ats control panel - british security technologies uk reference manual 3 table of contents overview...

ATS Control Panel UK Reference Manual

Release 1.00, 1st August 2004 Based on firmware version ATSXX03, 04 06 14

ATS UK Reference Manual

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Aritech is a GE Interlogix company.

COPYRIGHT

© 2001 GE Interlogix B.V.. All rights reserved. GE Interlogix B.V. grants the right to reprint this manual for internal use only. GE Interlogix B.V. reserves the right to change information without notice.

_____________________________________________________________________________________________________ ATS UK Reference Manual

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Table of Contents

Overview of the ATS control panels.................................................................................................. 10 Concept ....................................................................................................................................... 10

Hardware .............................................................................................................................................. 10 Terminology................................................................................................................................. 10 Product numbers......................................................................................................................... 11 RS485 data-bus .......................................................................................................................... 13 Terminating the data-bus ............................................................................................................ 13 Addressing data bus devices ...................................................................................................... 14 Dipswitch settings ....................................................................................................................... 14 Flags and outputs........................................................................................................................ 15 Predefined flags .......................................................................................................................... 16 Siren outputs ............................................................................................................................... 16 Predefined outputs ...................................................................................................................... 17 Memory expansion...................................................................................................................... 18 ATS 1203 DGP............................................................................................................................ 18 ATS4000 control panel PCB layout ............................................................................................ 19 ATS2000/3000 control panel PCB layout ................................................................................... 20 Zone wiring.................................................................................................................................. 21 Voltage and resistance windows................................................................................................. 21 RAS controls and access control terminations ........................................................................... 21 Adjusting the RAS display contrast ............................................................................................. 21 Adjusting the RAS buzzer’s volume............................................................................................ 22 ATS1111 & ATS1116 RAS keypad display modes .................................................................... 22 RAS IN termination ..................................................................................................................... 22 RAS OUT termination ................................................................................................................. 22 Fitting ATS1202 plug-on zone expanders................................................................................... 22 Fitting ATS1811/ATS1820 output expanders at the control panel.............................................. 23 Connecting a laptop PC to the control panel .............................................................................. 23 RS232 Serial port (J18) connections: ......................................................................................... 23 Connecting a permanent PC and/or a printer using the ATS1801 Interface .............................. 24 Direct computer and printer cable connections for the ATS1801 ............................................... 24 Networking multiple control panels to a PC ................................................................................ 24 Wiring connections for networking control panels to one PC ..................................................... 25 Telephone line connections (PSTN) ........................................................................................... 25

Initialising the system......................................................................................................................... 26 Defaulting the control panel ........................................................................................................ 26 Default codes: ............................................................................................................................. 26 Defaulting the User code (code 1), Engineer code (code 50) and RAS 1 .................................. 26 Arming and disarming the system:.............................................................................................. 27 Accessing the User’s menus....................................................................................................... 27 Entering programming mode....................................................................................................... 27 Programming zone text ............................................................................................................... 27

User’s menus 1 to 24 .......................................................................................................................... 29


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User’s menus 1 to 10 .................................................................................................................. 29 User’s menus 11 to 15 ................................................................................................................ 30 User’s menus 16 to 24 ................................................................................................................ 31

Programming the system ................................................................................................................... 32 Recommended basic programming order................................................................................... 32

Programming maps with help ............................................................................................................ 34 Programming map abbreviations: ............................................................................................... 34

Menu 1. Zone database (S) ................................................................................................................. 34 Walk test options: ........................................................................................................................ 36 Zone selector............................................................................................................................... 36 Reporting types: .......................................................................................................................... 40

Menu 2. Area database (S).................................................................................................................. 41 Menu 3. Arming stations (RAS) (S) .................................................................................................... 44

Explanation of ‘Arming stations’ menus 3.1, 3.2, 1 & 2............................................................... 44 Programming guide for different types of RAS............................................................................ 47

Menu 4. Data panels (DGP’s).............................................................................................................. 48 Explanation of menu 4.1.............................................................................................................. 48

Menu 5. Alarm groups (S) ................................................................................................................... 49 User codes and programming..................................................................................................... 50

Menu 6. Timers (S)............................................................................................................................... 53 Menu 7. System options (S)................................................................................................................ 55 Menu 8. Auto reset .............................................................................................................................. 60 Menu 9. Communication options (S) ................................................................................................. 61

Programming telephone numbers............................................................................................... 61 Menu 10. Programme text (S) ............................................................................................................. 64

Programming text: ....................................................................................................................... 64 Menu 11. Version number................................................................................................................... 65 Menu 12. LED test................................................................................................................................ 65 Menu 13. Timezones............................................................................................................................ 66

Operation of timezones ............................................................................................................... 67 Menu 14. Reset defaults (S)................................................................................................................ 68 Menu 15. Alarm group restrictions .................................................................................................... 69

Alarm restrictions operation......................................................................................................... 69 Additional programming required ................................................................................................ 69

Menu 16. Event to an output (S)......................................................................................................... 71 Pre-set outputs ............................................................................................................................ 71

Menu 17. Auto-arm/disarm ................................................................................................................. 73 Auto-arm operation...................................................................................................................... 73 Additional programming required ................................................................................................ 73

Menu 18. Areas assigned to vaults.................................................................................................... 75 Vault area operation .................................................................................................................... 75 Programming required................................................................................................................. 75


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Other optional programming ....................................................................................................... 76 Menu 19. Area linking ......................................................................................................................... 77 Menu 20. System codes (S) ................................................................................................................ 77 Menu 21. Zone shunts......................................................................................................................... 78 Menu 22. Timezone to follow an output ............................................................................................ 79 Menu 23. Poll errors ............................................................................................................................ 80 Menu 24. Download to remote device ............................................................................................... 80 Menu 25. Display last card ................................................................................................................. 81 Menus 26 & 27. Reserved menus....................................................................................................... 81 Menu 28. To remote devices .............................................................................................................. 81

RAS ATS1190/1192.................................................................................................................... 82 RAS ATS1115/1116.................................................................................................................... 84 DGP ATS1203............................................................................................................................. 85

Menu 29. Computer connection (S) ................................................................................................... 86 Menu 30. Printer................................................................................................................................... 88 Menu 31. Battery testing..................................................................................................................... 89 Menu 32. Custom LCD message (S) .................................................................................................. 89 Menu 33. Program next service (S).................................................................................................... 90 Menu 34. System event flags ............................................................................................................. 90 Menu 35. Macro logic .......................................................................................................................... 92 Menus 36 to 41. Reserved .................................................................................................................. 93 Menu 42. Reporting class database .................................................................................................. 94 Menu 43. Automatic test call (S) ........................................................................................................ 95 Menus 44. to 49. Reserved ................................................................................................................. 95 Menu 50. Channel mapping (S) .......................................................................................................... 95 Menu 51. Engineering reset (S).......................................................................................................... 97

Engineer reset lockout-resetting procedures .............................................................................. 97 On site engineer reset................................................................................................................. 97 Engineer reset using zone type 65 ............................................................................................. 97 User’s coded reset. ..................................................................................................................... 98

Menu 52. Voice reporting (S).............................................................................................................. 99 Assigning a message number to an event.................................................................................. 99

Menu 53. Kalatel driver via the ATS1801 ........................................................................................ 101 Menu 54. Engineers walk test (S)..................................................................................................... 102 Appendix 1. Word library.................................................................................................................. 103 Appendix 2. Reporting - zones......................................................................................................... 110 Appendix 3. Reporting – System events, small ............................................................................. 117 Appendix 4. Reporting – System events, large .............................................................................. 118 Appendix 5. Timezones specification ............................................................................................. 120

RAS 1 to 5 ‘F’ keys timezones .................................................................................................. 121


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RAS 1 to 16 ‘F’ keys timezones ................................................................................................ 121 Operation of timezones ............................................................................................................. 121

Appendix 6. Event Flags Specification ........................................................................................... 122 Other flag types available.......................................................................................................... 123

Appendix 7. Titan system requirements ......................................................................................... 124 Appendix 8. Titan settings for upload/download using a modem................................................ 125

Modem strings: .......................................................................................................................... 125 Baud rate; .................................................................................................................................. 125 Upload/download connection modes: ....................................................................................... 126

Appendix 9. Titan remote diagnostics ............................................................................................ 127 Appendix 10. - 04.06.14 firmware defaults ...................................................................................... 129

Overview of the new default settings ........................................................................................ 129 Zone defaults............................................................................................................................. 129 Default flags and outputs........................................................................................................... 129 System event flags .................................................................................................................... 130 Alarm Groups ............................................................................................................................ 131 Door Groups .............................................................................................................................. 131 Alarm groups default ................................................................................................................. 131 Computer connection defaults .................................................................................................. 131 DGP database........................................................................................................................... 131 System Options ......................................................................................................................... 132 RAS 1 to 15 defaults ................................................................................................................. 133 RAS 16 defaults ........................................................................................................................ 134 Timers defaults.......................................................................................................................... 134

Appendix 11. Smart card programmer ............................................................................................ 135 Connection Links....................................................................................................................... 135 Connecting the programmer...................................................................................................... 135 Explanation of Titan’s ports for Titan versions 01-03-06 and earlier......................................... 136

Appendix 12. RAS Smart card reader programming ..................................................................... 141 Smart Card readers ATS1190 & ATS1192 ............................................................................... 141 Mounting the ATS1190 reader .................................................................................................. 141 Mounting the ATS1192 reader .................................................................................................. 141 ATS1190/1192 tamper protection ............................................................................................. 141 Programming a Smart card reader as a RAS ........................................................................... 141 ATS 1115/1116 RAS keypads with proximity Smart card reader ............................................. 142 PC serial ports ........................................................................................................................... 142 ATS1190 and ATS1192 specification ....................................................................................... 143 Blanking Smart cards (Only required if reusing previously programmed cards)...................... 144 Programming configuration cards ............................................................................................. 144 Write a configuration card ......................................................................................................... 146 Programming the Advisor MASTER.......................................................................................... 146 Programming a user card.......................................................................................................... 148

Appendix 13 IUM Smart card programming ................................................................................... 149 Installing the Smart card reader ................................................................................................ 149


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Programming a user’s card without Titan or a card programmer ............................................. 150 Programming a user’s card using Titan but without a card programmer.................................. 151 Programming Smart cards using the Software IUM.................................................................. 152

Appendix 14. Detailed list of zone types......................................................................................... 153 Abbreviations used:................................................................................................................... 153 Zone Types ............................................................................................................................... 153 0. Zone disabled........................................................................................................................ 153 1. Disarmed alarm..................................................................................................................... 153 2. Armed alarm.......................................................................................................................... 153 3. Entry/Exit with arm check...................................................................................................... 153 4. Access zone with arm check................................................................................................. 154 5. 24 hour alarm ........................................................................................................................ 154 6. Keyswitch, pulsed. ................................................................................................................ 154 7. Camera suspicion zone......................................................................................................... 154 8. Disarm alarm delayed reporting/Armed immediate general alarm. ...................................... 154 9. Reset delayed zones............................................................................................................. 155 10. Reserved. ............................................................................................................................ 155 11. Disarm alarm-delayed reporting/Armed no alarm............................................................... 155 12. Restart exit timer. ................................................................................................................ 155 13. Entry/Exit no arm check. ..................................................................................................... 155 14. Access zone no arm check. ................................................................................................ 156 15. Fire door .............................................................................................................................. 156 16. 24 hour local mains fail. ...................................................................................................... 156 17. Reserved............................................................................................................................. 156 18. 24hr Report fail with local alarm.......................................................................................... 156 19. 24hr Report fail LED............................................................................................................ 156 20. Zone to an event flag, 24hr operation. ................................................................................ 157 21. Firedoor, user code reset. ................................................................................................... 157 22. Disarm alarm delayed reporting with auto reset/Armed immediate general alarm............. 157 23 to 26, Cameras 1 to 4 count. (Only zones on the ATS panel may be used) ....................... 157 27. Technical zone with reporting. ............................................................................................ 157 28. Armed alarm with auto reset. .............................................................................................. 158 29. 24hr alarm with auto reset................................................................................................... 158 30. Firedoor, with auto reset. .................................................................................................... 158 31. Keyswitch, latching.............................................................................................................. 158 32. Armed zone to an event flag. .............................................................................................. 159 33. 24hr Alarm and inhibit. ........................................................................................................ 159 34. Area disarming/Alarm group restriction arming................................................................... 159 35. Area alarm group restriction arming.................................................................................... 159 36 to 39, Cameras 5 to 8 count. (Only zones on the ATS panel may be used) ....................... 159 40. Disarmed, alarm delayed reporting and suspicion/Armed immediate general alarm. ........ 160 41. Firedoor entry exit. .............................................................................................................. 160 42. Firedoor entry exit with code reset. ..................................................................................... 160 43. Disarmed zone to an event flag. ......................................................................................... 160 44. Firedoor with code reset and alarm group restriction. ........................................................ 161 45. Event flag disarmed/Armed alarm with alarm group restrictions. ....................................... 161


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46. Disarmed alarm/Armed general alarm. ............................................................................... 161 47. Disarmed alarm with suspicion/Armed general alarm......................................................... 161 48 to 55, Cameras 1 to 8 film out. ............................................................................................. 161 56. Firedoor if invalid timezone 41, user code reset. ................................................................ 162 57. Silent PA (Technical with reporting and screen display). .................................................... 162 58. Technical with screen display. ............................................................................................ 162 59. 24 hour alarm if invalid timezone 41. .................................................................................. 162 60. Exit Terminator. ................................................................................................................... 163 Types 61 to 64. Do Not Use. ..................................................................................................... 163 65. Engineer reset zone. ........................................................................................................... 163 66. Final door set....................................................................................................................... 163 67. Latched detector.................................................................................................................. 163 68. Anti-mask detector. ............................................................................................................. 164 69. Alarm (ACPO) zone............................................................................................................. 164 70. Keybox................................................................................................................................. 164

List of Tables Table 1. ATS/CD hardware equivalence ............................................................................................... 10 Table 2. ATS product numbers and description .................................................................................... 11 Table 2A. ATS product numbers and description continued................................................................. 12 Table 3. Data bus connections .............................................................................................................. 13 Table 4. Addressing RAS and DGP’s.................................................................................................... 14 Table 5. Dipswitch settings.................................................................................................................... 14 Table 6. RAS control dipswitch settings ................................................................................................ 14 Table 7. DGP ATS1201 Dipswitches 5 to 8 settings ............................................................................. 15 Table 8. DGP ATS1210/1220 Dipswitch settings.................................................................................. 15 Table 9. ATS1202 Zone expander dipswitch settings ........................................................................... 15 Table 10. Predefined flags..................................................................................................................... 16 Table 11. Predefined outputs ................................................................................................................ 17 Table 12. Siren output numbers. ........................................................................................................... 17 Table 13. Output control groups ............................................................................................................ 17 Table 14. Memory expansion ................................................................................................................ 18 Table 15. ATS4000 control panel PCB layout....................................................................................... 19 Table 16. ATS4000 control panel fuses ................................................................................................ 19 Table 17. ATS 2000/3000 control panel PCB layout............................................................................. 20 Table 18. ATS2000/3000 control panel fuses ....................................................................................... 20 Table 19. Zone voltage and resistance windows .................................................................................. 21 Table 20. ATS control panel RS232 port connections for a laptop ....................................................... 23 Table 21. PC and printer connections ................................................................................................... 24 Table 22. User’s menus 1 to 10............................................................................................................. 29 Table 23. User’s menus 11 to 15........................................................................................................... 30 Table 24. User’s menus 16 to 24........................................................................................................... 31 Table 25. Walk test options ................................................................................................................... 36 Table 26. Zone types............................................................................................................................. 36 Table 27. Reporting type numbers for the dialler .................................................................................. 40 Table 28. Arming station types .............................................................................................................. 46 Table 29. Programming guide for different types of RAS...................................................................... 47 Table 30. DGP types ............................................................................................................................. 48 Table 31. Pre-programmed Alarm groups............................................................................................. 49 Table 32. User’s menus......................................................................................................................... 50 Table 33. Auto (walk) test mode options ............................................................................................... 59 Table 34. Output allocation.................................................................................................................... 59


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Table 35. Protocol options..................................................................................................................... 63 Table 36. Dial tone detection options.................................................................................................... 63 Table 37. Keypad text entry layout........................................................................................................ 64 Table 38. Zero key text characters........................................................................................................ 65 Table 39. Firmware defaulting options .................................................................................................. 68 Table 40. Pre-set outputs ...................................................................................................................... 71 Table 41. Output control groups............................................................................................................ 72 Table 42. RAS credit options................................................................................................................. 83 Table 43. RAS relay options.................................................................................................................. 83 Table 44. Printer options ....................................................................................................................... 88 Table 45. Macro timing options ............................................................................................................. 93 Table 46. Reporting classes and conditions ......................................................................................... 94 Table 47. Channel mapping system option numbers............................................................................ 96 Table 48. Event types for voice messages ......................................................................................... 100 Table 49 Timezone list ........................................................................................................................ 120 Table 50. Overview of pre-defined flag numbers ................................................................................ 122 Table 51. List of flag events ................................................................................................................ 123 Table 52. Time/rings calculation table................................................................................................. 125 Table 53. Multiple control panels’ poll rates ........................................................................................ 125 Table 54. ATS1190/1192 Smart card reader specification ................................................................. 143


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OVERVIEW OF THE ATS CONTROL PANELS

Concept

The ATS control panel brings to the market place a new concept in intruder alarm control panels. It is no longer just an alarm control panel. It joins together intruder, access control, building management, and extensive communications into one control panel.

