H:Menvier docsTS690690INSTTS690 Installation 496804 iss2 · 2019-08-11 · 32 Character LCD...

TS690 & TS690IDIntruder Alarm Control Panels

Installation & ProgrammingManual

_~Engineers menu 2

Select option :-

_~OPEN

_~Engineers menu 2

Select option :-

_~

_~OPEN

1A

D

C

B

2 3

7

654

8 9

0ENT ESC

_~SYSTEM OPEN

17:30 01 Jan

SILENTZONE OM IT

CHIMENEW CODE 24 Hr OMIT

WALK TESTB ELL TESTPart Set

Part Set

Part Set

RE SET

1A

B

C

D

2 3

4 5 6

7

ENT ESC

8

0

9

Sett ing the SystemE n t er y ou r pa s s c o de X X X X

th en lea v e th e p ro tec t e d a re a.

Unsetting the SystemG o di r e ct ly to t h e k e yp ad an d

en te r y ou r p as s c o d e X X X X .

ResettingE n t er y ou r pa s s c o de X X X X f o ll ow e d

by E N T the n 3 . Te leph o n e y o u r a lar m

c o m pan y a nd fo ll o w th ei r i ns tr uc t io ns .

! See U ser ManualFULL SET

ContentsOverviewIntroduction . . . . . . . . . . . . . . . . . . . . . . . . . 4Control Panel . . . . . . . . . . . . . . . . . . . . . . . . 4Remote Keypads . . . . . . . . . . . . . . . . . . . . . 4

32 Character LCD (NETLCD) . . . . . . . . . . . 48 Character Starburst (NETSTAR) . . . . . . . . 44 Character LED (NETLED) . . . . . . . . . . . . . 4Remote Arming Station (NETARM) . . . . . . . 4Proximity Reader (TSNETPROX) . . . . . . . . . . 4

TS700 LEC. . . . . . . . . . . . . . . . . . . . . . . . . . . 4System Architecture . . . . . . . . . . . . . . . . . . . 5Specifications. . . . . . . . . . . . . . . . . . . . . . . . 6

Control Panel . . . . . . . . . . . . . . . . . . . . . . 6LCD Remote Keypad . . . . . . . . . . . . . . . . 6Starburst Remote Keypad. . . . . . . . . . . . . 6LED Remote Keypad . . . . . . . . . . . . . . . . 6Arming Station . . . . . . . . . . . . . . . . . . . . . 6TS700 LEC . . . . . . . . . . . . . . . . . . . . . . . . . 6

System InstallationCable Routing . . . . . . . . . . . . . . . . . . . . . . . 7Remote/LEC Network Wiring . . . . . . . . . . . . . 7ID Loop Wiring (TS690ID Only) . . . . . . . . . . . . 8

Cabling Requirements . . . . . . . . . . . . . . . 8Control Panel Installation . . . . . . . . . . . . . . . 9Control Panel PCB Layout . . . . . . . . . . . . . . . 10Connection Terminals & Indicators. . . . . . . . 11Mains Connection . . . . . . . . . . . . . . . . . . . . 12Battery Connection . . . . . . . . . . . . . . . . . . . 12Remote Keypads . . . . . . . . . . . . . . . . . . . . . 12

NETLCD Remote Keypad . . . . . . . . . . . . . 12NETSTAR Remote Keypad . . . . . . . . . . . . . 12NETLED Remote Keypad . . . . . . . . . . . . . . 12NETARM Remote Arming Station . . . . . . . . 12PCB Layouts & Connections . . . . . . . . . . . 12Installation Procedure. . . . . . . . . . . . . . . . 13Keypad Loudspeaker Connections . . . . . 14

Engineer’s Keypad . . . . . . . . . . . . . . . . . . . . 14TS700 LEC Installation . . . . . . . . . . . . . . . . . . 14Wiring Detection Circuits . . . . . . . . . . . . . . . 15

Double Pole . . . . . . . . . . . . . . . . . . . . . . . 15End Of Line . . . . . . . . . . . . . . . . . . . . . . . . 15

Wiring ID Biscuits . . . . . . . . . . . . . . . . . . . . . . 16

Biscuit Connections . . . . . . . . . . . . . . . . . 16Wiring A Biscuit to a PIR . . . . . . . . . . . . . . . 16Wiring a Biscuit to a Panic Button . . . . . . . 17Wiring a Biscuit to a Smoke Detector . . . . 17

External Sounder Connections . . . . . . . . . . . 17Auxiliary Tamper . . . . . . . . . . . . . . . . . . . . . . 17Extension Loudspeakers . . . . . . . . . . . . . . . . 18Digicom/RedCARE Installation . . . . . . . . . . . 18DC6 Digi-Modem Installation . . . . . . . . . . . . 18

Regulatory Requirements . . . . . . . . . . . . . 18Application . . . . . . . . . . . . . . . . . . . . . . . . 19Approval . . . . . . . . . . . . . . . . . . . . . . . . . . 19Connections . . . . . . . . . . . . . . . . . . . . . . . 19Installation. . . . . . . . . . . . . . . . . . . . . . . . . 20

DC54 & DC58M Installation . . . . . . . . . . . . . 20Connecting a Printer . . . . . . . . . . . . . . . . . . 21

Using the DATAC / RS232 Printer . . . . . . . . 21Using the CPA6 Printer . . . . . . . . . . . . . . . . 21

Programmable Outputs . . . . . . . . . . . . . . . . 21Control Panel Outputs. . . . . . . . . . . . . . . . 21Remote Keypads & TS700.LECs . . . . . . . . 21

Pre Power-Up Checks . . . . . . . . . . . . . . . . . . 22ID Cable Checks (TS690ID Only) . . . . . . . . . . 22Initial Power-Up . . . . . . . . . . . . . . . . . . . . . . . 23Power-Up Checks . . . . . . . . . . . . . . . . . . . . . 23NVM Defaults . . . . . . . . . . . . . . . . . . . . . . . . 24

Engineer’s Menu 1Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 25

Menu contents . . . . . . . . . . . . . . . . . . . . . 25Panel Outputs. . . . . . . . . . . . . . . . . . . . . . . . 26Digicom Outputs . . . . . . . . . . . . . . . . . . . . . 26Digicom Channels . . . . . . . . . . . . . . . . . . . 26Programmable Output Types . . . . . . . . . . . . 26Program Circuits . . . . . . . . . . . . . . . . . . . . . . 29

Circuit Types . . . . . . . . . . . . . . . . . . . . . . . 29Circuit Attributes . . . . . . . . . . . . . . . . . . . . 30

System Timers . . . . . . . . . . . . . . . . . . . . . . . . 31Setting Modes . . . . . . . . . . . . . . . . . . . . . . . 33Do System Print . . . . . . . . . . . . . . . . . . . . . . . 34Remote Reset Algorithm. . . . . . . . . . . . . . . . 35Configuration . . . . . . . . . . . . . . . . . . . . . . . . 35Go to User Menu 1 . . . . . . . . . . . . . . . . . . . . 39

2

TS690 & TS690ID Installation Manual

Add/Clear ID Devices (TS690ID) . . . . . . . . . . 39Clear & Relearn ID Devices . . . . . . . . . . . 39Add ID Devices . . . . . . . . . . . . . . . . . . . . . 39Display Codes . . . . . . . . . . . . . . . . . . . . . 39Slow Scan Mode. . . . . . . . . . . . . . . . . . . . 39

View Location Text (LCD Only). . . . . . . . . . . . 40Re-Map ID Devices (TS690ID) . . . . . . . . . . . . 40Relearn Hardware. . . . . . . . . . . . . . . . . . . . . 40

Engineer's Menu 2Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 41

Menu Contents. . . . . . . . . . . . . . . . . . . . . 41View Circuits . . . . . . . . . . . . . . . . . . . . . . . . . 42Set System Time . . . . . . . . . . . . . . . . . . . . . . 42Set System Date . . . . . . . . . . . . . . . . . . . . . . 42Change Passcode . . . . . . . . . . . . . . . . . . . . 43Chime Circuits . . . . . . . . . . . . . . . . . . . . . . . 43Alter Shunt Group . . . . . . . . . . . . . . . . . . . . . 43Print System Log . . . . . . . . . . . . . . . . . . . . . . 43Configure Part Sets . . . . . . . . . . . . . . . . . . . . 44View System Log. . . . . . . . . . . . . . . . . . . . . . 44Log Event Codes . . . . . . . . . . . . . . . . . . . . . 45Log Event Codes . . . . . . . . . . . . . . . . . . . . . 46Reset User Code 1 . . . . . . . . . . . . . . . . . . . . 46Start Call Back . . . . . . . . . . . . . . . . . . . . . . . 46Custom Text Menu (LCD Only) . . . . . . . . . . . 47

Circuit Text . . . . . . . . . . . . . . . . . . . . . . . . 47Banner Message. . . . . . . . . . . . . . . . . . . . 47Location Text . . . . . . . . . . . . . . . . . . . . . . 47

Modem Options . . . . . . . . . . . . . . . . . . . . . . 47Call Back No.1 . . . . . . . . . . . . . . . . . . . . . 47Call Back No.2 . . . . . . . . . . . . . . . . . . . . . 47Call Back No.3 . . . . . . . . . . . . . . . . . . . . . 47Modem Password. . . . . . . . . . . . . . . . . . . 48Modem Site No. . . . . . . . . . . . . . . . . . . . . 48Program Digicom . . . . . . . . . . . . . . . . . . . 48Digicom Tests . . . . . . . . . . . . . . . . . . . . . . 49Reset Digi-Modem . . . . . . . . . . . . . . . . . . 49

Text Editing Keys . . . . . . . . . . . . . . . . . . . . . . 50Cursor Types . . . . . . . . . . . . . . . . . . . . . . . 50Common Key Sequences . . . . . . . . . . . . 50Displaying Text on a Starburst . . . . . . . . . . 50

AppendicesContact ID Extended Reporting . . . . . . . . . . 51Resetting the Engineers passcode . . . . . . . . 51Part-Set Application Example . . . . . . . . . . . . 53

Alarm Abort & Confirmation . . . . . . . . . . . . . 53Alarm Abort Operation . . . . . . . . . . . . . . . 53Sequential Confirmation Operation . . . . . 53

Setup New Users . . . . . . . . . . . . . . . . . . . . . . 54User Types . . . . . . . . . . . . . . . . . . . . . . . . . 54

Quick Reference Engineers Menus. . . . . . . . 55Quick Reference User Menus . . . . . . . . . . . . 57

3

TS690 & TS690ID Installation Manual

OverviewIntroductionThe TS690 range of alarm control systems havebeen designed to suit small to medium installationsites. The TS690 system can monitor 6 zones locallyand up to 8 zones via remote keypads or LECs. Allzones can be wired either as double pole or endof line. The TS690ID system can monitor up to 30zones via ID biscuits and 8 conventional zones viaremote keypads or LECs.

Both systems feature local “downloading" via aDCI link and PC, or remote “downloading” via aplug-on digi-modem (DC6) and PC.

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:

6 programmable detection circuits (TS690only)

Detector loop for connecting up to 30programmable ID biscuits (TS690ID only)

Bell and strobe outputs

3 programmable outputs (1 x Voltage freecontacts and 2 high current transistorised)

5 programmable digicom/RedCARE outputs

A connector for a plug-on digi-Modem (DC6)

Extension loudspeaker output

All system program information and the 700event log is stored in a removable non-volatilememory (NVM)

15 user codes + engineer's code

7.0Ah battery capacity

Remote KeypadsUp to 4 remote keypads can be connected to thecontrol panel. Each remote keypad has twodetection circuits and a single switched -veoutput. All remote keypads have “Power LED” anda programmable “Function LED” (the “FunctionLED” may be programmed as “Fault” or “Area Set”etc.). There are four types of remote keypads thatcan be used:

32 Character LCD (NETLCD)The NETLCD remote keypad has a backlit 32character super-twist Liquid Crystal Display (LCD)and a backlit tactile rubber keypad. When usingthe LCD Keypads the text for user codes, partsetting modes and circuit identification can beprogrammed to make the operation andprogramming of the system easier.

8 Character Starburst (NETSTAR)The NETSTAR remote keypad has a backlit 8character starburst display (LCD) and a backlittactile rubber keypad.

4 Character LED (NETLED)The NETLED remote keypad has a 4 character LEDdisplay and backlit tactile rubber keypad. Whenusing the LED remote keypads, text cannot beprogrammed but all other system functions areavailable.

Remote Arming Station (NETARM)The NETARM remote arming keypad does nothave a display and can only be used for setting,part setting and unsetting of the system.

Proximity Reader (TSNETPROX)You can fit a TSNETPROX proximity reader to theNETLCD, NETARM and NETLED keypads to allowusers to set and unset the system using a proximitytag.

TS700 LECThe Local Expansion Card (LEC) provides twoprogrammable detection circuits and oneprogrammable output.

