Security Centres TS2000 User Manual

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Page 1

TS2000

Installation & User Guide

Compatible Equipment

CPA6 OM - Output Module 9040 - Loudspeaker DC54/58 - Digital Communicators

496529 Issue A 1 of 20 TS2000

Page 2

TS2000

OVERVIEW

Introduction

The Intruder Alarm Control System TS2000 is provided for large domestic and general commercial intruder systems conforming to BS 4737 part 1 1986. It is an extremely versatile system with the following facilities:

1. Will monitor up to 128 zones using various types of

detector device;

2. Will provide up to 136 output signals whose

response may be programmed;

3. May be programmed to provide a large number

of operational options and facilities.

As the system is microprocessor controlled it must be programmed initially to select the required user options such as number of zones, type of alarm and time of operation. The general principle of operation is to monitor protected zones, each having a detection circuit, to detect the circuit status, then to respond accordingly. AseachzonehasacircuitthetermsZone and Circuit may be considered as being synonymous but the term Circuit is generally used. Circuits may also be grouped into wards.

Equipment

The system consists of a number of units that are interconnected by a Control Network:

1. ControlPanel(CP):This isthe controllingpanel forthe

system which:

(a) provides power to the system; (b) communicates with and monitors the state of

theunits connected tothe ControlNetworkand responds to alarm conditions according to the pre-programmed instructions;

Communicator, a Modem and other devices if

required. It has no front panel controls and may be sited at any convenient internal location.

2. NodeUnit (NU): a unit that is remotefrom the CP and

is connected to it via the Control Network. It will monitor the status of up to four circuits and will also provideup tofour programmable outputswhich are controlled by the CP;

3. Remote Keypad Node Unit (REM): has the same

functions as the NU and in addition has a Keyboard

and a 40 character display to allow operators to control the system.

The system will consist of a CP connected, via the Control Network, to up to 32 NU’s and or REM’s so providing up to 128 circuits and programmable outputs each of whose functioning and use are pre-programmed.At least one REM isrequired tocontrol the system.

CP Options

Additional boards may be fitted to the CP as follows:

1. SerialInterface Board(SlB):Provides aserialoutput: (a) RS232 format for a serial printer; (b) RS232 format to any suitable equipment;

2. Parallel Interface Board (PIB): Provides up to eight

outputports which maybe programmedtorespond to system activity and which can also be used to provide outputs to a separate Digital Communicator. It also has a (telephone) Line Fault input port.

3. Digital Communicator type DC3 (Digicom): Will

transfer status information from the CP to a dedicated Central Station via PSTN lines. When activated via any of its eight logic input channels it will:

(a) Dial one or two telephone numbers; (b) Transfer an account (identity) number to the

dialled station;

Modemtype DC3M (Digimodem):Will transferdata over PSTN lines to any suitable equipment such as a modem for a computer terminal. When activated the system will dial one or two telephone numbers and will be capable of transferring all commissioning information, event log data etc., to a remote maintenance centre. The remote maintenance centre may also call the DC3M and transfer data to it.

TS2000 2 of 20 496529 Issue A

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TS2000

Additional Equipments

Ward Control Unit (WCU): When fitted the WCU will allow

a group of circuits, which are designated a Ward, to be Set and Unset using Exit and Entry routes separate from the system. The WCU is connected to the outputs and circuits of a REM or a NU and will require a separate 12V supply.

Printer: An Epson printer P40-S may be connected temporarily to the CP or to the SlB to provide printout records. Other printers that accept RS232 serial data maybe permanentlyconnected to the SIB ifpermanent records are required.

Power Supply Unit: All power can be supplied from the TS2000CP internal Power Supply Unitbut in largesystems it may be necessary to fit additional power supply units. The PSU150 has been designed for use with the TS2000 system and consists of a PSU and battery (supplied separately) and it may also have a Node Unit and a Relay Unit fitted in its enclosure.

Output Modules (OM): If remote indicators or Mimic Panels containing LEDs are required then Output Modules type CPA6.OM may be connected to the CP. EachOMunit willdrive up toeight LEDsandthe unitsmay be interconnected for large displays. The system may be programmed so that the LEDs indicate circuit condition or alarms and ward status if wards are programmed.

Extension loudspeakers: The REM contain a small sounder unit to provide an indication of the system status. If the volume of the sounder is insufficient (e.g. a louder exit sound is required) then an extension speaker may be fitted to the NU and this will require a Loudspeaker Drive Unit type LSD1 to be connected between the NU and the loudspeaker. A separate 12V power supply will also be required.

