Circuits [1.4] . . . . . . . . . . . . . . . . . . 26

Circuit Types . . . . . . . . . . . . . . . . . . . . . . . 26Circuit Attributes . . . . . . . . . . . . . . . . . . . . 27

System Timers [1.5] . . . . . . . . . . . . . . . . . . . . 28Setting Modes [1.6]. . . . . . . . . . . . . . . . . . . . 30Remote Reset Algorithm [1.8]. . . . . . . . . . . . 30Configuration [1.9] . . . . . . . . . . . . . . . . . . . . 31

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TS690R Installation Manual

Goto User Menu 1 [1.0] . . . . . . . . . . . . . . . . 32Add/Cancel Devices [1.A] . . . . . . . . . . . . . . 33

Adding Devices . . . . . . . . . . . . . . . . . . . . 33Removing Detectors. . . . . . . . . . . . . . . . . 33

Re-Map Keypad Circuits . . . . . . . . . . . . . . . 34

Engineer's Menu 2Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 35

Menu Contents. . . . . . . . . . . . . . . . . . . . . 35View Circuits [2.1] . . . . . . . . . . . . . . . . . . . . . 36Set System Time [2.2] . . . . . . . . . . . . . . . . . . 36Set System Date [2.3] . . . . . . . . . . . . . . . . . . 36Change Passcode [2.4] . . . . . . . . . . . . . . . . 37Chime Circuits [2.5] . . . . . . . . . . . . . . . . . . . 37Print System Log [2.7] . . . . . . . . . . . . . . . . . . 37Configure Part Sets [2.8] . . . . . . . . . . . . . . . . 38View System Log [2.9]. . . . . . . . . . . . . . . . . . 38Log Event Codes . . . . . . . . . . . . . . . . . . . . . 39Reset User Code 1 [2.0] . . . . . . . . . . . . . . . . 39Circuit Text [2.B] . . . . . . . . . . . . . . . . . . . . . . 40

AppendicesSetup New Users . . . . . . . . . . . . . . . . . . . . . . 41

User Types . . . . . . . . . . . . . . . . . . . . . . . . . 41Part-Set Application Example . . . . . . . . . . . . 42Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45Quick Reference Engineers Menus. . . . . . . . 46Quick Reference User Menus . . . . . . . . . . . . 46

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TS690R Installation Manual

OverviewIntroductionThe TS690R wireless alarm control system has beendesigned to suit small to medium installation sites.The system can monitor 30 wireless zones and 8conventional zones via remote keypads or LECs.

The TS690R is designed to meet the requirementsof BS6799 class "III" and complies with all currentNACOSS codes of practice for domestic and smallbusiness audible ONLY intruder alarm systems. Thesystem can be certificated by approved installersas a Wirefree "Class III" installation.

The radio operating frequency between thecontrol panel receiver and the detectors is418MHz with a bandwidth of 200kHz. The radiosection is approved to MPT 1340.

Control PanelThe control panel is the controlling unit for thesystem, it has a power supply and connections fora standby battery. It has the following facilities:

l On board keypad

l 8 character Starburst LCD display

l Bell and strobe outputs

l 3 programmable outputs

l Extension loudspeaker output

l Printer output

l All system program information and the 150event log is stored in a removable non-volatilememory (NVM)

l 10 user codes + engineer's code

l 2.1Ah battery capacity

Jamming DetectionThe TS690R features a radio jamming detectionoption which can be enabled or disabled (see"System Configuration" on page 31. Whenenabled the control panel monitors for other radiosignals on the same frequency used by thedetectors. If the control panel detects acontinuous signal for more than 30 seconds thecontrol panel will raise an alarm. In the unset state

the alarm causes the internal sounders to beepevery minute and the display shows "JAMMED". Ina full or part set state a full alarm is generated.

Wireless DetectorsThe TS690R uses the Scantronic 500 series range ofwireless detectors. The following devices areavailable:

502r Watch Pendant PAThe 502r watch pendant is designed for use as apanic alarm for the TS690R. The 502r comprises aplastic waterproof case that can either be worn ona strap round the wrist, round the neck as apendant or clipped to a pocket.

509r Fire DetectorThe 509r fire detector sends a signal to alarmpanel when it detects the presence of smoked.

515r Passive Infra RedThe 515r Passive Infra Red (PIR) is an indoordetector which has a 10 metre range.

525r Remote Setting DeviceThe 525r remote setting device can be used toset, unset and part set the alarm system. Inaddition, pressing the "ARM" and "OFF" at thesame time will cause a panic alarm.

535r Universal TransmitterThe 535r universal transmitter sends a signal toalarm panel when the associated magnet movesaway from the case, and sends a restore signalwhen the magnet is re-aligned. If required, youcan wire external normally closed devices (e.g.20mm flush contacts) to the 535r.

Remote KeypadsUp to 4 remote keypads can be connected to thecontrol panel. Each remote keypad has two hardwired detection circuits and a single switched -veoutput. There are two types of remote keypadsthat can be used:

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Overview TS690R Installation Manual

8 Character Starburst (TS690.STAR)The TS790 star remote keypad has a backlit 8character Starburst display (LCD) and a backlittactile rubber keypad.

Remote Arming Station (TS700.ARM)The Remote Arming Station only allows setting andunsetting of the system. The unit has two indicatorLEDs, the “Power LED” and a programmable“Function LED” (the “Function LED” may beprogrammed as “Fault” or “Area Set” etc.).

System Architecture

TS700 LECThe Local Expansion Card (LEC) provides twoprogrammable hard wired detection circuits andone programmable output.

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TS690R Installation Manual Overview

Speaker

Printer

Aux 12V

Bell output

Strobe output

Outputs 1- 3

RemoteNetwork

On board Keypadand LCD display

TS690R 2 Zones(DP / EOL)

1 Output

RemoteKeypador LEC

2 Zones(DP / EOL)

1 Output

RemoteKeypador LEC

2 Zones(DP / EOL)

1 Output

RemoteKeypador LEC

2 Zones(DP / EOL)

1 Output

RemoteKeypador LEC

Up to 30 wireless detectors

RemoteSettingDevice

525r

UniversalTransmitter

535r

FireDetector

509r

Watch /Pendant

( P/A )502r

PassiveInfraRed515r

Figure 1. TS690R System Architecture

SpecificationsControl PanelPart No.: TS690RInput Supply: 230V 10% 50HzCurrent: 120mA (normal)

300mA (alarm)Power Supply: 750mAStandby Battery: 2.1AhZones 30 wirefree devices

8 hard wired viaremotes/LECsOutputs 1-3: 1 = Switched -ve @100mA

2 = Switched -ve @100mA3 = Switched -ve @100mA

Speaker Output: 16 OhmsBell Trigger: Switched -ve @500mAStrobe Trigger: Switched -ve @500mADimensions: 205(W) x 205(H) x 64(D) mmMaterial: 3mm white polycarbonateWeight: 1.4 KgEnvironment: -10 to 55 C

Starburst Remote KeypadPart No.: TS690.STARDisplay: 8 character Liquid CrystalCurrent: 50mA (normal) 60mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 130(W) x 130(H) x 30(D) mmMaterial: 3mm white PolycarbonateWeight: 280gEnvironment: -10 to 55 C

Arming StationPart No.: TS700.ARMDisplay: Power LED

Programming function LEDCurrent: 30mA (normal) 40mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 130(W) x 130(H) x 30(D) mmMaterial: 3mm PolycarbonateWeight: 280gEnvironment: -10 to 55 C

TS700 LECPart No.: TS700.LECCurrent: 30mA (normal) 40mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 142(W) x 820(H) x 36(D) mmMaterial: 3mm PolycarbonateWeight: 213gEnvironment: -10 to 55 C

502r PIRPart No.: 502rUK-00 (Scantronic)Power Supply: Two AAA Alkaline batteriesPower Life: Approximately 14 monthsEnvironment: -10 to 55 C



525r Remote Setting DevicePart No.: 525rUK-00 (Scantronic)Power Supply: Duracell DL 1/3N (Alkaline)Power Life: Approximately 14 monthsEnvironment:-10 to 55 C

535r Universal TransmitterPart No.: 535rUK-00 (Scantronic)Power Supply: Two AAA Alkaline batteriesPower Life: Approximately 14 monthsEnvironment: -10 to 55 C

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Overview TS690R Installation Manual

System InstallationRadio Site SurveyWith a wirefree system we recommend that youcarry out radio tests as part of a site survey toensure that the control panel can receive theradio signal from the detectors. If you cannot dothe tests during a survey, carry them out beforeinstallation.

Procedure for simple Installation1. Place the control panel in its planned location.

2. Power up the control panel.

3. Program the control panel to learn a detector.

4. Select the "Walk Test" option (see user guide).

5. Test the reception by triggering the detector ateach planned location. If the control panelgenerates a tone the detector is beingreceived.

Procedure for Certified InstallationYou will need a 545r Radio Signal Strength meterand a 546 Test Transmitter.

1. Switch the test transmitter on and place it at theproposed site for the control panel. Thetransmitter sends a pulsed signal, 10 secondson and 5 seconds off.

2. Switch the test meter into "Track" mode andwalk around the premises.

3. Check that the signal strength is between 5and 9 at each proposed location fordetectors.

4. Move to a different location to improve thesignal strength if it is between 1 and 4. Makesure the new location is suitable for thedetector.

5. Change the location of the test transmitter ifthe signal strength is not greater than 4 for anytransmitter, make sure that the user agrees tothe new location for the control panel.

6. For certified systems note down the signalstrength for each detector location and keepa record in the control panel and in theinstallation file.

Control Panel LocationThe following considerations must be taken wheninstalling the control panel.

1. Positioned in a convenient location to connectthe mains supply.

2. Positioned within the protected area.

3. Positioned in a convenient location so that theusers can reach the control panel in order tooperate the system.

4. Ensure that there is a clear space around thecontrol panel to allow it to receive a goodradio signal.

Do NOT locate the panel

5. Outside the area covered by the alarmsystem.

6. Near to ground level.

7. Close to or on large metal structures, forexample: water tanks, cars, fridges andfreezers.

8. Closer than 1 metre to mains wiring and metalwater or gas pipes.

9. Inside steel closures.

10.Next to high voltage electrical equipment, orelectronic equipment, particularly computers,photocopiers or other radios.