4

Overview TS690 & TS690ID Installation Manual

5

TS690 & TS690ID Installation Manual Overview

Printer

Printer

Speaker

Speaker

Aux 12V

Aux 12V

DCI Connection

DCI Connection

Bell output

Bell output

Strobe

Strobe

output

output

Digi outputs 1- 5

Digi outputs 1- 5

Outputs 1- 3

Outputs 1- 3

30 ID zonesBiscuit1

Biscuit30

RemoteNetwork

RemoteNetwork

TS690

Number of Zones = 8 to 14

Number of Zones = 2 to 38

DC6Digi Modem

(Optional)

TS690ID

DC6Digi Modem

(Optional)

I.D. Loop

6 Zones(DP / EOL)

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

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

Figure 1. TS690 & TS690ID System Architecture

System Architecture

Specifications

Control PanelPart No.: TS690 - 6 to 14 zones

TS690M - with DC6 modemTS690ID - 2 to 38 zonesTS690IDM - with DC6 modem

Input Supply: 230V ±10% 50HzCurrent: 110mA (normal)

250mA (alarm) with speakerPower Supply: 1.5AStandby Battery: 7.0AhOutputs 1-3: 1 = Voltage free changeover

2 = Switched -ve @500mA3 = Switched +ve @500mA

Digi Outputs 1-5: +ve removedSource 5mA in 12V conditionSink 100mA in 0V condition

Speaker Output: 16 OhmsBell Trigger: Switched -ve @500mAStrobe Trigger: Switched -ve @500mADimensions: 384(W) x 312(H) x 95(D) mmMaterial: 1.2mm mild steelWeight: 4.9 KgEnvironment: -10 to 55°C

LCD Remote KeypadPart No.: NETLCDDisplay: 32 character Liquid Crystal

Green power LEDRed function LED

Current: 120mA (normal) 130mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 150(W) x 104(H) x 30(D) mmMaterial: 3mm PolycarbonateWeight: 282gEnvironment: -10 to 55°C

Starburst Remote KeypadPart No.: NETSTARDisplay: 8 character Liquid Crystal


Current: 120mA (normal) 130mA (alarm)

Zones: 2Output: Switched -ve @100mADimensions: 150(W) x 104(H) x 30(D) mmMaterial: 3mm PolycarbonateWeight: 263gEnvironment: -10 to 55°C

LED Remote KeypadPart No.: NETLEDDisplay: 4 character seven segment


Current: 120mA (normal) 140mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 150(W) x 104(H) x 30(D) mmMaterial: 3mm PolycarbonateWeight: 254gEnvironment: -10 to 55°C

Arming StationPart No.: NETARMDisplay: Green power LED

Red function LEDCurrent: 30mA (normal) 40mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 150(W) x 104(H) x 30(D) mmMaterial: 3mm PolycarbonateWeight: 254gEnvironment: -10 to 55°C

TS700 LECPart No.: TS700.LECCurrent: 30mA (normal) 40mA (alarm)Zones: 2Output: Switched -ve @100mADimensions: 142(W) x 82(H) x 36(D) mmMaterial: 3mm PolycarbonateWeight: 213gEnvironment: -10 to 55°C

6

Overview TS690 & TS690ID Installation Manual

System InstallationCable RoutingWhen installing cables, the following should benoted:

Ensure that all Network and detectioncircuit cables are kept clear of mainssupply cables, telephone cables, R.F.cables and cables supplying bells orsounders.

Screened cable may prove necessary ifthe Network or ID loop is run adjacent tocables that produce R.F. or are switchinghigh current loads, e.g., mains, telephone,computer etc.

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.

In larger installations it may provenecessary to fit remote power supplies toovercome excessive voltage drops in thecable runs.

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 2).

7

TS690 & TS690ID Installation Manual System Installation

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

ABCDE

100m (Max.)

+ + + +

Figure 2. TS690 & TS690ID Remote Network Wiring

ID Loop Wiring (TS690ID Only)Each ID device is connected across a two-wire IDloop. Apart from observing the correct polarity,any wiring configuration can be used, as shown inthe figure below.

Cabling RequirementsThe ID loop can be wired using standard 4 corecable, this allows 2 cores to be used for the IDdevices and 2 cores for supplying 12V power forPIR's etc.

The number of devices permitted per cable run isgoverned by the resistance of the cable used.Standard 4 core alarm cable (7/0.2mm) has aresistance of approximately 8 Ohms per 100metres and as a guide the maximum number ofdevices that can be connected at the END of asingle cable run is as follows:

No of Biscuits atend of cable

Max CableDistance (m)

Max. cable lossresistance, endsshorted at panel

30 40m 6 Ohms

15 68m 11 Ohms

7 107m 17 Ohms

3 150m 24 Ohms

If a different type of cable is used, the distancesshould be recalculated. e.g., if 7/0.4mm cable isused, a single run of 80 metres would support 30devices on the end as the resistance of the cableis halved.

When installing the ID loop wiring It is usually morepractical to run several cables from the controlpanel to the different areas of protection. Thiseffectively reduces any distance problems andmakes fault finding much easier.

To reduce the likelihood of induced interferenceand wherever possible, cables should not bepositioned along side mains power, telephone orother data transmission cables, or run within thesame ducting or trunking as any other cables.

The wiring for remote keypads and internalsounders ( loudspeakers ) should not beconnected in the same multi-core as the ID loop.

Included in the spares pack is a 47nFcapacitor. Although not necessary forcorrect operation of the system, it willimprove the system noise immunity ifconnected across the ID loop at one of thedevices furthest from the control panel.

8

System Installation TS690 & TS690ID Installation Manual

TS690ID+

IDLOOP

-

01 02 03 04 05

10 09 08 0712 11

14

13

06

Figure 3. ID Detector Loop Wiring

Control Panel InstallationProceed as follows:

1. Open the control panel by removing twoscrews from the front cover. Remove the coverand disconnect the earth bonding cable fromthe spade connection near the transformer.

2. Note the position of the cable entries asfollows:

(a) Ten 20mm cable entries for detection,alarm and remote keypad cables.

(b) A 20mm cable entry for mains (240V)below the mains input terminal block.

The mains cable must enter the controlpanel through its own cable entry andmust not be mixed with other cables.

3. Hold the control panel back box in therequired position and mark the centre of themiddle fixing position. Remove the back box,drill and plug the hole.

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

5. Reposition the back box and pass all cablesinto the base via the appropriate cable entries,remember ing to f i t grommets wherenecessary.

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

7. If required install and connect the following:

(a) Stand alone digicom or RedCARE STU.

(b) Printer type DATAC or serial RS232 via aprinter adapter (MPA/DCI).

(c) Relay module type RM.3A.

When replacing the cover, alwaysensure that the earth bonding lead isconnected to the spade connection onthe transformer.

9


MainsTransformer

Spade connectionfor earth lead to

front cover

Mains CableEntry

Fused TerminalBlock 315mA

Printed Circuit Board(PCB)

BatteryPosition

Figure 4. TS690 & TS690ID Control Panel Layout

Control Panel PCB Layout

10


PRINTER

RE

MO

TE

KE

YP

AD

JP3DIGI-MODEM

PL

UG

ON

DIG

IM

OD

EM

JP4

FA

CT

OR

YR

ES

ET

Auxiliary 12V (SELV)

RemotekeypadNetworkconnections(SELV)

ProgrammableDetectionCircuits 1 - 6(SELV)

(Only Fitted onTS690)

Aux 12V&

I.D. Loop(SELV)

(Only Fitted onTS690ID)

Digicom OutputsProgrammable @ 100mA(SELV)

Auxiliary Tamper (SELV)

Extension loudspeaker(SELV)

External sounderconnections(SELV)

21V A.C. from mainstransformer(SELV)

Telephone connections(TNV)

Panel OutputsO/P 1 = Change over contactsO/P 2 = Switched -ve @ 500mAO/P 3 = Switched +ve @ 500mA(SELV)

Z1

Z2

Z3

Z4

Z5

Z6

AU

X0

V1

2V

T1

T2

T3

T4

T5

T6

IDLO

OP

+-

CIR

CU

IT1

CIR

CU

IT2

CIR

CU

IT3

CIR

CU

IT4

CIR

CU

IT5

CIR

CU

IT6

JP5

SPEAKERVOLUME

DC6 Digi-modem(Only fitted on the TS690M & TS690IDM)

V

NVM

AU

XB

EL

L

1A

MP

1A

MP

BATTFAULT

PO

WE

RO

N

TR

G -S

TB

-T

R-

H/O -

H/O +

SP

K+

AU

XTA

MP

LIN

EF

LT

+

RE

MR

ES

ET

-

12

34

DIG

ITA

LC

OM

MU

NIC

ATO

R5A

UX

ARE

MO

TE

NE

TW

OR

K

BC

DE

+3

-2O

UT

PU

T1

OU

TP

UT

SN/O

N/C

CO

M

0V

12

VA

.C.

A.C

.

AB

1A

MP

JP1

JP2

EN

GIN

EE

RS

RE

MO

TE

U3

+ DC

PW

R

FS1

FS2

VR2

FS3

LED1

LE

D2

B1

A1

Figure 5. TS690 & TS690ID Main PCB

Connection Terminals & IndicatorsConnection terminals on the TS690 / TS690ID aredescribed as ether “Safety Extra-Low Voltage”(SELV) circuits or “Telecommunication NetworkVoltages” (TNV) circuits. Figure 5 shows the twotypes of circuits.

JP1 PRINTERThis 6-pin plug is used for connecting toeither a CPA6.P printer or a standard RS232printer via the MPA/DCI printer adapter.

JP2 ENGINEERS REMOTEAn Engineers remote keypad may betemporarily connected to this 6-pin plug toallow programming and testing to becarried out at the control panel.

JP3 DIGI-MODEMThe DCI lead connects to this plug whenusing the Lineload software via a P.C. fordirect communication with the controlpanel. A DC54, DC58 or DC58M can alsobe connected to this plug if the DC6 is NOTbeing used.

JP4 PLUG ON DIGI MODEM (DC6)The plug-on digi-modem plugs directly ontothese pins. The DC6 is a 8 channel digitalcommunicator and V21 modem. The DC6is required when using the downloadingfeature. The TS690M and TS690IDM aresupplied with the DC6 already pre-fitted.

JP5 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. Theprocedure for resetting the engineer’spasscode is described on page 51.

VR2 SPEAKER VOLUMEWhen an extens ion loudspeaker isconnected to the control panel terminalsthe volume of the advisory tones may beadjusted using this control.

Alarm tones are always at full volume.

U3 NVMA removable nonvolatile memory (NVM)device that stores all system programparameters and the 700 log events.

LED1 BATT FAULTI f the system battery is incor rect lyconnected to the control panel or thebattery voltage is below 4 Volts, then the“BATT FAULT” LED will light. The fault LED willonly extinguish when the battery has beencorrectly connected or replaced, asappropriate.

LED2 POWER ONThis LED indicates that the system power(mains or battery) is healthy.

V SYSTEM CURRENT CONSUMPTIONThe system current consumption may becalculated by measuring the Voltageacross this test point on the main PCB. Usinga Voltmeter set to a low Voltage rangemeasure the Voltage across the test pointand multiply the reading by 10 to give theTotal system current consumption i.e., areading of 70mV = 700mA.

FS1 BELLThis 1 Amp fuse protects the supply to theexternal sounder/bell. The fuse is in-line withthe [H/O+] terminal connection.

FS2 AUXILIARYThis 1 Amp fuse protects the auxiliary supplyoutput. The fuse is in-line with the [AUX. 12V]terminal connections.

FS3 REMOTE KEYPADThis 1 Amp fuse protects the supply to theremote network. The fuse is in-line with the [A]terminal connection.

ID LOOP (TS690ID Only)These two terminals are used for connectingID devices.

The ID Loop has electronic short circuitprotection, therefore no fuse is fitted toprotect it. In the event that the ID Loopis shorted the system will indicate ashort circuit condition and will revert tonormal when the short is removed.

11


Mains ConnectionThe mains supply is connected to a 3 way “EuroType” fused terminal block, which is fitted with a315mA 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 7Ah battery must be fitted to the system to allowit to function during a mains fail condition. TheTS690 & TS690ID is equipped with a “BatteryProtection” circuit so that if a battery is accidentallyreverse connected or its voltage is below 4V, the“BATT FAULT” LED lights. To clear the fault simplyreconnect or replace the battery as appropriate.

Remote KeypadsFour types of remote keypads can be used on thesystem, however, only the NETLCD remote keypadcan be used for programming text information.Any combination of remote keypad can be usedon the same system, if desired.

NETLCD Remote KeypadThe NETLCD remote keypad has a 32 characterbacklit Liquid Crystal Display (LCD)

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

NETLED Remote KeypadThe NETLED remote keypad has a 4 character LEDdisplay.

NETARM Remote Arming StationThe NETARM remote arming station does not havea display, therefore it is designed to only be usedwhere setting, part setting and unsetting of thesystem is required.

PCB Layouts & Connections1 Detection Circuits.

Each remote keypad has twoprogrammable detection circuits.

2 Loudspeaker Volume.For adjusting the volume of a speaker wiredto the remote keypad (NETLCD only).

3 LED Mimic.If this jumper link is set to the “enabled”position, the red () LED on the keypad willbe “ON” when the keypad output is active.

4 Remote I/D.Used to select the remote keypads address.(ENG = Engineer).

5 Ward Sounder Control.This facility is not available for TS690 andTS690ID systems.

6 Keys 1 and 3 PA EnableLeave this link intact to enable PA alarm onkeys 1 and 3. When a user presses 1 and 3together the control panel sounds a PAalarm. Cutting the link ensures that when auser presses keys 1 and 3, the control panelreports an alarm from zone A on the keypad.The alarm type will depend on how the zonetype is programmed in the control panel.

7 Loudspeaker Output.This terminal can be connected to a single16 Ohm Loudspeaker (NETLCD only).

12


L

E

N

To transformer

FUSE 315mA

Figure 6. Mains Supply Connections

8 Network Connections & O/P.Terminals A to E are used to connect theremote keypad to the control panelnetwork. The O/P terminal i s theprogrammable output.

9 Tamper Switch.Remote Keypad case tamper

10 Proximity Reader Option.Pins for plugging on a TSNETPROX proximityreader module.

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:

TS690

I/D Selector Circuit A Circuit B PanelOutput

1 07 08 5

2 09 10 6

3 11 12 7

4 13 14 8

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

TS690ID


1 31 32 5

2 33 34 6

3 35 36 7

4 37 38 8


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

If the I/D is set to “ENG” the remote keypadwill function as an Engineer’s keypadallowing it to be plugged onto the controlpanel so that system programming andtesting can be carried out, see Engineer’sKeypad.