Relay Unit: The NU and REM programmable outputs will provide current limited drive for various facilities but in many cases it will be necessary to isolate the system from the external equipment by driving via relays. Relay Units type RM3A provide two relays, which may be energised by NU or REM programmable outputs, and whichprovide two sets of ’clean’ change over contacts. The unit may be fitted separately or in a PSU150 case.

Remote Data Transfer

When fitted with a Digimodem type DC3M the system may be programmed from a remote location, and log data transferred to it, using a dedicated program installed in a Personal Computer at that location. The use of this facility is protected by a series of passcodes and user menus.

496529 Issue A 3 of 20 TS2000

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TS2000

Schematic Block Diagram

Mains input

240V 50Hz

CONTROL

PANEL

PSTN Lines* Other Option Outputs

Programmable Option Outputs

Control Network Cable

ains Input

Programmable

REMOTE POWER SUPPLY UNIT*

Programmable

Outputs

S001 - S004

Outputs

S005 -S008

12V Supply

Outputs

S125 - S128

REMOTE KEYPAD

NODE OR

REMOTE KEYPAD

No X

REMOTE KEYPAD

NODE OR

No 1

NODE OR

No 2

4 Output Circuits for WCU

3 Detection Circuits for WCU

NODE OR

No 32 (MAX)

Detection Circuits C001 - C004

Control Network cable Cable: 6 or 8 core 7/0.2mm min Max length 100m between units

DetectionCircuits C005 - C008

Control Network Cable

WARD

CONTROL

UNIT*

Control Network Cable

DetectionCircuits C125 - C128

Exit/Entry Circuits

12V l/p

*= Option

Distance between Nodes/Keypads must be less than 100m. Distance between Control Panel and last Node/Keypad must be less than 1km

Figure 1. TS2000 Schematic Block Diagram

TS2000 4 of 20 496529 Issue A

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TS2000 System Options - Schematic

)

TS2000

P. C .

2000

TS CONTROL PANEL

To Epson* Printer

Network Cable

our Circuits

Network Cable

One Circuit** Two Outputs**

CPMAINBOARD

SIB*

12V supply

NODE UNIT

PIB*

DC3(M)* OR D 3*

PSU

8 Programmable outputs

To Serial Printer*

CPA6.OM Unit* CPA6.OM Unit*

Other outputs: Wlk Test, Tamp, Aux, Relay, Sw12, Strobe

Loudspeaker Drive LSD1*

Three Outputs

*NODE

UNIT

To PSTN To PSTN

Mains Input

DC 28 Digicom

PSU Type 150*

PSU

Approved Modem

Central Station

PSTN Line

8Outputs*

Bell (SAB1) Sounder (ES )

Loudspeaker* (Min impedance8R

Mains Input

Network Cable

REM

Figure 2. TS2000 System Options - Schematic

496529 Issue A 5 of 20 TS2000

RM.3A

Four Circuits

Four Outputs

Battery*Relay Unit

Two sets relay clean contact

*=Option ** = Other Circuits & Outputs

used for PSU monitoring and relay drive.

Ward Control Unit option not shown

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TS2000

Equipment

System Specification

Supply Voltage: 240V + or - 10% 30W 50 Hz Battery: 12V 6Ah Zones: 128 maximum Outputs: 128 remote 8 local maximum Unit Dimensions: CP L 395 x W 280 x D 100mm (boxed) NU/WCU L 145 x W 85 x D 50mm

Unit Weights: CP 4 kg

Environment: 0 - 40°C 95%

REM L 220 x W 145 x D 40mm

NU/WCU 220 g

REM 430 g

RH n.c.

Control Panel (CP)

The CP comprises electronic units inside a white polycarbonate lid and a steel base which are factory assembled to hinge on the left but which may be reversed if required.

The Base Unit contains the mains input terminals and a mains transformer. Space is provided for a battery and also for a Digital Communicator. Cable entry points are provided as follows:

1. Four 20mm knockouts top and bottom;

2. Two Holes for plastic trunking fitted with plastic inserts

top and bottom;

3. 13mm round knockouts fitted in the plastic inserts;

4. Four 20 mm round holes in the back.

The lid unit contains the Main Control printed circuit board (pcb) and the Power Supply pcb which are secured on posts and on which are fitted terminals for external connections. Option Boards (SIB and PIB) may also be fitted to the main board.

Under normal conditions the unit can be positioned at any location as access will only be required for maintenance.