There are three control panels in the range:

• ATS2003, four areas, up to 32 zones with built-in digital communicator

• ATS3003, eight areas, up to 64 zones with built-in digital communicator

• ATS4003, sixteen areas, up to 256 zones with built-in digital communicator

• ATS4503, same as the ATS4003 but in a large metal cabinet

HARDWARE

Terminology

With the CD range of control panels there are, keypads and RLE’s (remote line expanders). The new panel brings new terminology:

CD Control panel ATS Control panel ATS Device description

Keypads RAS (Remote arming stations) The ATS panel uses various devices to arm and disarm the alarm system. keypads, stand-alone proximity readers etc.

Remote line expanders. (RLE’s) DGP’s (Data Gathering Panels) For intruder systems, this will be an eight-zone expander with, a siren output. Optionally with a power supply, zone expander and plug-on programmable output expanders. Access Control has its own four door controller DGP connected to the same data bus

RD62 Dialler Built into the ATS control panel Has the additional facility of communicating with a PC connected directly to the control panel, or remotely, allowing full programming and management operations

Table 1. ATS/CD hardware equivalence


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Product numbers ATS4003 ATS Control panel, 16 areas, 256 zones ATS1470 Smart Cards – single card product number

also see ATS1475

ATS4503 ATS Control panel, 16 areas, 256 zones with large cabinet.

ATS1471 Keyfobs for Smart card reader

ATS3003 ATS Control panel, 8 areas, 64 zones ATS1472 Smart prox card with mag-stripe. Single card product number. Also see ATS1476.

ATS2003 ATS Control panel, 4 areas, 32 zones ATS1475 Smart cards – packs of 10 (Hitag II)

ATS1100 RAS Keypad, 8 Area LED’s, LCD ATS1476 Smart prox card with mag-stripe - packs of 10

ATS1105 As ATS1100 but with proximity Smart card reader connections

ATS1477 Fibreglass keyfob (Hitag II)

ATS1110 New style RAS 16 area, 2 line 16 character LCD keypad

ATS1510 Audio listen-in control board

ATS1111 New style RAS 16 area, 4 line 16 character LCD keypad

ATS1622 UK Smart card programmer. Programmes cards for Smart card proximity readers

ATS1115 New style RAS 16 area, 2 line 16 character LCD keypad with built-in proximity card reader.

ATS1630 Laptop to J18 on the panel connection cable for on-site panel programming.

ATS1116 New style RAS 16 area, 4 line 16 character LCD keypad with built-in proximity card reader.

ATS1631 Ribbon connection cable for relay card

ATS1151 Aluminium keypad AS1632 5 meter computer lead for the ATS1801

ATS1155 Flush, heavy duty, 4 LED metal keypad RAS No LCD (Kit to build into a users box)

ATS1633 15 meter computer lead for the ATS1801

ATS1156 Aluminium keypad with Mag-stripe reader ATS1640 Empty metal cabinet for ATS4000 & ATS1201

ATS1170 One door controller RAS (RS485 to Wiegand interface)

ATS1641 Empty metal cabinet for ATS2000 & ATS3000

ATS1190 Smart card reader ATS1642 Empty metal cabinet for ATS4500 and ATS1250

ATS1192 Heavy duty Smart card reader ATS1643 Empty metal case for zone expanders

ATS1201 DGP, 8 zones, siren output and power supply ATS1644 Empty plastic case for zone expanders

ATS1202 8 zone plug-on expander for DGP’s ATS1650 Demo DGP for bench testing and training

ATS1203 DGP, 8 zones, 3A Power supply ATS1660 White cover for ATS1190 Pack of 10

ATS1210 8 zone DGP without power supply in a plastic box ATS1661 Red cover for ATS1190 Pack of 10

ATS1211 8 zone DGP without power supply in a metal box ATS1662 Grey cover for ATS1190 Pack of 10

ATS1220 4 zone DGP without power supply in a plastic box ATS1663 Beige cover for ATS1190 Pack of 10

ATS1230 32 zones wireless DGP 433MHz ATS1664 Black cover for ATS1190 Pack of 10

ATS1250 Access control four door controller ATS1670 Assembly package with 56VA transformer

ATS1260UP

Converts a ATS1250 4 door controller into a 4 lift controller

ATS1671 Assembly package with 120VA transformer

ATS1290 Point ID DGP ATS1740 Data bus isolator/repeater interface

ATS1330 Power distribution board (Star LAN devices) ATS1741 RS232 to RS485 Interface board

ATS1410 Magnetic swipe reader

ATS1742 Data bus closed loop module

Table 2. ATS product numbers and description


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ATS1743 RS485 data bus to optical fibre interface ATS1831 4 meg memory expansion (IUM) Intelligent User memory module

ATS1801 Plug-on serial computer and printer interface ATS1832 8 meg memory expansion (IUM) Intelligent User memory module

ATS1802 Plug-on serial printer interface ATS7100 ISDN B Channel interface

ATS1806 IP interface and OH receiver. (Receiver includes hardware)

ATS7110 ISDN B & D Channel interface

ATS1810 4 way relay card. Maximum of one on the control panel and two on a DGP

ATS7200 Voice module

AS250 8 ohms Speaker (For multi-tone siren option) ATS7300 GSM Module

ATS1811 8 output clocked plug-on C/O relay board ATS8100 Titan PC management software

ATS1820 16 output plug-on open collector expander ATS8300 Alliance. Multi-user software for the ATS.

ATS1821 8 output plug-on open collector expander outputs 4 to 11 at the ATS control panel.

IDP67 Card holder with belt clip

ATS1830 1 meg memory expansion. IDS940M Self retracting reel for IDP67

Table 2A. ATS product numbers and description continued


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RS485 data-bus

The RS485 data bus requires a twin-twisted pair screen cable. WCAT54 (Belden 8723) is recommended. The maximum length between the control panel and the furthest device is 1.5 Km. The 12-volt supply will not exceed 100m so, at this distance from the control panel, auxiliary power supplies will be required. Using the ATS1740 isolator/repeater interface at 1.5Km intervals, a maximum distance of 6 Km for the data bus may be achieve. Spurs from the bus may be up to a maximum of 9 meters.

RS232 cable runs should be limited to 15 meters. If greater distances are required, use the ATS1741 RS232 to RS485 interface.

The screen must only be earthed at the control panel end of the cable.

All other devices may be wire in normal security multi-core cable.

As with the CD control panel a four-wire data bus is required, the labelling has changed:

12 volts + 12 volts supply

0 volts Negative

D + Data positive to the D+ on the next device

D - Data negative to the D- on the next device

Table 3. Data bus connections

Terminating the data-bus

On each data bus device there is a dipswitch, or a push-on link that fits on two pins, these are marked ‘term’ (termination). When the dipswitch is on, or the link fitted, a 470 Ω is placed across the data lines. The link should be fitted, or the dipswitch switched-on, on the two devices furthest apart. This places the two 470 resistors in parallel therefore the data bus with all power off should read, across D- and D+, between 210Ω and 260Ω. (Use the supplied 470 Ω resistor for Smart card readers).

Panel Fit term here

DGP Fit term here

RAS No term

RAS Fit term here

Panel No term

DGP Fit term here

Series configuration Star configuration

RAS No term


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Addressing data bus devices

On the CD control panels, an address can be a keypad or a RLE – this is not the case with the ATS control panels. The ATS remote device is automatically identified as a RAS or a DGP so each type of device has its own addressing range:

Device Binary Address Range

Notes

RAS 0 to 15 Address 0 is RAS No 1

DGP 1 to 15 DGP 16 is the ATS control panel (There is no address zero)

Table 4. Addressing RAS and DGP’s

Notes:

1. DGP’s do not have to be addressed in numerical order - positions may be missed out. This also applies to the RAS except for one RAS that must be addressed as position one - all dipswitches off.

2. Four door controllers (ATS1250) may only be fitted to an ATS3000 or ATS4000 in DGP addresses one to twelve.

Dipswitch settings 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4

ON OFF RAS 1 2 3 4 5 6 7 8 DGP Not used

1

2

3

4

5

6

7

1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4

ON OFF RAS 9 10 11 12 13 14 15 16 DGP 8

9

10

11

12

13

14

15

Table 5. Dipswitch settings

On the 8 Area RAS (ATS1100 & ATS1105) there are four additional dipswitches marked ‘Control’:

Switch 1 (A) 2 (B) 3 (C) 4 (Term)

ON LED’s displays areas 9 to 16 Backlight always on Smart card reader

connected Termination on

OFF LED’s displays areas 1 to 8 Backlight times out Smart card reader not

connected Termination off

Table 6. RAS control dipswitch settings


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On each ATS1201 Alarm DGP, there are eight dipswitches

Switch 1 2 3 4 A B C D

ON 2 or 3 eight zone expanders fitted

8 output relay card or 16 output open collector output card fitted

Do not use

Do not use

OFF

Set for the address of the DGP

See Table 5 on page 14 2 or 3 eight zone

expanders not fitted

No output cards or the 4 relay output card fitted

Set to off

Set to off

Table 7. DGP ATS1201 Dipswitches 5 to 8 settings

On each ATS1210/1220 Alarm DGP, there are eight dipswitches

Switch 1 to 4 A B C T

ON Do not use 8 output relay card or 16 output open collector output card fitted to J8

Do not use Bus

terminator Enabled

OFF

Set for the address of the DGP

See Table 5 on page 14 Set to off No output cards or the 4

relay output card fitted Set to off Bus

terminator Disabled

Table 8. DGP ATS1210/1220 Dipswitch settings

Note: The ATS1210/1220 cannot be expanded to provide additional zones.

On each plug-on zone expander (ATS 1202) there are four dipswitches:

1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4

ONOFF

Zones 9 to 16

Zones 17 to 24

Zones 25 to 32

4th switch Not used

Table 9. ATS1202 Zone expander dipswitch settings

Flags and outputs

Using flags to control outputs is new technology that is not used in the CD control panels. To understand this technology it is necessary to compare it to a flagpole. If the flag is raised, the flag is set. Lower the flag and the flag is reset – this is the best way of thinking of flags.

Note: Alternate terminology used for set/reset – active/not active, raised/lowered and on/off. Set/reset will be used in this manual.

Flags are set and reset by control panel events. Using a zone as an example, if a flag is assigned to a zone:

Zone active Flag set

Zone normal Flag reset


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This flag may now be assigned to one or more outputs and the output(s) will follow the flag:

Flag set (zone active) Output on

Flag reset (zone normal) Output off

Programming event flags is available throughout the programming menus but notably in the zone and area databases and in system flags This means complete flexibility in configuring the outputs and the operation of the panel.

Predefined flags

Flag No Predefined event Flag set Flag reset

1 External Siren If set to Yes in the zone data base, flag 1 is set when the external siren activates in any area

No external siren activating

2 Armed Alarm When all areas assigned to the zone, are armed and an alarm occurs. Flag 2 is used to activate the strobe

On disarm

3 to 5 & 9 to 11 Armed Alarm As flag 2 As flag 2

6, & 7 Disarmed Alarm

If set to Yes in the zone database. Flags 6 & 7 are set when one of the areas assigned to the zone is disarmed and the zone causes an alarm condition.

On disarm

8 24hr Alarm If set to Yes in the zone data base, is set any time the zone causes an alarm On disarm

13 Internal Siren If set to Yes in the zone data base, flag 13 is set when the internal siren activates in any area

No internal siren activating

16 (Walk) Testing

This flag is set for half the time allocated to menu 19/6,18 ‘(Walk) Testing event flag time’. The armed (walk) test time menu 19/6,10 should exceed this test time. In the CD control panels, this would control a ‘Seismic’ output.

14 & 15 Not defined

Table 10. Predefined flags

Siren outputs

Using speakers: The external siren output on the ATS control panel, and the siren output on each of the ATS1201/ATS1250 DGP’s, are monitored and will drive eight ohms speakers. This also applies to the control panel’s internal siren output but is not monitored. If a monitored speaker output is not used, a 1kΩ resistor must be fitted to disable the monitoring. A maximum of two speakers may be fitted to each siren output. On ATS1201 and ATS1250 DGP’s the siren output is always the 16th output: These outputs default to Internal siren, flag 13.

Using voltage driven sirens: The 1kΩ resistor must always be fitted to the panel’s external siren output and the siren output on each of the ATS1201/ATS1250 DGP’s.


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Predefined outputs Output No. Flag No. Description

2 2 Strobe output on the control panel 3 1 Change-over relay on the control panel 15 13 Internal siren output on the control panel

16 1 External siren output on the control panel

251 Optional Switched negative terminal on the control panel (Not ATS2000)

16th output on DGP’s 13 Internal siren outputs

Table 11. Predefined outputs

DGP No Siren output No DGP No Siren output No

Panel 16 8 144

1 32 9 160

2 48 10 176

3 64 11 192

4 80 12 208

5 96 13 224

6 112 14 240

7 128 15 Not available

Table 12. Siren output numbers.

When programming a RAS, a menu asks for an output group number; this is an access control function. The outputs are grouped in groups of 8 outputs. i.e. Outputs 1 to 8 = group 1, 9 to 16 = group 2 etc. See Output control groups table on page 17, and the associated note.

Before any output expanders, fitted to the control panel, will start to operate, programme in System options on page 55 – Output controllers the number of output expanders that have been connected to the control panel. (The ATS1820 16 way open collector expander and the ATS1821 output expander counts as two expanders).

1 1 to 8 13 97 to 104 25 193 to 200Panel 2 9 to 16 DGP 6 14 105 to 112 DGP 12 26 201 to 2083 17 to 24 15 113 to 120 27 209 to 216DGP 1 4 25 to 32 DGP 7 16 121 to 128 DGP 13 28 217 to 2245 33 to 40 17 129 to 136 29 225 to 232DGP 2 6 41 to 48 DGP 8 18 137 to 144 DGP 14 30 233 to 2407 49 to 56 19 145 to 152 31 241 to 248DGP 3 8 57 to 64 DGP 9 20 153 to 160 DGP 15 32 249 to 2569 65 to 72 21 161 to 168 DGP 4 10 73 to 80 DGP 10 22 169 to 176 11 81 to 88 23 177 to 184 DGP 5 12 89 to 96 DGP 11 24 185 to 192

Table 13. Output control groups


18

Memory expansion

Basic ATS1830 1 meg

ATS1830 1 meg (IUM)

ATS1831 4 meg (IUM)

ATS1832 8 meg (IUM)

User with name See Note 1 50 200 200 200 200

Users with PIN See Note 1 50 1000 2000 17,873 65,535

Card users See Note 1 50 11,466 2000 17,873 65,535

Alarm groups See Note 3 64 128 128 128 128

Door groups 10 128 128 128 128

Floor groups 10 64 64 64 64

Alarm Events See Note 1 250 1,000 1,000 1,000 1,000

Access Events See Note 1 10 1,000 1,000 1,000 1,000

Notes: 1. These are collective totals for users/events and should not be added together. 2. ATS2000 cannot have an expanded memory. 3. Alarm group totals do not include the ten pre-programmed alarm groups. 4. ATS1830 1 meg IUM is a software IUM and is enabled in menu 19/14 option 95. See Appendix 13 on page 149 for more details of swipe-and-learn software IUM programming.

Table 14. Memory expansion

ATS 1203 DGP

A new DGP will be released in the near future. The basic DGP has 8 zones, a siren output and a 3 Amp power supply but may be expanded to 32 zones and 32 outputs. As with the AT1201 DGP, when expanded beyond 16 zones or 16 outputs the next higher DGP address is not available. See table below.

Plug-on zones Plug-on outputs DGP address +1 Poll

8 Up to 16 Available DGP address

16 or 24 Up to 16 Not Available DGP address

Up to 24 Up to 32 Not available DGP address and DGP address + 1

Note: A maximum of two ATS1810 four-way relay cards may be plugged-on but blocks further output cards being installed.

The programming options for this DGP are available by accessing menu 28 To Remote Devices – see page 85. Four main menus are available and include the options to View the DGP and zones status, to enable using zones and outputs from the next higher DGP address, power-monitoring options, enable clocked output cards and reset all menus to default.

ATS4000 control panel PCB layout

Table 15. ATS4000 control panel PCB layout

Notes:

1. Enable in System Options menu 19/7, page 55, Output controllers. 2. Enable in System Options menu 19/7, page 55, Zone expansion fitted.