13


I/DSelector

REMOTEI/D

LED MIMIC

12

34

ENG

CC

TB

ZB

TB

CC

TA

ZA

TA

WA

RD

SO

UN

DE

RC

ON

TR

OL

A B C D E SPK+

1 2

3

5

4

6

7

Display Module

O/P-

889 810

Figure 7.NETLCD, NETLED & NETARM PCB Layout

I/DSelector

REMOTEI/D

LED MIMIC

12

34

ENG

WA

RD

SO

UN

DE

RC

ON

TR

OL

4

5

Display Module

3 1

CC

TB

ZB

TB

CC

TA

ZA

TA

A B C D E O/P-

889 810

6

Figure 8.NETSTAR PCB Layout

5. Set the “ENT KEY DISABLE” jumper link to therequired position.

6. Set the “WARD SOUNDER CONTROL” jumper linkto the required position.

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

Keypad Loudspeaker ConnectionsA single 16 Ohm loudspeaker may be wired to thekeypad if required. This loudspeaker will follow theexisting keypad sounder and its volume level can

be adjusted by the speaker volume pot (VR1).

The speaker output and volume pot areonly available on the NETLCD keypad.

Engineer’s KeypadNormally all system programming will be carriedout from one of the installed remote keypads,however sometimes it may be more convenientto program the system at the control panel. Thiscan be achieved by using an “Engineers Keypad”which is temporarily plugged on to the controlpanel (JP2). To convert a standard remote keypadto an “Engineers Keypad” an Engineer’s interfacelead is required which can be obtained from yoursupplier (P/No. NETEKI).

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 10.

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.

14


1 x 16 OhmLoudspeakerA B C D E SPK

+O/P-

Figure 9. NETLCD Speaker Connections

Control Panel

To TS900RemoteKeypad

A (Red)A

AU

X1

2V

0V

EN

GIN

EE

RS

RE

MO

TE

JP

2

C (Yellow)B

B (Black)C

D (White)DE (Blue)E

7 Way 0.1" Molexconnector

Figure 10. Engineer’s Keypad Connection

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

NULL

JP2

TAMPER = JP2 NOT FITTEDNO TAMPER = JP2 FITTED

CC

TAT

AT

BZ

AZ

B

O/P

Figure 11. TS700.LEC Layout

4. Connect “Remote Network” cables anddetection circuit cables to the appropriateterminals, see Figure 10

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

TS690


1 07 08 5

2 09 10 6

3 11 12 7

4 13 14 8


TS690ID


1 31 32 5

2 33 34 6

3 35 36 7

4 36 38 8


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

DO NOT set the I/D selector to the “NULL”position.

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

Wiring Detection CircuitsAll detection circuits may be wired as “End Of Line”(EOL) or “Double Pole” (DP). Both methods can beused on the same equipment.

Double PoleThe DP method requires the following:

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

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

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

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

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:

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

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

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

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

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

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

15


Alarm

TamperCIR

CU

ITA

ZA

TA

CIR

CU

ITA

ZA

TA

CIR

CU

ITA

ZA

TA

Alarm

Tamper

Max. 10 devices per circuit

Wiring N.O. devices (Exit Terminators)

Alarm

Tamper

500 metres or 100 Ohms

Figure 12. Double Pole Wiring

Wiring ID BiscuitsEach ID biscuit is identified by its own number, 01to 30 and contains its own internal sensor which iscontinuously monitored by the two-wire ID Loop.The figure below shows the basic connections tothe biscuit using a tamper and alarm contacts.

When the tamper switch is opened, the ID biscuitbecomes off line and a tamper alarm isgenerated by the control panel. If the alarmcontacts are opened the biscuit's internal sensorchanges state and the control panel will see this asan active condit ion and wil l respond asappropriate.

Biscuit ConnectionsThe figure below shows an ID wired biscuit theconnection are as follows:

Yellow Wire ID Loop +

Blue Wire ID Loop -

White Wire Alarm switch wire

Wiring A Biscuit to a PIRThe figure below shows typical wiring configurationfor a standard PIR.

16

System Installation TS690 & TS690ID Installation Manual500 metres 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

CIR

CU

ITB

ZB

TB

CIR

CU

ITB

ZB

TB

CIR

CU

ITB

ZB

TB

Figure 13. End of Line Wiring

ID Biscuit

Alarm Contacts

Tamper Switch

ID Loop +

ID Loop -

WhiteYellow

Blue

Figure 14. ID Wiring

01

Blue wire (ID LOOP -)

Yellow wire (ID LOOP +) White wire (alarm switch)

Biscuit Number

Figure 15. A Wired ID Biscuit

+ - TAMPER ALARM

From Panel To next detector

RedBlack

YellowBlue

RedBlackYellowBlue

Wh

ite

Blu

e

Yello

w

Figure 16. Wiring a Biscuit to a PIR

Wiring a Biscuit to a Panic ButtonThe figure below shows typical wiring configurationfor a standard panic button.

Wiring a Biscuit to a Smoke DetectorThe figure below shows typical wiring configurationfor a standard 12V smoke detector.

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 to theH/O +.

TRG - This is the bell trigger output which can beprogrammed for SAB or SCB operation, asfollows: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.

17


BlueYellow

Yellow

WhiteBlue

Figure 17. Wiring a Biscuit to a Panic Button

+ - SPARE ALARM

RedBlack

YellowBlue

Wh

ite

Blu

e

Yello

w

Figure 18. Wiring a Biscuit to a Smoke Detector

TypicalExternal Sounder

ControlPanel

H/O + 12V +

H/O - 0V

Tamper InTR -

STB - Tamper Out

TRG - Strobe +ve

Strobe -ve

Trigger -ve

Figure 19. External Sounder Connections

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”.

Digicom/RedCARE InstallationA stand alone digital communicator, RedCARESTU or Paknet interface card can be connected tothe control panel using the following connections:

Digicom Outputs 1 to 5These are the programmable digicom outputconnections. They are normally at +12V andswitch to 0V when active. The outputs can beinverted so that they switch from 0V to +12V whenactive, see System Configuration on page 34.Each output will source 5mA in the +12V conditionand sink 100mA in the 0V condition.

+DC POWERThis provides the +12V power to the digicom. Thisoutput is un-fused and therefore should only beused if the digicom is fitted inside the controlpanel. The 0V supply for the digicom/STU can bepicked up from any of the auxiliary 0V terminals.

LINE FLTWhen this input is switched to +12V, a “Line Fault”condition is generated. A “Line Fault” condition Inthe unset mode will cause a “Chime” type tone tobe generated every minute, which can besilenced by entering any valid passcode. A “LineFault” condition In the set mode will cancel the“Bell Delay”.

REM RESETIf the system is programmed for “Engineer Reset”,then after a full alarm the system will requireresetting, normally this is done by the engineer orcoded remote reset. Applying a -ve to this inputterminal will cause the system to reset after a fullalarm. This input could be connected to the“Control” output on a RedCARE STU so that theAlarm Receiving Centre can poll the STU and thusreset the panel.

DC6 Digi-Modem InstallationA plug-on digi-modem DC6 can be fitted insidethe control panel to allow remote interrogationand programming via a personal computer (PC).It wil l also function as a standard digitalcommunicator. Before attempting to install theDC6, the installer must be aware of the following:

Regulatory RequirementsThe DC6 digi-modem must be installed by anelectrically competent person.

18


1 x 16 Ohm Loudspeaker

2 x 16 Ohm Loudspeakers

SPK+

H/O -

SPK+

H/O -

Figure 20. Loudspeaker Connections

ControlPanel

3GSTU

1

1

+DC POWER

ProgramAs:-Active Omit (056)

Alarm (005)

PA (006)

Alarm Conf (011)

LINE FLT

AUX 0V

2

2

3

3

4

4

5

TB

1

Channel Inputs areProgrammed asPositive Removed

TB

2T

B3

TB

4

Co

ntro

lL

ine

Fa

ult

RP

S

5

67

0VNO

NONO

NCNC

NC8

CC

CA+

A+A+

A+V+

REM RESET

Note: the default forOutput 1 is Fire (007)

Open (036)

Figure 21. 3GSTU RedCARE Connections

ApplicationThe DC6 digital communicator/modem is suitablefor connection to the following types of telephoneline:

Direct exchange lines (PSTN) supporting DTMF(Tone dialling) or Loop Disconnect (PulseDialling).

PABX exchanges (with or without secondaryproceed indication).

The DC6 is only approved for use withcompatible PABXs. Correct operation in allcircumstances is not guaranteed.

The DC6 is fully compatible with BT Networkservices.

Only control panels fitted with V2.0 or latersoftware, or DC6’s fitted with V1.17 or latersoftware are compatible with Call Minderand Call Divert services. For full details oncompatibility refer to Technical Bulletin002/04/98 or contact Technical Support.

ApprovalThe DC6 digital communicator/modem is notsuitable for connection as an extension to a payphone or 1+1 carrier systems. The DC6 digitalcommunicator/modem is approved for thefollowing usage:

Automatic call initialisation

Operation in absence of proceed indication

Multiple repeat attempts

Modem

Usage other than the approved usage or failure tocomply with the installation and programminginstructions may invalidate any approval given tothe apparatus.

ConnectionsConnection terminals on the DC6 are describedas "Telecommunications Network Voltage" circuits(TNV).

It is important that the installer ensures thatTNV connections are only connected tothe PSTN and SELV circuits are onlyconnected to other circuits designated asSELV circuits.

Please ensure that cabling to thetelephone line connections (TNV) arerouted well away from the detectioncircuitry (SELV) and the cabling to thedetection circuitry (SELV) are routed wellaway from the telephone circuitry (TNV).

Interconnection circuits should be suchthat the equipment continues to complywith the requirements of 4.2 of EN 41003 forTNV circuits and 2.3 of EN 60950 for SELVcircuits, after making connectionsbetween circuits.

19


Telephone cableType 1/0.5mm CW1308

A = 5 - White/Blue ringB = 2 - Blue/White ring

NOTEThe A1 and B1 telephone connections are notused on the UK version of the DC6.

654

AB

B1A1

StatusLED

Plug ontoJP4

Telephone LineConnections

(TNV)

Mounting PilarHoles

Mounting PilarHoles

321

Figure 22. DC6 Connections

Installation

For your safety, installation of the DC6MUST be carried out in the sequenceshown below:

1. Ensure that all power is removed from thesystem i.e. mains supply and standby battery.

2. Remove the DC6 from its packaging and fitthe plastic mounting pillars into the 4 holesprovided.

3. Align the DC6 with the connector JP4 on themain PCB and push firmly into place.

4. Connections to the telephone network mustbe made via a NET master socket (Line Box).

5. Using the cable type 1/0.5mm CW1308, stripback 5mm of the required cores and feed intothe control panel though the appropriatecable entry. Keep all telephone cables at least5mm away from other alarm cables.

6. Connect the two telephone cables to theterminal blocks A and B, see figure 22.

7. Remove the two screws from the BT masterjack socket and remove the bottom sectionfrom the master jack.

8. Connect the cable from A and B terminals onthe DC6 to the BT master jack terminals, seefigure 22.

9. A special insertion tool will be required toconnect the cable to the master jack, this isavailable from RS Components (Part No.470-487).

10.Replace the bottom section of the master jacksocket and replace the two screws.

11.Re-apply power to the control panel.

12.The DC6 must now be programmed, refer to"Modem Options” on page 47.

13.Each channel can be tested using theDigicom Test routine, see page 49.

14.Finally replace and secure the cover on thecontrol panel.

DC54 & DC58M InstallationA plug-on digital communicator DC54, DC58 orDC58M may be fitted inside the control panel toallow alarm status information to be transferred toa dedicated central station. The unit should befitted in accordance with the installationinstructions supplied with it and connected to thecontrol panel plug DIGI-MODEM (JP3) using thelead provided with the unit. The NVM within the willneed to be programmed using an engineer’skeypad or PP5.

The control panel can only support oneplug-on Digi-Modem either the DC6 orDC54/58M. Do not connect both types tosame control panel.

20


Connect to JP3DIGI-MODEM

Plug-on digicom / digi-modem

AB

BC

B.T. master jack ( Type NTE5user accessible connections )

A(5) = White / Blue ring

BC(3) = Orange / White ringB(2) = Blue / White ring

Telephone cable(Type 1/0.5mm CW1308)

654

321

Figure 23. DC54/DC58 Connections

Connecting a PrinterThe TS690 and TS690ID supports two type ofprinters, the CPA6 printer (no longer available) andany standard RS232 printer. When using an RS232printer a DCI/MPA printer adaptor will be required.Menvier Security supply a DATAC printer kit whichconsists of a portable RS232 printer, charger unitand DCI adapter.

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 ensurethat the printer is set to the following:

Baud rate = 4800Parity = NoneStart bits = 1Stop bits = 2Data bits = 8DTR = Normal

4. When setup correctly the system programdetails and event log can be printed.

5. When finished unplug the MPA/DCI. If theprinter is left connected events will be printedas and when they occur.

Using the CPA6 Printer6. Plug the CPA6 printer directly on to the PRINTER

plug (JP1) on the main control panel PCB.

7. The printer will printout a header, when finishedthe system program details and event log canbe printed.

8. When finished unplug the printer. If the printer isleft connected events will be printed as andwhen they occur.

Programmable OutputsThe TS690 and TS690ID has many programmableoutputs which can be used to drive relays, LED’setc. Each output can be programmed for adifferent function, see “Programmable OutputTypes” on page 26.