Cable RoutingWhen installing cables, the following should benoted:

+ Ensure that all Network and hard wireddetection circuit cables are kept clear ofmains supply cables, telephone cables,R.F. cables and cables supplying bells orsounders.

+ Mains power supply cables to the systemmust be connected to an un-switchedfused spur that cannot be accidentallyswitched off. The mains cable must enterthe housing via its own cable entry point.

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TS690R Installation Manual System Installation

Control Panel Assembly

1 Mains cable entryThe main supply cable for the TS690R mustenter the control panel via this entry point.

2 Main PCBThe main Printed Circuit Board (PCB).

3 DisplayA back lit 8 character Starburst LCD.

4 LoudspeakerThe internal sounder for the TS690R. It islocated underneath the main PCB.

5 Radio ModuleRadio receiving module. DO NOT adjust thetrimmer on the module.

6 AerialRadio receving aerial. The aerial mustpositioned as shown when refitting the PCB.

7 Standby BatteryA 2.1 Amp Hour (Ah) battery must be fittedinside the TS690R in order to maintain thesystem in the event of a mains power failure.

8 Mains TransformerThe mains transformer which transforms theincoming mains supply down to 18V a.c.

9 Mains Fused Terminal BlockThe mains connection terminals for theTS690R. The terminal block is fitted with a200mA fuse.

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System Installation TS690R Installation Manual

+ -

Battery

2.1 Ah max.

1

8

9

6

7

2

3

5

4

Figure 2. TS690R Control Panel Layout

Control Panel InstallationProceed as follows:

1. Remove the screw from the top of the controlpanel and lift away the front cover.

2. Ensure that there is no battery in the housing,then remove the Printed Circuit Board (PCB) asfollows:

(a) Disconnect the AC leads from thetransformer and disconnect the internalloudspeaker from the terminal blockconnections.

(b) Pull down the plastic clip at the bottom righthand corner of the PCB and gently lift thePCB forward.

(c) Repeat with the plastic clip at the bottomleft hand corner of the PCB.

(d) The bottom of the PCB will then swingforward and the whole PCB will come awayfrom the back box.

(e) Store the PCB in a safe place.

3. Hold the control panel back box in the requiredposition (keyhole to the top) and mark thecentre of the keyhole position. Remove theback box, drill and plug the hole.

4. Screw a No 10 screw into the plugged hole.Re-position the back box and mark theremaining two securing holes. Remove theback box, drill and plug the holes.

5. Re-position the back box and pass all cablesinto the back box via the appropriate cableentries.

6. Secure the back box using not less than 30mmx No 10 screws through the three securingholes.

7. Re-fit the PCB assembly by aligning the top ofthe PCB into the 2 supports in the top of thehousing ensuring that the edges of the boardsit between the 2 flanges and that aerial ispositioned as shown in figure 2. Push thebottom of the PCB until it clicks in place.

8. Re-connect the AC leads to the transformer.

9. If a remote keypad is being fitted to the system,refer to page 12.

Mains ConnectionThe mains supply is connected to a 3 way "EuroType" fused terminal block, which is fitted with a200mA fuse. All electrical connections should becarried out by a qualified electrician and mustcomply with the current IEE regulations.

+ To comply with European regulations thesupply should be fed from a readilyaccessible disconnect device, e.g.un-switched fused spur fitted.

+ When making mains connections it shouldbe ensured that if the cable slips in such away as to place a strain on the conductors,the protective earthing conductor will bethe last to take the strain.

Battery ConnectionA 2.1Ah battery must be fitted to the system toallow it to function during a mains fail condition.The TS690R is equipped with a “Battery Protection”circuit so that if a battery is accidentally reverseconnected or its voltage is below 4V. To clear thefault simply reconnect or replace the battery asappropriate.

9


L

E

N

To transformer

FUSE 200mA

Figure 3. Mains Supply Connections

PCB Layout

1 Auxiliary / Remote FuseThis 1 Amp fuse protects the supply to theremote network and auxiliary devices.

2 Printer PortThis 6-pin plug is used for connecting toeither a CPA6.P printer or a standard RS232printer via the MPA/DCI printer adapter.

3 DisplayA back lit 8 character Starburst LCD.

4 Learn SensorWhen learning new devices you must holdthe device so that the activity LED on thedevice aligns with the learn sensor.

5 Factory ResetIf these pins are shorted during power-up allsystem parameters are reset to their factorydefault settings. If the engineer’s passcodeis lost or forgotten it can be reset to 1234without losing any other program data byshorting these pins whilst the system ispowered.

6 Tamper SwitchThe tamper switch provides the tamperprotection for the main control panel, sothat if the cover is removed an alarm isgenerated.

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+-

AU

X12V

AU

X

TA

MP

1-

2-

3-

OU

TP

UT

S

AB

CD

E

RE

MO

TE

NE

TW

OR

K

SP

K

+

A.C.

VR1

VOL

SPEAKER

TR

G-

ST

B

--

TR

-H

/OH

/O+BELL

PR

INT

ER

JP1

B CA

ENT 0 ESC

7 8 9

5 6

1 2 3

4

FACTORY

RESET

DE

TE

CT

OR

LE

AR

N

13

12 11 10 9

8

7

6

5

4

321

14

15

16

17

18

Figure 4. Mains Supply Connections

7 NVMA removable non-volatile memory (NVM)device that stores all system programparameters and the 150 log events.

8 KeypadA back lit rubber key mat used for operatingthe system.

9 AerialRadio receiving aerial. The aerial mustpositioned as shown when refitting the PCB.

10 Radio ModuleRadio receiving module. DO NOT adjust thetrimmer on the module.

11 Speaker VolumeThis adjust the volume of the internal sounderand any extension loudspeakers. Only thevolume of the advisory tones such as entry,exit and chime may be adjusted using thiscontrol. Alarm tones are always at fullvolume.

12 Bell FuseThis 1 Amp fuse protects the supply to theexternal sounder/bell. The fuse is in-line withthe [H/O+] terminal connection.

13 AC InputThese flying leads provide the ac supply tothe control panel. They are connected tothe mains transformer and are not polarityconscious.

14 Bell Connection TerminalsThese terminals provide the necessaryconnections to the external sounder or bell.Full details of connections are on page 14.

15 Extension LoudspeakerThis terminal provides an output to a 16 Ohmextension loudspeaker. The other side of theloudspeaker is connected to the [H/O-]terminal.

16 Auxiliary TamperThese two terminals provide tamperprotection to auxiliary devices, such aspower supplies, extension loudspeakers etc.If they are not used they must be linked out.

17 Panel OutputsThese are three switched -ve outputs ratedat 100mA. Each output is programmableand can be used to trigger other devicessuch as the SD1+ speech dialler.

18 Remote NetworkThese terminals provide the necessaryconnections to remote keypads. Full detailsof connections are shown below.

11


RemoteNetwork

Spare Core

Control Panel

Power fordetectors

Power fordetectors

Power fordetectors

Power fordetectors

I/D=2I/D=1 I/D=3 I/D=4RemoteKeypador LEC

A B C D E

RemoteKeypador LEC

A B C D E

RemoteKeypador LEC

A B C D E

RemoteKeypador LEC

A B C D E

A

B

C

D

E

100m (Max.)

+ + + +

Figure 5. TS690R Main PCB

Remote/LEC Network WiringThe Remote Network connections are used forconnecting either remote keypads or LECs. Eachdevice has 5 connection terminals and thereforea 6 core cable is required for interconnection. It isrecommended that the spare core is doubled upwith the [B] connection as this will help reducevoltage drop on long cable runs.

Devices can be individually connected back tothe control panel (star connection) or loopedtogether (daisy-chain connection). Which evermethod of connection is used the distance to thefurthest device from the control panel must notexceed 100 metres.

Power for detectors are provided by the [A] and [B]terminals, see figure 5.

Remote KeypadsTwo types of remote keypads can be used on thesystem, however, only the TS790 Star remotekeypad can be used for programming. Anycombination of remote keypad can be used onthe same system if desired.

TS790 Star Remote KeypadThe TS790 remote keypad has a 8 characterbacklit Starburst Liquid Crystal Display (LCD).

TS700 Remote Arming StationThe TS700 remote arming station only has twoindicator LED's, a power LED and a programmablefunction LED which follows the programmableoutput.

Installation Procedure.

+ Always ensure that all power (mains andbattery) is removed before making anyconnections to the remote keypad.

1. Separate the cover and base by using ascrewdriver to push 2 of the clips (top orbottom) inward from the base indents, then liftthe cover assembly, noting that the PCB is fixedto the under side of the cover.

2. Hold the base in position (keyhole to the top)and mark the three securing holes, drill andplug the wall as required. Pass all the cablesinto the base via the cable entry points asappropriate and secure the base to the wall.

3. Connect “Remote Network” and detectioncircuit cables to the appropriate terminals.

4. Set the I/D selector jumper link to the requiredposition:

12


Programmable outputswitched -ve@ 100mA

Remote networkconnections

= Disabled

2 Detectioncircuits

'ENT'

Key

Disable

WARD SOUNDER

CONTROL

I/DSelector

TamperSwitch

A B

REMOTE

I/D

1

2

34

ENG

C D E O/P-

LCD Module

Figure 6. TS690R Remote Network Wiring

TamperSwitch2 detection

circuits

Programmable outputswitched -ve

@100mA

I/DSelector

A B

REMOTE

I/D

1

2

34

DISABLED

DISABLED

'ENT' KEY

ENG

C D E O/P-

Remote networkconnections

Figure 7. TS790 Star Remote Keypad Layout

TS690R

I/D Selector Circuit A Circuit B PanelOutput

1 31 32 5

2 33 34 6

3 35 36 7

4 37 38 8

ENG/NULL N/A N/A N/A

l No two remote keypads or LECs shouldhave the same I/D.