Fuse 1 1 Amp slow blow Sirens and strobe Fuse 2 1 Amp slow blow Switched Negative Fuse 3 1 Amp slow blow System data-bus

18V ACEarth BatteryJ17

Auxiliary power And switched voltage for fire detectors Switched neg. output 251 J14

Data bus and panel tamper connections J10

Sirens: Int output 15, Ext output 16 & Strobe output 2 J13

Auxiliary relay (Output 3)

Zones 1 to 16

Zone Output Output ExpExpander Expander 12 volts linkNote 2 Note 1

Not usedTST1 Resets master codes see page 26

For PC / Printer interface

Kill (Defaults the panel)

Bus Dialler

RX TX RX TX

F5 F4 F3 F2 F1

Watchdog

RS232 J18 ISDN/Audio (Laptop) and Voice J20

PSTN connections

J8

J7

EPROM

Flash RAM

Memory (IUM) Data bus Term


19

Fuse 4 2 Amp slow blow Auxiliary power Fuse 5 3 15 Amp slow blow Battery

Table 16. ATS4000 control panel fuses

ATS2000/3000 control panel PCB layout

Table 17. ATS 2000/3000 control panel PCB layout

Data bus and panel tamper connections

Zones 1 to 4 Zones 5 to 8 J6 J5 J10

Output Expander 12 volt link

Data bus Term

J8 Output connector

J7 Zone Exp. Connector See Note 2

RAM (IUM) ATS 3000 only

EPROM

Kill Pins

Dialler TX RX

Data bus TX RX

TST1 TST2

9 to 16

ATS1802/2 Connector J11See Note 1

J16 PSTN Connections

18V ACEarth BatteryJ17

Auxiliary power ATS3000 only Switched voltage for fire detectors Switched neg. output 251 J14

Sirens: Int output 15, Ext output 16 & Strobe output 2 J13

Auxiliary relay (Output 3)

F5 F4 F3 F1

Connector for Audio, ISDN & Voice. J20

RS232 J18 Connector for laptop

ATS 2000 Areas 4 Zones 32 Zones 9 to 16 See Note 2 Mem. Exp. No Users 50 Log Events 250Access Events 10 Outputs max 255ATS1801 Computer I/F No ATS 3000 Areas 8 Zones 64 Zones 9 to 16 See Note 2 Mem. Exp. YesUsers 50 Log Events 250Access Events 10 Outputs max 255ATS1801 Computer I/F Yes Notes: 1. ATS1801/2 computer/printer interface cannot be fitted to the ATS2000 2. Zones 9 to 16 are not available on ATS2000/3000 Software 04.02.12 and earlier.

Defaults codes


20

Fuse 1 1 Amp slow blow Sirens and strobe Fuse 3 1 Amp slow blow System data bus

Fuse 4 2 Amp slow blow Auxiliary power ATS3000 only, also switched negative)

Fuse 5 3 15 Amp slow blow Battery Table 18. ATS2000/3000 control panel fuses

Zone wiring

There are two global settings for zones in programming menu 19/7 on page 55, System options. ‘Dual zones’ Yes or No, and to set the value of the resistors being used – this can be 2K, 4.7K or 10K - 4K7 is the default.

When set to ‘Dual Yes’ two different wiring configurations may be used to accommodate close circuit and open circuit devices.

Voltage and resistance windows

Set for 4K7 resistors in System options, menu 19/7, end-of-line resistor option 1 Zone status Resistance window KΩΩΩΩ Zone voltage Short circuit < 1.2 < 2.8

Active (Alarm) 1.2 to 3.2 2.8 to 5.58 Quiescent 3.2 to 6.4 5.58 to 7.95

Active (Alarm) 6.4 to 17 7.95 to 10.8 Open circuit > 17 > 10.8

Table 19. Zone voltage and resistance windows

RAS controls and access control terminations

4K7

4K7

4K7

4K7

Tamper Normally closed

Close Circuit device

Tamper Normally closed

Open Circuit device

ZONE CLOSED CIRCUIT

ZONE OPEN CIRCUIT


21

Adjusting the RAS display contrast

The RAS display contrast may be adjusted by holding down the menu* key while adjusting the display contrast using the up and down arrow keys. The maximum contrast is 32 and the minimum is 1.


22

Adjusting the RAS buzzer’s volume

The RAS buzzer’s volume may be adjusted by holding down the Clear key while adjusting the buzzer’s volume using the up and down arrow keys. The maximum volume is 32 and the minimum is 1.

ATS1111 & ATS1116 RAS keypad display modes

On four-line LCD’s the display mode may be selected by holding down the zero key and selecting the required option using the up and down arrow keys. The options are: Format 1: Wraps text using hyphens when a word is broken onto the next line. Format 2: Wraps text without hyphens when a word is broken onto the next line. Format 3: Wraps text to the next line without breaking words.

RAS IN termination

If a RAS is configured for an access control application, the ‘IN’ termination may be connected via a normally open push-button to negative. When the button is pressed and negative is applied to the ‘IN’ terminal a request-to-exit function will be initiated activating the ‘OUT’ terminal for the door open time.

RAS OUT termination

The ‘OUT’ termination is assigned to the first output number of the output group assigned to the RAS. If output group 4 is assigned to the RAS then the ‘OUT’ terminal will activate when output 25 activates. This is also the violet wire on an ATS1190/1192, Smart card readers when used to open a door. For a complete list of output control groups see Table 13 on page 17.

Fitting ATS1202 plug-on zone expanders

ATS1201 & ATS1203: Zones on these DGP’s may be expanded to 16 zones by adding one ATS1202 plug-on zone expander. A further two eight zone expanders may be fitted to the DGP but these will take away the zones from the next higher DGP address. If this is done next higher DGP address cannot be used and outputs for this DGP address are only available on the ATS1203 or at the control panel.

ATS2000/3000: As from software version 04.05.05 one zone expander may be fitted to J7. A further two eight zone expanders may be fitted to the control panel but these will take away the zones from DGP1. If this is done DGP1 address cannot be used and DGP1 outputs are only available at the control panel.

ATS 4000: One or two plug-on zone expanders may be fitted to the ATS control panel but these will take away the zones from DGP1. If this is done DGP1 address cannot be used and DGP1’s outputs are only available at the control panel.


23

Fitting ATS1811/ATS1820 output expanders at the control panel

All 255 outputs are available at the control panel. The output expanders are daisy chained both physically and there output numbers. i.e. Expander 1, outputs 1 to 8, expander 2, outputs 9 to 16 etc. These outputs are the same as allocated to the RAS and DGP and can be regarded as mimic outputs. If a DGP is not fitted, the outputs are still available at the control panel.

There is a link beside J8 output expander connection. If fitted, the output expanders are powered from the control panel. When removed the output expanders may be powered from a separate 12volt DC source.

Note: Only one ATS1810 4 way relay card or ATS1821 8 way O/C card may be fitted to the control panel and blocks further output cards being daisy-chained.

Connecting a laptop PC to the control panel

The RS232 port J18 is provided on the ATS control panel for a service engineer to connect a laptop computer to the control panel. ATS1630 pre-assemble lead complete with 9D connector is available. The laptop will require to have installed ‘Titan’ programming and management software. (ATS8100)

Initiating the connection is done using user menu 7, option 5.

RS232 Serial port (J18) connections: Note: This lead cannot be home-assembled as the 9D connector contains electronics. If this lead is required order ATS1630.

Pin No Pin Output

1 12 volts

2 RX

3 TX

4 0 volts (Neg.)

Table 20. ATS control panel RS232 port connections for a laptop

1 2 3 4

J18 RS232 Port


24

Connecting a permanent PC and/or a printer using the ATS1801 Interface

This is not available for the ATS2000 control panel

The computer/printer interface ATS1801 has two RS232 ports allowing a PC and a printer to be connected to the ATS control panel.

Direct computer and printer cable connections for the ATS1801 PC/Printer

Interface ATS1801 Printer

25 D Connector Computer

9 D Connector

GRD 7 5

CTS 20 4

RX Not used 3

TX 3 2

RTX Not used Not used

Links in the D Connectors

Link 4 & 5 Link 6 & 4 and 7 & 8

Table 21. PC and printer connections

Networking multiple control panels to a PC

This not available for ATS2000 control panels

Up to 16 control panels may be networked, on the RS485 bus, to a PC allowing the PC to have full control over the 16 control panels. (Security levels may be set within the ‘Titan’ software to restrict access). Only one PC may be connected to the RS485 bus.

ATS Panel No3

ATS1741 RS232 to

RS485 Interface

ATS1741 RS232 to

RS485 Interface

RS485 bus To Panels

4 to 16

RS232 bus RS232 bus

ATS1801 Computer Interface

RS232 bus

ATS Panel No2

ATS1741 RS232 to

RS485 Interface

ATS1801ComputerInterface

ATS Panel No1

ATS1741 RS232 to

RS485 Interface

RS232 bus

ATS1801ComputerInterface


25

Wiring connections for networking control panels to one PC

Computer connections

9D 25D

ATS1741

RS232 to RS485

Data bus 1.5Km maximum.

(6 km maximum with repeater ATS1740)

Advisor Master 1 to 16

ATS1741 RS485 to RS232

Advisor Master 1 to 16

ATS1801

2 3 TX 12V+ 12V+ TX TX

3 2 RX 0V 0V RX RX

N/c N/c CTS D+ D+ CTS CTS

N/c N/c RTS D- D- RTS RTS

5 7 GRD GRD GRD

Link in the D connector pins 4 & 6 and 7 & 8

Link in the D connector

pins 6, 8, & 20

RS232 data cable run 15m maximum

RS232 data cable run 15m maximum

12V+0V

12 volts from one of the Advisor Master

To Advisor Masters 2 to 16.

ATS1741/1801

Telephone line connections (PSTN)

These are marked A, B, AX & BX. The telephone line is connected to A & B. AX and BX are only used if a series connection to a telephone handset is required.


26

INITIALISING THE SYSTEM

The system must be defaulted before first time programming may commence

Defaulting the control panel

1. Remove all power from the ATS control panel

2. Short the two pins on the ATS control panel marked ‘Kill’

3. Wait 30 seconds

4. Remove the link on the ‘Kill’ pins.

5. Reapply power to the control panel – battery first - see note 2 below

6. The control panel is defaulted and ready for programming.

7. If upgrading the software to a later version it is advisable, after the hardware default, to enter installer programming menu 19, select advance menus ‘Menu*, and also do a software default in menu 14 option 99.

Notes:

1. Only RAS 1 will be operational. Any other RAS and DGP’s will require polling and programming before they will become active.

2. The control panel has a battery low voltage cut-out device so that when the voltage reaches an unacceptable low-level the device operates. Therefore just connecting a battery to the control panel will not power-up the control panel – AC mains and the battery has to be applied to initiate a control panel power-up.

Default codes:

Code 1 User’s 1122 Code 50 Engineer’s 1278

Defaulting the User code (code 1), Engineer code (code 50) and RAS 1

1. While the control panel is powered-up fit a link on TST1; see ATS control panel PCB layouts, on pages 19 and 20.

2. Press the Menu* key

3. Remove the link from TST1 and press Enter

4. User code 1 has been defaulted to 1122 and the engineer’s code 50 to 1278. RAS 1 has been defaulted to Alarm and Menu group 2. Entry/exit buzzers for the RAS will be switched off – check RAS 1 programming and change as required.

Remove TST1 and TST2 Press ENTER


27

Arming and disarming the system:

To disarm, Code-Off-(Area number)-Enter. (Area number 0 = all areas

To arm, Code-On-(Area number)-Enter. (Area number 0 = all areas)

This arming disarming procedure may be altered by programming options set in the RAS database menu 19/3 on page 44.

Accessing the User’s menus

Menu-Code-Enter.

The user menus available are configured in the Alarm Group database menu 19/5 page 49.

Entering programming mode

After defaulting the system, disarm the control panel - see above

Using the ‘Accessing the User’s menus’ procedure above, select menu 19 and press enter

Simple/Advance Menu * Advanced

Press enter to access the simplified menu structure or Menu* to enter all programming menus

↓ Installer Programming 0 – Exit Menu: Select menu zero to leave

Engineer’s programming and return to the user’s menus. Select menu zero to return to day mode.

Note: If the simplified menu structure is selected, the main menus that are available in the following programming maps are identified by their name being followed by the abbreviation (S) and the sub menus available are shaded.

Programming zone text

The ATS control panel has an extensive word library of 899 words; these are selected by their word-number. Also available are the digits 0 to 9 for identifying zones etc. The words are known as ‘Textwords’ and the digits as ‘Textvars’.

When programming a name for a zone the menu will ask for ‘Textword 1’, enter the number of the word required and press enter. This is followed by the request for ‘Textvar 1’, enter a digit, if required or, enter 0 if a space is required. Press the enter key to except the ‘Textvar’. Following this is ‘Textword 2’

The menu will alternately ask for a total of four ‘Textwords’ and four ‘Textvars’


28

Entering zero for a ‘Textword’ deletes any existing word. The Menu* key steps through the ‘Textwords’ and ‘Textvars’. Press enter without entering a number to except the programmed text.

The Area and Alarm Group databases only allow a single ‘Textword’ number. To overcome this programme a new ‘Textword’ in menu 19/10 on page 64 that will allow multiple words, to a maximum of 16 characters, to be allocated to a single ‘Textword’ number.

When programming text using Titan software multiple words can be used for the area and alarm group text by enclosing the words in single quotation marks – ‘Area one’.

A complete list of available words and their numbers are alphabetically assembled in Appendix 1 ’Word library’ on page 103. Word numbers 900 to 999 are available for new words, see menu 19/10 on page 64 ‘Programme text’.


29

USER’S MENUS 1 TO 24

User’s menus 1 to 10

1. Control panel status Displays: system alarms, battery failure, control panel tamper etc., Use the Menu* key to update the display

2. Active zones Displays all active zones. Use the Menu* key to update the display

3. Zones in Alarm Zones that require disarming

4. Inhibited zones Displays all inhibited zones

5. History Use Menu* to move forward in time. Enter to move back in time and 1 to scan the current event. Normally 250 events are available but this is increased to 1000 when the 1 meg ATS1830 memory is fitted. There are 3 Logs available, 1. Alarm – listing all alarm events, 2. Door – access control events, and 3. Installer – listing engineers entering programming, menu 19.

6. Test report Walk test report menu. Option 1 Displays the results of the latest disarmed walk test. Option 2 Displays the results of the latest armed walk test.

7. Service menu Option 1 Request service technician: Request sent to Titan software. Option 2: Disconnect Management software: Disconnects a remote Up/download connection. Option 3: Dial Management software: Start a remote Up/download connection using the Service telephone number programmed in Menu 19/29. Option 4: Dial temporary Management software: Start a remote Up/download connection using the telephone that is specified in this option. Option 5: Direct (via J18) Management software: Start a direct Up/download connection using a serial connection lead between the control panel and the PC Option 6: Answer Management software. Answer incoming telephone ringing. Option 7: Siren test. Tests the External siren, internal siren and the strobe. Each siren is activated, in turn, for approximately 4 seconds and the strobe for approximately 6 seconds. Option 8: Voice reporting telephone number. If set to Voice reporting this facility will re-programme telephone number 1 for Central Station 4. This is a follow-me function for Voice reporting. Option 9: Stop voice reporting. This will stop any queued voice CS reports. Non-voice events will not be affected. Option 10: RAS test. All LED’s will illuminate and a block will be displayed for each of the characters that the LCD can display. Also the RAS buzzer will activate. The test will last for 5 seconds.

8. Film Counters Displays the count for the eight Cameras

9. Zone names Lists all zone names. Use the Menu* key to page through each zone in turn or enter the zone number to see the name of a specific zone.

10 Inhibit zones Displays any zone that is active – use the Menu* key to page through active zones or enter the zone number to inhibit.

Table 22. User’s menus 1 to 10


30


11 Uninhibit zones Displays any zone that is inhibited – use the Menu* key to page through inhibited zones or enter the zone number to uninhibit.

12 Test zone Walk tests a single zone. This displays all zone states; tamper short or open, active, and normal. Except for normal, RAS buzzers will sound for all other states.

13 Auto disarm test Starts the disarmed walk test. Use the Menu* key to page through all untested zones or walk test the zones. If successfully walk tested, ‘Test Complete’ will be displayed. Enter ‘0’ to abort the walk test ‘ Test Not Completed’ will be displayed.

14 Programme Users Programme the User’s codes. Standard memory, 50 users with PIN code and name. Expanded memory 1000 users with PIN code. The first 200 with names. Option 1: Delete: Enter the User number to delete and press Enter. Option 2: Display: Enter the User number to display and press enter. The following settings will be displayed one at a time – press enter after each display: Alarm Group, Door Group, Floor Group, User name, PIN number (if enabled in ‘System Options’) and, if a 4 or 8 meg IUM is fitted or a software IUM has been configured, Card bits. Option 3: Create: Enter the User number to create or modify and press enter. Select the Alarm group for the user and press enter. If the Group is not displayed on the top line use the Menu* key to display all available alarm groups. Enter the door group for the User and press enter. If no door group is required, enter zero. Floor group. This is for ATS1260 4 lift controllers. If not required leave set at zero and press enter. User name, using the digit keys on the RAS enter a name for the user. Pressing the enter key moves the cursor to the next character position and the Menu* key ends the name programming. Press enter to move to the next option. PIN number. 4 to 10 digits may be used, press enter to verify the entry – The PIN code may or may not be displayed dependant on the setting in ‘System Options’. If an ATS1831/1832 4 or 8 meg IUM is fitted, an extra option will be displayed. Card bits. This menu is available to enter raw card data for access control reader cards To obtain this data: Badge the card then examine Menu 5 History, Option 1 Alarm log and write down the raw data. In Card bits enter this data. Press the enter key for each full stop in the number. (Software IUM only, ‘Badge Card’ will be displayed - see Appendix 13). Option 4: Total: When the expanded memory (IUM) is fitted or the software IUM is configured displays the total number of users programmed. Option 5: Card learn Only available when the software IUM is configured. Sets the reader to learn-in Smart cards. Note: For more information on IUM Smart card programming see Appendix 13 on page 149.