Control Panel OutputsThe control panel has three programmableoutputs:

[1] Set of voltage free changeover contactsrated at 1 Amp.

[-2] Switched -ve output rated at 500mA.

[+3] Switched +ve output rated at 500mA.

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

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

21


MPAor DCI

DATAC or RS232 printer

CPA6 Printer

RS232 Data

Connect to JP1PRINTER

Connect to JP1PRINTER

1

CPA6 P

DATA INPOWER

PAPER FEED

Figure 24. Printer Connections

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.

5. Grommets are used where cables enter metalhousings to ensure that insulation is notcompromised.

ID Cable Checks (TS690ID Only)Before powering-up the control panel it isrecommended that the following tests areperformed on the ID Loop:

1. Disconnect the two cores of the ID loop fromthe control panel [ID LOOP +] and [ID LOOP -]terminals.

2. Use a DVM to measure the resistance betweenthe two cores. If the resistance is below 1kOhms then there is a short circuit or other wiringdefect on the ID loop. This must be correctedbefore going any further. The exact resistanceyou measure will depend on the number of IDdevices connected to the ID loop and thetype of DVM that you have. Typical resistancereadings are as follows:

1 device 90K Ohms

10 devices 8.5K Ohms

20 devices 4.5K Ohms

30 devices 2K Ohms

22


RelayRelay

SmokeDetector

SmokeDetector

Relay available fromRS componentsP/No. 351-982.Capable of switchingmains voltages

Relay available fromRS componentsP/No. 351-982.Capable of switchingmains voltages

+ 12 V + 12 V

Aux 12 V

Aux 0V -ve O/P

+ve O/P

(Programmed as Alarm / Bell / etc)

(Programmed as Alarm / Bell / etc)

(Programmed as Detector Reset)

(Programmed as Detector Reset)

Aux 0V

Aux 0V

Aux 0V

+ve Outputs -ve Outputs

1K0 Ohm Resistor

12V BuzzerRS Part No. 245-051

12V BuzzerRS Part No. 245-051

1K0 Ohm Resistor

LED (Light Emiting Diode) LED (Light Emiting Diode)

-Ve O/P

-Ve O/P

-Ve O/P

+ve O/P

+ve O/P

+ve O/P

Aux 12V

Aux 12V

Aux 12V

0V 0V

Diode (IN4001)Diode (IN4001)

Figure 25. Output Examples

3. With the ID loop still disconnected from thecontrol panel, use a DVM to measure theresistance between the following cores andterminals:

(a) ID + core and 0V terminal.

(b) ID + core and +12V terminal.

(c) ID + core and Mains earth terminal.

(d) ID - core and 0V terminal.

(e) ID - core and +12V terminal.

(f) ID - core and Mains earth terminal.

In all cases the DVM should indicate an opencircuit, any other reading could indicate ashort circuit or wiring fault and must beinvestigated.

4. At the control panel, twist the two cores of theID loop together so that the ID loop is shorted.

5. At each end of the ID loop (points A, B and C inour example shown in the figure below)

measure the resistance between the twocores of the ID loop (normally theses are theyellow and blue cores). See the table of page8. A reading greater than 2K Ohms is usuallycaused by an open circuit.

6. Re-connect the ID Loop to the control panel.When the system is powered up use the “SLOWSCAN” feature to check voltage levels at eachdevice, see page 37.

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 24.

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

3. Check that the power LED on the control panelPCB is illuminated.

4. Check that the LED remote keypads display“LT” (Panel Lid tamper) and LCD remotekeypads display “Panel Lid tamper”. Theremote keypad sounders and extensionloudspeakers will operate.

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

6. Connect the standby battery.

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

3. Using a voltmeter measure the DC voltageacross the control panel PCB test points (V) andcalculate the system current consumption(see page 11). Ensure that the reading is notgreater than 1.0A (1.5A for TS690ID).

4. Repeat test (3) with the system in an alarmcondition and ensure that the reading is notgreater than 1.0A (1.5A for TS690ID).

23


A

LOOP

+

ID

-

01 02 03 04

06 07 08 09

05

10 11 12

B

Disconnect from control paneland twist the two cores of theID loop together.

C

DVM

DVM

DVM

Figure 26. ID Loop Wiring Tests

NVM Defaults

24


Section Option Default

User CodesUser 00 Engineer 1234

User 01 Master 5678

Panel Outputs

Panel Output 1 Walk Test

Panel Output 2 Courtesy Light

Panel Output 3 Switch 12V

Panel Output 5 Code Accepted

Panel Output 6, 7, 8 Code Accepted

DigicomOutputs

Digicom Output 1 Fire

Digicom Output 2 PA

Digicom Output 3 Alarm

Digicom Output 4 Set

Digicom Output 5 Active Omit

DigicomChannels

Digi Channel 1 Fire

Digi Channel 2 PA

Digi Channel 3 Alarm

Digi Channel 4 System Set

Digi Channel 5 Active omit

Digi Channel 6 Always Off

Digi Channel 7 Conf. Alarm

Digi Channel 8 Always Off

System Timers

00: Abort Delay 180 seconds

01: No. Re-arms 003

02: Settle Time 007 seconds

03: Pset Com.Dly 000 seconds

04: Exit Time 030 seconds

05: Entry Time 015 seconds

06: Bell Dur. 020 minutes

07: Bell Delay 000 minutes

08: Double Knock 008 seconds

09: Test Time 014 days

10: 2nd Entry 000 seconds

11: Part Set Entry 000 seconds

12: Monitor Dur. 000 seconds

13: Pset Bel.Dly 000 seconds

14: Courtesy Dur. 030 seconds

15: No. Rem. Reset 010

16: Modem Rings 005

17: P.I.D Alarms 005

18: AC Off Dly 000 minutes

19: Test Call 000 days

20: Alarm Confirm 030 minutes

21: Line Flt Dly 000 minutes

System Timers22-Service Time 000 months

23-Test Call At 003

Setting Modes

Full Set Final Exit Setting

Part Set A Timed Exit

Part Set B Timed Exit

Part Set C Timed Exit

Section Option Default

Rem Reset Algorithm 004

Configuration

00: Bell is an SAB Yes

01: User 1 Limited No

02: Fire Signals All No

03: Silent 24hr Ccts No

04: Enable Duress No

05: Invert Abort O/P No

06: SET with LF Yes

07: User Reset Yes

08: Extended Format No

09: Hi-Sec Engineer No

10: Tamps User Reset Yes

11: Do Battery Test No

12: F.Exit is Night No

13: Use code+ Enter No

14: Show P.set disp. Yes

15: Dial Consec. Yes

16: SET with AC Off Yes

17: Loud Chime Tones No

18: Invert Output 1 No

19: Invert Digi O/Ps No

20: On-Line Key pad Yes

21: Restore P.I.D Yes

22: User Authorised No

23: Mimic Alrm & Flt. No

24: Monitor Off Hook No

25: Answer Phone Def. No

26: Send Set/Unset Yes

27: Tampers always Yes

28: 24Hr Ccts always Yes

29: Keypad PA Silent No

30: Sndrs on Confirm No

31: Bells on Confirm No

32: Conf After Entry No

33: Confirmation On Yes

34: Entry Kpd Lock No

35: Tamper as Burg No

36: Entry Conf 2cct No

37: Unconf Usr Rst Yes

38: Keypad PA On No

ModemOptions

Call Back No 1, 2 & 3 Blank

Modem Password Blank

Modem Site No. Blank

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

Program Panel Outputs 26

Program Digicom Outputs 26

Program Digicom Channels 26

Program Circuits & Attributes 29

Program System Timers 31

Program Setting Modes 33

System Printout 33

Remote Reset Number 34

Program Configuration 34

Go to User Menu 1 36

Learn Devices (TS690ID Only) 37

View Location Text 37

Re-Map Devices (TS690ID Only)& Relearn Hardware

38

Whilst Engineer’s mode is selected alltampers are not monitored.

After performing a factory restart or on-siterestart the system will show “RELEARNREQUIRED” (RESET CONFIG) when theengineer exits from engineers mode. Thismessage is cleared by performing a“Hardware Relearn”, see page 38.

25

TS690 & TS690ID Installation Manual Engineer’s Menu 1

Engineers menu 1Select Option :-

PANEL IS INRECEPTION CLOSET

Panel output ?Enter Number >-

Digi output ?Enter Number >-

Digi channel ?Enter Number >-

Program circuitsEnter CCT No.>--

System TimersEnter Number >--

Setting Modes ?Enter Group >-

System Print OutLine Number 001

Remote ResetAlgorithm >004

ConfigurationEnter Number

User menu 1Select Option:-

Re-Map DevicesEnter No. >--

1

2

3

4

5

6

7

8

9

0

ESC

1 2 3 4

Enter Engineer'sPasscode

>HHHHAAAHHHH....>...............A

B

C

Relearn Hardware&

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 26 to 29.

Digicom Outputs [1.2]You can program the 5 digicom outputs on thecontrol panel PCB to any of the output types shownon pages 26 to 29. In addition, all outputs can beinverted, see “Configuration option 19” on page35.

Digicom Channels [1.3]The 8 plug-on digicom channels can beprogrammed to any of the output types shown onpages 26 to 29.

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 detectors that requirepower to be removed in order to reset them,e.g., smoke detectors.

26

Engineer’s Menu 1 TS690 & TS690ID Installation Manual

Panel Output ?Enter Number > -

Panel Output 1is type > 004

Panel Output 1is type > 021

Enter new output type

Type No.

1

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

ENT

e.g. 021

Engineers menu 1Select Options :-

StarburstLCD LED

E1 -ENGR 1 -

PAN.-PANEL -

004004

021021

Panel Outputs Flowchart

Digi Output ?Enter Number > -

Digi Output 5is type > 055

Digi Output 5is type > 043


Type No.

2

Enter output No. 1 - 5e.g. 5

ENT

e.g. 043


StarburstLCD LED

E1 -ENGR 1 -

DIG.-DIGI OP -

055055

043043

Digi Outputs Flowchart

Digi Channel ?Enter Number > -

Digi Channel 8is type > 055

Digi Channel 8is type > 043


Type No.

3

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

ENT

e.g. 055


StarburstLCD LED

E1 -ENGR 1 -

Dc5.-DIGI CH -

055055

043043

Digi Channels Flowchart

No Type/Description

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 5 seconds following entry of anyvalid passcode.

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

011 Alarm ConfirmActivates when a different detector causes analarm and remains active until an engineer oruser resets the system. 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.

No Type/Description

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 Line FaultActivates when a telephone line fault isdetected and deactivates when the fault iscleared.

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.

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 Comms FailedActivates for 5 seconds when the plug-ondigicom fails to communicate.

027 Comms SuccessActivates for 5 seconds when the plug-ondigicom communicates successfully.

028 Comms ActiveActivates when the plug-on digicom is activeand deactivates when the plug-on digicom isinactive.

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.

27


No Type/Description

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 anddeactivates 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.

037 New AlarmActivates for 2 seconds when any circuitcauses a new alarm condition.

038 24hr Circuits OmittedActivates when one or more 24 Hour circuitsare omitted.

039 Modem LockoutActivates when the modem is locked-out (fourfailed attempts). Deactivates when a masteruser passcode is entered or after 4 hours.

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

041 Shunt Group ActiveActivates when the shunt code has been usedto shunt a group of circuits. Deactivates whenthe shunt code is used again to re-instate thecircuits.

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

043 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.

No Type/Description

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

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

046 Service CallActivates when the system is on-line with aremote PC and Lineload software.

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

048 Strobe on SetActivates when there is an alarm, anddeactivates when the alarm is cancelled bythe user. This output is also active for 10seconds after a user sets the system with fullalarm response.

049 Service CallThe contral panel activates this output when itrequires a service call. The control paneldeactivates the output when an engineerenters programming mode.

050 PC Output 1This output type is switched on and off via thePC and Lineload software.

051 PC Output 2This output type is switched on and off via thePC and Lineload software.

052 Sounder ControlNormally used as the 0V connection for anextension loudspeaker so that only systemalarm tones are generated. Only suitable forPanel Outputs 1 and 2.

053 ID Loop ShortedThe control panel activates this output ifsomething shorts the ID loop.

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

055 Always OffNever activates.

056 Active OmitIf an event triggers a latching circuit type (forexample a door or break glass, but NOT a PIR),

28


and the circuit remains active until the end ofthe confirmation time then the control panelomits the active zone and triggers the ActiveOmit output. The control panel deactivatesthe output when a user disarms the system.Use existing output type 036 = System Open toindicate Unset Complete.

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

200 - 237 Circuit AlarmsActive when a circuit causes an alarm, or isactivated during a walk test, for circuits 01 to38 respectively.Following a wallk test, the operator canconfirm the operation of all the appropriatecircuits at a mimic panel. The control unitclears these indications when the operatorenters a valid passcode.

Program Circuits [1.4]The TS690 can monitor up to 14 detection circuits,whereas the TS690ID can monitor up to 38detection circuits. Each circuit must beprogrammed in order for the system to respondcorrectly.

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.

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 Keyswitch(Also includes Lockset.) A circuit that may beconnected to a keyswitch to allow settingand/or part-setting of the system.

The Keyswitch circuit has two groups ofattributes. The first group of attributes controlthe wards that are set/unset when the circuit isswitched between “Healthy” and “Active”. Thesecond group of attributes selects the type ofKeyswitch (Momentary or Latched) or selectsthe Lockswitch zone type.

When programming the Keyswitch circuit theeight standard attributes are not available,instead the attributes are used to select theKeyswitch operation as follows:

[1] Full Set Group - “Healthy” to “Active”.

[2] Code Set Group A - “Healthy” to “Active”.

[3] Code Set Group B - “Healthy” to “Active”.