5. I f the remote keypad has a "ENT" keyenabled/disable link it can be used to limit thefunctionality of the remote keypad. If the "ENT"key is enabled the remote keypad can beused to set/unset and access all user menus. Ifthe "ENT" key is disabled the remote keypadcan only be used to set and unset the system.

6. Finally clip the remote keypad cover onto thebase being careful not to trap any cables or toobstruct the tamper switch.

TS700 LEC InstallationThe TS700 LEC (Local Expansion Card) isconnected to the “Remote Network” and providestwo additional programmable detection circuitsand a programmable output. The “RemoteNetwork” may have up to three LECs connected,as the system will always require at least oneremote keypad.

+ Always ensure that all power (mains andbattery) is removed before making anyconnections to the LEC.

1. Remove the cover from the base and carefullyremove the PCB.

2. If the LEC is being fitted inside the control panelyou may remove the LEC PCB from its baseand secure it to base of the control panel usingself adhesive feet. If required, the tamperswitch may also be disabled by fitting thejumper link across JP2, see Figure 8.

3. If the LEC is being fitted outside the controlpanel, hold the base in position and mark thetwo securing holes. Drill and plug the wall, thenpass all cables into the base via the cableentry points. Secure the base to the wall usingthe appropriate fixing screws.

4. Connect “Remote Network” cables anddetection circuit cables to the appropriateterminals, see Figure 8.

5. Set the I/D selector jumper link to the requiredposition:

TS690R

I/D Selector Circuit A Circuit B PanelOutput

1 31 32 5

2 33 34 6

3 35 36 7

4 37 38 8

ENG/NULL N/A N/A N/A

l No two LECs or remote keypads shouldhave the same I/D.

6. Finally clip the LEC cover onto the base beingcareful not to trap any cables or to obstruct thetamper switch.

13


Networkconnections

Programmableoutputswitched -ve@100mA

Tamper switch

Fit jumper-link todisable tamper switch

CABLE ENTRY

CABLE ENTRY

Programmabledetection circuits

I/D selector

CC

TB

ED

CB

LE

CI/D

A

12

34

JP2

TAMPER = JP2 NOT FITTED

NO TAMPER = JP2 FITTED

CC

TAT

AT

BZ

AZ

B

O/P

Figure 8. TS700 Remote Arming Keypad Layout

Hard Wired Detection CircuitsDetection circuits from remote keypads or LECsmust be hard wired. Two methods can beemployed:

Double PoleThe DP method requires the following:

l The detector alarm and tamper contacts areconnected to the zone and tamper terminalsrespectively.

l The combined alarm and tamper loopresistance must be less than 100 Ohms.

l The maximum number of detection devicesallowed in a circuit is ten.

l Normally open devices such as pressure padsand exit terminator buttons are connectedbetween the zone and tamper terminals.

l If the detection circuit is not used links can befitted across the zone and tamper loops orprogrammed as Not Used.

End Of LineThe EOL method requires the following:

l The detector alarm contacts must have a 4K7shunt resistor fitted.

l A 2K2 End of Line (EOL) resistor must be fitted atthe point in the circuit furthest from the controlpanel.

l Loop resistance with the EOL resistor shortedmust be less than 100 Ohms.

l The maximum number of detection devicesallowed in a circuit is ten.

l Normally open devices such as pressure padsand exit terminator buttons are connectedacross outer terminals

l If the detection circuit is not used links can befitted across the zone and tamper loops orprogrammed as Not Used.

External Sounder ConnectionsThe following terminals have been provided toallow connections to an external sounder:

H/O - This is used to provide a permanent -vehold off to external sounders, strobes etc.

H/O + This is used to provide a permanent +vehold off to external sounders, strobes etc.It is protected by a 1 Amp fuse (Bell 12V).

TR - This is the negative tamper returnconnection from the siren or bell.

STB - This is the strobe output which will switch to0V on alarm and is rated at 500mA.Connect the other side of the strobe tothe H/O +.

14


Alarm

Tamper

Alarm

Tamper

Max. 10 devices per circuit

Wiring N.O. devices (Exit Terminators)

Alarm

Tamper

500 meters or 100 Ohms

Figure 9. TS700 LEC Layout

500 meters or 100 Ohms

Alarm

Alarm

Tamper

Max. 10 devices per circuit

Wiring N.O. devices (Exit Terminators)

Tamper

4K7 = Yellow, Violet, Red2K2 = Red, Red, Red

Alarm

Tamper

4K74K7

4K7

2K2

2K2

2K2

Figure 10. Double Pole Wiring

TRG - This is the bell trigger output which willswitch to 0V on alarm and is rated at500mA. This output can be programmedfor SAB or SCB operation, as follows:SAB: TRG - will switch to 0V on alarm andwill provide a maximum of 500mA.SCB: TRG - will provide a negative holdoff (500mA), which is removed on alarm.

Auxiliary TamperThese two terminals provide tamper protection toauxil iary devices such as power supplies,extension loudspeakers etc. If they are not usedthey must be linked out.

Extension LoudspeakersUp to two extension loudspeakers can beconnected across the [SPK+] and [H/O-] terminalson the control panel PCB. The volume for theloudspeaker is controlled by VR1 “SpeakerVolume”.

Installing a 515r PIR

The 515r Passive infra Red (PIR) is an indoordetector designed to work with the TS690R controlpanel. The detector has a fan shaped sensitivearea approximately 10 metres in radius.

Siting the 515r PIRYou can mount the unit either flat against the wall,or in a corner. The area covered by the detector isshown below:

15


TypicalExternal Sounder

ControlPanel

H/O + 12V +

H/O - 0V

Tamper InTR -

STB - Tamper Out

TRG - Strobe +ve

Strobe -ve

Trigger -ve

Figure 11. End of Line Wiring

1 x 16 Ohm Loudspeaker

2 x 16 Ohm Loudspeakers

SPK+

H/O -

SPK+

H/O -

Figure 12. External Sounder Connections

Activity LED

Fixing hole cutouts

Back Body

++

Tamper Battery case

10m

10m

2m

Do mount the unit

l Between 2 and 2.5 metres high for the bestgeneral coverage in an average room.

Do NOT mount the unit

l Facing a fire, boiler or window.

l Over a radiator.

l Near the floor.

l Close to or on large metal structures.

l Closer than one metre to mains wiring andmetal water or gas pipes.

l Inside steel closures.

l Next to electronic equipment, particularlycomputers, photocopies or other radioequipment.

l Closer than 3 cm to a ceiling (to allow spacefor dismounting the unit in the future).

Installation1. Open the detector by inserting a small flat

bladed screwdriver in the slot at the bottom ofthe case.

2. Install two "AAA" size alkaline batteries (notsupplied). Do not use rechargeable (NickelCadmium) batteries, because they are 1.2Vand not 1.5V.

3. Learn the detector (see "Adding Devices" onpage 33).

4. Mount the detector back box in its requiredposition using two 16mm countersunk headscrews.

5. Clip the body of the detector to the back box.

Testing1. Put the TS690R control panel into walk test

mode (user code + [ENT] + [2]).

2. Open and close the tamper for each PIR, thiswill put the detector in test mode.

+ After opening and closing the tamper,the detector remains in test mode for 30minutes. In this mode the detector has a30 seconds lockout time. At the end ofthe 30 minutes the detector reverts tonormal mode, with a 3 minute lockouttime.

3. Make sure the control panel receives thealarm from each detector.

4. Choose another site for the detector if thepanel does not receive the signal.

5. Wait 30 seconds with no movement in front ofthe detector before triggering it again.

6. Press [ESC] twice when you have finishedtesting, to put the control panel back in theopen mode.

Walk Testing and LockoutIn normal use the 515r uses a three minute lockouttimer in order to extend battery life. The lockouttimer operates as follows:

1. The unit detects movement, signals the controlpanel, and starts the lockout timer.

2. If the unit detects movement while the lockouttimer is running, then it restarts the lockout timerbut DOES NOT signal the control panel.

3. When the lockout timer expires the unit signalsthe control panel the next time it detectsmovement.

If you want to test a 515r PIR in normal uses youmust wait at least 3 minutes between activations.To make testing easier the detector changes thelockout period to 30 seconds for the first 30minutes after you put the batteries in or after youtrigger its tamper.

16


525r Remote Setting Device

The 525r remote setting device can be used toset, part set (part set A only) and unset the alarmsystem. In addition, pressing the "ARM" and "OFF"at the same time will cause a panic alarm. The525r is assigned as a detection circuit.

LearningSee "Adding Devices" on page 33.

Changing the BatteryThe battery used in the 525r is a Duracell DL 1/3N orCR 1/3N or K58L (Alkaline). The battery can beobtained from normal high street stockists.

1. Undo the screw holding down the batterycompartment cover.

2. Slide back the cover.

3. Replace the battery (make sure the batterypolarity is correct).

4. Replace the cover and tighten the screw.

Installing a 535r Universal Transmitter

The 535r universal transmitter is designed to workwith the TS690R control panel. The transmittersignals an alarm when the associated magnetmoves away from the case, and sends a restoresignal when the magnet is re-aligned.

Siting the 535r Universal TransmitterWhere possible, mount the unit close to the top ofthe non-moving frame of a door or window, andthe magnet on the moving part. If the frame is notwide enough, mount the magnet on the frameand the unit on the moving part.

17


-ve Terminal

+ve TerminalBattery

TerminalBlock

InternalReed

Internal ReedShunt Link

FixingHole

FixingHole

TamperBar

Back

BatteryCase

Tamper

Body

+

+

Activity LED

PAN

IC

5

ARM

NIGHT

OFF

Activity LED

Part set button

Do

l Make sure there is less than 10mm betweenthe magnet and transmitter body with thedoor or window closed.

l Make sure the arrow on the magnet aligns withthe mark moulded into the side of the casewith the door/ window closed.