Power Supply

The CP is fitted with the system combined Power Supply andBattery Charger Unitand abattery which willprovide power during a mains failure. Power arrangements are as follows:

1 Mains input 240V +/- 10% 2 Battery 12V 6Ah Sealed Lead Acid rechargeable

type which is normally float charged at about 13.6V;

3. System regulated supply 12V with a maximum

output of 1.5A. The internal supply is load protected and the external supply fused;

4. System internal 5V supply;

5. Standby operation during a mains failure depends

upon battery size and the size of the system. Current consumption may be calculated as follows:

(a) CP: normal 150mA; alarm 500mA; (b) Each NU (with 4 circuits connected): normal

33mA;

(d) Each NU/REM in alarm - load depends upon

outputs used;

6 Power supply fault monitoring is for loss of mains

supply, low system supply voltage and low battery voltage;

7 Fuses are fitted on the PSU as follows:

(a) F1: 1A QB for low voltage a.c. input;

(b) F2: 2A QB for 12V dc external output; 8 In-line Fuseholder: 1A QB for Network 12V supply; 9 A 1A fused terminal block is fitted for the mains

input.

TS2000 6 of 20 496529 Issue A

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Node Unit (NU)

The NU comprises a small two part polycarbonate case containing a single pcb on which are terminal blocks. The unit is connected to the control network and is a control and connecting device for four circuits and four programmable outputs. It also contains a sounder output and a sounder mute output. It has no external controls hence it may be positioned at any convenient location as access is normally only required for maintenance. The unit is surface mounted and has cable entry points in the base top and bottom.

Remote Keypad Node Unit (REM)

The REM comprises a small two part polycarbonate case containing a pcb and the system controls consisting of:

1. A 15 key tactile keypad for entering data and

programmingthe system.When in use the keypadis illuminated;

2. A liquid crystal display (LCD) of two lines of 20

characters each which provides system status information and gives directions when programming the system.

The unit is connected to the control network and is a control and connecting device for four circuits and four programmable outputs. The base contains a terminal block for all external connections and the unit is fitted with an internal sounder which provides local alarms and system status sounds. The unit is surface mounted andhascable entrypointsin thebaseon allfoursides.

TS2000

The REM’s are used to control and programme the system hence they must be positioned at suitable control positions with easy access.

Ward Control Unit (WCU)

The WCU comprises the same case as the NU and contains a single pcb on which are terminal blocks. If fitted the unit acts as a control and interface device to allow a designated Ward to be Set and Unset using its own dedicated Exit and Entry route and units. The WCU maybe positionedat any locationnormally adjacentto its Exit/Entry devices and to its controlling REM or NU. The unitis surfacemounted and hascable entrypoints inthe basetop andbottom. Itcontainscontrols for its Ward for settingthe entry time,exit timeand settlingtime and links to select the type of exit procedure.

System Control Network

The CP supplies power to and monitors all the connected NU and REM via a six or eight wire Control Network. Each connected unit is ’daisy chained’ to the Network and the maximum permitted distance betweenunits is100m butthe furthestunit ina fullsystem is limited to a total cable length of 1 km from the CP.

Network

REM

Network or NU

WardControl Circuits

WardControl (A)

Last Exit Out (B)

Access Out ( C)

WardControl Outputs: Ward Set Fail (A) WardExit (B) Ward Set (C) Ward Alarm (D)

Loudspeaker

Ward Control

12V Supply

496529 Issue A 7 of 20 TS2000

Unit

Figure 3. Ward Control Unit Schematic

Last Exit/Entry(LX Con)

Access (Acc Con) Exit Terminate(ET Con)

Page 8

TS2000

+12V

STRB

SW 12

WLK TST

POWER

INPUT

Connect to 3W strobe.

Output will sink up to 250mA

Connect other side to +12V

12V supply

present when

Connect

to PIR if

system is set

required.

Connect J3 to JP6 on

Main Board

DAT

CLK

LAT

TAMP

+12V OV

DIR

DOWN

BAT

EXT

INT

+ve

-ve

12V

+12V

+5V

From Internal

SLA Battery

Fused (F2)

Auxiliary Output

Do not use

Figure 5. Control Panel Power Supply Unit - Connections

(to the right of the main panel terminals)

Fuseholder fitted with

1A QB fuse for Network

Power

RELAY

Relay contacts are

shown in the

de-energised state.

Alarm relay is normally

energised and is

de-energised at alarm.

For Mimic. Connect to

CPA6.OM module.

For SAB Tamper.