[4] Code Set Group C - “Healthy” to “Active”.

[5] Lockset - See Lockset Exit Mode.

[6] Momentary - Use for Momentary typekeyswi tches. De-select for Latchedkeyswitches.

29


[7] Inverted - Inverts the operation of thekeyswitch.

If the “Keyswitch” is not assigned to any of theabove options, the circuit becomes a“Monitored” circuit. A “Monitored” circuit ismonitored at all times. When triggered it willactivate any outputs that are programmed asTimed Output and log the event.

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, PA 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, and circuittypes.

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, and Auxiliary 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.

8 ChimeCircuits with this attribute will cause the internalsounders and remote keypad sounders togenerate a two tone “chime” sound if thecircuit is activated. The “chime” attribute mayonly be assigned to Night, 24hr, Auxiliary, FinalExit and Exit Terminator circuit types.

30


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

00 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. The “Alarm” (005) output is alsorestored when the abort output is activated.This timer has a working range of 000-199seconds. (Default: 180 Secs)

01 No. Re-armsAt the end of the bell duration time the systemre-arms all circuits that are healthy. Circuits that

are still in an alarm condition are isolated untilthey change to a healthy condition. Thiscounter controls the number of times that a"circuit" will re-arm before it is locked out of thesystem. This counter has a working range of000-199. (Default: 003)

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. (Default:007 Secs)

03 Pset Com. DlyWhen 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.

If you set this timer to 199 then the controlpanel overrides keypad lockout duringpart-set.Cooper Security also recommends thatyou change the digicom output type(see Eng 1.2 or 1.3) from 008 to 047. Thiswill stop the control panel transmitting aclose signal when the users part set thesystem.

(Default: 000 Secs)

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 exit timeis cancelled and the system sets immediately.This timer has a working range of 000-199seconds. (Default: 030 Secs)

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. (Default:015 Secs)

31


Program circuitsEnter CCT No.>--

CCT 04 NIGHT

CCT 04 F.EXIT>* * * * * * * *

CCT 04 F.EXIT>* * * * * * * C

Enter circuit type:

= Not Used= Night= 24hr= PA Silent

Circuit No.

Attributes

Circuit Type

4

0

1

2

3

ENT

Enter circuit No.e.g. 04

= Fire= Auxiliary= Final Exit

5

6

7

ENT

e.g. 7 for Final Exit

Select attributes:

= ccessA= KnockD= estT

1

2

3

= esetR= onitoredM= ntryE

5

6

7

ENT

e.g. 8 for chime

= PA Audible4

= mitO4 = himeC8


StarburstLCD LED

E1 -ENGR 1 -

CT.--CCT NO.--

NITENIGHT

04FE

04F.EXIT

04FECHI

04F.EXITCHIME

= Exit Terminator= Key Point

8

9

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. (Default: 020 Mins)

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. (Default: 000 Mins)

08 2 Act. Time (Double Knock)This 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. (Default:008 Secs)

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.(Default: 014 Days)

10 2nd 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.(Default: 015 Secs)

11 P.Set EntryThis timer sets the entry period for the systemwhen the system is in the part-set condition. Ifthe timer is set to 000 the part-set entry timer isthe same as the main entry timer (timer 05). Thistimer has a working range of 000-199 seconds.(Default: 000 Secs)

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

13 P.Set Bell DlyThis timer delays the activation of the externalbell/sounder and internal sounders when thesystem is part set. Note that this timer operates

when alarm confirmation is disabled, and hasno effect when alarm confirmation is enabled.This timer has a working range of 000-199minutes. Note: Any alarm during the entryprocedure will cancel the bell delay. (Default:000 Mins

14 Courtesy Dur.This timer is used to control the duration of theoutput type “Courtesy Light”. This timer has aworking range of 000-199 seconds. (Default:030 Secs)

15 No. Rem. ResetsThis counter determines how many coded“Remote Resets” can occur before the systemlocks into engineer reset only. Note: RemoteReset by the "Rem Reset" input terminal is alsoaffected by this counter. This counter has aworking range of 000-199. (Default: 010)

16 Modem RingsThis counter is for use with the DC6, it allows theinstaller to specify how many rings are requiredbefore the DC6 picks up the call. If the counteris set to 000 it will pick the call up as soon as anyincoming ringing is detected. This counter hasa working range of 000-199. (Default: 005)

17 P.I.D AlarmsWhen using the DC6 and "Contact IDExtended Reporting". The number of ContactID alarms that are transmitted to the centralstation per circuit are controlled by the value ofthis counter. e.g., if the counter is set to 003then all circuits will report 3 activation’s beforethey are locked out from sending any more.Note: this does not affect the re-arm of thezone. This counter has a working range of 000 -199. (Default: 005)

18 AC Off DlyThis 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. (Default:000 Secs)

32


19 Test CallIf the system is fitted with a DC6, it is possible forthe control panel to make the DC6 send atimed test call to the central station. The “TestCall” timer sets the period of activation, i.e.,000=Disabled, 001=daily, 007=weekly etc.Once programmed the digicom will send thetest call at the hour defined by timer 23. Thistimer has a working range of 000-199 days.(Default: 000 Days)

20 Alarm ConfirmationThis timer controls the duration of the “AlarmConfirmation” period. The timer has a workingrange of 000-199 minutes. (Default: 30 mins)

21 Line Flt DlyThis timer delays the “audible” line faultindication when a telephone line fault occurs.The display and any outputs programmed as“Line Fault” are not affected. If the timer is set to199 the monitoring of line fault is disabled. Thistimer has a working range of 000-199 minutes.(Default: 000 Mins)

22 Service TimeThe installation company may use this timer toperiodically generate a “SERVICE REQUIRED”message so that the user is reminded that aservice call is required. The users may continueto set and unset the system. When theengineer attends the site and enters theirpasscode the message is cleared. The servicetimer is re-started when the engineer re-selectsthis timer option. To disable this feature set thetimer to 000. This timer has a working range of000-199 months. (Default: 000 Months)

23 Test Call AtThis timer is used in conjunction with timer 19, itcontrols the hour at which a test call is sent tocentral station. For example, if the timer is set to014 the test call will be signalled at 14.00(2.00pm). This timer has a working range of 000- 023. (Default: 003)

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 isactivated and after the “Settle Time” hasexpired.

2 Exit TerminatorThe system will set when the “Final Exit” circuit isactivated, the “Exit Terminator” button ispressed and after the “Settle Time” has expired.

3 Timed ExitThe system will set when the “Exit Time” hasexpired or if the “Exit terminator” button ispressed and the “Settle Time” has expired.

4 InstantThe system will set instantly.

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

6 Lock SetTo use this method you must install a lockswitch with the contacts connected to alockset zone type.

33


System TimersEnter Number >--

System TimersExit Time... 030

System TimersExit Time... 045

Enter new timer value

Timer Type

Timer value

5

ENT

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

ENT

e.g. 045


StarburstLCD LED

E1 -ENGR 1 -

Ti..--TIMER --

030030

045045

System Timers Flowchart

To set the system the user first enters theiraccess code at a keypad or operates akeyswitch. The control unit starts the exit tone.Note that the exit time is infinite in this option.The user then operates the final exit zone andturns the key in the lock switch to “locked”. Thesystem sets seven seconds after the lock switchcontacts open.

To unset the system the user turns the lockswitch to “unlocked” (closing the lock switchcontacts). The keypads start a continuoustone. At this point the user can lock thelockswitch again without causing any alarm.When the user opens the final exit zone thecontrol unit starts the entry timer. The usercompletes entry by unsetting the system in thenormal way.

Note that when the user unlocks the lockswitchthe control unit disables Alarm Confirmation.The control unit enables Alarm Confirmationagain if the user locks the lockswitch withoutstarting the entry timer.

If an intruder opens the final exit door withoutfirst unlocking the lockswitch then the controlunit immediately starts an unconfirmed alarm.If the intruder goes on to violate another zoneand you have enabled Alarm Confirmationthen the control unit sends a confirmed alarm.

Do System Print [1.7]If a printer is connected to the control panel a printout of all system parameters can be obtained.

34


System Print OutLine Number 001

7


StarburstLCD LED

E1 -ENGR 1 -

001LINE 001

System Print Flowchart

Setting Mode ?Enter Group > -

Full Setby Final Exit

Full Setby Timed Exit

Enter group:

= Full Set= Part Set A= Part Set B= Part Set C

Set Mode

6

0

A

B

C

e.g. 0 for full set

Select Set Mode:

= Final Exit= Exit Terminator= Timed Exit

1

2

3

= Instant4

ENT

e.g. 3 for timed exit


StarburstLCD LED

E1 -ENGR 1 -

S.BY -SET.MODE -

F-FEFULL-F.E

F-TEFULL-T.E

= Deferred5

= Lockset6

Setting Modes Flowchart

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)

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 options 6 and 8 in user menu 2. Whenprogrammed as “No” user 1 has access to alluser menus and options. (Default: No)

02 Fire signals all

When 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: No)

03 Silent 24hr cctsWhen 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. Whenprogrammed as “No” the abort output isnormally inactive and activates for 5 secondswhen an alarm is aborted. (Default: No)

06 SET with LFWhen programmed as “Yes” the system canbe set with a telephone line fault, however theuser will be asked to confirm this at the time ofsetting. When programmed as “No” the systemcannot be set with a telephone line fault.(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. Note that even though user resetis disabled, while alarm confirmation isenabled then users can reset the system afteran unconfirmed alarm. (Default: Yes)

08 Extended formatWhen programmed as “Yes" the plug-ondigicom will report using Contact ID extendedformat. When programmed as ”No" theplug-on digicom will report using standard fastformat. (Default: No)

09 Hi Sec EngineerWhen programmed as “Yes" the engineer mustenter his passcode and remote reset numberto gain access to engineer's menu 1. Whenprogrammed as ”No" only the engineer'spasscode is required to access engineer'smenu 1. (Default: No)

35


Remote ResetAlgorithm > 004

Remote ResetAlgorithm > 010


Algorithm No.

8

Enter new No.e.g. 010

ENT

StarburstLCD LED

E1 -ENGR 1 -

004004

010010

Remote Reset Alorithm Flowchart

10 Tamp user resetWhen programmed as “Yes", tamper alarmscan be reset by the user. When programmedas ”No", tamper alarms can only be reset bythe engineer or via remote reset. (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 Use code + EnterWhen 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)

14 Show P.set disp. (LED Keypads)When programmed as “Yes" the display willalternate between showing the time andwards that are set when the system is part set.When programmed as ”No" the display willalways show the time when the system is partset. (Default: Yes)

15 Dial Consec.When programmed as “Yes", the plug-ondigicom attempts calls consecutively. Whenprogrammed as ”No”, the plug-on digicomattempts calls alternatively. (Default: Yes)

16 SET with AC offWhen programmed as “Yes”, the system canbe set wi thout mains power. Whenprogrammed as “No”, the system cannot beset without mains power. (Default: Yes)

17 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: No)

18 Invert Output 1When programmed as “Yes” panel output 1 isnormal. When programmed as “No” paneloutput 1 is inverted. (Default: No)

19 Invert Digi O/PsWhen programmed as “Yes” the five digicomoutputs on the control panel switch from 0V to+12V when active (+ve applied). Whenprogrammed as “No” the five digicom outputson the control panel switch from +12V to 0Vwhen active (+ve removed). (Default: No)

20 On-Line keypadWhen programmed as “Yes" the MenvierLineload On-Line Keypad feature is enabled.When programmed as “No” the MenvierLineload On-Line Keypad feature is disabled.(Default: Yes)

21 Restore P.I.DWhen programmed as "Yes" the Contact IDrestore status is t ransmit ted. Whenprogrammed as "No" Contact ID restore is nottransmitted. (Default: Yes)

22 User AuthorisedWhen programmed as “Yes” the MenvierLineload software can only write information tothe control panel after the user has authorisedremote communicat ions. Whenprogrammed as “No” the Menvier Lineloadsoftware can write information to the controlpanel without user authorisation. (Default: No)

23 Mimic Alm & Flt.When 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)

24 Monitor off hookWhen programmed as “Yes”, the plug-ondigicom will monitor the telephone line foroff-hook condit ions (high security l inemonitoring). When programmed as “No”, theplug-on digicom wil l only monitor thetelephone line for line cut conditions (lowsecurity). (Default: No)

36


25 Answer Phone DefWhen programmed as “Yes”, the plug-ondigi-modem will only answer incoming callsafter a second attempt. When programmedas “No”, the plug-on digi-modem will answerincoming calls after the modem ring counterhas expired. (Default: No)

26 Send Open/CloseThis configuration option will only effectExtended format signalling, see configurationoption 08. When programmed as “Yes”, theplug-on digi-modem will send Open andClose signals (codes 401 & 409) to the centralstation. When programmed as “No”, theplug-on digi-modem will not send Open andClose signals (codes 401 & 409) to the centralstation. (Default: Yes)

27 Tamper alwaysThis configuration option will only effectExtended format signalling, see configurationoption 08. When programmed as “Yes”, theplug-on digi-modem will send tamper alarmsignals (codes 137 & 383) to the central stationat all times. When programmed as “No”, theplug-on digi-modem will only send tamperalarm signals to the central station when thesystem is set or part set. (Default: No)

28 24Hr Ccts alwaysThis configuration option will only effectExtended format signalling, see configurationoption 08. When programmed as “Yes”, theplug-on digi-modem will send 24hr/Auxilliaryalarm signals (codes 135 & 150) to the centralstation at all times. When programmed as“No”, the plug-on digi-modem will only send24hr/Auxilliary alarm signals to the centralstation when the system is set or part set.(Default: No)

29 Keypad PA SilentWhen programmed as “Yes”, pressing 1 & 3 onthe remote keypad will generate a silent PAalarm. When programmed as “No”, pressing 1& 3 on the remote keypad will generate anaudible PA alarm. (Default: No)

The Keypad PA feature is only availableon remote keypads fitted with version 4.0software or above.