15 Time and date Set the time and date, Summertime and clock adjust. Option 1: Display: Displays the current Time date and day. Option 2: Set: Enter the Hours, Minutes, Seconds, Day of the month, Month and Year. Each entry is 2 digits and followed by the enter key. Option 3: DST: This should be set by default but if not programmed set option 5 for the Sunday, 03 (March) for the Start month, and 10 (October) for the End month. Option 4: Adjust: This options allows the clock to be adjusted by + or – x number of seconds per day. Enter the number of seconds



31


16 Inhibit/uninhibit a RAS or DGP

Inhibits the device’s lid tamper Option 1: RAS: Enter the RAS address and press Enter Option 2: DGP: Enter the DGP address and press Enter

17 Enable/disable service technician

If the engineer’s code’s Alarm group has timezone 25, this menu may be used by the User to enable the engineer’s code. If the engineer’s code does not have timezone 25 the engineer may enter this menu to disable tampers and optionally reporting. ’Service’ will be displayed on the RAS until the facility is cancelled or the Service time expires. A warning will be given by the RAS buzzers sounding at a pre-set time before the Service mode expires These times are set in menu 19/6 ‘Timers’. At the Service time expiry, the inhibits will be removed and the ‘Service’ message will be cleared from the display. If in installer programming at the expiry of the service time and the engineer has timezone 25 then an automatic exit to user mode will occur. If the engineer’s code has not got Timezone 25 then all bypasses will be removed but the control panel will not exit to user mode – this may cause open tampers to activate the alarm and report any current alarm condition. Option 0: Cancel: Cancels the Service mode, reinstates the tampers and reporting. Option 1: Service In: Enables the engineer’s code. Yes Bypass tamper Press Enter No Bypass Reporting *-Change 0-Skip

18 Reset cameras Resets the Camera film count to zero for the eight cameras

19 Programming menus

Access to all Engineers programming menus.

20 Door and floor groups

Programmes a floor or door group for access control. Option 1: Doors: Enter the Door Group number and press Enter. A group of four door numbers will be displayed. To display the next high group of four doors use the Menu* key. Enter the Door number and press Enter. Select the timezone number and press Enter. Timezone 0 is the 24hr timezone. Press the Menu* key to delete the programmed timezone. Option 2: Floors: This option is required for ATS1260 4 lift controllers.

21 Holidays Programme the holiday dates for timezones. Enter the day of the month and press Enter. Enter the month and press Enter. Enter the Year and press Enter. All entries are two digits. Enter two zeros for each option to delete the holiday.

22 Open doors Access Control option to open a known door number Enter the door number and press Enter.

23 Unlock, lock, disable & enable doors

Access control option. May only be used with ATS1250 doors 17 to 64. Option 1: Unlock Option 2: Lock Option 3: Disable Option 4: Enable For all options: Enter the door number and press Enter

24 Print history Print the Engineer’s log Enter earliest date to start the log print – day, month and year. Use 2 digits for each entry.



32

PROGRAMMING THE SYSTEM

Write out a specification for the intruder alarm system. In its simplest form, the following items should be included:

1. System requirements; Control panel, PC, Printer etc.

2. Text words required that are not in the library

3. The number of areas and their configuration including, event flag numbers being used for controlling outputs, arm/disarm, auxiliary entry/exit buzzer, area or system alarm outputs, etc.

4. Alarm groups. Groups of Users that have the same control of the system. This might be one group for Managers and another for User’s that can only arm and disarm the area. Separate groups may be needed for individual area control and other groups for those who can control multiple areas.

5. RAS (Keypad) requirements: Quantity and addresses

6. DGP (RLE): Quantity and addresses. The quantity of zones and outputs for each DGP and their numbers.

7. What zone types are required, and options needed for each zone

8. Reporting information: Telephone numbers and account numbers, and what reports are required

9. User codes: This could be left to the User to programme

10. List of outputs required, their number and usage’s

This is a basic list and will require expanding for more advance configuration programming

Recommended basic programming order

1. Default the panel using the ‘Kill’ pins. See Initialising the system on page 26

2. Enter programming menu 19/14 Reset default, and initiate a firmware default using option 99. See Initialising the system on page 26

3. Set the time and the date in user’s menu 15. See User menus 11 to 15 on page 30.

4. Programme words not in the library. Menu 19/10 on page 64

5. Programme areas. Menu 19/2 on page 41

6. Programme alarm groups. Menu 19/5 on page 49. (May be missed out if default Alarm groups are being used.)

7. Install and programme the RAS & DGP’s. Menus 19/3 on page 44 & 19/4 on page 48.

8. Programme the zones. Menu 19/1 on page 34.


33

9. Programme timers. Menu 19/6 on page 53.

10. Programme system options. Menu 19/7 on page 55.

11. Programme the outputs Menu 19/16 on page 71.

12. Programme the dialler. Menu 19/9 on page 61.Programme User codes. User menu 14

Other Menus that may be required:

1. Computer connection. (Including upload/download) Menu 19/29 on page 86.

2. Printer. Menu 19/30 on page 88.

3. Programme next service. Date & message. Menu 19/33 on page 90.

4. When the installation is complete clear all poll error counters in menu 19/23 on page 80.

Tip: Menu 23, Poll errors, counts any loss of communication between the control panel and the devices connected to the data bus.

If this is cleared after all devices have been connected and polled and then rechecked at a later time it should reveal any problems with the data bus. If it is still zero the bus is operating correctly.


34

PROGRAMMING MAPS WITH HELP

Programming map abbreviations: I Intruder alarm option C Camera option A Access control option

(S) or shaded Available when ‘Simplified’ menus are selected For UK defaults see Appendix 10 on page 129.

MENU 1. ZONE DATABASE (S) 1.Zone number

1. Zone name I See programming zone text on page 27. ↓ 2. Zone type I See Table 26, zone selector on page 36, or Appendix

14 on page 153. ↓

3. Reporting of zone I Enter reporting type number 1 to 49 – normally 19-132. See Table 27, Reporting types on page 40. If no reporting is required – set menus 4 to 7 to, No.

Skip ↓ 4. Report to CS 1 I Yes/No, Normally Yes ↓ 5. Report to CS 2 I Yes/No, Normally No ↓ 6. Report to CS 3 I Yes/No Normally No ↓ 7. Report to CS 4 I Yes/No, Normally No ↓ 8. Enable ALI for zone I Yes/No, Normally No. Yes, if audio listen in required ↓ 9. Eng. Reset on Alarm I Yes/No, Normally Yes ↓ 10. Eng. Reset on tamper I Yes/No, Normally Yes ↓ 11. Disable inhibit of

zone I Yes/No, Set to No to allow the zone to be inhibited.

↓

12. Enable soak test I Yes/No, Normally No. Set to Yes to soak test the zone. Also programme the number of days in System Options menu 19/7.page 55.

↓

13. Area/Alarm group for the zone I

Assign zone to Area(s) If the zone is not part of the alarm system, it may or may not have an area. Normal alarm zones must have an area assigned. If a keyswitch to arm and/or disarm an area, programme the relevant Alarm Group number. If two or more areas are assigned to the zone, all have to be armed before the zone is armed.

↓ 14. Walk Test Option No. I Walk test Option No. See walk test options table 25

on page 36. Defaults to Disarm walk test. ↓ 15. Zone event flag No. I Flags 25 to 255. Set when the zone is active. Reset

when zone is normal and disarmed ↓


35

Skip Exit zone menus 16. Internal siren programmed in Area dB. I Yes/No. Set to Yes if the zone is to activate the areas

Internal siren. No, silent alarm. ↓

Skip exit zone menus 17. External siren programmed in Area dB. I Yes/No. Set to Yes if the zone is to activate the areas

External siren when armed. No, silent alarm.

Skip exit zone menus

18. Keypad Buzzer I

Yes/No If Yes, when the zone is armed and activates, the buzzers in the RAS activate. Use with caution as the buzzer cannot be silenced while the zone is active

↓ Skip exit zone menus

19. Make all events 24 hour I

Yes/No. If Yes, all event flags programmed for this zone are set when the zone activates regardless of the zone’s armed status. Must be set to Yes for the zone tamper to activate correctly.

↓ Skip exit zone menus 20. Trigger event flag 2

Armed alarm I Yes/No. Event flag 2 is the strobe event flag. Set this to Yes for the strobe output to activate when the zone is armed and the zone activates.

↓ Skip exit zone menus 21. Trigger Event flag 3

Armed alarm I Yes/No. The flag is set when the zone is armed and the zone activates.


Armed alarm I Yes/No. As menu 22 above


Armed alarm I Yes/No As menu 22 above


Disarmed alarm I Yes/No. The flag is set when the zone is disarmed and the zone activates.


Disarmed alarm I Yes/No. As menu 25 above

↓ Skip exit zone menus 26. Trigger Event flag 8.

24 hour alarm I Yes/No. If Yes, the flag is set when the zone activates regardless of the zone’s armed status







↓ Skip exit zone menus 30 Trigger zone Event

flag when active I Yes/No. When set to Yes changes the zone to 24 hour operation

↓ Skip exit zone menus 31.Camera Event flag

programmed in area dB C Yes/No. Camera event not used for alarm systems.

↓ Skip exit zone menus 32. Print zone when

active I Yes/No. If Yes, enables, when active, the reporting of the zone to the printer

↓ 33. Engineer Walk Test I Yes/No. If Yes, includes the zone in the engineers

walk test. By default, this is set to Yes. ↓


36

↓

34. Double knock I Yes/No. If Yes, will require two activation of the zone to cause an alarm condition. Set the time windows in Menu 19/6 Timers on page 53.

Walk test options:

WALK TEST OPTIONS

0 No walk test Excluded from all walk tests and not disabled during the disarmed walk test.

1 Disarmed walk test. The zone is disabled during a disarmed walk test on the areas assigned to it

2 Tested in arm and disarm walk tests Included in the arm walk test. Excluded if activated during the disarmed period.

3 Arm walk test. Included in the arm walk test.

4 Disarmed walk test plus event flag 13 set Do not use - under development

5 Disarmed walk test plus pre-alarm flag set Sets the pre-alarm flag during the disarmed walk test

6 Frequently used detector Used with Titan’s Remote Diagnostics to determine which frequently used zones have not been triggered during the last 6 hours following the previous arming of the control panel.

Table 25. Walk test options

Zone selector Table 26. Zone types

Type No Description Notes

Disabled 0 Tampers are also disabled

2 Armed alarm

28 -with auto reset

45 -with disarmed event flag and two user inhibit

68 Anti-mask detector

Alarm armed

69 ACPO Alarm zone (See note)

Type 68. Anti-mask. If this zone type is open at arming it sets, the anti-mask flag for 5 minutes that may be used to enable the walk test LED’s.

Note: Do not use Zone type 69 with software’s 04.06.14 and later. Use zone type 2.

1 Disarm alarm Alarm disarmed

11 - with delayed reporting. See note 1

The delay time is set in Timers Menu 19/6 on page 53.

13 Entry/exit without arm check

3 -with arm check

Entry Exit

66 -with Final door set

Final door set, programme the exit time to zero for infinite exit time.

14 Access without arm check Access

4 -with arm check


37


5 24 hour alarm

8 -with delayed disarm report. See note 1

22 -with delayed disarm report & auto reset. See note 1

29 -with auto reset

67 -with latch reset by code

Alarm 24 hour

59 -with TZ41 inhibit

24 hour reporting. A PA zone may be created using zone type 5 and report type 15 PA silent & 16 PA audible The delay time is set in Timers Menu 19/6 on page 53.

15 Firedoor with disarmed buzzers and quick reset

21 -with disarmed sirens and code reset

44 -with disarmed sirens, code reset and two user inhibit

30 -with disarmed sirens and auto reset

Firedoors

56 -with disarmed sirens, code reset and TZ41 inhibit

Type 21 may be used as a 24hr-alarm zone without disarmed reporting. Use report type 19-132.

41 Firedoor plus entry exit with disarmed buzzers and quick reset

Firedoor with entry exit

42 -with disarmed sirens and code reset

6 Pulsed keyswitch arm and disarm

31 Latched keyswitch arm and disarm

34 -with arming warning time and disarm

35 -with arming warning time and no disarm

59 Reset delay zone timer

Keyswitch

12 Reset exit procedure

Warning and delay times are set in Timers Menu 19/6 on page 53.

The alarm group is programmed in menu 19/5 on page 49.

27 Technical with report

57 With report and zone event text

Technical

58 With only zone event text

Zone event text is programmed in System Options menu 19/7 on page 55.


38


20 Zone to an event flag zone 24 hour operation

32 -only when armed

Event flag zones

43 -only when disarmed

May be used to, activate an output, control a soft timezone, or as an input for a macro

23 Camera No1 count

24 Camera No2 count

25 Camera No3 count

26 Camera No4 count

36 Camera No5 count

37 Camera No6 count

38 Camera No7 count

39 Camera No8 count

48 Camera No1 Film out







Camera zones


Counting zones and count monitoring. Low film and film out levels are set in System Options menu 19/7 on page 55.

16 24hr local mains fail

18 Report Fail with RAS buzzers and display

Line fault & mains fail zones

19 Report Fail with display only

40 Delayed disarm report. And suspicion. Armed reports E140. See Note 1.

46 Programmed disarm report. Armed reports E140.

Dual report zones

47 Programmed disarm report with suspicion. Armed reports E140.

The delay time is set in Timers Menu 19/6 on page 53.


33 Four state monitoring Two wire monitoring of an alarm system. See note 2.

60 Exit Terminator Programme the exit time to zero for infinite exit time in the Area database on page 41.

65 Engineer reset zone May be used for a ‘Red Care’ remote engineer reset.

Special types

70 Keybox European option Do not use

Notes:

1. If delayed zones are used ‘Delayed disarm alarm lockout’ in System options menu 19/7 on page 55 must be set to No. If Yes, the zone cannot be reset until it returns to a normal state.

2. Two-wire monitoring is designed for monitoring a number of alarm systems each on two wires and being wired back to one zone on the ATS control panel. This type of zone requires a special wiring configuration. The zone states are: Shorted generates an alarm Normal no alarm Active inhibited (No alarms generated). Also inhibits tampers) Open tamper alarm

Zone Closed – Alarm Open - Quiescent

Closed – No Tamper Open – Tamper

Resistors normally 4K7

Closed – Alarm on Open – Alarm off


39


40

Reporting types:

Type No.

Description Type No.

Description

1 Medical General. (Use this type for Medical reporting).

27 General. Do not use.

2 Medical-Personal emergency. (Seldom used).

28 General Do not use.

3 Medical-Fail to report in. (Seldom used). 29 General Do not use

4 to 12 Fire. (Use Type 4 for smoke detectors) 30 General Do not.

13 PA’s. General. (Use this type if in doubt). Also see types 15 & 16.

31 General Do not use

14 Duress. (For special use only). 32 24 hour. General

15 PA’s Silent 33 24 hour. SIA emergency alarm CID gas detected

16 PA’s Audible 34 24 hour SIA emergency CID Refrigeration

17 Intruder General. (Seldom used). 35 24 hour SIA emergency CID loss of heat

18 Intruder Perimeter. (Seldom used) 36 24hour SIA emergency CID water leakage

19 Intruder Interior. (Normal alarm zone reporting).Use this type for all ACPO zones.

37 24 hour SIA emergency CID foil break

20 Intruder. 24hr safe. (Seldom used). 38 24 hour SIA emergency CID Day trouble

21 Intruder. Entry/exit. (Seldom used). 39 24 hour SIA emergency CID low bottle gas level

22 Intruder. Day/night. (Seldom used). 40 24 hour SIA emergency CID High temperature

23 Intruder. Outdoor. (Seldom used). 41 24 hour SIA emergency CID low temperature

24 Intruder. Tamper. (Seldom used). 42 24 hour SIA emergency CID Loss of air flow

25 Intruder. Near alarm. (Seldom used). 43 to 49 Fire supervisory

26 General. Unknown zone type alarm. (Seldom used).

81 Protection loop alarm (SIA TT) Exclusive use of zone type keybox. Not used in the UK.

Table 27. Reporting type numbers for the dialler

See Appendix 2 on page 110 for a full list and details of zone reporting.


41

MENU 2. AREA DATABASE (S)

1.Area number

1. Area name I See programming text, Menu 19/10 on page 64. ↓ 2. Entry/Exit times I Programme the Entry and Exit times for arming and

disarming the area. If the exit time is programmed for zero the exit time will be infinite.

↓ 3. External Siren event flag I For system sirens, use event flag 1(default). For Area

sirens pick an event number to assign to an output, 25 to 255 are available

↓ 4. Internal Siren event flag I For system sirens, use event flag 13 (default). For

Area sirens pick an event number to assign to an output, 25 to 255 are available

↓ 5. Area disarmed event flag I Set when the area is disarmed. If required, assign to

an output – flags 25 to 255 are available. Usage: Arm/disarm output etc.

↓ 6. Area active event flag I Set when a zone in the area is active. Flags 25 to 255

are available. Usage: An area clear output. ↓ 7. Inhibited event flag I Set when a zone in the area is inhibited. Flags 25 to

255 are available. Usage an inhibit output. ↓ 8. Armed alarm event flag I Set when the area is armed and in alarm. May be

used to programme an Alarm output. Flags 25 to 255 are available.