Link to 0V if not used

Figure 4. Control Panel Main Board - Connections

Connect to Control Network

See Fig 6

Fuse F1 on the main board

is not fitted.

+12V

Power Supply to

Network ONLY

TS2000 8 of 20 496529 Issue A

Page 9

+12V

TS2000

If required extra PSU should

be connected like this to

ensure that the supplies are

Dn +

Dn -

not paralleled

Continue to next unit

Connect PSU where

required

Node or REM

When using 8 core cable use

the two spare cores for non

network power supplies

Node or REM

Up+

Dn +

Up+

Dn +

Up+

UP -

Dir +

Dir-

Dn -

UP -

Dir +

Dir-

Dn -

UP -

Dir +

Dir-

+12V

Power Supply Unit

with standby battery.

+12V

Use for Network

power to NU and

REM only

12V 1.5A o/p

NOTE:AllPSUsmusthavethesamesizebattery

MAINS

+12V

MAINS

Control

Panel

Down +

Dir -

Dir +

Down -

+12V

Cable 6 or 8 core 7/0.2mm

Maximum length 100m between each unit.

Using 8 core cable will allow the Network

power supplies to be kept separate.

NOTE

It is essential that the connectors shown are

correct and that no cross-overs occur.

Incorrect connections may damage the equipment

and or cause intermittent malfunctions.

Figure 6. TS2000 Network Connections

496529 Issue A 9 of 20 TS2000

Page 10

TS2000

)

C O

CIRCUIT A

OUTPUT D SINK 100mA

OUTPUT C SINK 100mA

ONNECT TO CP (FIG 4) R PREVIOUS UNIT AND TO NEXT UNIT

CIRCUIT B

Connector JP Ribbon cable to REM pcb

B+ I/P B A+ I/P A O/P D O/P C +DIR

-DIR 0v +12V SPARE1 SPARE2

SPARESARE NOT CONNECTED INTERNALLY

Figure 7 TS2000 Node Unit - Connections

OUT D OUT C OUT B OUT A I/P C + I/P A + I/P B + I/P D +

MUTE

SOUND

C+

I/P C

D+

I/P D

O/P A

O/P B

UP -

UP +

DOWN -

DOWN +

NOT USED TO LSD1 FOR SPEAKER DEVICE

CIRCUIT C

CIRCUIT D

OUTPUT A OUTPUT B

CONNECT TO NEXT UNIT (Up)

OutputsD&Csink100mA

Outputs A & B source 100 mA

Circuit C

Circuit A

Circuit B

Circuit D

SOURCE 12V 100mA

CONNECTTOCP(FIG4) OR TO PREVIOUS UNIT (DOWN

Connect to CP (Fig 4) or previous unit and to next unit

+12V DIRECTION DIRECTION +

Connect to CP (Fig 4) or to previous unit (Down)

DATA UP DATA UP + DATA DOWN -

Connect to next unit (Up)

Figure 8. TS2000 Remote Keypad Node - Connections

DATA DOWN +

TS2000 10 of 20 496529 Issue A

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TS2000

To nc contacts of Access device*

To nc contacts of Last Exit device

To nc contacts of Exit Terminator*

To NU/REM o/p C To NU/REM o/p B

To NU/REM o/p A To NU/REM o/p D

* = options

Programme Outputs as Ward X Outputs: A=SetFail C=Set B=Exit D=Alarm

W.C.U

ACCESS

LAST EXIT

EXIT TERMINATE

WARD SET WARD EXIT SET FAIL WARD ALARM

Programmecircuitsin ward X A = Ward Control B&C=Night

Figure 9 TS2000 Ward Control Unit - Connections

WCU

Exit Mode

Settle

ExitRVEntry

321

SPKR

ACCESS

OUT

WARD

CONTROL

+12V

Powersupply must be sufficient topowertheLoudspeaker(1A). Do not use Network power. Connect 0V to Network 0V.