Do NOT mount the unit

l On the hinged edge of the door..

l Near the floor.

l Close to or on large metal structures.

l Closer than one metre to mains wiring andmetal water or gas pipes.

l Inside steel closures.

l Next to electronic equipment, particularlycomputers, photocopies or other radioequipment.

Using the internal Reed SwitchIf you plan to use the internal reed switch the YOUMUST CUT THE INTERNAL REED SHUNT LINK. However,if at a later date you wish to connect hard wiredcontacts you must re-solder the link.

Installation1. Open the transmitter by inserting a small flat

bladed screwdriver in the slot at the bottom ofthe case.

2. Install two "AAA" size alkaline batteries (notsupplied). Do not use rechargeable (NickelCadmium) batteries, because they are 1.2Vand not 1.5V.

3. Learn the detector (see "Adding Devices" onpage 33).

4. Mount the transmitter back box in its requiredposition using two type "C" 15mm domeheadscrews.

5. Make sure the back is flush against the surfaceand pushes the tamper bar in far enough toactivate the tamper switch.

6. Fit the body of the transmitter to the back box.

Connecting External Door ContactsYou can wire external normally closed devices tothe 535r universal transmitter. You can connectseveral contacts in series, but the control panel willtreat them all as one zone. Do not use more than10 metres total cable length from the 535r to thelast external contact.

1. Remove the wire links from the terminalconnector.

2. Connect the normally closed contacts asshown:

3. Make sure the internal reed shunt link is intact.DO NOT CUT.

If you remove the external contacts at a laterdate, make sure you replace the wire links on thealarm and tamper terminals.

Testing1. Put the TS690R control panel into walk test

mode (user code + [ENT] + [2]).

2. Hold The detector in place.

3. Trigger the tamper.

4. Make sure the control panel receives analarm.

5. Choose another site for the detector if thepanel does not receive the signal.

6. Press [ESC] twice when you have finishedtesting, to put the control panel back in theopen mode.

18


Tampercircuit

Alarmcircuit

6 5 4 3

Connecting a PrinterThe TS690R supports two type of printers, the CPA6printer (no longer available) and any standardRS232 printer. When using an RS232 printer aDCI/MPA printer adapter will be required. MenvierSecurity supply a DATAC printer kit which consists ofa portable RS232 printer, charger unit andDCI/MPA adapter.

Using the CPA6 Printer1. Plug the CPA6 printer directly on to the PRINTER

plug (JP1) on the main control panel PCB.

2. The printer will printout a header, when finishedthe system event log can be printed.

3. When finished unplug the printer.

Using the DATAC / RS232 Printer1. Plug the DCI/MPA on to the PRINTER plug (JP1)

on the main control panel PCB.

2. Plug the other end of the DCI/MPA into theDATAC or RS232 printer.

3. In order for the printer to work correctly ensurethe printer is set to the following:

Baud rate = 4800Parity = NoneStop bits = 2Data bits = 8DTR = Normal

4. When set-up correctly the system event log canbe printed.

5. When finished unplug the MPA/DCI.

Programmable OutputsThe TS690R has many programmable outputswhich can be used to drive relays, LED’s etc. Eachoutput can be programmed for a differentfunction, see "Programmable Output Types" onpage 24.

Control Panel OutputsThe control panel has three programmableoutputs:

[1-] Switched -ve output rated at 100mA.



Remote Keypads & TS700.LECsEach remote keypad and TS700 LEC has oneprogrammable output:

[O/P] Switched -ve output rated at 100mA.

19


MPAor DCI

DATAC or RS232 printer

CPA6 Printer

RS232 Data

Connect to JP1PRINTER

Connect to JP1PRINTER

11

CPA6 PCPA6 P

DATA IN

POWERPAPER FEED

Figure 13. Printer Connections

Relay

Relay available fromRS componentsP/No. 346-946.Capable of switchingmains voltages

Aux 12 V

-ve O/P

(Programmed as Alarm / Bell / etc)

12V Buzzer

RS Part No. 245-051

1K0 Ohm Resistor

LED (Light Emiting Diode)

-Ve O/P

-Ve O/P

Aux 12V

Aux 12V

Diode (IN418)

Figure 14. Output Examples

Pre Power-Up ChecksOnce the system is installed, but prior topowering-up, give the system one final check toensure that:

1. The wiring conforms to the requirementsdetai led in th is manual and that al linterconnections are correct (A to A, B to Betc.).

2. All system cables are kept clear of mainssupply cables, telephone cables and R.F.cables. It is recommended that cable ties beused to keep cables separated.

3. Verify that maximum cable lengths andresistance's are not exceeded.

4. Mains power supply cables to the system areconnected to an un-switched fused spur.

Initial Power-UpTo power the system for the first time:

1. Place a small screwdriver blade between thepins on the control panel PCB, marked“FACTORY RESET”. This will ensure the factorydefault parameters are set, see page 21.

2. Switch on the 240V mains supply and removethe screwdriver blade from the factory restartspins.

3. Check that the control panel and remotekeypads show “LID TAMP”. The internal sounderand remote keypad sounders will operate.

4. Enter the engineers passcode (default 1234) tosilence the sounders.

5. Connect the standby battery.

6. Enter the engineers passcode (default 1234) toselect engineer's menu 1. Once you havecompleted the “Power-up Checks” you cancontinue to program the system.

Power-Up ChecksWhen the initial power-up checks have beencompleted, check the following:

1. Switch off the 240V mains supply and measurethe DC voltage at each remote keypad andensure the voltage is greater than 11V whilstthe system is powered from its standby battery.

2. Switch on the 240V mains supply and measurethe DC voltage between the mains earthconnection and AUX +12V. Then measure theDC voltage between the mains earthconnection and AUX 0V. In both cases themeasurement should be 1V or less. If thevoltage is greater than 1V, the system has an“Earth Fault” and all cables should be checkedfor isolation to Earth.

20


NVM Defaults

21


Section Option Default

User Codes User 00 Engineer 1234

User 01 Master 5678

User 02 - 10 Not Used

PanelOutputs

Panel Output 1 Walk Test

Panel Output 2 Courtesy Light

Panel Output 3 SW12V

Panel Output 5 Code Accepted




Circuits Circuits 01 - 38 Not Used

System Timers

00 2nd Alarm Time 005 seconds

01 No of Re-arms 003

02 Settle Time 005 seconds

03 Part Set Coms Dly 030 seconds

04 Exit Time 030 seconds

05 Entry Time 015 seconds

06 Bell Duration 020 minutes

07 Bell Delay 000 minutes

08 D-Knock Delay 008 seconds

09 Test Time 014 days

10 Second Entry 015 seconds

11 Abort Delay 180 seconds

12 Monitor Duration 010 seconds

13 Part Set Bell Delay 030 seconds

14 Courtesy Duration 060 seconds

15 AC Off Delay 000

Section Option Default

SettingModes

Full Set Final Exit Setting

Part Set A Timed Exit

Part Set B Timed Exit

Part Set C Timed Exit

Rem Reset Algorithm 004

Configuration

00 Bell is an SAB Yes

01 User 1 Limited No

02 Fire Signals All Yes

03 Silent 24hr Circuits No

04 Enable Duress No

05 Invert Abort No

06 Monitor Polling Sig No

07 User Reset No

08 Fob unset with entry Yes

09 Passcode + ENT No

10 Loud Chime Tones Yes

11 Do Battery Test No

12 Final Exit is Night No

13 Mimic Alms & Flts No

14 Invert panel outputs No

15 Set with AC off No

16 Tampers user reset No

17 Enable jamming Yes

22


Engineer’s Menu 1IntroductionEngineers menu 1 is the first of two engineersmenus, which is selected when the engineer’spasscode is entered. The engineer may leave“Engineer menu 1" by pressing the [ESC] key. Thesystem will return to the unset condition but theremote keypads will show ”ENGINEER ON SITE". Thismessage will be cleared the next time a valid userpasscode is entered or by exiting the engineer'smode via user menu 1.

Menu contents

Hot key Option Page

1 Program Panel Outputs 24

4 Program Circuits & Attributes 26

5 Program System Timers 28

6 Program Setting Modes 30

8 Remote Reset Number 30

9 Program Configuration 31

0 Goto User Menu 1 32

A Add/Cancel Detectors 33

C Re-Map Detectors 34

23

TS690R Installation Manual Engineer’s Menu 1

1

4

5

6

8

9

0

1 2 3 4

Enter Engineer'sPasscode

A

C

PAN OP ?

E / MENU 1

CCT? --

TIMER --

SET MOD?

ALG 004

CONFIG --

U / MENU 1

ADD / CANX

MAP? --

Engineers Menu 1

Panel Outputs [1.1]Outputs 1 - 3 on the control panel and remotekeypad outputs 5 - 8 can be programmed to anyof the output types shown on pages 24 to 26. Inaddition, all panel outputs can be inverted, see“Configuration option 14” on page 32.

Programmable Output Types

No Type/Description

000 Bell OnActivates when the main Bell trigger is on anddeactivates at the end of the Bell Durationtime or when the alarm is cancelled by theuser.

001 Strobe OnActivates when the Strobe trigger is on, anddeactivates when the alarm is cancelled bythe user.

002 Switch 12VActivates when the system is set anddeactivates when an alarm occurs or thesystem is unset. This output is normally used forlatching detectors.

003 Detector ResetNormally active at all times and deactivatesfor 3 seconds when a valid passcode isentered prior to setting the system. This outputis normally used for detector that requiredpower to be removed in order to reset them,e.g., smoke detectors.

004 Walk TestActivates when the "Walk Test" option isselected and deactivates when the "Walk Test"option is finished.

005 AlarmActivates when an intruder alarm is detectedand deactivates when the alarm is reset oraborted.

006 P.A.Activates when a PA alarm is detected anddeactivates when the alarm is reset.

007 FireActivates when a Fire alarm is detected anddeactivates when the alarm is reset.

008 System SetAct ivates when any ward is set anddeactivates when the system is fully unset.

009 Code AcceptedActivates for 10 seconds following entry of anyvalid passcode.

010 24 HourActivates when a 24Hr alarm is detected anddeactivates when the alarm is reset.