↓ 9. Disarmed alarm event flag I Set when an alarm occurs during the disarmed

period. Flags 25 to 255 are available. ↓ 10. Local alarm event flag I Set when a local alarm activates See Appendix 14 on

page 153 for local alarm zone types available. Flags 25 to 255 are available.

↓ 11. Exit timer event flag I Set during the exit period. May be use for a remote

entry exit buzzer output. To set the flag for exit and entry times also programme the same event flag number in Entry timer event flag menu 12. This always gives a steady tone. Flags 25 to 255 are available.

↓ 12. Entry timer event flag I Set during the entry period. May be use for a remote

entry exit buzzer output. To set the flag for exit and entry times also programme the same event number in Exit timer event flag menu 11. This always gives a steady tone. Flags 25 to 255 are available.

↓ 13 Warning timer event flag. I Warn to arm flag. Auto arming, Alarm group

restrictions, and a keyswitch with warning time activates this flag. Flags 25 to 255 are available.

↓


42

14. Camera event flag C Camera facility. Activated by some zone types, but seldom needed for conventional Alarm systems. Also, see Table 26, Zone selector on page 36. Flags 25 to 255 are available.

↓ 15. Pre-Alarm timer event flag I Special facility for delayed alarm zone. Used with

delayed zone types. Flags 25 to 255 are available. ↓ 16. Anti-Mask event flag I Special facility for Anti-masking detectors. Activates

for 5 minutes when a zone is open at arming. Used to enable the detectors Walk-test mode. Flags 25 to 255 are available.

↓ 17.Latched reset event flag I Special facility for resetting smoke detectors. The

event flag is set for five seconds when two user codes are entered within 5 minutes while disarmed. For a further 4 seconds zone types 67, Latched detector, associated with the area are disabled. Flags 25 to 255 are available.

↓ 18 Area x Alarm A event flag I Unconfirmed alarm event flag – ACPO. Flags 25 to

255 are available. ↓ 19. Area x Alarm B event flag I Confirmed alarm event flag – ACPO. Flags 25 to 255

are available. ↓ 20. Out of hours timezone I Special facility for auto arming. (Failed to arm in CD

control panels). ↓ 21. Area disarm time I Special facility for group restrictions. Overrides the

disarm time programmed in Timers menu 19/6 on page 53.

↓ Skip 23. Report to Central Station 1 I Yes/No. This must be set to Yes if open/close and

late to close are to be reported to Central Station 1. Normally Yes.

Skip ↓ 24. Report to Central Station 2 I Yes/No. Normally No As menu 23 above

Skip ↓ 25. Report to Central Station 3 I Yes/No. Normally No. As menu 23 above

Skip ↓ 26. Report to Central Station 4 I Yes/No. Normally No. As menu 23 above

Skip ↓ 27. Enable Audio listen-in I Yes/No. Normally No. Yes, if audio listen-in is

required ↓

Skip 28. Enable Exit fault I Yes/No. Normally No. Set to Yes if Exit faults are to be reported to the Central Station. This is not operational with the UK configuration.

Skip ↓ 29. A & B alarm reporting

(ACPO) I Yes/No. Alarm confirm reporting to the Central

Station, should be set to Yes ↓

Skip 30. Disable arming if all zones are inhibited

I Yes/No. Should be set to Yes

↓ 31. Keybox Time: 2 mins

I European option. Do not use.

Skip ↓


43

Exit area menus 32. Tamper Alarm Event flag

I Set when a tamper activates in the area. Reset when the zone returns to normal and the alarm is cleared with a code.


44

MENU 3. ARMING STATIONS (RAS) (S)

Explanation of ‘Arming stations’ menus 3.1, 3.2, 1 & 2

3.1 RAS to be polled: This is equivalent to the CD option ‘Install Remotes’. Unlike the CD facility it does not automatically detect the RAS –you have to ask if the control panel can find a stated RAS address. To do this, enter the addresses of the RAS you believe are fitted – they will be displayed on the top line of the display. i.e. 1 2 3 4. If this is displayed as, 1,2,3,4, then they are all installed. The comma after the number means that addressed RAS has been found and installed. A colon after the address number (i.e. 3: ) means that the RAS has not been found and is not installed.

Do not remove RAS 1 address from this menu, it could lock-up the control panel. A power down and a power up or, a ‘TST1’ default will restore RAS 1 – see page 26.

New terminology:

Polled: Installed and communicating with the control panel Depolled: Uninstalled and not communicating with the control panel

3.2 RAS to programme: Enter the RAS address to programme. (1 to 16)

1. Area alarm group: This is similar to the CD option ‘Area > RKP’. Assign an Alarm group to this RAS and the RAS will only control the areas assigned to that Alarm group. i.e. Alarm group number 13 has areas 1 to 16 so, if assigned to a RAS, this RAS will be able to control areas 1 to 16. Assign Alarm group 14, which only has control of area 1, and the RAS will only be able to control area 1.

Tip: Assign the Alarm group number being used that has the most access to areas and User menus. For global access to areas use the Master RAS group number 2.

2. Menu alarm group: This configures which User menus are accessible. If this is set for the same Alarm group, as in 1 above, ‘Area alarm group’ then access to User menus will be as assigned to that User group.

Note: For global access to all menus, use the Master RAS group number 2. The Alarm Group assigned must have menu 19 (Installer’s Programming) otherwise access to installer’s menus will be denied.

3.1 RAS to be polled

See above

↓ 3.2. RAS to programme

See above

1. Area alarm group I See above ↓ 2. Menu alarm group I See above ↓ 3. Door event flag A When a Smart Card reader is fitted, this flag is

assigned to an output to open a door. Flags 25 to 255 are available

↓


45

4. Output controller group A This is used to assign a group of eight outputs to the RAS. The first output of the group will open the door. Used with the ATS1105 RAS and Smart Card Readers. See Table 13 on page 17.

↓

For the setting of menus, 5 to 18 see tables 28 & 29

on page 46.

Skip to menu 18 5. LCD Arming station I Yes/No. If the RAS has, a LCD display set to Yes. For

Smart Card readers set to No. Skip ↓

to menu 18 6. Code Enter toggles area status

I Yes/No. If set to Yes toggles the area’s armed status. On/Off keys have lost their function.

Skip ↓ to menu 18 7. Enter key opens door only A For alarm systems set to No. Yes option may be

required for Access control using a PIN code to open a door.

Skip ↓ to menu18 8. Alarm code activates door

event flag A Yes/No. For alarm systems should be set on default

No. If set to Yes, opens the door on arming and disarming.

↓ Skip

to menu 18 9. Display shunted zone on LCD display

A Yes/No. For LCD RAS, it is recommended that this is set to Yes which will cause ‘Zone shunted’ to be displayed when a zone is shunted by an access control facility. If set to No, will not display text.

Skip ↓ to menu 18 10. Arm/disarm using one key I Yes/No. Use with care. If in doubt, set to No. If Yes,

arms the area when the first area number digit is pressed. Can only be used for areas 1 to 9.

Skip ↓ to menu 18 11. Cards auto-disarm I Yes/No. For LCD keypads without Prox, readers must

be set to No. For a Smart Card reader RAS programmed to only disarm an area or 3 badge arming, set this to Yes.

Skip ↓ to menu 18 12. Cards always arms/disarms I Yes/No. For a Smart Card reader RAS programmed

to arm/disarm an area on a single card badge set this to Yes. No for 3 badge arming.

Skip ↓ to menu 18 13. Reset without code I Yes/No. Should be left on default, No. If set to Yes will

reset alarms, when the zone is normal, by keying, Enter, Enter, Zero, Enter. Does not disarm the area.

Skip ↓ to menu 18 14. Alarm group restrictions to

disarm only I Yes/No. Special facility for delayed rearm facilities.

Leave on default, No. See ‘Alarm group restrictions’ menu 19/15 on page 69.

Skip ↓ to menu 18 15. Enable Entry Exit buzzers I Yes/No. Normally Yes, but may be set to No if Exit

Entry buzzers on the RAS are not required. Skip ↓

to menu 18 16. Timed lock-out on codes I Yes/No. CD option ‘Code tamper’. Recommend this be set to Yes. Locks out RAS for 90 seconds after five incorrect codes.

↓ to menu 18 17.Cards arm after 3 badges I Yes/No Set to Yes to use in conjunction with Smart

Card readers to arm/disarm areas. 3-card badge arming must occur within 10 seconds. Normally set to No

↓


46

18. Disable Status LED’s I Yes/No Set to Yes to disable all LED’s on the RAS or Smart Card Reader. Normally set to No

↓ 19. ATS 1151/56 RAS I Yes/No Set to Yes for ATS1151 aluminium keypad or

the ATS1156 combined aluminium keypad and magnetic swipe card reader.

↓ 20. Card & PIN (Disarm only) I Yes/No Set to Yes to require a card badged, and a

PIN entered at the RAS to disarm an area

Skip ↓ To menu 3.2 21 RAS Tamper (ACPO).

Area: I Area number for ACPO reporting of the RAS tamper

and off-line events.

There are four main types of RAS each with individual variations. (Defaults to type 1)

Use in conjunction with table 29 on page 47.

Type No. Product No. Description

1. ATS1100 8 Area, LCD display keypad

1 ATS1110/1111 16 Area, LCD display keypad

2. ATS1105 8 area, LCD display, with keypad and Smart card reader connections

2 ATS1115/1116 16 area, LCD display, combined keypad and Smart card reader

3 ATS1155 Heavy duty metal keypad with 4 LED’s no display

3 ATS1151 Aluminium keypad RAS with 3 LED’s no display

4. ATS1170 Reader interface (One door controller) RAS

4 ATS1190/1192 Smart card reader RAS

5 ATS1156 Aluminium keypad RAS with magnetic card-swipe reader

Table 28. Arming station types


47

Programming guide for different types of RAS Arming Station Type. (See table 28 on page 46) Programming

Menus 1.

LCD RAS 2.

LCD RAS + Prox.

reader

3. LED RAS

4 Smart Card

Prox. reader

5 LED. RAS + Mag Swipe

5. LCD Arming station Yes Yes No No No

6 Toggle area status Note 5 No No Yes Optional See note 4

Optional See note 4

7 Enter key opens door only Optional Optional Optional No Optional

8 Alarm code activates door flag Optional Optional Optional No Optional

9 Display shunted zones Optional Optional No No No

10 Arm/Disarm using one key

Optional See note 2

Optional See note 2 No No No

11 Cards auto-disarm No Optional No Optional See note 3 Optional

12 Cards always arms/disarms No Optional No Optional

See note 4 Optional See note 4

13 Reset without code Optional See note 1

Optional See note 1

Optional See note 1 No Optional

See note 1

14 Alarm Grp. Restrict. Disarm only Optional Optional Optional Optional Optional

15 Enable entry exit buzzers Optional Optional Optional Optional Optional

16 Timed lock-out on codes Optional Optional Optional No Optional

17 Card arms after 3 badges No Optional No Optional See note 3

Optional See note 3

18 Disable status LED’s Optional Optional Optional Optional Optional

19 ATS1151/ATS1156 No No See Note 6 No Yes

20 Card & PIN (Disarm only) No Optional No No Optional

Note 1. Not recommended Access facility Set to No

Note 2. May only be used if the RAS only controls areas 1 to 9. Cannot be used for areas 10 to 16.

Note 3. Magnetic swipe and proximity card readers. Set to Yes for 3 badge arming and disarming.

Note 4. Magnetic swipe and proximity card readers. Set to Yes if the reader is only to arm and disarm an area(s)

Note 5. If set to yes zone type 67, latched detector cannot be reset by the RAS. Always set to no if latched detector zones are being used

Note 6. Set to Yes for the ATS1151 and to No for the ATS1155

Table 29. Programming guide for different types of RAS


48

MENU 4. DATA PANELS (DGP’S)

Explanation of menu 4.1

4.1 DGP to be polled: This is equivalent to the CD option ‘Install Remotes’ (for RLE’s). Unlike the CD facility, it does not automatically detect the DGP –you have to ask if the control panel can find a stated DGP address. To do this, enter the addresses of the DGP’s you believe are fitted – they will be displayed on the top line of the display. i.e. 1 2 3 4. If this is displayed as: 1,2,3,4, then they are all installed. The comma after the number means that addressed DGP has been found and installed. A colon after the address number (i.e. 3: ) means that the DGP has not been found and is not installed.

New terminology:

Polled: Installed and in communicating with the control panel Depolled: Uninstalled and not communicating with the control panel

1. DGP to be polled I See 4.1 above ↓ 2. DGP to programme I Enter the DGP address to programme ↓ 3. DGP type I Enter the option number. See table 30 below ↓ 4. DGP tamper (ACPO) area I Allocate the DGP to an area for ACPO confirm

processing. Range 1 to 16.

Note: DGP to be polled is the only menu that can be accessed when using simplified menus. DPG’s default to ‘Standard’ alarm DGP – option 0.

DGP types

0 Standard (CD device equivalence, RLE)

ATS1201, ATS1210, ATS1211, ATS1220.

1 Four door controller (Access Control)

ATS1250

2 Four lift controller (Controls Lifts)

ATS1260UP

3 Wireless DGP (433 MHz) ATS1230

4 Point ID DGP Addressable zone detector DGP. ATS1290

Table 30. DGP types


49

MENU 5. ALARM GROUPS (S)

An Alarm Group collectively encompasses a group of Users codes having the same (Attributes) control of the alarm system and the same access to the User menus. To be able to programme codes for an Alarm Group ‘Can this alarm group be Assign to Users’ must be set to ‘Yes’. This may be set to ‘No’ for Key switches, Auto-arm and Alternate Alarm Groups when no PIN codes are required.

Keyswitch zones require a separate Alarm Group. This Group’s programming controls what areas are armed or disarmed when the keyswitch is operated and if the keyswitch only arms or only disarms the areas.

Hard timezones programmed to auto-arm and disarm areas require a separate Alarm Group. This Group’s programming controls what areas are armed or disarmed when the timezone activates and if the timezone only arms or only disarms areas. An Alarm Group restriction must be enabled in the Group if a warning time, and postpone arming is required.

A timezone may be allocated to an Alarm Group. When this is invalid, this group of Users may be, disabled or the codes transferred to another Alarm Group - an alternate Group. This alternate group may have different programming. This procedure allows User’s different control of the alarm system dependant on the time of day. e.g. A group of Users may be able to arm and disarm all areas during the working day but after hours restricted to arming and disarming a reduced number of areas. A maximum of two alternate Alarm groups may be programmed.

Alarm Groups 1 to 10 are pre-defined and cannot be changed.

Alarm Groups 11 to 29 are pre-programmed. These can be changed but they have been set to the most likely requirements.

PREDEFINED ALARM GROUPS No Group Name Access to User menus Areas 1 No access None None 2 Master RAS or door All All 3 Master code access All All 4 8 area master RAS (1-8) All 1 to 8 5 8 area master RAS (9-16) All 9 to 16 6 Master Installer (1278) All (No alarm control) All 7 Manager (1122) All except 16 & 19 All 8 Spare None None 9 Master Service All and timezone 25 All

10 Spare None None The above alarm Groups can not be changed

No Group Name Access to User menus Areas 11 High level user master All Yes except 16 & 19 All

12 Low level user master Menus set to Yes 1, 5, 9, 10, 11, 14, & 15. All

13 All area User Menus set to Yes 1, 5, 9, 10, & 11. All

14 To 29 Groups for areas 1 to 16 Menus set to Yes 1, 5, 9, 10, & 11.

14= area 1 15= area 2 etc.

Default user code 1122, code No.1, Alarm group 7 Default Engineer code: 1278, code No.50, Alarm group 6 Alarm Groups 30 to 138 are available for the engineer to programme. (Basic memory 30 to 74)

Table 31. Pre-programmed Alarm groups


50

User menus - full details on page 29.

(S) Only these menus are available for selection when simple menu programming has been selected.

1. (S) Panel status 13. Start auto disarm walk test

2. Active zones 14. (S) Programme User’s codes

3. Zones in alarm 15. (S) Set time and date and summertime dates.

4. Inhibited zones 16. Inhibit/Uninhibit RAS/DGP

5. (S) History (log). Alarm, access & computer events 17. Enable Service Engineer (user logon)

6. Test report (walk test) 18. Reset Cameras (camera option)

7. (S) Service menu (includes U/D start) 19. Installer’s programming menus

8. Film Counters (camera option) 20. (S) Door and floor groups. (Access control)

9. (S) List zone names 21. (S) Holidays (for timezones and access control)

10. (S) Inhibit zones 22. Open doors (access control)

11. Uninhibit zones 23. Lock/unlock/enable/disable doors (access control)

12. Walk test a zone 24. Print history (log) by date

(S) Only these menus are available to enable/disable when using simplified menu programming

Table 32. User’s menus

User codes and programming

Available codes: Standard Memory: 50 with User names. expanded memory (1 meg): 1000 codes, the first 200 codes with User names.

Software IUM with expanded memory (1 meg) 2000 codes, the first 200 codes with User names.

Codes may be 4 to 10 digits in length.

Digits 0 to 9 may be used and duplicated digits are allowed

A duress code is obtained by increasing the normal code by one, e.g. 1234 becomes 1235, 6789 becomes 6780 and 7890 becomes 7891.