Terminals

To Loudspeaker Connect other side to 0V

To NU/REM Cct C. C+ and I/P C

To NU/REM Cct B. B+ and I/P B

To NU/REM Cct A. A+ and I/P A

12V power supply input

Timers:

RV =EntryTime0-255secs RV =Exit Time 0 - 255 secs

RV = Exit Settling Time 0 - 40 secs

Link 1 Link 2

Open Timed Set

Last Exit Set*

Closed Last Exit Set

Exit Termina to rSet*

* Only if link 1 is closed

Figure 10. Ward Control Unit - Layout and Settings

496529 Issue A 11 of 20 TS2000

Page 12

TS2000

EOL

Res

2k2

E.O.L. Res

4k7

Detector Sw

Detector No n (<11)

Detector Sw

Detector No2

o or

Detector Sw

Tamper Sw

Exit Termin ator

n.c.(Or n.o.) Contacts

4k7

Tamper Sw

For PSU monitor circuits connect monitor

lines directly to I/P A or B or C or D and leave

the relevant +ve connection open

4k7

Tamper Sw

Detection Circuit Connections

Detector Sw

X+

4k7

For n.o contacts set

Inverted Attribute

To Node/REM

I/P X

EOL Res

2k2

Next PIR or Det

Output Device

4k7

Tamper Sw

PassiveInfra Red

(PIR) Detector

Tamp

Tamper

Switch (nc)

Box Tamper Connections

Red Red Red

2k2 Resistor

Maximum load

100mA

Output Device

Resistor Colours

Yello w Violet Red

4k7 Resistor

Maximum load

100mA

I/P

To Node/REM

X+

I/P X

To Node/REM

+12V

Switched negative

To Node/REM

Sink O/P

CorD

Switched positive

To Node/REM

Source O/P

AorB

Figure 11. TS2000 Circuit and Output Connections

TS2000 12 of 20 496529 Issue A

rammable Outputs Connections Pro

Page 13

Key Functions

TS2000

Engineer Reset

1. Enter your engineer’s code default 1234, you are

now in Engineer’s Mode

2. Press 0 in quit to unset.

Loading Defaults

1. Power down panel battery and mains, close LK2

2. Power up panel battery and mains

3. Enter 1234 and open LK2

4. The panel is back to Factory Default Programming.

Bell Test/Walk Test

Please refer to page 19

Memory Default Values

Whena CPis shipped from the factorythe memorydata default parameters are set to:

1. Circuits: The Type and Attributes Parameters set will

depend upon the number of circuits detected;

2. Passcodes: Engineer 1234: Master 5678: Others

unspecified;

3. Timers: Exit 25 secs: Exit Settling 5 secs: First Entry 30

secs: Second entry 30 seconds: Bell delay 5 mins: Bell Duration 20 mins: Comms Delay1.5 mins: Lights Off5 secs: MainsOff 10secs:Menu Timeout30 secs: Double Knock 10 secs.

These values will also be restored if a Factory Restart occurs.

Control Panel Links

Link Functions LK1 Open: Printer to monitor Network

activity Closed: Normal; Printer normal and responds to keypad commands

LK2 Open: Normal; On-site restart at

power up Closed:Factory restart at power up

LK3 DC3 Monitor; Leave closed

JP5 Normally fitted with links

Remove and fit Engineer’s REM if required.

JP9 Open: Novram battery isolated

Closed: Normal; Novram battery connected

JP13 Open: Normal

Closed: Soft reset

Fuses

Fuse Value Use

PSU F1 1AQB Low voltage

ac input

PSU F2 2A QB 12V external

(auxiliary) supply

Fuseholder 1A QB Network 12V

Fused terminal Block

496529 Issue A 13 of 20 TS2000

1A Mains input

supply

Page 14

TS2000

Define Circuit Text

STEP ACTION DISPLAY REMARKS

1 NO* Press < YES > to

DEFINE CIRCUIT TEXT

Press YES to Define Circuit Text from the dictionary. Press NO to go to to Install DC3 menu. Press 0 to quit

2 YES CCT > 001 000 000 000 Press YES to accept displayed data. Press NO to change

it. Enter figures or use arrow keys to enter a new circuit

3 NO CCT 001 > 000 000 000 Text is to be changed. Enter number of the first word of

text (see dictionary) then press YES to accept it

4 123 CCT 001>123 000 000

First word of text entered. Press YES to accept it

TEXT

5 YES CCT 001 123 > 000 000

TEXT

6 YES CCT >001 123 456 789

TEXT TEXT TEXT

First word accepted and displayed. Repeat the procedure tor the other two words

All words entered and accepted. Press YES to go to next circuit or use figures or arrows to select another circuit. Enter 000 to quit

7 000 CCT > 000 NOT VALID

Press YES to go to step 1

YES to continue

YES Press YES to

DEFINE CIRCUIT TEXT

Press NO to go to Install DC3 menu. Press YES to repeat this menu. Use arrow keys to step through menus. Press 0 to quit