24

Engineer’s Menu 1 TS690R Installation Manual

Enter new output type

Type No.

1

Enter output No. 1 - 8e.g. 1

e.g. 021

E / MENU 1

PANEL -

004

021

Panel Outputs Flowchart

No Type/Description

011 Second AlarmActivates when a different detector causes analarm and remains active for the duration ofthe "2nd Alarm Time". This output is normallyused for an ALARM CONFIRMATION signal.

012 Courtesy LightActivates during entry and when any remotekeypad is used. The duration of this output iscontrolled by the setting of the "COURTESYDUR" timer.

013 Engineer On SiteActivates when the engineer’s passcode isentered and deactivates when a userpasscode is entered.

014 Circuits OmittedActivates when any circuit is omitted anddeactivates when all circuits are reinstated.

015 AuxiliaryActivates when an Auxiliary alarm is detectedand deactivates when the alarm is reset.

016 Part Set C SelectedActivates when "Part Set C" is selected.Deactivates when the system is unset.

017 Part Set B SelectedActivates when "Part Set B" is selected.Deactivates when the system is unset.

018 Part Set A SelectedActivates when "Part Set A" is selected.Deactivates when the system is unset.

019 Full Set SelectedActivates when "Ful l Set" is selected.Deactivates when the system is unset.

020 Tamper FaultActivates when a Tamper alarm is detectedand deactivates when the alarm is reset.

021 Signal JammedActivates when the control panel detects acontinuous radio signal for 30 seconds on thesame frequency used by the detectors.Deactivates when the signal is removed.

022 Mains OffActivates when mains power is removed anddeactivates when the mains power is restored.

023 Exit / EntryActivates when the panel is in the exit or entrymode.

No Type/Description

024 Test FailActivates when a circuit fails test,, deactivateswhen reset by the engineer.

025 First KnockActivates when a double knock circuit isactivated for the first time. Deactivates whenthe circuit is activated for the second time orwhen the system is reset.

026 AbortActivates for 5 seconds after an alarm isaborted by the user. The period in which thealarm may be aborted is set by the "AbortDelay" see System Timers.

027 Timed OutputActivates when a "Monitored" circuit istriggered and remains active for the durationof the "Monitor Delay" see System Timers.

028 Chime MimicActivates for 2 seconds when a circuit that isprogrammed as "chime" is activated.

029 2nd EntryActivates when the second entry timer isstarted and deactivates when the secondentry timer expires.

030 EntryActivates when the panel is in the entry mode.

031 ExitActivates when the panel is in the exit mode.

032 Duress AlarmActivates when a duress passcode is enteredand deactivates when the duress alarm isreset.

033 System Part SetActivates when the system is part set fails to setand deactivates when the system is fully set orunset.

034 Battery FaultActivates when a battery fault occurs anddeactivates when the battery fault is cleared.

035 Set FailActivates when the system fails to set anddeactivates when the set fail condition is resetby the user.

036 System OpenAct ivates when the system is unset, ,deactivates when the system is fully set orpart-set.

25


No Type/Description

037 24hr cct OmittedActivates when one or more 24 Hour circuitsare omitted.

038 Sounder ControlNormally used as the 0V connection for anextension loudspeaker so that only systemalarm tones are generated.

039 Call EngineerActivates when the system requires an"Engineer Reset", deactivates when thesystem is reset by the engineer or "RemoteReset".

040 General FaultActivates during battery fault or when thesystem is prevented from being set.Deactivates when all faults are cleared.

041 Battery TestActivates for 1 minute on the hour every hour.This output is used to test the battery in remotePSU using a 519FM monitor PCB).

042 Fob ActiveActivates when the 525r remote setting deviceis used.

043 System Full SetActivates when all areas within the system areset and deactivates when any area is unset.

100 - 137 Circuit MimicWill mimic (active when circuit is active) circuits01 to 38 respectively.

200 - 237 Circuit AlarmsActive when a circuit causes an alarm, forcircuits 01 to 38 respectively.

Program Circuits [1.4]The TS690R can monitor up to 38 detectioncircuits. Each circuit must be programmed inorder for the system to respond correctly.

Circuit TypesThe circuit type defines how the circuit will respondwhen it is triggered. The following circuit types areavailable:

0 Not UsedA circuit that will never generate any alarm.

1 NightA circuit that will generate a full alarm when thesystem is set.

2 24hrA circuit which is monitored at all times. Whentriggered in the unset condition a local alarm isgenerated and when triggered in the setcondition a full alarm is generated.

3 PA SilentA circuit which is monitored at all times. Whentriggered it will activate any outputs that areprogrammed as P.A.

4 PA AudibleA circuit which is monitored at all times. Whentriggered it will activate any outputs that areprogrammed as P.A. and generate a fullalarm condition.

5 FireA circuit that is normally connected to a smokedetector. When triggered it will generate a firetone on the internal sounders, the externalsounders are pulsed for the bell duration andany outputs programmed as fire will beactivated.

6 AuxiliaryA circuit which is monitored at all times. Whentr iggered i t wi l l act ivate any outputsprogrammed as Auxiliary.

7 Final ExitThis must be the first detector or door contactthat is triggered when entering the protectedarea. When the setting mode for the system isprogrammed for Final Exit setting, openingand closing of this circuit during the exitprocedure will cause the system to set. Onceset, activation of this circuit will start the entrytimer.

26


8 Exit TerminatorA circuit that is normally connected to a pushbutton outside the protected premises, whichcan be used to finally set the system or area.

9 KeypointA circuit that may be connected to a keyswitchto allow setting and/or part-setting of thesystem. The keypoint circuit can only be usedwith the standard hard-wired circuits.The Keypoint circuit has two groups ofattributes. The first group of attributes controlswhich group is set/unset when the circuit isswitched between “Healthy” and “Active”. Thesecond group of attributes controls whichgroup is set/unset when the circuit is switchedbetween “Healthy” and “Shorted”.When programming the Keypoint circuit theeight standard attributes are not available,instead the attributes are used to select theKey Point operation as follows:[1] Full Set Mode - “Healthy” to “Active”.[2] Part Set Mode A - “Healthy” to “Active”.[3] Part Set Mode B - “Healthy” to “Active”.[4] Part Set Mode C - “Healthy” to “Active”.[5] Full Set Mode - “Healthy” to “Shorted”.[6] Part Set Mode A - “Healthy” to “Shorted”.[7] Part Set Mode B - “Healthy” to “Shorted”.[8] Part Set Mode C - “Healthy” to “Shorted”.

Circuit AttributesEach circuit type can have one or more attributesassigned to it to alter its operation. The followingcircuit attributes can be programmed:

1 AccessCircuits programmed with this attribute areautomatically isolated during the entryprocedure to allow a “walk through” route forthe user to access the remote keypad. The“Access” attribute can only be assigned toNight and Final Exit circuit types.

2 Double KnockCircuits programmed with this attribute will onlycause an alarm condition if:a) The circuit is activated twice within theDouble Knock window (this time may be set inthe System Timers menu).b) The circuit remains active for the wholeduration of the Double Knock window. The

“Double Knock” attribute can only be assignedto Night, 24hr and Auxiliary circuit types.

3 TestCircuits with this attribute will be disabled fromthe system for the period set by the “Test Time”(see System Timers). If the circuit is activatedduring this period the activation will be loggedand the user is informed of the circuit failurewhen trying to set the system. The test failmessage may only be cleared with theEngineers passcode. If at the end of the testperiod no activations have occurred thecircuit is automatically removed from test andbehaves as normal. The test period is initiatedby entering the Engineers passcode. The “Test”attribute can only be assigned to Night, 24hr,PA Silent, PA Audible, Fire, Auxiliary, PSU Battery,PSU Fuse and PSU Power circuit types.

4 OmittableCircuits with this attribute are allowed to beomitted by the user when setting the system.The “Omit” attribute can only be assigned toNight, 24hr, Auxiliary, PSU Battery, PSU Fuse andPSU Power circuit types.

5 ResetThis attribute is normally assigned to a circuitthat is connected to a vibration or smokedetector, so that during the “Detector Reset”period the circuit is not monitored. The “Reset”attribute can only be assigned to Night, 24hr,Fire and Auxiliary circuit types.

6 MonitoredCircuits with this attribute will activate the"T imed Output" when tr iggered. The“Monitored” attribute can only be assigned toNight, 24hr, Fire, Auxiliary and Final Exit circuittypes.

7 EntryCircuits with this attribute will initiate the entryprocedure when the system is part-set andrespond as normal when full set. This attributemust be assigned to all circuits that arerequired to initiate the entry procedure in thepart-set condition. The “Entry” attribute canonly be assigned to Night, 24hr and Final Exitcircuit types. When assigned to a 24 Hourcircuit type, the circuit can be used to initiatethe entry procedure. Once the system is unsetthe 24 hour will revert to normal operation.

27


8 ChimeCircuits with this attribute will cause the internalsounders and remote keypad sounders togenerate a two tone “chime” sound if thecircuit is activated. The users may enable ordisable the chime feature, or select it tooperate when the system is unset or part-set.The “Chime” attribute may only be assigned toNight, 24hr, Auxiliary, Final Exit and ExitTerminator circuit types.

System Timers [1.5]The system timers are as follows:

00 2nd Alarm TimeThis timer controls the duration of the “SecondAlarm” output. This timer has a working range of000-199 seconds.

01 No of Re-ArmsAt the end of the bell duration time the systemre-arms all circuits that are healthy. Circuits thatare still in an alarm are isolated until theychange to a healthy condition. This countercontrols the number of times that a "circuit" willre-arm before it is locked out of the system. Thiscounter has a working range of 000-199.

02 Settle TimeWhen setting the system by “Final Exit” or “ExitTerminator”, detectors that are on the exit routesometimes take 3-4 seconds to settle afteractivation. The delay programmed in this timeris used to allow these detectors to settle beforethe system or area is set. This timer has aworking range of 000-199 seconds.