30 Sounder on ConfirmWhen programmed as “Yes” the control unitactivates the internal sounders after aconfirmed alarm and any programmed belldelay. When programmed as “No” the controlunit starts the internal sounders immediatelyafter an unconfirmed alarm. (Default = No)

31 Bells on ConfirmWhen programmed as “Yes” the control unitactivates the external sounders after aconfirmed alarm and any programmed belldelay. When programmed as “No” the controlunit activates the external bell immediatelyafter an unconfirmed alarm. (Default = No)

32 Confirmation After EntryWhen programmed as “Yes” the control unitsends a confirmed alarm if the intruderactivates one or two separate zones after theentry timer expires. To select between one ortwo zones use “36 Entry conf 2 cct” Whenprogrammed as “No” the control unit disablesalarm confirmation when a user starts the entrytimer. Use the “No” option to comply withDD243:2002 paras 6.4.2, 6.4.3, 6.4.4 and6.4.6.(Default = No)

33 Confirmation OnWhen programmed as “Yes” then the Digicomreports a Channel 3 (005 Intruder) for anintruder alarm as normal. If a subsequent zoneis triggered within the same set period then theDigicom reports Channel 7 (011 ConfirmedAlarm). The ARC operator can now inform theappropriate police authority that the alarm isconfirmed and that this is likely to be a realbreak in and not a false alarm.When programmed as “No” then the controlpanel disables Alarm Confirmation and anyAlarm Confirm outputs.(Default = Yes)

37


34 Entry Keypad LockWhen programmed as “Yes” then users cannotunset the system from a keypad during entry.Program this option as “Yes” if you are installinga DD243:2002 compliant system and the usermust unset the system with a proximitydetector (“Portable ACE”). The user mustemploy a proximity tag to disarm the systemduring the entry period.When programmed as “No” then users canunset the system from a keypad during entry.

If your make Pset Com. Dly (Eng 1.5.03) =199 then users can unset the system froma keypad when the system is part-set.

(Default = No)

35 Tamp as BurgDD243: 2002 states that alarm signals andconfirmation signals must be transmitted usingcertain codes. In some case these codes donot conform to Cooper Securi ty Ltd’simplementation of the CID standard. Thisoption allows you to program the control unit tosend tampers as alarm.When programmed as “Yes” then the controlunit sends tampers to the ARC as IntruderAlarm (CID 130). In Fast Format the control unittransfers the Digicom Tamper output (defaultoutput 8) to the Digicom Alarm output (defaultoutput 3).When programmed as “No” the control unitsends all messages as specified in ReportMode.(Default = No)

36 Entry Confirmation After 2 circuitsWhen programmed as “Yes” the control unitsends a confirmed alarm if an intruderactivates two separate zones after the entrytimer expires. If the control unit is in alarmbefore the user starts entry then only onesubsequent zone violation is required.Note: Select this option if you are installing aDD243:2002 para 6.4.5 compliant system andthe user must unset the system with a proximitydetector (“Portable ACE”).Whe programmed as “No” the control unitsends a confirmed alarm if the intruderactivates one zone after the entry timerexpires. This option does not comply withDD243:2002.

If you program Confirmation After Entryas “No” then the setting of this option hasno effect.

37 Unconf Usr RstWhen programmed as “Yes” then users canreset the system after an unconfirmed alarm.When programmed as “No” then an engineeror the ARC must reset the system after anunconfirmed alarm.

(Default = “Yes”)

38 Keypad PA OnWhen programmed as “Yes” then the user canstart a PA alarm by pressing keys 1 and 3 at thesame time. Program as “No” to remove thisoption.

(Default = “No”.)

38


ConfigurationEnter Number >--

User resetOption 07 - Yes

User resetOption 07 - No

to alternate Yes and No

Option No.

9

B

ENT

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

ENT


StarburstLCD LED

E1 -ENGR 1 -

co.--CONFIG.--

YESYES

NONO

Configuration Flowchart

Go to 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".

Add/Clear ID Devices (TS690ID) [1.A]This option allows the engineer to add and removeID devices from the system. It also allows you todiagnose the ID loop.

Clear & Relearn ID DevicesThis option causes the system to clear anypreviously learnt devices and re-scan the ID loopand learn all connected devices. In order for adevice to be detected the device must NOT be ina tamper condition.

Add ID DevicesThis option causes the system to re-scan the IDloop and only learn new devices that have beenconnected. In order for a new device to bedetected the device must NOT be in a tampercondition.

Display CodesWhen using the "Clear/Add ID Devices" option thetop line of the display shows that status of IDdevices 1 to 15, the bottom line of the displayshows the status of ID devices 16 to 30. Thefollowing characters are used to indicate thefollowing status:

. Device not fitted.

H Device is healthy (normal)

A Device is active (alarm).

T Device is in tamper.

F Device is in a fault condition (normally caused bytwo devices fitted with the same ID).

Slow Scan ModeThe “SLOW SCAN” mode can be used to diagnosethe ID line and check for correct voltage levels ateach ID device. When selected the ID loopcontinuously cycles through the RESET, MID andHIGH conditions (5 seconds for each). For correctoperation, the voltages should be:

RESET 1.9V to 2.4V

MID 5.6 to 6.4V

HIGH 9.0 to 10.1V

39


User menu 1Select Option :-

Please Exit Now.Time left > 0029

Please Exit Now.Time left > 029

Sounder. ON > 08Press ESC to end

Walk TestPress ESC to end

Remote ResetQuote > 6846

Change passcodeNew code > ----

Chime ccts areEnabled

CCTS ISOLATED08:30 Sun 28 Apr

Omit CircuitsEnter CCT No.>--

Silent Set ?Enter Group > -

SYTEM OPEN08:30 Sun 28 Apr

1

2

3

4

5

6

7

8

0

0

ESC

ESC


A

Please Exit Now.Time left > 0029B

Please Exit Now.Time left > 0029C

Bell Test

Walk Test

RemoteReset

Changecode

EnableChime

Omit ShuntGroup

OmitCircuits

Silent Set

Full Set

Part Set A

Part Set B

Part Set C

User Menu 1 Flowchart

View Location Text (LCD Only) [1.B]This option allows the engineer to view the panellocation text. The text message is programmed in"Engineers menu 2", see page 47.

Re-Map ID Devices (TS690ID) [1.C]This option allows the engineer to re-map IDdevices to circuits. By default all devices aremapped to their corresponding circuit, i.e. IDdevice 01 is mapped to circuit 01, ID device 28 ismapped to circuit 28, etc.

If a system relearn is required when selectingthis option, the relearn is performed first (see“Relearn Hardware”). Once the relearn hasbeen carried out re-selecting this option willselect the “Re-Map ID Devices” option.

Relearn Hardware [1.C]If the system hardware configuration haschanged whilst in engineers mode, for example aremote keypad added or removed from thesystem. The system will show “RELEARN REQUIRED”when exiting from engineers mode. To clear thismessage you must re-select engineers menu 1and press [C], the panel will generate anacceptance tone and all current hardware isre-logged on to the system. It is advisable that youconfirm the new hardware by viewing the systemlog, see page 44.

40


Re-map DevicesEnter Device >--

Re-map Devicesto Circuit >18

Enter ID device No (01 - 30)e.g. 18

The display shows thecurrent mapping.

Enter new circuit No.e.g. 21

C

ENT

ENT


StarburstLCD LED

E1 -ENGR 1 -

----

1818

Re-map Devicesto Circuit >21 2121

Re-Map Circuits Flowchart

PANEL IS INRECEPTION CLOSET Location Text

B


ESC

LCD Only

View Location Text Flowchart


Press

Enter engineer's passcode

A confirmation tone willbe heard

C

RELEARN REQUIRED02:30 01 JAN

StarburstLCD LED

RESTCON.

RESETCONFIG.

E1.-ENGR 1 -

Relearn Hardware Flowchart

>HHHHHHHHAAHH...>...............

CCT 01 Healthy

Use the [A] & [C] keys toscroll through circuits

ID Devices01 - 1516 - 30

= Add ID devices

= Toggle ID & View Circuits

A

A

B

B

ESC


StarburstLCD LED

E1 -ENGR 1 -

USELCD

USE 16x2

01-HCCT 01 - H

= Clear & learn ID devicesC

= Toggle Slow Scan Mode0

ID SLOW SCANID SLOW SCAN

Use a DVM to measureVoltages at ID devices

0

ESC

01-HCCT 01 - H

Add/Clear ID 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

View Circuits 42

Set System Time 42

Set System Date 42

Change Passcode 43

Chime Circuits 43

Configure Shunt Group 43

Print System Log 43

Configure Part Sets 44

View System Log 44

Reset User Code 1 46

Start Call Back 46

Custom Text Menu 47

Modem Options 47

41

TS690 & TS690ID Installation Manual Engineer's Menu 2


1-CCT, 2-Banner3-Location

View CircuitsEnter CCT No. >--

Set Clock > ----

Set Date > ----

Change passcodeNew code > ----

Alter Chime cctsEnter CCT No. >--

Alter 24hr GroupEnter CCT No. >--

Print System LogNo. events> ---

Configure Omitsfor part set A

PASSCODE 0008:45.59 28/04

Press ENT toReset User 1 ?

Call Number 10181 12345678

Modems optionsSelect Option :-

1

2

3

4

5

6

7

8

9

0

A

ESC

ENT


B

C

Engineer's Menu 2

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

Status Response Normal Min. Max.

Healthy None 2.2 KΩ 54 Ω 4.1KΩActive Alarm 6.9 KΩ 4.1 KΩ 54 KΩ

Tamper Tamper ∞ 54 KΩ ∞Shorted Alarm 0 Ω 0 Ω 53 Ω

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.

42

Engineer's Menu 2 TS690 & TS690ID Installation Manual

Front DoorCCT 01 Heathly

Back DoorCCT 10 Healthy

Circuit text


Circuit No. &status

= Next Circuit

1

ESC

A

B

= Previous Circuit

TS690

= Diagnostics (LCD Only)

C


StarburstLCD LED

E2 -ENGR 2 -

01-HCCT 01-H

10-HCCT 10-H

ESC

Back Door

CCT 10 is 2K2Ω

TS690ID>HHHHHHHHHH.....>...............

Circuit text

Circuit No. &resistance

ID status01 - 1516 - 30

. = Not fittedH = HealthyA = ActiveT = TamperF = Fault

View Circuits Flowchart

Set Date > ----

Set Date > 2804New date

Enter datee.g. 2804

3

ENT


StarburstLCD LED

E2 -ENGR 2 -

--------

28042804

Set System Date Flowchart

Set Clock > ----

Set Clock > 1605New time

Enter timee.g. 1605

2

ENT


StarburstLCD LED

E2 -ENGR 2 -

--------

16051605

Set System Time 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”.

Alter Shunt Group [2.6]Circuits can be assigned to the shunt group. Theshunt group can be isolated by using user menu 1option 6 or by using a “Shunt” code see “UserManual”.

Print System Log [2.7]The system log stores 700 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.

43


Alter Chime cctsEnter CCT No.>--

Font DoorCCT 10 SilentCircuit No &

Status


Circuit text

= Next Circuit

5

ESC

A

= Alternate Chime/SilentB

= Previous CircuitC


StarburstLCD LED

E2 -ENGR 2 -

01-SCCT 01-S

10-SCCT 10-S

Chime Circuits Flowchart

Alter Shunt GrpEnter CCT No.>--

Roller DoorCCT 09 OmittedCircuit No. &

Status


Circuit text

= Next Circuit

6

ESC

A

= Alternate Armed/OmittedB

= Previous CircuitC


StarburstLCD LED

E2 -ENGR 2 -

01-ACCT 01-A

09-OCCT 09-O

Alter 24hr Group Flowchart

Print System LogNo. events> ---

Print System LogNo. events> 100

Enter number of eventse.g. 100

to start printing

7

ENT


StarburstLCD LED

E2 -ENGR 2 -

------

100100

Print System Log Flowchart

Change pass codeNew code > ----

Change pass codeNew code > 2580

Enter new passcodee.g. 2580

4

ENT


StarburstLCD LED

E2 -ENGR 2 -

--------

25802580

Change Passcode Flowchart

Configure Part Sets [2.8]The TS690 and TS690ID can be configured to haveup to three parts set modes (Part Set A, Part Set Band Part Set C). This option allows the engineer toconfigure each part set mode. Within each partset mode you must designate which circuits willremain armed and which circuits will be omitted.When the user selects the relevant part set modethe system only arm the circuits that aredesignated as armed and isolate the circuits thatare designated as omitted.

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

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.

44


Configure Omitsfor part set A

Front DoorCCT 01 Armed

Circuit text

Select part set mode:.

e.g. Press B

Status

= Next circuit

8

ENT

ENT

A

= Alternate Armed/OmittedB

= Previous circuitC


Front doorCCT 01 Omitted

StarburstLCD LED

E2 -ENGR 2 -

PS APSET A

01-ACCT 01-A

01-OCCT 01-O

= Part set AA

= Part set BB

= Part set CC

Configure Omits Flowchart

PASSCODE 0108:40.59 28/04

to alternateName &User No.

Date/Time

Event type

= Scroll backwards

9

ESC

A

B

= Scroll forwardsC


ALARM 0208:45.59 28/04 to alternate

Circuit No. &Circuit Text

Date/Time

Event type

= Scroll backwardsA

B

= Scroll forwardsC

View System Log Flowchart

Log Event Codes

45


LCD Starburst LED Description

AC OFF A.C. OFF PF Mains power removed.