* from last step of previous Menu

TS2000 14 of 20 496529 Issue A

Page 15

TS2000 Dictionary

001 A 056 CEILING 111 ENTRANCE 002 ABOVE 057 CELL 112 ENTRY 003 ACCESS 058 CELLAR 113 EQUIPMENT 004 ACCOUNTS 059 CENTRAL 114 ESCAPE 005 ADMIN 060 CENTRE 115 EXIT 006 ALARM 061 CHAIR 116 EXPORT 007 ALERT 062 CHANGING 117 EXTERNAL 008 ANNEXE 063 CLASSROOM 009 AREA 064 CLEANERS 118 F 010 ART 065 CLERK 119 FACTORY 011 ASSEMBLY 066 CLERKS 120 FAILURE 012 ASSISTANT 067 COIN 121 FAR 013 AT 068 COLD 122 FEMALE 014 ATTACK 069 COLLECTION 123 FENCE 015 ATTIC 070 COMMUNICATOR 124 FILING 016 AUTOMATIC 071 COMPUTER 125 FIRE 017 AUXILIARY 072 CONFERENCE 126 FIRST

073 CONTAINER 127 FIRST-AID 018 B 074 CONTACT 128 FLAT 019 BACK 075 CONSERVATORY 129 FLOOR 020 BAGGAGE 076 CORNER 130 FOR 021 BAKERY 077 CORRIDOR 131 FOREIGN 022 BALCONY 078 COUNTER 132 FREEZER 023 BALLROOM 079 CUPBOARD 133 FROM 024 BANKING 134 FRONT 025 BAR 080 D 026 BARN 081 DARK-ROOM 135 G 027 BASEMENT 082 DATA 136 GAMES 028 BATHROOM 083 DAY 137 GARAGE 029 BAY 084 DEPARTURE 138 GARDEN 030 BEAM 085 DEPUTY 139 GATE 031 BEDROOM 086 DEPT. 140 GENTS 032 BELL 087 DESIGN 141 GIRLS 033 BELOW 088 DESK 142 GLASS 034 BESIDE 089 DETECTOR 143 GOLD 035 BLOCK 090 DEVELOPMENT 144 GOODS 036 BLUE 091 DEVICE 145 GREEN 037 BOARD 092 DINING 146 GROUND 038 BODY 093 DIRECTOR 147 GROUP 039 BOILER 094 DISPATCH 148 GUARD 040 BOTTOM 095 DOOR 149 GUN 041 BOX 096 DOUBLE 150 GYM 042 BOYS 097 DOWNSTAIRS 043 BRANCH 098 DRAWER 151 H 044 BROWN 099 DRAWING 152 HALL 045 BUILDING 100 DRINKS 153 HANGER 046 BUNKER 101 DRIVE 154 HEAD 047 BY 102 DRUGS 155 HEAT

156 HIGH 048 C 103 E 157 HOME 049 CABINET 104 EAST 158 HOT 050 CALL 105 ELECTRIC 159 HOUSE 051 CANTEEN 106 ELECTRONICS 052 CAR 107 EMERGENCY 160 I 053 CARGO 108 END 161 IN 054 CASH 109 ENGINE 162 INDUSTRIAL 055 CASHIER 110 ENGINEERS 163 INFORMATION

TS2000

496529 Issue A 15 of 20 TS2000

Page 16

TS2000

TS2000 Dictionary Cont’d

164 INFRA-RED 217 METER 271 PORCH 165 INSIDE 218 MEZZANINE 272 POST 166 INSTRUCTORS 219 MICROWAVE 273 POWER 167 INTERIOR 220 MIDDLE 274 PRESSURE 168 INTO 221 MILK 275 PRIMARY 169 IRON 222 MINOR 276 PRIME 170 IT 223 MOBILE 277 PRINT