Before programming codes, the required Alarm Group(s) must be programmed and ‘This alarm group may be assigned to users’ set to Yes. See menu 3 in Alarm Group’s programming map on page 49.

Codes are programmed in the User menu 14. Go to this menu and follow the on-screen instructions. Door Groups and Floor Groups are for access control and do not require programming for codes exclusive to the alarm system. Door Groups will be required for a Smart Card opening a door - see Appendix 12 on page 141 and Appendix 13 on page 149.

When programming a new code the digits may be displayed as entered, depending on the programming in System options on page 55, but cannot be display after this initial programming. The digits are always displayed when using the default user’s code (1122) to programme codes.


51

5.1. Alarm group to programme

1. Name of Alarm group I See programming text Menu 19/10 page 64. ↓ 2. Areas I The areas that the Alarm Group can arm and disarm ↓ 3. This alarm group may be

assigned to users I Yes/No. Set to Yes if this group is to be shown in

User’s menu 14 – Programming codes. If No, it will not be available for programming codes.

Skip ↓ 4. Alarm system control I Yes/No. For Alarm system groups this should always

be set to Yes ↓ 5.List areas I Yes/No If Yes, the User may select which areas to

arm/disarm. If No then all areas assigned to the group will arm without selection

↓ 6. Keypad duress

Simplified menus only: Enter – Back to menu 3 Skip – To menu 27

I Yes/No. If Yes, the user code programmed may have the code increased by one to activate a duress alarm. Increase 9 to 0. Also, see System Options on page 55.

↓ 7. Reset system alarms I Yes/No. This must be set to Yes; otherwise the user

will not be able to reset system alarms. i.e. DGP tamper activation.

↓ 8. Disable auto-inhibit I Yes/No. This must be set to Yes. If No, zones

inhibited at arming will not be uninhibited at disarming.

↓ 9. Arm and reset only I Yes/No. Special facility. If Yes, the user can only arm

the area(s) and reset an alarm activation but cannot disarm the area(s) Normally set to No.

↓ Skip 10. Disarm only I Yes/No. Special facility. If Yes, the user can only

disarm the area(s). Normally set to No. ↓ 11. Alarm reset only I Yes/No. Special facility. If Yes, the user can only reset

the area(s) after alarm activation. Not arm or disarm the system. Normally set to No.

↓ 12. Auto-inhibit active zones I Yes/No. This is the first part of forced arming. Forced

arming required set to Yes. No forced arming set to No. (Also see Forced arming if active zones below)

↓ 13. Force arming if active zones I Yes/No. This is the second part of forced arming.

Forced arming required set to Yes. No force arming set to No. (Also see Auto-inhibit active zones above)

↓ 14. Prevent forced disarming I Yes/No. Must always be set to No. If set to Yes an

alarm during the disarmed period cannot be disarmed until the zone returns to normal.

↓ Skip 15. Modem access Yes/No. Special facility. This must be set to NO.

↓ 16. Alarm group restriction 1 I Yes/No Special facility. Set to No for conventional

alarm systems. See Alarm group restrictions menu 19/15 on page 69.

↓


52

Skip 17. Alarm group restriction 2 I Yes/No Special facility. Set to No for conventional alarm systems See Alarm group restrictions menu 19/15 on page 69.

↓ Skip 18. Alarm group restriction 3 I Yes/No See Menu 17 above




↓ Skip 22. Alarm group restriction 7

Emergency I Yes/No See Menu 17 above

↓ Skip 23. Alarm group restriction 8

Counter I Yes/No See Menu 17 above

↓

Skip 24. No arming if alarm group restriction not timing

I Yes/No. Special facility. Set to No for conventional alarm systems Yes, if the area is disarmed using a code without restrictions then the area will not auto-rearm.

↓

Skip 25. Change Own PIN only I Yes/No. If set to Yes the Users assigned to this Alarm

Group can only change their own code, not other User codes.

↓ Enter 26. Allow stop voice reporting I Yes/No. If set to Yes the Users assigned to this Alarm

Group can only change their own code, not other User codes.

Skip ↓ 27. User menus available to this

alarm group. Menus 1 to 24. Set the menus required to Yes. Enter – Repeat menu selection Skip – Back to Menu 5.1

I See table 32 on page 50 for a complete list of User menus. Menus available for selection when simple menu programming has been selected: 1, 5, 7, 9, 10, 11, 14, 15, 20, and 21.

Skip ↓ 28. Timezone I When the timezone programmed is valid, the alarm

group is enabled. When invalid, the alarm group is disabled. To disable timezones for the group programme timezone 0.

↓ 29. Alternate alarm group I When the timezone programmed in menu 26 above is

valid, the current alarm group is enabled. When invalid, the current alarm group is disabled and the alarm group nominated in this menu replaces the current alarm group. Allows the facilities available to a user to be changed dependant on the timezone being valid or invalid. To disable, programme Alarm group 1, (No Access)


53

MENU 6. TIMERS (S)

Tip: Entering zero time for a menu will normally disable that timer and cause infinite time. (There are a few exceptions).

1. Alarm group restriction 1, disarmed time

I Special facility. See Alarm group restrictions menu 19/15 on page 69.

↓ 2. Alarm group restriction 2,

disarmed time I Special facility. See menu 1 above












disarmed time I Not used. Do not programme.

↓ 9. Disarm test time I If the disarmed walk test is used, this must be

programmed for the maximum time allowed for the walk test.

↓ 10. Arm test time I If the arm walk test is used, this must be programmed

for the maximum time allowed for the walk test. ↓ 11. Warning time I Used with Alarm group restrictions, auto arming, user

logon, TZ25, and keyswitch zone type 35. ↓ 12. Delayed disarmed alarm

time I Special facility for delayed alarm zones. Enter the

delay time. This time may be overridden if the area delay time has been programmed, see menu 19/2 on page 41.

↓ 13. Suspicion time C Camera option. This is the time that the camera flag is

set after the zone has returned to normal. ↓ 14. Service time I Maximum time that is allowed for the engineer to be in

programming mode when logged on by the user in user menu 17.

↓ 15. Local alarm reminder I Special facility used with local alarm zones. If the

zone that caused the local alarm remains in an active state after being cancelled this is the delay time before it reactivates.

↓ 16. Individual test mode time I Maximum time allowed for walk testing a single zone

In user menu 12.


54

↓ 17. Door unlock time A Used in conjunction with the out terminal, and the

door event flag on the RAS. See Smart card programming Appendix 12 on page 141.

↓ 18. Testing event flag I The testing flag is set for half the time programmed in

this menu to automatically walk test devices, i.e. VV602’s, etc. The pre-defined flag for walk test is flag 16.

↓ 19. External Siren cut-out time I The External siren cutout time usually set for 15

minutes. ↓ 20. Internal Siren cut-out time I The Internal siren cutout time. ↓ 21.Siren delay time I The delay time before activating the sirens. CD

control panel option ‘Delay Bells’. ↓ 22. Mains fail delay time I The delay time between the AC mains failing and the

event being reported to the Central Station. ↓ 23. Delay reporting alarms for

(Sec). Delays reporting alarms for the programmed number

of seconds. ↓ 24. A/B alarm delay I This is normally set for 30 minutes. (ACPO alarm

confirm time window). ↓ 25. Screensaver Timeout (Sec) I This is normally set for 30 seconds. ‘Scandinavian

options’ in ‘System Option’ must be set to Yes for this to function. EN50131-1 requirement.

↓ 26. RAS Card & PIN timeout

(Sec) Time allowed for badging a card and entering a PIN

number. Defaults to ↓ 27. Double knock interval (Min) I Double knock time window within which two

activations have to occur to cause an alarm condition. ↓ 28. Double knock duration (Sec) I Double knock zone open time. If the zone remains

open in excess of the time entered here, then the zone will cause an alarm condition on the first activation.


55

MENU 7. SYSTEM OPTIONS (S)

1. Areas selected for total disarm

I Special facility for using a special area to disarm 24hr zones. If all 24-hour zones are assigned to this area and their own area, when this area is disarmed all 24-hour zones are disarmed.

↓ 2. Film low level C Camera option. Reports E150 on film low. ↓ 3. Film out level C Camera option. Reports E150 on film out. User menu

8 gives the current count and menu 18 resets the count.

↓ 4. Test mode. (Auto walk test) I See table 33 on page 59 for available options ↓ 5. Output controllers I The number of output expanders fitted to the control

panel. 0 = none or a 4 relay expander ATS1810. 1 to 32 for ATS1811 relay expanders. ATS1820 and ATS1821 open collector expanders take up two positions

↓ 6. Zone event text number I The text displayed when zone types 57 & 58

(Technical) activate. ↓ 7. Alarm code prefix A Configured when a code is used to open a door and

arm/disarm an area. Prefix = 1, 1234 opens the door, 01234 arm/disarm the areas. Range 0 to 4 digits

↓ 8. Time before LCD text rotation I Delay before the text starts scrolling. The default is 0,

which is equal to 8. Enter between 1 to 7 to decrease the delay or 9 to15 to increase the delay.

↓ 9. LCD text rotation speed I The speed that the text scrolls. The default is 0, which

is equal to 8. Enter between 1 to 7 to increase the speed or 9 to15 to decrease the speed.

↓ 10. Dual zone enabled I Yes/No. The dual zone windows are shown in table

19 on page 21. If set to No, the zone still requires at least one end of line resistor.

Skip ↓ 11. Automatic uninhibit when

area disarmed I Yes/No. Must be left on default – Yes. If No, zones,

inhibited at arming, will not be uninhibited at disarming.

↓ Skip 12. Display one zones at a time I Yes/No: Yes one at a time, and the user must scroll to

any others or, No as a list of zone numbers and the user must choose which zone to display.

↓ Skip 13. User name file I This should be set to Yes. If No, a User name will not

be requested when programming User codes ↓

Skip 14. System Alarms activate siren and strobe

I Yes/No. Yes, The dedicated control panel tamper zone on the control panel and DGP’s activate sirens and strobes, and report to CS. No, System tampers report and activates any programmed event flags. Internal siren only when disarmed.

↓


56

Skip 15. Latching system alarms I Yes/No. Yes, requires a user code to reset system alarms. Leave set for Yes, setting it for No will allow system alarms to auto-reset.

↓ Skip 16. Siren testing (during arm

walk test) I Yes/No. When Yes, the sirens are tested for three

seconds at the start of the arm walk test – No to disable this feature.

↓ 17. Disable ‘0 Enter’ for camera

reset C Yes/No. Camera option. Disables key-stoke Enter 0

for resetting the camera flag. ↓

Skip 18. Disable auto insert of alarm group restriction

I Yes/No. Leave on default, Yes. Advanced programming feature for vault areas. See ‘Area assigned to vaults’ menu 19/18 on page 75.

↓ 19. Reserved Not used. ↓

Skip 20. Disable PIN codes from displaying

I Yes/No. If No, user codes are displayed on the initial programming but never again. Set to No to allow verification of the code entered.

↓ Skip 21. Disable flashing area LED’s I Yes/No. No, the area LED’s on the RAS will flash

when in an alarm state. Yes, they do not flash. ↓ 22. Two Users before

programming codes I Yes/No. If Yes, two Users’ must enter their code

before access can be gained to menu 14, programming User codes. No, normal access.

Skip ↓ 23. Display alarms instantly on

LCD I Yes/No. If Yes, details of the first alarm are

immediately displayed even when armed, should be set to No for the UK.

Skip ↓ 24. Sirens only after fail to

report I Yes/No. When set to Yes sirens will only activate after

a FTC has occurred. NO, sirens will activate on alarms.

Skip ↓ 25. Financial institution options I This is advanced programming for banking, leave on

the default – No. See Area assigned to vaults menu 19/18 on page 75.

Skip ↓ 26. Display user flags A Access control facility. Displays Card types when

programming User’s codes in menu 14 Skip ↓

27. Delayed disarmed alarm lockout

I Yes/No. Leave on default, No. This is a special facility for delayed disarmed alarms to stop the reset of the alarm if the zone is in an active state.

Skip ↓ 28. Zone expansion fitted I Yes/No. When fitting ATS1202 zone expanders to the

control panel, set this to Yes. If fitted, will take zones from DGP 1.

Skip ↓ 29. Inhibit tamper if zone is

inhibited. I Yes/No. Optional. If Yes, the tamper will be inhibited

when the zone is inhibited. If set to No the tamper is not inhibited.

↓ 30. Report multiple alarms I Yes/No. This must be set to No, the default for

standard UK operation. Skip ↓


57

31. Report each restored

multiple alarm I Yes/No. This must be set to No, the default for

standard UK operation. Skip ↓

32. Engineer reset for system alarms

I Yes/No. When Yes, system alarms will activate the engineer-reset lockout.

↓ 33. Engineer reset on system

tampers I Yes/No. When Yes, system tampers will activate the

engineer-reset lockout. Skip ↓

34. Arm without battery I Yes/No If Yes, and there is a battery fault, arming of areas will not be allowed.

Skip ↓ 35. User can do an engineer

reset I Yes/No. This enables and disables the user’s coded

engineer’s reset. Set to Yes if coded reset is required ↓

Skip 36. Engineer entry protect I Yes/No. Special facility. If Yes, entry to menu 19 Installer programming can only accessed by opening the control panel tamper within 120 seconds. This displays ‘Open box tamper’. No, disables the function.

Skip ↓ 37. Send arming after exit I Yes/No. Must be set to Yes to comply with UK

regulations. ↓ 38. User offset A Access control. A card number 250. System code

offset of –150 and this menu set to +75. The ATS control panel will see User ID 100 and Titan will see User ID 175.

↓ 39. End of line resistor option I 0. = 10K. 1. = 4.7K. 2 = 2K. Normally option 1

↓ 40. Duress mode I Option 0, increase last digit by one.

Option 1 duress mode disabled. ↓ 41. Siren type I 0 = Standard. 1 = Constant DC voltage.

2 = Programmed tones see table 34 on page 59. (Option 2 not implemented in the current software).

Skip ↓ 42. Inhibit Alarm reporting on

exit fault I Yes/No. Must be set to Yes to comply with UK

regulations. Skip ↓

43. Disable tamper report while disarmed

I Yes/No. Must be set to Yes to comply with UK regulations.

↓ Skip 44. Inhibit Ext. Siren and strobe

for disarmed tamper I Yes/No. Must be set to Yes to comply with UK

regulations. ↓ 45. ATS System code I This is a 5-digit seed code for the user’s coded

engineer’s reset. ↓ 46. Days for soak test I May be set for 0 to 255 days. Default 14 days. Skip exit menus ↓ 47. ACPO I Yes/No. Enable ACPO DD243 with Entry/exit confirm. Skip exit menus ↓ 48. EE confirm disable (ACPO) I Yes/No. Entry /Exit confirm disable (ACPO DD243) ↓

49. Eng. Reset on ACPO zone B alarm

I Yes/No. (ACPO DD243) Eng, Reset on confirmed alarms.

Skip exit menus ↓


58

50. NFA2P

I Yes/No. Must be set to No Enables French

programming options. Skip exit menus ↓ 51. Installer dual code

I Yes/No. NFA2P Option. Not use in the UK. If Yes,

when the installer tries to enter installer programming in menu 19 the RAS displays ‘Enter second code’. A second code must be entered with alarm system control and no access to user menu 19.

↓ 52. Enable buzzer on

Mains/Line Fault I Yes/No. If set Yes the RAS buzzer will sound when a

mains fail or a line fail occurs. Enter a user’s code to reset the buzzer.

Skip exit menus ↓ 53. Enable Call central station I Yes/No. Irish IS199 requirement. Not used in the UK.

If Yes, when disarming after an alarm ‘Call Central Station’ will be displayed for 20 seconds. A tamper alarm will only activate this option if ‘System option’ ‘Disable Tamper report while disarmed’ is set to No.

Skip exit menus ↓ 54. Scandinavian Indicators I Yes/No When Yes, this enables Skafor options which

are required to comply with EN50131-1 Skip exit menus ↓ 55. Enable Log limitation I Yes/No. Limits the logging of the same zone during

one-armed period to 3. The following zone types are not limited: 6, 7, 9, 12, 16, 18, 19, 20, 23 to 27, 31, 32, 34 to 39, 57, 58, & 65. EN50131-1 requirement.

Skip exit menus ↓ 56. Indicate inhibited zones I Yes/No. If this menu is set to Yes, when arming with

inhibited zones in the area selected the RAS buzzer will sound and ‘Area has zones inhibited’ will be displayed. Press zero to abort the arming or ‘Enter’ to arm the area

↓ 57. 1,

Confirm area: Enter all area numbers that will contribute to a system

confirmed alarm activation ↓

Skip exit menus 58. Eng Reset on ACPO Zone B tamper

I Yes/No. If set to Yes engineer rest lockout will be activated when a zone tamper causes a confirmed alarm

↓ Skip exit menus 59. Eng Reset on ACPO system

B tamper I Yes/No. If set to Yes engineer rest lockout will be

activated when a system tamper causes a confirmed alarm


59

0 No test No automatic (walk) test. The disarmed (walk) test may to be activated by accessing User menu 13.

1. Enable auto test The disarmed and arm walk tests are automatically started at arming and disarming. Not implemented do not use

2. Manual disarm test/Auto-arm test

The arm walk test starts automatically at arming. The disarmed walk test must be started manually using User’s menu 13.