AC RESTORED A.C. ON Pr Mains power restored

ACTION ALARM ALM SENT AA Alarm activated when system is part-set.

ALARM 01-38 ALARM 01-38 CA.01-38 Full alarm from circuit (01-38).

AUX/BELL TAMPER AUX TAMP AT Auxiliary tamper activated.

AUXILIARY 01-38 AUX 01-38 Au.01-38 Auxiliary circuit activated.

BATTERY FAULT BATT FLT BF Battery fault (voltage below 10.5V).

BELLS REARM Time and date of bells reinstatement. Separate fromSystem re-arm.

BELL TESTED BELL TST BT External bell and strobes tested.

CALL BACK No. 01-03 C. BACK 01-03 CB.01-03 Modem making a call back to remote PC.

CCT OMITTED OMIT'D 01-38 CO.01-38 Circuits omitted by the user at time of Setting.

CCTS ISOLATED 24HR OM'T CI 24Hr group omitted during the unset condition.

CCTS TESTED 01-38 TEST'D 01-38 Tc.01-38 The number of circuits tested during Walk Test.

CODE TAMPER C.TMP 01-04 PT.01-04 Code tamper from keypad 01-04

COMMS ACTIVE COM ACT cA Plug-on digicom active.

COMMS FAILED COMS FLT cF Plug-on digicom failed to communicate.

COMMS SUCCESSFUL COMS OK cc Plug-on digicom communicated successfully.

DATE CHANGED DATE CHG Dc System Date changed.

DEFAULT CODE DEFLT 01 DF User passcode (01) reset to 5678 by the engineer.

DELAY ALARM 01-38 DELAY 01-38 AD.01-38 Delayed alarm during a part-set condition.

DURESS 01-31 DUR'SS 01-31 Du.01-31 Duress alarm from user passcode (01-31).

ENTRY 01-38 ENTRY 01-38 En.01-38 Entry timer started by circuit (01-38).

ENTRY ALARM 01-38 EN.ALM 01-38 EA.01-38 Entry timed-out alarm from circuit (01-38).

FACTORY RESTART FACT. RST Fr System “Factory Restarted”.

FIRE ALARM 01-38 FIRE 01-38 FA.01-38 Fire alarm circuit activated.

FIRST KNOCK 01-38 FIRST 01-38 Fn.01-38 The first activation of a Double Knock circuit.

FUSE BLOWN 01 FUSE 01 FB.01 Control Panel 12V Auxiliary Fuse blown.

KEY SWITCH 01-38 KEY.SW 01-38 So.01-38 Keyswitch operation from circuit (01-38).

LINE FAULT LINE FLT LF Telephone line fault detected.

LINE RESTORED LINE OK Lr Telephone line fault restored.

LOCKSET LOCKED Lock switch placed in “locked” position.

LOCKSET UNLOCKED Lock switch placed in “unlocked” position.

MODEM LOCK-OUT LOCK-OUT LO Modem failed to communicate.

NO EVENT NO EVENT -- No log event.

OMITS REMOVED OMIT REM Or Previously omitted circuits reinstated.

Log Event Codes

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.

Start Call Back [2.A]If the system is fitted with a digi-modem, it ispossible for the installation engineer to initiate anupload sequence to a remote site (normally thealarm company). Once the communication link isestablished with the remote site, data can be sentand received from the control panel. This feature isonly compatible with Menvier Lineload softwareversion 2.5 or above.

46


LCD Starburst LED Description

PANEL LID TAMPER LID TAMP LT Control panel lid removed.

PART SET A/B/C P.SET A/B/C PS.A/B/C System Part-Set using one of the A, B, or C buttons.

PASSCODE 00-15 USER 00-15 Ur.00-15 User passcode entered. (00-15).

REINSTATEMENT Time and date for reinstatement.

RELEARN REQUIRED RESET CONFIG. REST CON. Hardware relearn required see page 38.

REM REMOVED 01-04 R. REM 01-04 rr.01-04 Remote Keypad removed from system.

REM SERVICE CALL R.S. CALL SC Remote service call via “Lineload” software and PC.

REM TAMPER 01-04 R. TMP 01-04 rT.01-04 Remote Keypad cover removed.

REMOTE ADDED 01-04 R. ADD 01-04 RA.01-04 Remote Keypad added to the system.

REMOTE RESET REM RST rc System reset by “Remote Reset” passcode.

SERVICE CALL END R.S. END SE Remote service call finished.

SERVICE REQUIRED SERVICE rS Service required

SET FAIL SET FAIL SF System failed to Set.

SYSTEM OPEN SYS OPEN OP System fully unset.

SYSTEM RE-ARMED RE-ARMED rA System re-armed all healthy circuits.

SYSTEM SET FULL SET FS System fully set.

TAMPER 00 TAMP'R 00 TA.00 Short circuit on ID loop.

TAMPER 01-38 TAMP'R 01-38 TA.01-38 Tamper alarm from circuit.

TEST CCTS OFF TEST OFF To All circuits taken off “Test”

TEST FAIL 01-38 T. FAIL 01-38 TF.01-38 Circuit failed during “Test”.

Press ENT toReset User 1 ?

to reset user 1

0

ENT


StarburstLCD LED

E2 -ENGR 2 -

RESTUSR 1

RESETUSER 1 ?

Reset User Code Flowchart

Custom Text Menu (LCD Only) [2.B]This menu option allows the engineer to edit thefollowing text messages:

Circuit TextThis option allows the engineer to program up to16 characters of text to each circuit.

Banner MessageNormally when the system is unset the bottom lineof the displays shows the time and date, and thetop line is left blank. This option allows the engineerto program a 16 character banner message,which is shown on the top line of the display. Thismay be used to display the company's name etc.

Location TextThis option allows the engineer to program a 32character location message. When “Engineersmenu 1" is selected the engineer can view thismessage. This can be used to provide the locationdetails for the control panel, e.g., ”C P located inreception area", thus assisting service engineersunfamiliar with the site.

Details of text programming can be found onpage 50.

Modem Options [2.C]This option allows the engineer to access thefollowing modem options:

Call Back No.1This option allows the first call back telephonenumber to be programmed.

Call Back No.2This option allows the second call back telephonenumber to be programmed.

Call Back No.3This option allows the third call back telephonenumber to be programmed.

47


Call Number 10181 12345678

Call back No.Tel No.

A

1

ENT


2

3

= Call No. 2= Call No. 1

= Call No. 3

to start callback sequence

SYSTEM OPEN09:00 28 APR

StarburstLCD LED

E2 -ENGR 2 -

No. 1CALL NO.1

OPENOPEN

Start Call Back Flowchart

1-CCT, 2-Banner3-Location

B

ENT


= Circuit Text1

Bloggs Alarms^

Use keys to edit text

Cursor

= Banner Message2

= Panel Location Text3

e.g. 2 for Banner Message

LCD Only

Custom Text Flowchart

Modem PasswordThis option allows the modem password to beprogrammed. The “Modem Password” can be upto 16 character long and provides a means ofsecurity for remote communications. When usingthe “Lineload” software the “Modem Password” inthe site profile must match the “Modem Password”that is stored in the control panel.

Modem Site No.

This option allows the Modem site number to beprogrammed. The “Modem Site No.” is a 4 digitnumber that is used as a site reference. Whenusing the “Lineload” software the “Site Reference”number in the site profile must match the “ModemSite No.” that is stored in the control panel.

Program DigicomThis option allows the plug-on digi-modem (DC6)to be programmed.

Telephone Numbers 1 & 2The telephone number of the alarm receiver.

Account Numbers 1 & 2The account (chip) number that allocated to youby your central station.

Reports To Numbers 1 & 2The individual channels that will report to theselected receiver number.

Set/Day ChannelsThe channels that will report a close (set) and open(day) conditions.

Restore ChannelsThe channels that will report a restore (reset)condition when the input channel has returned toits original state.

48


|Call back No.1Cursor

Enter Tel No.e.g. 018112345678

ENT

Modem options

Select Option :-

Engineers menu 2

Select Option :-

C

018112345678

Call back N|.1

Tel No.

Tel No.

1 = Call back No 12 = Call back No 23 = Call back No 3

e.g. 1

LCD Only

Modem Call Back Numbers Flowchart

|Modem PasswordCursor

Enter password.e.g. 5750

4

ENT

Modem options

Select Option :-

Engineers menu 2

Select Option :-

C

5750

Mod|m Password

Password

Password

LCD Only

Modem Password Flowchart

|Modem Site No.Cursor

Enter 4 digit site No.e.g. 0001

5

ENT

Modem options

Select Option :-

Engineers menu 2

Select Option :-

C

0001

Mod|m Site No.

Site No.

Site No.

LCD Only

Modem Site Number Flowchart

Digicom TestsThis option allows the engineer to test eachchannel on the plug-on digi-modem (DC6) andthe five digi outputs on the main PCB.

Reset Digi-ModemWhen the system is powered up, the control panelautomatically logs-on the digi-modem (DC6). Ifthe device is changed or removed from thesystem you must either power the system downand back up again, or select this menu option inorder for the digi-modem to be log-on again.

49


6

Modem optionsSelect Option :-


C

Use keys 1 - 8 to togglechannels 1 - 8.

Enter telephone Number

018112345678|elephone No. 1

LCD Only

ENT

Enter telephone Number

018112345679|elephone No. 2

ENT

Enter account number

0001|Account No. 1

ENT

Enter account number

0001|Account No. 2

ENT

* 2 3 4 * * * *Reports 1

ENT


* 2 3 4 * * * *Reports 2

ENT


* * * 4 * * * *Set/Day

ENT


* 2 3 4 * * * *Restore

ESC

Program Digicom Flowchart

Digi, Idle>* * * * * * * *

Digi, Active>1 2 3 4 * * * *

Plug-onDigi status

e.g. 1234

Active outputs

7

ESC


Press [1] to [8] to selectthe channel

C

Engineer menu 2Select Option :-

LCD

Digicom Tests Flowchart

Acceptance tone indicatesreset performed

0



C

LCD Only

Reset Digi-modem Flowchart

Text Editing KeysWhen programming any text the keys on thekeypad function as shown below:

A E I

O U 0 (Zero)

Cursor left N/U Cursor right

Accept text Space Abandon

Next letter Cursor type Prev. letter

Cursor Types

[^] This is the normal text editing cursor. Usethe text editing keys as shown above.

[|] This is the number cursor. Use thenumbered keys 0 - 9 to enter numericdata.

Common Key Sequences

Character Key Sequence Character Key Sequence

A 1 U 5

B 1A V 5A

C 1AA W 5AA

D 2C X 5AAA

E 2 Y 5AAAA

F 2A Z 5AAAAA

G 2AA : 1CCCCCCC

H 3C ; 1CCCCCC

I 3 < 1CCCCC

J 3A = 1CCCC

K 3AA > 1CCC

L 3AAA ? 1CC

M 4CC @ 1C

N 4C ! 0A

O 4 “ 0AA

P 4A # 0AAA

Q 4AA $ 0AAAA

R 4AAA % 0AAAAA

S 5CC & 0AAAAAA

T 5C

Displaying Text on a StarburstThe TS790.STAR remote keypad is capable ofdisplaying up to eight characters of text when it isconnected to the TS690/TS690ID control panels.However the text can only be entered using aTS900 LCD remote keypad or via Lineloadsoftware.

In order for the TS790.STAR remote keypad todisplay the text, the text must have a "SpecialSpace Character" embedded in the normal textline. The TS790.STAR remote will detect thischaracter and display the preceding eightcharacters, e.g.,

LCD Display Starburst Display

HALLWAY~PIR HALLWAY

LOUNGE~PIR LOUNGE

OFFICE~DOOR OFFICE

The ~ character shown in the above table hasbeen used to represent the “Special SpaceCharacter”, the LCD keypad will still display anactual space.

To enter the "Special Space Character" , move thecursor to the required position. Press [5] to select“U” then press [8] to change it to lower case, thenpress [A] 11 times. The display will now show a"Special Space Character".

50


AppendicesContact ID Extended ReportingContact ID extended reporting is a new formatwhich when used with the DC6 can be used toreport circuit ID data, user ID etc. The centralstation alarm receiver must be capable ofreceiving “Contact ID extended Format” data.

Contact ID Reporting takes the following format:

CCCC Q EEE GG ZZZ

CCCC Customer account number.

Q Event qualifier, where E = new event (1)and R = restore (3).

EEE Event code (see table below).

GG Always 00.

ZZZ Circuit/Contact ID number reporting thealarm (001-038), or user number(001-015) for open/close reports. Systemstatus messages (Mains Fail, Walk Test,etc.) contain zeros in the ZZZ location.

Code Description

110 Fire alarm

120 Panic (PA Code) alarm

121 Duress alarm

122 Silent PA alarm

123 Audible PA alarm

130 Intruder alarm (See Note)

134 Entry alarm

135 24 Hour alarm

137 Equipment tamper alarm

139 Alarm Confirmation

150 Auxiliary alarm

301 Mains failure

305 System reset (on-site or factory)

309 Battery test failure

382 Remote keypad removed

401 Open / Close by user

406 Alarm cancelled

409 Open / Close by keyswitch

572 Any CCT shunted

573 CCT “actively” omitted

Code Description

601 EF Test Call

628 Engineer program mode cancelled

Contact ID Event Codes

Note: 130 becomes CCT Tamper if Engineer Menu1.9 option 30 is set to “Tamper is Burg”.