171 J 225 MONITOR 279 PRODUCTION 172 JANITOR 226 MOULDING 280 PUBLIC 173 JUNIOR 227 MOVEMENT 281 PURCHASING

174 K 228 N 175 KEEP 229 NEAR 283 Q 176 KEYPAD 230 NEW 284 QUALITY 177 KITCHEN 231 NEXT 285 QUIET

178 L 233 NODE 286 R 179 LAB 234 NURSE 287 RANGE 180 LADIES 235 NURSERY 288 READING 181 LANDING 236 NORTH 289 REAR 182 LAST 290 RECEPTION 183 LAUNDRY 237 O 291 RECORDS 184 LAVATORY 238 OF 292 RED 185 LAWN 239 OFFICE 293 REFECTORY 186 LECTURE 240 OFFICER 294 REPAIR 187 LEFT 241 OIL 295 RESEARCH 188 LEVEL 242 ON 296 REST 189 L.H.S. 243 OPEN 297 RESTAURANT 190 LIBRARY 244 ORANGE 298 REVOLVING 191 LIFT 245 OUT 299 RIGHT 192 LIGHT 246 OUTER 300 R.H.S. 193 LINE 247 OUTSIDE 301 ROLLER 194 LITTLE 302 ROOF 195 LOADING 248 P 303 ROOM 196 LOBBY 249 P.A. BUTTON 304 ROUND 197 LOCK 250 PACKING 198 LOFT 251 PAINT 305 S 199 LORRY 252 PANEL 306 SAFE 200 LOUNGE 253 PANIC 307 SALES 201 LOW 254 PARCEL 308 SCREEN

202 M 256 PARTITION 310 SECURE 203 MACHINE 257 PASSIVE 311 SECRETARIES 204 MAGNETIC 258 PATH 312 SECRETARY 205 MAIN 259 PATIO 313 SECTION 206 MAJOR 260 PENTHOUSE 314 SECURITY 207 MALE 261 PERIMETER 315 SENSOR 208 MAN 262 PERSONNEL 316 SHAFT 209 MANAGER 263 PIR 317 SHED 210 MANAGERS 264 PIR BY 318 SHOP 211 MASTER 265 PIR IN 319 SHOW-ROOM 212 MAT 266 PIR ON 320 SHORT 213 MEDICAL 267 PLANT 321 SHUTTER 214 MEN 268 PLAY 322 SIDE 215 MESS 269 POINT 323 SILENT 216 METAL 270 POOL 324 SILVER

224 MODEL 278 PROCESSING

282 PURPLE

232 NIGHT

255 PARK 309 SEA

TS2000 16 of 20 496529 Issue A

Page 17

TS2000 Dictionary Cont’d

325 SITE 381 TRAP 431 11 326 SITTING 382 T.V. 432 12 327 SLIDING 383 TWIN 433 13 328 SMOKE 384 TYPE 434 14 329 SOFTWARE 385 TYPING 435 15 330 SOUND 386 TYRE 436 16 331 SOUTH 437 17 332 SPRAY 387 U 438 18 333 SPRING 388 ULTRA-SONIC 439 19 334 SQUARE 389 UNDER 440 2 335 SQUASH 390 UNIT 441 2ND 336 STABLE 391 UP 442 20 337 STAFF 392 UPPER 443 3 338 STAIRS 393 UPSTAIRS 444 3RD 339 STAIRWELL 394 USER 445 4 340 STALLS 395 UTILITY 446 4TH 341 STAND 447 5 342 START 396 V 448 5TH 343 STATION 397 VAN 449 6 344 STOP 398 VAULT 450 6TH 345 STORE 399 VISUAL 451 7 346 STORES 400 VOLTAGE 452 7TH 347 STROBE 453 8 348 STRONG 401 W 454 8TH 349 STUDY 402 WAITING 455 9 350 SUITE 403 WALK 456 9TH 351 SUMMER 404 WALL 457 0 352 SUNDAY 405 WARD 458 ! 353 SUPPLY 406 WAREHOUSE 459 & 354 SURGERY 407 WASH 460 . 355 SWIMMING 408 WATER 356 SWITCH 409 WAY 357 SYSTEM 410 W.C.

411 WEAPON 358 T 412 WEEKEND 359 TABLE 413 WEST 360 TALL 414 WINDOW 361 TAMPER 415 WINTER 362 TEA 416 WITH 363 TEACHER 417 WOOD 364 TECHNICAL 418 WORK 365 TECHNICIAN 419 WORKS 366 TELLER 420 WORKSHOP 367 TEN 368 TEST 421 X 369 THE 370 THEATRE 422 Y 371 TICKET 423 YARD 372 TILL 424 YEAR 373 TO 425 YELLOW 374 TOILET 375 TOOL 426 Z 376 TOP 427 ZONE 377 TRACK 378 TRADE 428 1 379 TRAINING 429 IST 380 TRANSPORT 430 10

TS2000

496529 Issue A 17 of 20 TS2000

Page 18

TS2000

Programmable Ouputs

The programmable outputs from the NU and the REM, arereferred toas the Node Outputs andare activatedin

response to various conditions or events. They are programmed to respond to System, Ward or Circuit activation.

Panel outputs are from the CP and are programmed in the same way as the Node outputs. Outputs 1 to 8 are

from the Parallel Interface Board, if fitted, and 9 to 16 are for the DC3 or DC3M Digicom if fitted.