03 Part Set Comms DelayWhen the system is part -set thecommunication of an alarm signal to thecentral station can be delayed by the valueset in this timer. If the timer is set to 199 thepart-set communications are disabled. Thistimer has a working range of 000-199 seconds.

04 Exit TimeThis timer sets the delay between the userinitiating the exit procedure and the system (orarea) actually setting. If during the exit time an“Exit Terminator” circuit is activated the exittime is cancelled and the system setsimmediately. This timer has a working range of000-199 seconds.

05 Entry TimeWhen the system is set or part-set, and the entryprocedure is initiated, the entry timer starts tocount down. If a valid user passcode has notbeen entered when the timer reaches zero,the internal sounders are activated and the“2nd Entry” timer is started. This timer has aworking range of 000-199 seconds.

28


Enter circuit type:

= Not Used= Night= 24hr= PA Silent

Circuit Type

4

0

1

2

3

Enter circuit No.e.g. 04

= Fire= Auxiliary= Final Exit

5

6

7

e.g. 7 for Final Exit

Select attributes:

= ccessA= KnockD= estT

1

2

3

= esetR= onitoredM= ntryE

5

6

7

e.g. 8 for chime

= PA Audible4

= mitO4 = himeC8

= Exit Terminator= Key Point

8

9

E / MENU 1

CCT NO.--

NIGHT

F.EXIT

C

Program Circuits Flowchart

06 Bell DurationThis controls the duration of the externalbell/sounder. If the timer is set to 199 the belloutput is continuous. This timer has a workingrange of 000-199 minutes.

07 Bell DelayThis timer delays the activation of the externalbell/sounder and internal sounders. This timerhas a working range of 000-199 minutes. Note:Any alarm during the entry procedure willcancel the bell delay.

08 Double Knock DelayThis is the “Double Knock” time window in whicheither two circuit activation must occur withinthis time to generate an alarm condition. Orthe circuit must remain active for the wholeduration of this time to generate an alarmcondition. This will only apply to circuits with the“Double Knock” attribute. This timer has aworking range of 000-199 seconds.

09 Test TimeThis timer varies the number of days that “Test”attribute may be applied to a circuit. If thetimer is set to 000 then circuits will remain ontest until the “Test” attribute is removed. Thistimer has a working range of 000-030 days.

10 Second EntryWhen the “Entry Timer” has expired the “2ndEntry timer” starts to count down, if at the end ofthis time the system or area has not been unsetthen a full alarm will be generated. This timerhas a working range of 000-199 seconds.

11 Abort DelayThis timer sets the period in which the alarmsignal may be aborted following an alarmcondition. When an alarm occurs, the “AbortOutput” (043) is only activated if the system isunset within this period. If the system is unsetafter this period the abort output is NOTactivated. This timer has a working range of000-199 seconds.

12 Monitor DelayThis timer affects the duration of the “TimedOutput” (No. 042). This timer has a workingrange of 000-199 minutes.

13 Part Set Bell DelayThis is a "Part-Set Bell Delay" and operates asfollows:a) If the "Pset Com.Dly" is set to 000 and analarm is activated whilst the system is part-set,

the "Bell Delay" timer is started. At the end of thebell delay the internal sounders are activatedfor the duration of the "Pset Bel.Dly". At the endof this delay the bell output is activated.b) If the "Pset Com.Dly" is not set to 000 andan alarm is activated whilst the system ispart-set, the "Bell Delay" timer is cancelled andthe internal sounders are activated for theduration of the "Pset Bel.Dly". At the end of thisdelay the bell output is activated.If the "Part Set Bell Delay" timer is set to 199 thebell output is not activated when an alarmoccurs whilst the system is part set. This timerhas a working range of 000 - 199 seconds.

14 Courtesy DurationThis timer is used to control the duration of theoutput type “Courtesy Light”. This timer has aworking range of 000-199 seconds.

15 AC Off DelayThis timer delays the “audible” mains offindication when the mains power is removed.The display and any outputs programmed as“Mains Off” are not affected. This timer has aworking range of 000-199 minutes.

29


Enter new timer value

5

Enter timer No.e.g. 04 for exit time

e.g. 045

E / MENU 1

TIMER --

030

045

System Timers Flowchart

Setting Modes [1.6]The setting mode for full set and each part set canbe configured to the following setting modes:

1 Final ExitThe system will set when the final exit circuit istriggered and when the settle timer expires.

2 Exit TerminatorThe system will set when the final exit circuit istriggered, the exit terminator button is pressedand after the settle timer has expired.

3 Timed ExitThe system will set when the exit timer expires orif the exit terminator button is pressed.

4 InstantThe system will set instantly.

5 DeferredAs timed exit, however, if any circuits areactivated during the exit procedure the exittimer is restarted.

Remote Reset Algorithm [1.8]When the system is programmed for “EngineerReset” the requirement to send an engineer to sitecan be overridden by the user by using the“Remote Reset” facility. If an alarm is generatedthe system will respond with a four digit “seed”code which the user quotes to the AlarmReceiving Centre or alarm company. The “seed”code is then entered into a decoder and a unique“Remote Reset” code is generated. This is passedback to the user and on entering the “RemoteReset” code, the system is reset.

The “Remote Reset” code is generated using analgorithm identified by a 3 digit number.Alternative algorithms can be selected but thesemust correspond to that used by the ARC (or alarmcompany) otherwise the “Remote Reset” code willbe incorrect. (Default = 004)

30


Enter group:= Full Set= Part Set A= Part Set B= Part Set C

6

0

A

B

C

e.g. 0 for full set

Select Set Mode:

= Final Exit= Exit Terminator= Timed Exit

1

2

3

= Instant4

e.g. 3 for timed exit

= Deferred5

E / MENU 1

SET MOD?

BY F / E

BY T / E

Setting Modes Flowchart

8

Enter new No.e.g. 010

E / MENU 1

ALG 004

ALG 010

Remote Reset Algorithm Flowchart

Configuration [1.9]The configuration options are as follows:

00 Bell Is an SABWhen programmed as “Yes” the control panelbell output applies 0V when active. Whenprogrammed as “No” the control panel belloutput removes 0V when active. (Default =Yes)

01 User 1 LimitedWhen programmed as “Yes” user 1 is disabledfrom option 8 (Configure Part-Sets) in usermenu 2. When programmed as “No” user 1has access to all user menus and options.(Default = Yes)

02 Always Signal FireWhen programmed as “Yes” fire alarmactivations are signalled to the ARC at alltimes. When programmed as “No” fire alarmactivations are signalled to the ARC only whenthe system is full set. (Default = Yes)

03 Silent 24hr CircuitsWhen programmed as “Yes” 24hr circuit aresilent. When programmed as “No” 24hr circuitsare audible. (Default = No)

04 Enable DuressWhen programmed as “Yes” the reversal of thefirst two digits on any passcode will generate aduress alarm. When programmed as “No” thereversal of the first two digits on any passcodewill NOT generate a duress alarm. (Default =No)

05 Invert Abort O/PWhen programmed as “Yes” the abort output isnormally active and deactivates for 5 secondswhen an alarm is aborted. When programmedas “No” the abort output is normally inactiveand activates for 5 seconds when an alarm isaborted. (Default = No)

06 Monitor Polling SignalsWhen programmed as “Yes” the system willmonitor the polling signals from all wirefreedetectors. This is transmitted by each detectorevery 29 minutes. If this option is enabled andtwo consecutive polling signals are notdetected by the control panel, the panel willgenerate a tamper alarm. Whenprogrammed as “No” the system will notmonitor polling signals from wirefree detectors.(Default = Yes)

07 User ResetWhen programmed as “Yes" alarms can bereset by the user. When programmed as ”No"alarms can only be reset by the engineer or viaremote reset. (Default = No)

08 Fob can only Unset with EntryWhen programmed as “Yes" the 525r remotesetting fob can only be used to unset thesystem after the entry timer is started. Whenprogrammed as ”No" the 525r remote settingfob can be used to unset the system at anytime. (Default = Yes)

09 Passcode and "ENT"When programmed as “Yes", all passcodesrequire an additional press of the [ENT] key togain access to the system. Whenprogrammed as ”No", access to the systemonly requires the entry of the passcode.(Default = No)

10 Loud Chime TonesWhen programmed as “Yes” the chime tonesare always at full volume. When programmedas “No” the chime tones are at the level set byVR1 on the main PCB. (Default = Yes)

11 Do Battery TestWhen programmed as "Yes" the control panelbattery and any monitored PSU batteries aretested every hour and when exiting theengineer's mode. When programmed as "No"the control panel battery and any monitoredPSU batteries are not tested. (Default = No)

12 F.Exit is NightWhen programmed as “Yes" final exit circuitschange to night circuits when the system is partset. When programmed as ”No" final exitcircuits remain as final exit circuits when thesystem is part set. (Default = No)

13 Mimic Alarms and FaultsWhen programmed as “Yes” any outputsprogrammed as the type "Circuit Alarm" willactivate when the relevant circuit is in alarm orin a fault condition. When programmed as“No” any outputs programmed as the type"Circuit Alarm" will activate when the relevantcircuit is in alarm. (Default = No)

31


14 Invert Panel OutputsWhen programmed as “Yes"” the three paneloutputs on the control panel switch from 0V to+12V when active (+ve applied). Whenprogrammed as “No” the outputs on thecontrol panel switch from +12V to 0V whenactive (+ve removed). (Default = No)

15 Allow Set with AC OffWhen programmed as “Yes”, the system canbe set wi th no mains power. Whenprogrammed as “No”, the system cannot beset with no mains power. (Default = No)

16 Tamper Engineer ResetWhen programmed as “Yes" the any tamperalarm will require resetting by the engineer orremote reset. When programmed as ”No"tamper alarms can be reset by the user.(Default = No)

17 Enable Jamming DetectionWhen programmed as “Yes" radio jammingdetection is enabled. When programmed as”No” radio jamming detection is disabled , seepage 4 for details of jamming. (Default = Yes)

Goto User Menu 1 [1.0]This option allows the engineer to access “Usermenu 1", the flowchart below shows the optionswithin ”User menu 1", for full details refer to the"Operators Manual".