Resetting the Engineers passcodeIf the installation engineer has inadvertentlychanged the engineers passcode or thepasscode has been forgotten, the passcode canbe reset back to 1234 without losing any otherprogrammed data. This procedure can only beused providing a master user passcode isavailable:

1. Ensure that the system is unset and a userpasscode is available.

2. Remove the cover from the control panel, thiswill cause a “Panel Lid tamper” alarm.

3. Ask the user to enter their passcode to silencethe alarm.

4. Place the blade of a small screwdriverbetween the pins labelled “FACTORY RESTART”.A multi-tone sound indicates the engineerspasscode has been reset.

5. Replace the control panel cover. At theremote keypad enter 1234. The display willshow “Engineers Menu 1". To change theengineer’s passcode see ”Change Engineer’sPasscode on page 43.

51

TS690 & TS690ID Installation Manual Appendices

52

Appendices TS690 & TS690ID Installation Manual

P

P

P

P

P

C

C

C

C

C

C

CP

CP

RK

RK

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

P

Figure 27. A Typical 3 Bedroom House

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 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 Omits” on page 44).

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.

Alarm Abort & ConfirmationBoth the TS690 and TS690ID support “Alarm Abort”and “Sequential Confirmation”. The alarm abortcan be achieved by either sending an abortsignal on a dedicated channel or by restoring thealarm channel.

Alarm Abort OperationWhen the alarm is triggered the system transmits achannel 3 (Alarm) to the ARC. If the system is unsetwithin the “Abort Delay” period the abort output istriggered and an Abort signal is transmitted to theARC. The alarm output is also restored.

Sequential Confirmation OperationWhen the first alarm is triggered, the systemtransmits channel 3 (Alarm) to the ARC. If adifferent zone is activated the system transmitssecond alarm signal to the ARC.

1. If the DC6 is being used program the digicomchannels as shown below, see “DigiChannels”, on page 26. If a stand-alonedigicom is being used program the digicomoutputs as shown below, see “Digi Outputs”, onpage 26.

Channel No Output Type

3 005 (Alarm)

4 043 (Abort)

7 011 (Alarm Confirm)

2. Program the “Abort Delay” timer to the requiredtime (the default is 180 seconds), see “SystemTimers”, on page 31.

53


+12V+DC POWER

Digicom(stand-alone)

0V0V

3 - AlarmAlarm (005) - 3

8 - AbortAbort (043) - 4

7 - ConfirmationSecond Alarm (011) - 5

TS690/TS690ID

Figure 28. Alarm Abort & Sequential Confirmation

Setup New UsersThe TS690 and TS690ID allows up to 15 users tooperate the alarm system, each user is assigned auser type and 4 digit passcode. User 01 is themaster user which has a default setting of 5678.

User TypesThe following user types are available:

MasterUser 01-15 can be programmed as the type“Master”. If the installation company hasprogrammed the master user for full access, theywill have access to all user menus and options. Ifthe installation company has programmed themaster user for limited access, they will NOT haveaccess to “User menu 2" options 6 and 8.

StandardUsers 02-15 can be programmed as the type“Standard”. This user type can set and unset thealarm system and access ”User menu 1”.

HolidayUsers 02-15 can be programmed as the type“Holiday”. This user type can set and unset thealarm system and access “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 they are away on holiday.

Set OnlyUsers 02-15 can be programmed as “Set Only”.This user type allows the alarm system to be setand access to “User menu 1".

Reset OnlyUsers 02-15 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 02-15 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, this

feature can be disabled by the installationcompany or by making the first two digits ofthe passcode the same.

PA CodeUsers 02-15 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.

ShuntUsers 02-15 can be programmed as “Shunt”.When this user type is entered the circuits assignedto the shunt group are isolated. When thepasscode is re-entered the circuits assigned to theshunt group are reinstated.

This user type will be displayed as “Access”on the TS790 Starburst remote keypad.

54


Setup usersUser No. >--

Alter user typeStandard

Change pass codeNew code > -----

Change pass codeNew code > 2589

Enter user type:

= Master= Standard= Holiday

User Type

4

1

2

3

ENT

Enter user No.e.g. 04

Enter master user (5678)

= PA Code= Shunt

7

8

ENT

e.g. 1 for Master

Enter New passcode

ENT

e.g. 2589

= Set Only4

= Reset Only5

= Duress6

User menu 2Select Option :-

ENTENT

Setup New Users Flowchart

Quick Reference Engineers Menus

Engineers Menu 1

key Options Page

Program Panel Outputs1 = Panel Output 1 (relay)2 = Panel Output 2 (-ve)3 = Panel Output 3 (+ve)

26

Program Digicom Outputs1 = Channel 12 = Channel 23 = Channel 34 = Channel 45 = Channel 5

26

Program Digicom Channels1 = Channel 1 5 = Channel 52 = Channel 2 6 = Channel 63 = Channel 3 7 = Channel 74 = Channel 4 8 = Channel 8

26

Program Circuits & AttributesCircuit Types Circuit Attributes0 = Not Used 1 = Access1 = Night 2 = D Knock2 = 24 Hour 3 = Test3 = PA Silent 4 = Omit4 = PA Audible 5 = Reset5 = Fire 6 = Monitored6 = Auxiliary 7 = Entry7 = Final Exit 8 = Chime8 = Exit Term. Lock Switch Attributes9 = Keyswitch F,A,B,C = wards

L = LocksetM = MomentaryI = Inverted

29

System Timers00 = Abort Delay 12 = Monitor Dur.01 = No Rearms 13 = Pset Bell Dly02 = Settle Time 14 = Courtesy Dur.03 = Pset Com Dly 15 = No Rem. Resets04 = Exit time 16 = Modem Rings05 = Entry Time 17 = CID Alarms06 = Bell Dur. 18 = AC Off Delay07 = Bell Dly 19 = Test Call08 = Double Knock 20 = Confirmation09 = Test Time 21 = Line Fault Dly10 = 2nd Entry 22 = Service Time11 = Part Set Entry 23 = Test Call At

31

Setting Modes0 = Full Set 1 = Final ExitA = Part Set A 2 = Exit TerminatorB = Part Set B 3 = Timed ExitC = Part Set C 4 = Instant

5 = Deferred6 = Lock set

33

System Print-Out 33

Remote Reset AlgorithmEnter Algorithm number 004 - 199.

34

key Options Page

System ConfigurationNo. Yes No00 = Bell is an SAB Bell is an SCB01 = User 1 Limited User 1 Unlimited02 = Fire Signals All Fire Signals Set03 = Silent 24hr Ccts Audible 24hr Ccts04 = Enable Duress Disable Duress05 = Invert Abort O/P Normal Abort O/P06 = Set with LF Can’t Set with LF07 = User Reset Engineer Reset08 = Extended Format Fast Format09 = Hi-Sec Engineer Lo-Sec Engineer10 = Tamp User Reset Tamp Engr Reset11 = Do Battery Test No Battery Test12 = F.Exit Is Night F.Exit is Normal13 = User Code + ENT User Code Only14 = Show P.Set Info Show Time Only15 = Dial Consecutively Dial Alternatively16 = Set with AC Off No Set with AC Off17 = Loud Chime Normal Chime18 = Invert O/P 1 Normal O/P 119 = Invert Digi O/Ps Normal Digi O/Ps20 = Online Keypad No Online Keypad21 = Restore PID PID Alarms Only22 = User Authorised No Authorisation23 = Mimic Alm & Flt Mimic Alarm Only24 = Monitor Off Hook Monitor Line Cut Only25 = Answerphone Def. Normal Answer26 = Send Open/Close No Open/Close27 = Tampers always Tampers when set28 = 24hr ccts always 24hr ccts when set29 = Keypad PA Silent Keypad PA Audible30 = Snders on Confirm Sndrs on First Alarm31 = Bells on Confirm Bells on First Alarm32 = Conf after Entry No Conf After Entry33 = Confirmation On Confirmation Off34 = Entry kpd locked Entry kpd free35 = TA as Burg TA as TA36 = Ent. conf after 2cct After 1 cct37 = Unconf Usr Rst Unconf Eng Rst38 = Keypad PA On Keypad PA Off

34

Go To User Menu 1 36

Add/Clear ID DevicesA = Add ID DevicesB = Toggle ID Status and View Circuits ModeC = Clear and Learn all ID Devices0 = Toggle SLOW SCAN Mode and Normal

37

View Location Text 37

Re-Map ID Devices & Relearn HardwareRe-Map ID Devices (TS690ID Only)1. Enter Device No 01 - 30 then ENT.2. Enter Circuit No 01 - 38 then ENT.3. Repeat for other devices.

Relearn HardwareClears the “RELEARN REQUIRED” / ”RESETCONFIG” message and logs all devices on tosystem.

38

55


Quick Reference Engineers Menus

Engineers Menu 2

key Options Page

View CircuitsA = Scroll Next CircuitC = Scroll Previous Circuit

42

Set System TimeEnter time e.g. 1400 for 2.00pm

42

Set System DateEnter date e.g. 2804 for 28 April

42

Change Passcode (Engineers)Enter new passcode

43

Chime CircuitsA = Scroll Next CircuitB = Toggle Chime / SilentC = Scroll Previous Circuit

43

Alter Shunt GroupA = Scroll Next CircuitB = Toggle Armed / OmittedC = Scroll Previous Circuit

43

Print System LogEnter Number of events and press ENT

43

Configure Part SetsA = Scroll Next CircuitB = Toggle Armed / OmittedC = Scroll Previous Circuit

44

View System LogA = Scroll BackwardsB = Toggle Name / Circuit TextC = Scroll Forwards

44

Reset User Code 1Press ENT to Reset User 1 to 5678

46

Start Call Back1 = Call Back No. 12 = Call Back No. 23 = Call Back No. 3ENT to start Call Back

46

Custom Text Menu1 = Circuit Text2 = Banner Message3 = Panel Location Text

47

Modem Options1 = Call Back No. 12 = Call Back No. 23 = Call Back No. 34 = Modem Password5 = Modem Site No6 = Program Digicom7 = Test Digicom0 = Reset Digicom

47

Output Types

56


No. Output Type

000 Bell On

001 Strobe On

002 Switch 12V

003 Detector Reset

004 Walk Test

005 Alarm

006 P.A.

007 Fire

008 System Set

009 Code Accepted

010 24 Hour

011 Alarm Confirm

012 Courtesy Light

013 Engr On Site

014 Ccts Omitted

015 Auxiliary

016 Part Set C Selected

017 Part Set B Selected

018 Part Set A Selected

019 Full Set Selected

020 Tamper Fault

021 Line Fault

022 Mains Off

023 Exit / Entry

024 Test Fail

025 First Knock

026 Comms Failed

027 Comms Success

028 Comms Active

029 2nd Entry

030 Entry

No. Output Type

031 Exit

032 Duress Alarm

033 System Part Set

034 Battery Fault

035 Set Fail

036 System Open

037 New Alarm

038 24hr Circuits Omitted

039 Modem Lock Out

040 Chime Mimic

041 Shunt Group Active

042 Timed Output

043 Abort

044 General Fault

045 Battery Test

046 Service Call

047 Full Set

048 Strobe on Set

049 Service Call

050 PC Output 1

051 PC Output 2

052 Sounder Control

053 ID Loop Shorted

054 Call Engineer

055 Always Off

056 Active Omit

100 Circuit Mimic 01

137 Circuit Mimic 38

200 Circuit Alarm 01

237 Circuit Alarm 38

Quick Reference User Menus

User Menu 1

key Options

Bell Test

Walk Test

Remote ResetEnter Reply code + ENT

Change Passcode (user)Enter new passcode

Enable Chime1 = Disabled2 = Enabled3 = Enabled in P/Set4 = Enabled in Unset

Omit Shunt Group

Omit CircuitsA = Scroll Next CircuitB = Toggle Armed / OmittedC = Scroll Previous Circuit

Silent Set0 = Silent Full SetA = Silent Part Set AB = Silent Part Set BC = Silent Part Set C

Full Set

Part Set A

Part Set B

Part Set C

User Menu 2

key Options

View CircuitsA = Scroll Next CircuitC = Scroll Previous Circuit

Set System TimeEnter time e.g. 1400 for 2.00pm

Set System DateEnter date e.g. 2804 for 28 April

Setup New Users1. Enter user Number 01 - 15.2. Select user type:-

1 =Master2 = Standard3 = Holiday4 = Set Only5 = Reset Only6 = Duress7 = PA Code8 = Shunt

3. Enter 4 digit passcode.4. Repeat for other users.

Chime CircuitsA = Scroll Next CircuitB = Toggle Chime / SilentC = Scroll Previous Circuit

Alter Shunt GroupA = Scroll Next CircuitB = Toggle Armed / OmittedC = Scroll Previous Circuit

Print System LogEnter Number of events and press ENT

Configure Part SetsA = Scroll Next CircuitB = Toggle Armed / OmittedC = Scroll Previous Circuit

View System LogA = Scroll BackwardsB = Toggle Name / Circuit TextC = Scroll Forwards

Enable Remote ServiceB = Toggle enabled / Disabled

Start Call Back1 = Call Back No. 12 = Call Back No. 23 = Call Back No. 3ENT to start Call Back

Circuit Text

57


Notes

58

59

TS690 & TS690ID Installation Manual Notes

496804 Issue 1

60


Cooper Security Ltd, Security House,Vantage Point Business Village,Mitcheldean, Gloucestershire,GL17 0SZ. England

Product Support Tel: +44 (0)1594 545556Available between;08:15 and 17:00, Monday to Thursday.08:15 and 12:45 Friday. Emergency service onlybetween 12:45 and 17:00 Friday.Product Support Fax: +44 (0)1594 545401.Www.coopersecurity.co.uk

H:Menvier docsTS690690INSTTS690 Installation 496804 iss2 · 2019-08-11 · 32 Character LCD...

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Transcript of H:Menvier docsTS690690INSTTS690 Installation 496804 iss2 · 2019-08-11 · 32 Character LCD...