The System activated outputs may be allocated to any Node (NU or REM) output or the Panel (CP) outputs. They are designated by their function and may be programmed to be active if required. The following are available:

(1) Alarm: A system alarm is present; (2) P. A.: A Personal Attack circuit or a Duress Alarm

has been activated; (3) Set: The system is Set; (4) Fire: A Fire circuit has been activated; (5) Medical: A Medical circuit has been activated; (6) Tamper: A Tamper alarm is present; (7) Aux: An Auxiliary circuit has been activated; (8) Set Fail: An attempt to set the system has failed; (9) Site Engr: The Engineer’s passcode has been

entered. The output will remain active until a

User passcode is entered; (10) Lock-Alarm:The system has not been Set before

the start of the Time Lock period; (11) Test-Fail: A test failure has occurred; (12) AC Alarm: The mains supply to thePSU has not

been present for the mains fail time period; (13) AC Off: The mains supply to the PSU is not

present or there is no 12V output; (14) Batt Fault: During the PSU test or while the mains

is off the PSU Battery voltage is low. (15) Bell: The CP bell output is activated; (16) Strobe: The CP strobe output is activated; (17) Switch +12: The system is Set and is not in

alarm; (18) Walk Test +:A Walk Test is in progress (use output

A or B); (19) Walk Test –: A Walk Test is in progress (use output

C or D); (20) Line Fault: A Digicom telephone line fault is

present; (21) Time Switch: The programmed Time Switch is

active; (22) Time Locked: The system has been Time Locked

and cannot be unset; (23) Entry Mode: Entry mode has been initiated; (24) 2nd Entry: The first Entry time has timed out

before a passcode entry (25) Exit Mode: System Exit procedure has been

initiated;

(26) Exit Setting: Final Exit setting is in progress (27) Exit Error: An error occurred during the exit

procedure and the system cannot set

(28) Lock Alert: The programmed Time Lock period is

about to start;

(29) Fire/Viper: Will provide 12V (100mA source) to

devices which latch when activated and which are unlatched when power is removed. The output is removed for about 3 seconds when unsetting the system after an alarm at the second passcode entry;

(30) PSU Test: Connected to remote PSU to initiate a

battery test;

CAUTION: It is essential to ensure that the correct

outputs that will source (supply) or sink (accept) current areselected tomatch the functionrequired.

Menus Listing in Sequence

NOTES: Users will enter menus at Menu 1 Engineer will enter menus at Menu 15 User Level 5 (Standard W) can only set and unset designated wards Instantaccessto Menusfrom a keyboardnumber entry applies to Menus 1 to 9 only Menu 2 is only available if a Ward is Set; Menu 7 is only available if there are circuits with attribute omit Menu 9 is only available if a printer is connected or the SIB is fitted Menu 17 is only available if a Ward is defined Menu 24 is only available if a DC3(M) is fitted Menu 25 is only available if Engineer Reset is programmed and a reset is required

(Passcode) Levels: 1 Engineer

2 Master 3 Manager 4 Standard S 5 Standard W 6 Restricted

TS2000 18 of 20 496529 Issue A

Page 19

Menus Listing in Sequence

Menu No Menu Passcode Level

1 Start Set Sequence 1, 2, 3, 4, 5, 6

User

Eng’r

2 Unset Wards 1, 2, 3, 4, 5, 6 3 View Circuits 1, 2, 3, 4, 5, 6 4 View Event Log 1, 2, 3 5 Select Walk Test 1, 2, 3, 4, 5 6 Select Bell Test 1, 2, 3, 4, 5 7 Omit/Enable Circuit 1, 2, 3 8 Use Chime Facility 1, 2, 3 9 Use the Printer 1, 2, 3, 10 Alter Clock 1, 2 11 Alter Passcode 1, 3, 4, 5, 6 12 Define Users 2 13 Alter Time Switch 1, 2 14 Alter Time Lock 1, 2 15 Define Circuits 1 16 Define Outputs 1 17 Review Wards 1 18 Define Ward Alarms 1 19 Define Timers 1 20 Define Panel Modes 1 21 Use Test Options 1 22 User Network Options 1 23 Define Circuit Text 1, 2 24 Install DC3 1, 25 Reset by Remote 2

TS2000

496529 Issue A 19 of 20 TS2000

Page 20

TS2000

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TS2000 20 of 20 496529 Issue A

Security Centres TS2000 User Manual

Specifications and Main Features

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