32


to alternate Yes and No

9

B

Enter configuration No.e.g. 07 for user reset

E / MENU 1

CONFIG--

07- YES

07- NO

Configuration Flowchart

1

2

3

4

5

7

8

0

0

A

B

C

Bell Test

Walk Test

RemoteReset

Changecode

EnableChime

OmitCircuits

Silent Set

Full Set

Part Set A

Part Set B

Part Set C

SOUNDER 9

WALK TST

SAY ????

NEW ----

ENABLED

01-ARMED

SIL SET

EXIT 999

EXIT 029

EXIT 029

EXIT 029

OPEN

U / MENU 1

E / MENU 1

User Menu 1 Flowchart

Add/Cancel Devices [1.A]This option allows the engineer to add and removewirefree detectors to and from the system.

Adding DevicesDevices are added to the system as follows:

1. Ensure that "E/MENU 1" is selected.

2. Press [A] to select the add/cancel devicesoption.

3. Press [A] to add a new device.

4. The display will prompt you to enter the devicenumber (01 - 30). Enter the device numberand press [ENT].

5. The display will sow "SHOW LED", align theactivity LED of the detector or remote settingdevice with the learn sensor on the main PCB(top right hand corner).

6. Trigger the detector by operating the tamperor pressing a button on the remote settingdevice.

7. The activity LED flashes and transmits a uniqueidentity code to the learn sensor. The controlpanel will give a rising multi-tone sound andthe display will show the device type learnt:

8. FOB = 502r watch pendantFIRE = 509r smoke detectorPIR = 515r PIRKEY FOB = 525r remote setting deviceDOOR CON = 535r universal transmitter

9. Press [ENT] to continue. If required, repeat fromstep 3 for other devices or press [ESC] to leavethis programming option.

+ If you enter a device number that iscurrently being used by anotherdetector the display shows "* IN USE*"when selecting the device at step 4.

+ If you try to learn the same device twicethe display will show "*ON SYS*" whentriggering the detector at step 6.

Removing DetectorsDevices are added to the system as follows:

1. Ensure that "E/MENU 1" is selected.

33


Enter the devicenumber 01 - 30.

Align the detector LEDwith the learn sensor on thecontrol panel and triggerthe detector by activating

the tamper.

The display will show thetype of device learnt

A

= Add devicesA

E / MENU 1

ADD / CANX

DEV ? --

SHOW LED

PIR

KEY FOB

DOOR CON

FOB

FIRE

Add devices Flowchart

2. Press [A] to select the add/cancel devicesoption.

3. Press [C] to remove an existing device.

4. The display will prompt you to enter the devicenumber (01 - 30). Enter the device numberand press [ENT]. The control panel will give arising multi-tone sound.

5. If required, repeat from step 3 for other devicesor press [ESC] to leave this programmingoption.

Re-Map Keypad CircuitsThis option allows the engineer to re-map theremote keypad circuits. By default all wirefreedevices are allocated to circuits 01 - 30 andremote keypad circuits are allocated to circuits 31- 38. Using this option it is possible to re-map theremote keypad circuits to circuits 01 - 30. Forexample if your system of only uses 10 wirefreedetectors and one remote keypad, you canre-map circuits 31 and 32 (remote keypad 1) tocircuits 11 and 12 so that the circuit numberingremains sequential.

+ Wirefree detectors cannot be mapped tocircuits 31 to 38. To re-map a wirefreedetector it must be cancelled from thesystem and then relearnt to a new devicenumber.

34


Enter device No (31 - 38)e.g. 31

The display shows thecurrent mapping.

Enter new circuit No.e.g. 11

C

E / MENU 1

MAP? --

MAP? 31

TO 11

Re-Map Keypad Circuits Flowchart

Enter the devicenumber 01 - 30.

A

= Cancel devicesC

E / MENU 1

ADD / CANX

DEV ? --

Cancel Devices Flowchart

Engineer's Menu 2IntroductionEngineer's menu 2 is selected by pressing the [ENT]key whilst Engineer's menu 1 is selected. Eachmenu option can be selected by pressing therelevant "Hot key".

Menu Contents

Hot key Option Page

1 View Circuits 36

2 Set System Time 36

3 Set System Date 36

4 Change Passcode 37

5 Chime Circuits 37

7 Print System Log 37

8 Configure Part Sets 38

9 View System Log 38

0 Reset User Code 1 39

B Circuit Text 40

35

TS690R Installation Manual Engineer's Menu 2

1

2

3

4

5

7

8

9

0

B

01 - GOOD

E / MENU 1

E / MENU 2

TIME ----

DATE ----

NEW ----

01 - QUIET

NO . . ---

pP / SET A

USER 00

RST USR 1

CCT? --

Engineer's menu 2

View Circuits [2.1]Each detection device may be viewed toascertain its status. The circuit status conditionsand resistance are shown below:

Display Details

GOOD Detector is healthyOPEN Detector is an alarm stateTAMP Detector is in a tamper state

Set System Time [2.2]The system time is displayed in a 24hr format on allremote keypads and is also used to time stampevents in the system event log.

Set System Date [2.3]The system date is displayed in a day/date/monthformat on LCD remote keypads. it is also used toprovide date stamps for events in the system log.

36

Engineer's Menu 2 TS690R Installation Manual


= Next Circuit

1

A

= Previous CircuitC

01 - GOOD

10 - GOOD

10 - OPEN

E / MENU 2

View Circuits Flowchart

Enter timee.g. 1605

2

E / MENU 2

TIME ----

TIME 1605

Set System Time Flowchart

Enter datee.g. 2804

3

E / MENU 2

DATE ----

DATE 2804

Set System Date Flowchart

Change Passcode [2.4]This option allows the engineer to change theirpasscode. The default passcode is 1234 but theinstallation engineer should change this to theirown personal 4 digit passcode.

Chime Circuits [2.5]This option allows an alternative method ofprogramming circuits as “chime”.

Print System Log [2.7]The system log stores 150 events, if a printer isconnected to the system it is possible to print aselected number of events. Once the printout hasbeen started it can only be stopped by selectedthis option again and entering “000” for thenumber of events.

37



= Next Circuit

5

A

= Alternate Chime/SilentB

= Previous CircuitC

E / MENU 2

01 - QUIET

10 - QUIET

Chime Circuits Flowchart

Enter number of eventse.g. 100

to start printing

7

E / MENU 2

NO . . ---

NO . . 100

Print System Log Flowchart

Enter new passcodee.g. 2580

4

E / MENU 2

NEW ----

NEW 2580

Change Passcode Flowchart

Configure Part Sets [2.8]The TS690R can be configured to have up to threeparts set modes (Part Set A, Part Set B and Part SetC). This option allows the engineer to configureeach part set mode. Within each part set modeyou must designate which circuits will remainarmed and which circuits will be omitted. Whenthe user selects the relevant part set mode thesystem only arm the circuits that are designated asarmed and isolate the circuits that are designatedas omitted.

Only the circuit types “Night”, “Final Exit” and “Exitterminator” can be designated as omitted.

+ If the system uses a 525r remote settingdevice the "NIGHT" button is alwaysassigned to "Part Set A".

View System Log [2.9]The engineer can use this option to view thesystem log. The [A] and [C] keys allow you to scrollbackwards and forwards through the log events.

38


Select part set mode:.

e.g. Press B

= Next circuit

8

A

= Alternate Armed/OmittedB

= Previous circuitC

= Part set AA

= Part set BB

= Part set CC

E / MENU 2

P / SET A

01 - ARMED

01 - OMIT

Repeat for remaining circuits

Configure Omits Flowchart

= Scroll backwards

9

A

= Alternate event, time & dateB

= Scroll backwardsA

= Scroll forwardsC

E / MENU 2

USER 00

ALARM 03

= Scroll forwardsC

View System Log Flowchart

Log Event CodesDisplay Description

AC OFF Mains power removed

AC ON Mains power restored

ALARM 01-38 Full alarm from circuit 01-38

AUX 01-38 Auxiliary alarm from circuit 01-38

AUX TAMP Auxiliary tamper alarm

BATT FLT Battery fault (voltage below 10.5V)

BELL TST Bell test performed

C TMP 01-04 Code tamper from keypad 01-04

CCT ISOL 24hr circuits isolated

DATE CHG System date changed

DEFLT 01 User 01 reset to 5678 by the engineer

DURS 01-10 Duress alarm from user 01-10

E ALM 01-38 Entry time-out alarm from circuit 01-38

ENTRY 01-38 Entry timer started by circuit 01-38

FACT RST System “Factory Restarted”

FIRE 01-38 Fire alarm from circuit 01-38

FIRST 01-56 The first activation of a D-Knock circuit

FOB 01-38 525r remote setting device operated

FULL SET System full set

JAMMED System jammed by another radio source

KEYSW 01-38 Key point operation from circuit 01-38

LID TAMP Control panel lid removed

NO EVENT No log event

OMIT 01-38 Circuits 01-38 omitted

OMIT REM All omitted circuits reinstated

OMITR 01-38 Circuit 01-38 reinstated

P/SET A/B/C System part set A, B, or C

PAALM 01-38 Panic alarm from circuit 01-38

PANIC 01-10 Panic alarm from user 01-10

R ADD 01-04 Remote keypad added to the system

R REM 01-04 Remote keypad removed from system

R TMP 01-04 Remote keypad tamper

REARMED System re-armed all healthy circuits

REM RST System reset by “Remote Reset” code

SET FAIL System failed to Set

SITE RST System “On-Site” restart

SYS OPEN System fully unset

TAMP 01-38 Tamper alarm from circuit 01-38

TC OFF All circuits taken off “Test”

TESTD 01-38 Number of circuits tested during a walk test

T FAIL 01-38 Circuit failed during “Test”

TIME CHG System time changed

USER 00-10 User code entered 00-10

WALK TST System “Walk Test” selected

Reset User Code 1 [2.0]This option allows the installation engineer to resetthe master user (user 01) back to the factorydefault code of “5678". This feature is useful whenthe master user has forgotten their passcode orhas accidentally changed it without realising. Thisoperation is logged.