3. Auto disarm test only The disarmed walk test starts automatically at disarm. No arm walk test is available. Not implemented do not use

Table 33. Auto (walk) test mode options

Output No. Usage 2 Strobe output on the control panel. 3 Relay on the control panel.

12th See note 3 below

12th Relay active = generates a constant DC Voltage at the siren output;


13th Relay active = generates a warble tone at the siren output;


14th Relay active = generates a Saw-tooth tone at the siren output;


15th Relay active = generates 2 tones at the siren output;

15 Internal siren output on the control panel. 16 External siren output on the control panel.

32, 48, 64, 80 96, 112, 128, 144, 160, 176, 192, 208, 224, & 240.

Internal siren output on DGP’s 1 to 14.

251 Switched negative on the control panel.

Table 34. Output allocation

Notes:

1. If siren type ‘0’ has been selected in Siren Type, System Options then, when the 16th Relay is activated, a saw-tooth signal is generated at the siren outputs.

2. If siren type ‘1’ has been selected then, when the 16th Relay is activated, a constant DC voltage is set at the siren outputs.

3. If siren type ‘2’ has been selected, then the 12th, 13th, 14th, 15th and 16th Relays are mapped to the siren output. (See the table 34 above). These Relays have priority 1 to 5 respectively. Hence, Relay 12 will have a higher priority over Relay 16 when both are active, thus generating a DC Voltage at the siren output. (Not implemented in current software).


60

MENU 8. AUTO RESET

An automatic area reset facility is built into the ATS control panel. When an alarm occurs, the system waits for a programmed time, 1 to 255 minutes, and then resets the alarm condition. The assigned User alarm group governs the areas affected. i.e. If an User alarm group can arm and disarm areas two and three, and this alarm group is assigned to auto-reset, then these areas will be enabled for auto–reset. The exit time is reactivated at the rearm.

1. Auto-reset time I Delay time in minutes before the area rearms. 1 to 255 minutes.

↓ 2. Auto-reset alarm group I User alarm group number used to assign the areas to

auto–rearm.


61

MENU 9. COMMUNICATION OPTIONS (S)

The on-board dialler uses UK extended reporting protocols, XSIA, and Contact ID. The events that are signalled are selected in the zone programming by a reporting type number. This refers to a XSIA or Contact ID event. A full list of reporting types is shown in Appendix 2 on page 110.

Four Central Stations are available, each having a primary telephone number and a secondary telephone number, an account number for identifying system events and a separate account number for each area.

Selection between large and small system event reporting is available, normally the small reporting will be adequate. A complete list of these events is shown in Appendix 3 and 4 on page 117.

Programming telephone numbers

Menu*, Menu* Inserts a 2 second pause ‘p’ in the telephone number.

Menu*, Menu* Enter Deletes the number

Menu*, Inserts a ‘t’, wait dial tone

1. PABX number I This is used when a number has to be dialled to obtain an outside line, normally 9. The number entered here will be dialled before any other number programmed in this section.

↓ 2. MSN number I Only used for ISDN telephone lines. This is the

‘Multiple subscriber number’. ↓ 3.Dial tone detection option I Select the correct dial tone detection option number.

Option 3 for the UK. See table 36 on page 63. ↓

4. DTMF tone dialling I Yes/No. Yes, DTMF (tone) selected. No, pulse (loop disconnect) selected.

Skip ↓ 5. Enable PSTN line fault

monitoring I Yes/No. PSTN line fault monitoring on or off.

Skip ↓ 6. Monitor service tones Yes/No. Do not alter. Must be set to No. ↓

Skip 7. Use 3 digit SIA extensions I Yes/No. Yes, uses 3 digit codes. Best left on this setting. No, only able to send zone/code numbers up to 99.

Skip ↓ 8. ISDN Point to point I Yes/No. Only used for ISDN telephone lines. If No,

enabled for point to multi-point. ↓

Skip 9. Enable ISDN line fault monitoring

I Yes/No. Enables the line fault monitoring for the ISDN telephone line.

Skip ↓ 10. 200 baud reverse area

open/close I Yes/No. This is a special option used for the French

communication system. Must be set to No for the UK. Reverses the Open/Close report.

↓


62

11. X25 TEI Value –2 Value:

I Range 1 to 63. (X25 network facility)

↓ 12. Audio Listen In Time –

Time: I The initial listen-in time. Range 10 to 255 seconds.

Normally 180 seconds. ↓ 13. Audio Listen In Frame Time

Time: I The frame period for audio listen-in. Range 10

seconds to a maximum of the listen-in time. Normally 20 seconds

↓ 14. Report Mains fault I Yes/No. Set to Yes if mains faults are to be reported ↓ 15. Report Line Fault I Yes/No Set to Yes if line faults are to be reported ↓ 16. Enable GSM line fault

monitor I Yes/No. Set to Yes if the GSM unit is to monitor the

telephone line. ↓ 17. Select the Central Station

number to programme, 1 to 4, or press Enter to exit.

I Select which Central Station to programme 1 to 4. If enter is pressed without entering a number then the programme exits the Communication menus.

↓ Central Station number entered

1 to 4

↓ 17.1 Select reporting format I Options 1 to 14, see table 35 on page 63. ↓ 17.2 Central Station telephone

number 1 I See programming telephone numbers on page 61.

Dialling will alternate between CS telephone number 1 and 2.

↓ 17.3 Central Station telephone

number 2 I As above.

↓ 17.4 System events account

number I Enter the account number to be used for system

alarms. ↓ 17.5 Central Station Account

numbers, areas 1 to 16 I Enter the account number for each area programmed.

Use the ‘Next’ key to move to the next area ↓ Skip 17.6. Use ‘Bell’ Tones for SIA I Yes/No. This must be set to Yes for the UK. ↓ Skip

17.7. Dual reporting I Yes/No. Normally this should be set to No. If Yes, the dialler reports to all central stations with the dual option set to Yes.

↓ Skip 17.8. Audio listen in

I Yes/No. Set to Yes if audio listen-in is being used.

↓ Skip 17.9. Disable reporting of

inhibits I Yes/No. Set to Yes if inhibiting of any item in the

system should not be sent to the Central Station. If No, inhibits will be reported.

↓ Skip 17.10.Reserved Menu removed on release of 4.05.05 firmware.

↓


63

↓ Skip 17.11. XSIA Maximum

characters 16 or 30

I For Aritech, receivers set this to 30 characters. For other receivers check with your central station how many characters their receiver can handle

↓ 17.12 X25 Account Code -

Acc Code: I Account code for X25 protocol. 8 digits maximum.

↓ 17.13 X25 Line Type – 0

Line Type: I Enter zero for permanent 15-minute polling or 1 for

permanent 90 second polling. (X25 option) ↓

17.14 PSTN Conn Type

I Option 0 = PSTN, Option 1 = ISDN, Option 2 ISDN – D (D channel ISDN), and Option 3 = GSM

↓ 17.15 Suppress FTC for Voice

Reporting I Yes/No. If Yes, any failed voice reporting will not

activate the Fail-to-communicate error message. Skip ↓

17.16 Retry count I Maximum attempts to report an event to the central station. Defaults to 14

↓ 18. SIA Area Modifier I Yes/No If Yes, the area number is sent with SIA

reporting. Some central stations cannot accept this. ↓

19. X25 D Bit I Yes/No. X 25 protocol function

Format No. Protocol Format No. Protocol

0 Disabled 10 200 Baud FSK - 3

1 Tecom dialler V1 Do not use 11 200 Baud FSK - 4

2 Contact ID – Small 12 X25 Enai

3 Contact ID – Large 13 Voice reporting with acknowledgement

4 SIA – Small 14 Voice reporting without acknowledgement

5 SIA – Large 15 Universal I/F Jetstream

6 XSIA - Small 16 Universal I/F CID

7 XSIA - Large 17 Universal I/F SIA

8 200 Baud FSK - 1 18 Securitel Serial

9 200 Baud FSK - 2 19 Securitel PIN

Table 35. Protocol options

Option Country

0 Disabled

1 CTR21

2 Netherlands

3 UK

4 Other

Table 36. Dial tone detection options


64

MENU 10. PROGRAMME TEXT (S)

This menu allows words not in the library to be programmed. These are numbered 900 to 999 allowing extra 100 words to be programmed. As the numbers of these words will be required when using them to programme zone names etc., the numbers and the words should be noted for future reference.

Programming text:

• Enter the number of the word to programme.

• Select the first character using the 0 to 9 digit keys, press enter.

• The cursor moves to the next character position.

• Repeat this procedure for the rest of the characters.

• When the word is complete, use the ‘Menu*’ key to accept the word.

Notes

1. 16 characters maximum per text word, which may include spaces.

2. To delete a character, overwrite it with a space or a new character.

3. The word library may be found at the rear of this manual in Appendix 1 on page 103.

0900: , (*) - Next Text No:

0900: , (*) - End _

Number of key presses to get character KEY

1st 2nd 3rd 4th 5th 6th 7th

1. A B C 1 a b c

2. D E F 2 d e F

3. G H I 3 g h i

4. J K L 4 j k l

5. M N O 5 m n O

6. P Q R 6 p q R

7. S T U 7 s t u

8. V W X 8 v w x

9. Y Z space 9 Y Z space

0 See zero key table below

Table 37. Keypad text entry layout


65

1st 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th 13th 14th 15th 16th

0 . , ? ! : ; - + # * ( ) ‘ ‘ _

17th 18th 19th 20th 21st 22nd 23rd 24th 25th 26th 27th 28th 29th 30th 31st

@ & $ £ % / < > ↵ ϒ = ¤ ¢ ¥

Table 38. Zero key text characters

MENU 11. VERSION NUMBER

This menu gives the details of the hardware fitted, hardware product numbers and software versions. There are three options in this section, information on, the control panel, the RAS, and the DGP’s.

Version 1-ATS CP 2-RAS 3-DGP

0 Exit, Menu:

MENU 12. LED TEST

LED Test is Off Enter Code

LED’s active on all arming stationsEnter Code:

After entering this menu, a code must be entered to enable the LED test. After entering the code and pressing ‘Enter’, all RAS LED’s will be lit. To return them to their original state it is necessary to repeat the procedure.


66

MENU 13. TIMEZONES

There are twenty-four timezones available to be programmed by the engineer, numbered 1 to 24. These are called hard timezones. Each timezone may have up to four individual on and off times and their own day exclusion.

There is an option available to disable the timeslot being affected by any holidays that the User may programme in User menu 21. If this option (8) is enabled the timeslot will ignore any holidays programmed by the User.

Timezones 26 to 40 are not programmable with times etc., these are called soft timezones and may be assigned to an output. When the output is active, the timezone is ‘On’ (valid). When the output restores, the timezone is ‘Off’ (invalid) – an output controlling a timezone. See menu 19/22 on page 79.

There are two more soft timezones, numbers 25 and 41. Timezone 25 is a special timezone for allowing the end User to enable and disable access to menu 19-Installer’s programming. (User log-on). Timezone 25 is allocated to the Installer’s Alarm Group in menu 19/5 on page 49.

Timezone 41 is used in conjunction with zone types 56 and 59. When the timezone is ‘On’ (valid), the zone is disabled. When the timezone is ‘Off’ (invalid) the zone is enabled.

Timezones 42 to 63 are soft timezones and are used for the function keys on the RAS see Appendix 5 Timezone specification on page 120.

Notes:

1. Timezones and alternate Alarm Groups. When a timezone is allocated to an Alarm Group the Group is enabled while the timezone is ‘On’ (valid). When the timezone is ‘Off’ (invalid) this can, if programmed switch these User’s to another Alarm group allowing different User options for different days or times of a day. This can be daisy chained allowing up to two alternate groups to be nominated.

2. You cannot have a timezone that disarm before midnight and then arms after midnight. If this is required then programme a timezone to end at 24.00 and another timezone to start at 00.00. Both, 24.00 and 00.00 are invalid settings and will be disregarded.

3. If ‘Hol’ is on display – Holidays will not effect the timezone; valid for days programmed and any holidays the User programmes. ‘Hol’ off display, the timezone will not operate on the programmed Holiday dates.

4. Timezone zero is the twenty-four hour timezone.


67

Operation of timezones

Areas; Disarm time = Valid time.

Outputs; On = Valid time. Flag does not affect the output. Off = Invalid time. Flag controls the output. (Output may be inverted).

Alarm Groups; Enabled = Valid time. Disabled = Invalid time, May enable Alternate Group 1. (Alternate Group 1 disabled by another timezone enables Alternate Group 2).

1. Select Timezone No

1. Start time, Hours I Enter the start time hours 0 to 24 ↓ 2. Start time, Minutes I Enter the start time minutes 1 to 59 ↓ 3. End time, Hours I Enter the stop time hours 0 to 24 ↓ 4. End time, minutes I Enter the stop time minutes 1 to 59 ↓ 5. Days & ignore holidays I Display the days for the timezone to operate and, if

required, option 8, to enable the timeslot to operate on days programmed, by the User, as holidays in user menu 21. (This option allows only designated timezones to be effected by User programmed holidays).

↓ These menus are repeated for

the other timeslots within this timezone number

Start time = Valid. – End time =

Invalid


68

MENU 14. RESET DEFAULTS (S)

99-All, 98-STD, 97-Output/Groups, 95-Software IUM

Option:

This allows selective firmware defaulting of the ATS control panel.

Option 99 Default all programming

Option 98 Standard, default: Area database Alarm Groups, 11 to 29 Timers System options Auto reset Timezones Alarm Group restrictions Auto-arm/disarm Areas assigned to vaults Area linking Timezone to follow an output

Option 97 Resets to default Flags for outputs, door, and floor groups

Option 95 Configures the firmware to act as an IUM permitting swipe-and-learn for Smart cards. See Appendix 13 on page 149.

Table 39. Firmware defaulting options

Note: If upgrading the control panel’s firmware to a later version it is recommended that both, hardware and an option 99 firmware default procedures be implemented.


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MENU 15. ALARM GROUP RESTRICTIONS

Alarm restrictions operation

Alarm Group restriction numbers 1 to 6 allow an area to be disarmed for a programmed time, i.e. the code is entered to disarm an area. The area disarms. On the keypads will be displayed the Alarm Group restriction name to indicate that it is timing the disarmed period After the programmed disarmed time, a warning is given. At the end of the warning time, the area auto-rearms.

Alarm Group restriction 7 has the same functionality as Groups 1 to 6 but at the end of the disarmed timed period, the area arms and an emergency alarm report message is sent to the Central Station. This is a ‘Dead-mans-handle’. The code has to be repeatedly entered (Area disarmed) to stop the timed period expiring and the report being sent to the central station.

Alarm Group restriction 8 is a specialised code counting facility. The first disarm counts one, the next person entering their code (disarming) counts two. The next person leaving and entering their code (arming) reduces the count back to one. The next person leaving, the last, enters their code (arming) and the count becomes zero. The area auto-arms.

Additional programming required

Menu 5 Alarm Groups page 49:

Enable one of the Alarm Group Restrictions, (1 to 6), by changing ‘No’ to ‘Yes’.

Set ‘No arm if not timing’ to ‘Yes’ if there are other Alarm Groups that switch off the assigned areas and do not require the timed auto-rearm to operate. If set to ‘No’ the areas will always auto-rearm.

Optional:

Programme a timezone for the Alarm Group. When the timezone is valid, the Alarm Group is enabled.

Programme an alternate Alarm Group. An alternate Alarm Group will be enabled when the current Alarm Group is disabled by a timezone. (A maximum of 2 alternate Groups may be programmed.) If this is set to Alarm Group 1 (No Access), this is the equivalent of no alternate Alarm Group. Although using the same restriction number for all alarm groups, the areas and programming of the alternate group(s) may be different.

Menu 6 Timers page 53:

Programme the appropriate Alarm Group restriction (number programmed) disarm time.

Note: In the Area database menu 2 there is a menu to programme an area disarm time. If programmed, this overrides the time programmed in Timers. Setting to this zero disables the area disarm time and the time programmed in Timers will be used.

Programme the Warning time. This must be shorter than the disarm time - activates the RAS buzzers prior to auto arming.

Menu 7 System Options page 55:

‘Disable auto insert of alarm group restrictions’ must be set to ‘Yes’. When programmed, restrictions modify the action of codes that would normally arm and disarm areas.


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1. Alarm Group Restriction No.

1. Restriction name I Name to identify the restriction group. ↓ 2. Timed disarmed areas I Areas for the timed disarm. ↓ 3. Areas to arm/reset I Areas that can only be armed or reset. ↓ 4.1st alternate timed disarm area I To enable timed disarm for the 1st alternate area.

Enter the alternate area number ↓ 5. 1st alternate areas to

arm/reset I To enable arm and reset only for the 1st alternate

area. Enter the alternate area number ↓ 6. 2nd alternate timed disarm

area I To enable timed disarm for the 2nd alternate area.

Enter the alternate area number ↓ 7. 2nd alternate areas to

arm/reset I To enable arm and reset only for the 2nd alternate

area. Enter the alternate area number


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MENU 16. EVENT TO AN OUTPUT (S)

Within these menus, an event flag may be allocated to an output and the output selected will change state, as the flag is set and reset.