39


to reset user 1

0

E / MENU 2

RST USR 1

Reset User Code Flowchart

Circuit Text [2.B]Each detection circuit can have up to 8characters of text assigned to it. When this option isselected the keys on the keypad function asshown below:

1 A 2 E 3 I

4 O 5 U 6 0 (Zero)

7 Cursor left 8 N/U 9 Cursor right

[ Accept text 0 Space ] Abandon

A Next letter B Erase text C Prev. letter

The table below shows some of the availablecharacters and key sequences used to selectthem.

Character Key Sequence Character Key Sequence

A 1 V 5A

B 1A W 5AA

C 1AA X 5AAA

D 2C Y 5AAAA

E 2 Z 5AAAAA

F 2A @ 1C

G 2AA ? 1CC

H 3C < 1CCC

I 3 = 1CCCC

J 3A > 1CCCCC

K 3AA : 1CCCCCC

L 3AAA 0 6

M 4CC 1 6A

N 4C 2 6AA

O 4 3 6AAA

P 4A 4 6AAAA

Q 4AA 5 6AAAAA

R 4AAA 6 6AAAAAA

S 5CC 7 6AAAAAAA

T 5C 8 6AAAAAAAA

U 5 9 6AAAAAAAAA

40


B

Use keys to edit text

Enter cct number

E / MENU 2

CCT>? --

CCT>? 02

X

HALL PIR

AppendicesSetup New UsersThe TS690R allows up to 10 users to operate thealarm system, each user is assigned a user typeand 4 digit passcode. User 01 is the master userwhich has a default setting of 5678.

User TypesThe following user types are available:

MasterUser 02-10 can be programmed as the type"Master". If the instal lation company hasprogrammed the master user for full access, he orshe will have access to all user menus and options.If the installation company has programmed themaster user for limited access, he or she will NOThave access to "User menu 2" options 6 and 8.

StandardUsers 02-10 can be programmed as the type"Standard". This user type can only access "Usermenu 1".

HolidayUsers 02-10 can be programmed as the type"Holiday". This user type allows the alarm system tobe set and unset, and access to `User menu 1'.However, the passcode is automatically deletedfrom the system when a master user passcode isused to unset the alarm system. Normally themaster user would assign this passcode type atemporary user whilst the they are away on holidayetc.

Set OnlyUsers 02-10 can be programmed as "Set Only".This user type allows the alarm system to be setand access to "User menu 1".

Reset OnlyUsers 02-10 can be programmed as "Reset Only".This user type allows 24hr alarms to be reset andaccess to "User menu 1" option 1 to 7 and 9.

DuressUsers 02-10 can be programmed as "Duress".When this user type is entered a silent "Panic Alarm"(i.e., Bell and sounders not triggered) is transmittedto the central station via the telephone line andremote signalling device (if fitted). The user will stillbe able to set and unset the alarm system andaccess "User menu 1".

+ All other user code types will generate a"Duress" alarm if the passcode is enteredwith the first two digits reversed (e.g., for astandard passcode of 2580 enter 5280 togenerate a "Duress" alarm). If required, thisfeature can be disabled by the installationcompany or by making the first two digits ofthe passcode the same.

PA CodeUsers 02-10 can be programmed as "PA Code".When this user type is entered a "Panic Alarm"' istransmitted to the central station via the telephoneline and remote signalling device (if fitted). Theexternal sounder(s) and strobe light(s) are alsoactivated.

41

TS690R Installation Manual Appendices

Part-Set Application ExampleThis application example shows how to configurethe part set buttons to set different areas of a 3bedroom house.

Using the drawing of a typical 3 bedroom house,the following part set modes are required:

Part Set A Circuits 01 through to 08 armedand circuits 09 and 10 omitted.

Part Set B Circuits 01 through to 09 armedand circuit 10 omitted.

Part Set C Circuits 01 through to 06 armedand circuits 07 through to 10omitted.

1. First create a table listing the circuits that arerequired to be armed (A) and omitted (O) foreach part set mode:

Circuit Location P-Set A P-Set B P-Set C

01 Front Door A A A

02 Hallway d detector A A A

03 Hall door to garage A A A

04 Garage door A A A

05 Garage back door A A A

06 Kitchen door A A A

07 Dinning room PIR A A O

08 Lounge PIR A A O

09 Bedroom 2 PIR O A O

10 Landing PIR O O O

2. From the above table, program circuits 01-10as omitted or armed for each part set mode(see “Configure Part Sets on page 38).

+ Circuit 02 (Hallway detector) must beprogrammed as a "Night" circuit with the"Entry" attribute. This will ensure that theentry t imer is started when theoccupants come downstairs to unset thesystem.

42

Appendices TS690R Installation Manual

Enter user type:

= Master= Standard= Holiday

4

1

2

3

Enter user No.e.g. 04

Enter master user (5678)

= PA Code7

e.g. 1 for Master

Enter New passcodee.g. 2589

= Set Only4

= Reset Only5

= Duress6

USER 1-

USER 2-

USER --

STANDARD

NEW ----

NEW 2589

Setup New Users Flowchart

43


P

P

P

P

P

RK

C

C

C

C

C

C

CP

CP

RK

Key:

10

9

8

7

6

2

1

3

5

4

Bedroom 1

Bedroom 2Bathroom

Landing

Bedroom 3

Lounge

Garage

KitchenDining Room

Hall

Passive Infra-Red Detector

Magnetic Contact

Remote Keypad

Control Panel

RK

P

Figure 15 A Typical 3 Bedroom House

Notes

44


Notes

45


Quick Reference Engineers Menus

Quick Reference User Menus

46


1

4

5

6

8

9

0

1 2 3 4

Enter Engineer'sPasscode

A

C

PAN OP ?

E / MENU 1

CCT? --

TIMER --

SET MOD?

ALG 004

CONFIG --

U / MENU 1

ADD / CANX

MAP? --

Panel Outputs

Program Circuits

System Timers

Setting Modes

Remote ResetAlgorithm

Configuration

User Menu 1

Add/CancelDevices

Re-Map RemoteCircuits

1

2

3

4

5

7

8

9

0

01-GOOD

E / MENU 2

TIME----

DATE----

NEW ----

01-QUIET

NO . .---

P / SET A

USER 00

RST USR 1

View Circuits

Set Clock

Set Date

Change EngrPassode

Alter ChimeCircuits

Print Log

Part Sets

View Log

Reset User 01

B CCT? --Circuit Text

1

2

3

4

5

7

8

5 6 7 8

Enter MasterPasscode

C

B

SOUNDER9

U / MENU 1

WALK TST

SAY ????

NEW ----

ENABLED

01-ARMED

SIL SET

EXIT 999

EXIT 025

Bell Test

Walk Test

Remote Reset

Change OwnPasscode

Enable Chime

Omit Circuits

Silent Set

Full Set

Part Set A, B & C

1

2

3

4

5

7

8

9

01-GOOD

U / MENU 2

TIME----

DATE----

USER --

01-QUIET

NO . .---

P / SET A

USER 00

CCT? --

View Circuits

Set Clock

Set Date

Setup New Users

Alter ChimeCircuits

Print Log

Part Sets

View Log

BCircuit Text

+

A

0

47


Output TypesNo. Output Type000 Bell On001 Strobe On002 Switch 12V003 Detector Reset004 Walk Test005 Alarm006 P.A.007 Fire008 System Set009 Code Accepted010 24 Hour011 Second Alarm012 Courtesy Light013 Engr On Site014 Ccts Omitted015 Auxiliary

No. Output Type016 Part Set C Selected017 Part Set B Selected018 Part Set A Selected019 Full Set Selected020 Tamper Fault021 Signal Jammed022 Mains Off023 Exit / Entry024 Test Fail025 First Knock026 Abort027 Timed output028 Chime mimic029 2nd Entry030 Entry031 Exit

No. Output Type032 Duress Alarm033 System Part Set034 Battery Fault035 Set Fail036 System Open037 24hr Omit038 Sounder control039 Engineer Reset Required040 General fault041 Battery test042 FOB active043 Full set

100-137 Circuits Mimics 01 - 38200-237 Circuit Alarms 01 - 38

User Types1 Master2 Standard3 Holiday4 Set Only5 Reset Only6 Duress7 P.A. Code

ConfigurationNo Option00 Bell is an SAB01 User 1 Limited02 Fire signals always03 Silent 24hr ccts04 Enable duress05 Invert Abort O/P06 Monitor Polling Signals07 User reset08 Fob unset with entry09 Passcode + ENT10 Loud Chime tones11 Do battery test12 F.Exit is NIGHT in P.Set13 Mimic Alarm & Faults14 Invert Panel Outputs15 Allow set with AC off16 Tampers user reset17 Enable Jamming

System TimersNo Timer00 2nd Alarm Time01 No. Re-arms.02 Settle Time.03 P. Set Comms Dly04 Exit Time05 Entry Time06 Bell Duration07 Bell Delay08 D.Knock Delay09 Test Time10 Second Entry Time11 Abort Delay12 Monitor Delay13 Part Set Bell Delay14 Courtesy Duration15 AC off Delay

Setting Modes1 Final Exit2 Exit Terminator3 Timed Exit4 Instant5 Deferred

Circuit TypesCircuits

No Type0 Not Used1 Night2 24 Hour3 PA Silent4 PA Audible5 Fire6 Auxiliary7 Final Exit8 Exit Terminator9 Key Point

AttributesNo Type1 Access2 Double Knock3 Test4 Omit5 Reset6 Monitor7 Entry8 Chime

18027 Drg No. 33:1969:00 Issue 01 Doc. 01

MENVIERSECURITY

Menvier Security Ltd.Kenn Road, Clevedon, Bristol BS21 6LHTel: 01275 870078; Fax: 01275 343453

http//:www.menviersecurity.co.uk

Wireless Intruder Alarm Control Panel - … Character Starburst (TS690.STAR) The TS790 star remote...

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