A hard or soft timezone may also be allocated to an output. This will override any flag allocated, if any, and cause the output to change state (programmable) as the timezone switches on and off (valid to invalid).

As with the CD control panel option, the output may be inverted. Its normal operation is to activate when the flag is set and restored when the flag is reset.

Pre-set outputs Output No. Usage

2 Strobe output on the control panel. 3 Relay on the control panel.


12th Relay active = generates a constant DC voltage at the siren output;


13th Relay active = generates a warble tone at the siren output;


14th Relay active = generates a saw-tooth tone at the siren output;


15th Relay active = generates 2 tones at the siren output;

15 Internal siren output on the control panel. 16 External siren output on the control panel.

32, 48, 64, 80 96, 112, 128, 144, 160, 176, 192, 208, 224,

& 240.

Internal siren output on DGP’s 1 to 14.

251 Switched negative on the control panel (Not ATS2000).

Table 40. Pre-set outputs

Notes:

1. If siren type ‘0’ has been selected in Siren Type, System Options then, when the 16th Relay is activated, a saw-tooth signal is generated at the siren outputs.

2. If siren type ‘1’ has been selected then, when the 16th Relay is activated, a constant DC voltage is set at the siren outputs.

3. If siren type ‘2’ has been selected, then the 12th, 13th, 14th, 15th and 16th Relays are mapped to the siren output. (See the table 40 above). These Relays have priority 1 to 5 respectively. Hence, Relay 12 will have a higher priority over Relay 16 when both are active, thus generating a DC Voltage at the siren output. (Not implemented in current software).


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1 1 to 8 13 97 to 104 25 193 to 200 Panel 2 9 to 16 DGP 6 14 105 to 112 DGP 12 26 201 to 208 3 17 to 24 15 113 to 120 27 209 to 216 DGP 1 4 25 to 32 DGP 7 16 121 to 128 DGP 13 28 217 to 224 5 33 to 40 17 129 to 136 29 225 to 232 DGP 2 6 41 to 48 DGP 8 18 137 to 144 DGP 14 30 233 to 240 7 49 to 56 19 145 to 152 31 241 to 248 DGP 3 8 57 to 64 DGP 9 20 153 to 160 DGP 15 32 249 to 256 9 65 to 72 21 161 to 168 DGP 4 10 73 to 80 DGP 10 22 169 to 176 11 81 to 88 23 177 to 184 DGP 5 12 89 to 96 DGP 11 24 185 to 192

Table 41. Output control groups

1. Output No. 1. Event flag number I Enter the event flag number for the output. Reminder:

event flag 1 is the external siren, event flag 13 is the internal siren and flag 2 is the strobe flag. Output 2 Defaulted to the strobe flag, output 15 to the internal siren and output 16 on the control panel to the external siren flag. DGP’s 16th outputs are defaulted to the internal siren.

↓ 2. Timezone to control output I Enter the timezone number to control the output.

Enter 0 to delete any previously programmed timezone.

↓ 3. Inactive during timezone I The timezone when valid forces the output to reset

and is not affected by the assigned flag. ↓ 4. Invert output I Used to invert the quiescent state of the output.


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MENU 17. AUTO-ARM/DISARM

This facility will auto-arm and disarm areas. The ATS control panel uses the Alarm Groups options (Users) to control the action of the auto-arming and disarming, i.e. the areas assigned to the Alarm Group will be the areas that arm and disarm automatically.

Each total configuration for auto arming and disarming is called a ‘program’. There are 16 ‘programs’ available-one per area.

The Alarm Group restrictions allow the User to delay the auto arming by entering a code during the warning time. To avoid the restriction arming after the restriction’s delay time set the disarm time in the Timers menu 19/6 on page 53 to zero – remind to arm only.

Auto-arm operation

At a programmed time, the nominated area(s) will disarm. At a selected time before arming the keypad buzzer will intermittently sound, the warning time. When the time expires, the exit time starts and then the area(s) arm.

• The days that this occurs are programmable.

• Holiday dates may be programmed by the User. Whether this effect a timezone is programmable.

• Up to four off and on times may be programmed per timezone.

• The area(s) may arm with a warning time or without a warning time.

• If warning time is selected, then the User may postpone the arming by a pre-programmed time.

You cannot have a timezone that disarm before midnight and then arms after midnight. If this is required then programme a timezone to end at 24.00 and another timezone to start at 00.00. Both, 24.00 and 00.00 are invalid settings and will be disregarded.

Additional programming required

Menu 19/5 Alarm Groups page 49:

Programme an Alarm Group for the area(s) requiring auto arming.

If only arming or only disarming this can be configure in the Alarm Group by setting to ‘Yes’ either ‘Disarm only or ‘Arm & Reset only’. Leave these both set to ‘No’ if arm and disarm is required.

If a warning time and postpone arming are required, enable one of the Alarm Group Restriction (1 to 6) by changing ‘No’ to ‘Yes’.

If an Alarm Group Restriction is not programmed the area(s) will arm without warning and cannot be postponed.

If a Restriction number has been set to ‘Yes’, programme ‘Yes’ for the same restriction number in all the user’s Alarm groups who are allowed to delay the arming.


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Menu 19/6 Timers page 53:

Select the same Alarm Group restriction number and set the ‘Disarm Time’ for the time required for postponed arming.

Programme the ‘Warning Time’.

Menu 19/13 Timezones page 66:

Programme the timezone, the start time (Disarm) and the end time (Arm).

Select the operating days for the timezone.

Enable or disable User programmed Holidays affecting the timezone. ‘Hol’ on display – Holidays will not effect the timezone; valid for days programmed and any holidays the User programmes. ‘Hol’ off display, the timezone will not operate on the programmed Holiday dates.

Menu 19/15 Alarm Group Restrictions page 69:

‘Alarm Group restriction number’. Enter the Alarm Group restriction number selected above in Menu 19/5 Alarm Groups.

‘Alarm Group restriction name’. Give a name to this restriction. This will be displayed on the keypads during the postponed time.

‘Timed areas’. Enter the area number(s) of the timed area(s). These must also be programmed in the Alarm Group (see above).

Optional

If required the 1st and the 2nd alternate disarm areas may be programmed.

Menu 19/17 Auto-arm/disarm

Allocate the timezone number.

Programme the Alarm Group number to control the area(s).

1. Program No. 1. Timezone to auto-arm/disarm I Enter the timezone number (1 to 24) to arm and

disarm area(s). ↓ 2. Alarm Group to auto-arm and

disarm I Enter the Alarm Group number.


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MENU 18. AREAS ASSIGNED TO VAULTS

This is a specialised option and requires considerable advanced programming knowledge.

Note: Cannot be used if other Alarm Group Restrictions are programmed.

Vault area operation

An area is designated as a vault area and other areas are linked to this vault area. When the vault area is armed, the linked areas are armed automatically after a delay period.

Programming required

Menu 19/5 Alarm Groups page 49:

Enable one of the Alarm Group Restriction (1 to 6) by changing ‘No’ to ‘Yes

Set ‘No arm if not timing’ to ‘No’.

Menu 19/6 Timers page 53:

Programme the appropriate Alarm Group restriction (number programmed) disarm time. This is the delay time before the linked areas start to arm.

Note: In the Area database menu 19/2 there is a menu to programme an area disarm time. If programmed, this overrides the time programmed in Timers. Setting to this zero disables the area’s disarmed time.

Programme the Warning time. This must be shorter than the disarmed (delay) time.

Menu 19/7 System options page 55:

Set ‘Disable auto insert of Alarm Group Restrictions’ to No.

Menu 19/15 Alarm Group restrictions page 69:

‘Alarm Group restriction number’. Enter the Alarm Group restriction number selected above in Menu 19/5 Alarm Groups.

‘Alarm Group restriction name’. Give a name to this restriction. This will be displayed on the keypads during the timed disarmed delay time.

‘Timed areas’. Enter the area number(s) of the timed area(s) - the area’s that auto-arm after a delay period. These areas do not have to be programmed in the Alarm Group but may be if independent control of the areas is also required.

Menu 19/18 Areas to Vaults page 75:

Programme the area to be assigned as a vault.


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Menu 19/19 Area Linking page 77:

The ‘Common area’ is the area that auto-arms.

Area to link is the vault area.

(Several entries may be required to cover all areas requiring automatic arming).

Areas designated as vaults will, when armed and after a delay period, automatically arm other areas.

No Vaults Assigned

Area:

Other optional programming

Menu 19/7 System options page 55:

Within this main menu there is a sub menu ‘Financial institution options’ that when set to Yes enables the following three options:

• Film counters are enabled during the disarmed walk test mode.

• Alarm group restrictions 2 or 6 disables delayed disarmed alarm zones.

• The minimum user PIN code length is set to 5 digits.


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MENU 19. AREA LINKING

This is used to create a common area. The ATS control panel common area is an enhanced CD control panel common area being a true area with its own reporting and arm/disarm control codes. Although the common area does arm and disarm automatically when the associated areas arm and disarm, this common area can also be independently disarmed or armed.

There are two operations to creating a common area. Choose the area you wish to be the common area and then nominate the areas to be associated with the common area.

1. Area linking Common area:

I Enter the area number that is to be converted into a common area.

↓ 2. No areas linked to this area

Area to link: I Enter the area numbers that are to be linked to the

common area.

MENU 20. SYSTEM CODES (S)

Access control facility.

System codes, also known as site codes, are used with access control proximity, and mag-swipe cards. This includes Smart cards.

Up to two system codes may be programmed with an associated offset for each code.

For further details of system codes, Smart cards and Smart card readers see Appendix 12, Smart Card Programming on page 141.

Notes:

1. System codes must be 6 digits. If less than this, add leading zeros.

2. The offset range is plus or minus 32767.

3. Smart cards may only have system codes in the range of 000001 to 002047.

1. System Code 1: Sys Code:

A Enter the first system code.

↓ 2. Card Offset 1 +0

A A card number 250. System code offset of –150. The

ATS control panel will see User ID 100 ↓ 3. System Code 2:

Sys Code: A If required enter the second system code

↓ 4. Card Offset 2 +0

A A card number 250. System code offset of –150. The

ATS control panel will see User ID 100


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MENU 21. ZONE SHUNTS


Zone shunts allow access though a door that is protected by an alarm zone and is armed. During the shunting time the zone is inhibited but if the door remains open pass the shunting time, which includes a warning time, an alarm activation will occur. An output activating or a door opening may initiate the shunting procedure. Sixteen shunt timers are available.

1. Shunt timer Number 1 to 16

1. Zone number to shunt A Enter the zone number to shunt. The zone can only

be assigned to one shunt timer. ↓ 2. Output number to start shunt A Enter the output number to start shunt. The time is

infinite while the output is active. When the output restores the shunt timer starts and runs for the programmed time

↓ 3. Shunt time A Enter the shunt time. 1 to 127 = seconds 129 to 255 =

minutes. i.e. 129 = 1 minute. 158 = 30 minutes. Do not use 0 unless ‘Cancel door event flag’ is set to Yes.

↓ 4.Shunt warning time A Enter the warning time. This follows the shunt time; if

the shunt is in minutes, the warning time is in minutes. If the shunt time is in seconds, the warning time is in seconds.

↓ 5. Shunt event flag A Enter the event flag number to be activated during the

shunting time. May be assigned to an LED. ↓ 6. Shunt warning event flag A Enter the event flag number to be activated during the

warning time. May be assigned to a buzzer etc. ↓

Skip

7. Door open command starts shunt

A Yes/No. Yes, the shunt will be started by a keypad entry or an output. The timer will reset if the zone does not return to normal within 3 mins/secs depending on the min/secs used for the shunt time. For entry/exit shunting must be set to No, No, the zone changing to active starts the timer.

↓ Skip 8. Shunt zone when disarmed A Yes/No. Yes, the zone is controlled by the shunt while

the zone is disarmed. A firedoor or a 24-hour door. ↓

Skip 9. Shunt zone when armed A Yes/No. Yes, the zone is controlled by the shunt while the zone is armed. 24 hour or an armed alarm zone.

↓ Skip 10. Cancel door event flag A Yes/No. Yes, When the shunted zone switches to

normal the unlock event and timer are cancelled. No, the door does not effect the shunting.

↓ Skip 11. Zone holds event flag at 2

seconds A Yes/No. Yes, the cancelling of the door event is

delayed for 2 seconds after the door switches to normal. No, no delay. Door contact anti-bounce facility allowing locks to engage.

↓


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Skip 12. Entry/exit shunting A Yes/No. Yes, a code must be entered to start the shunting, or before the shunt timer expires, otherwise an alarm will be generated. If set to Yes the ‘Door open command’ must be set to No.

↓ Skip 13. Log door open/close A Yes/No. Yes, Every time the zone changes status it is

logged to the printer. No, no logging.

MENU 22. TIMEZONE TO FOLLOW AN OUTPUT

This facility enables an event flag, assigned to an output, to operate as a timezone. These are soft timezones 26 to 41. When the output is active the timezone is ‘On’ (valid), when the output restores the timezone is ‘Off’ (invalid)

Note: Timezone 41 is defined for use with zone types 56 and 59. If these zone types are not being used then Timezone 41 may be used for other purposes.

The outputs/timezones could be configured so a keyswitch controls the timezone or, stopping an area, arming until another area has armed using alternate alarm groups.

There are only two programming options. Select the timezone number and assign it to an output number.

1. Select the timezone No. I Enter the timezone number. 26 to 41. ↓ 2. Assign output to follow I Enter the output number to control the timezone.


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MENU 23. POLL ERRORS

This group of menus allows the engineer to check for communication errors between the control panel and the remote devices connected to the data bus.

Note: Using the appropriate menu reset the poll count to zero on completion of the installation so any future inspection of these menus will give a true count. Range 1 to 255.

The ATS control panel communicates with each data-bus device every 800 milli-seconds. It will take seven consecutive failures to increase the poll count by one. A recorded count of seven, or above, indicates there could be a problem with the data-bus and requires inspection.

Select 1 for a RAS, 2 for a DGP or 3 to set all counts to zero.

1-RAS, 2-DGP, 3-Clear All Counters

0-Exit, Menu

Enter the RAS or DGP’s number and the display will show the poll error count for that device.

RAS 1, Poll Error Count Is 0

0-Exit, RAS No:

MENU 24. DOWNLOAD TO REMOTE DEVICE


These menus are used to download Access control data into the ATS1250 4 door controllers connected to the data-bus.

1. Select download option

1. Display status. 2. Download A ↓ 1. Display download status A Displays:

The database items being downloaded. The total number of records to be downloaded for the option in progress. The number of records already downloaded. The number of records in the queue.

↓ 2. Download all A Select the database to be downloaded. See below.

1 Abort Aborts any download in progress. Erases the current database being downloaded to the four-door or four-lift controller.

2 Users All users. 3 Groups All door groups and floor groups 4 Timezones Timezones 0 to 24 5 Holidays Holidays.


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MENU 25. DISPLAY LAST CARD


Display the details of last card read by a reader connected to the ATS4000 data bus – door numbers 1 to 16 only.

Last Card RAS SC=23 User 100

Press ENTER

Tip: This menu may be used to discover the system code of an unknown card. SC in the display above is the system code. The card does not have to be valid for this facility to function. If the system code is valid, the system code and the user number will be displayed.

MENUS 26 & 27. RESERVED MENUS

MENU 28. TO REMOTE DEVICES

Access control configuration menus for RAS Smart Card readers on the ATS control panel’s data-bus or ATS1250 4 door controllers and their associated readers. For further information on the ATS1250, 4-door controllers refer to the ATS1250 installation and programming manuals.

For Smart Card reader programming see Appendix 12 on page 141.

Notes:

1. RAS programming of Smart Card readers. When new, Smart Card readers default to address 16. To configure this Smart card reader using menu 19/28 use the following procedure: Poll RAS 16 and the final address required for the Smart card reader in menu 19/3. RAS 16 should be followed by a comma (found) and the final address selected by a colon (not found). Return to menu 19/28 and select RAS 16. Enter menu 12 and change the address from 16 to the final address required. Return to menu 19/3. Check that the final address required is now followed by a comma and address 16 is now followed by a colon. Depoll RAS 16 and configure the new address for the Smart Card reader. Complete the installation by configuring the RAS menus in menu 19/28 for the new address

2. Only 26 bit cards may be used for readers connected to the ATS control panel’s bus directly or via the ATS1170 one door controller.


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The menus shown are for RAS ATS1190/1192 Smart Card reader and ATS1115/1116 combined keypad and reader programming. The DGP programming for the ATS1250 4-door controller is explained in the ATS1250 programming manual.

RAS ATS1190/1192

(# = Enter key, * = Menu* key)

Remote Device 1-DGP 2-RAS Device:

A Select 2 to programme the ATS1190/1192 Smart Card reader

↓ Remote RAS set-up

RAS No: A Enter the RAS address. The default is 16.

↓ Tecom Smart Reader TS0870

0 Exit Menu: A Select the menu number to programme. 1 to 17.

↓ 1. LED’s On-line

A Selects the operation of the red and blue LED’s.

↓ 1a-Blue LED 2-Red LED

Option: A Options available:

Blue LED: Door open only or Area access + door open. Red LED: Area secure or Area secure + door open.

↓ 2. LED’s off-line

A Options: Two wire LED control or

One wire LED control ↓ 3. Valid card flash

A Enable/Disable. Flashes the blue LED when a card is

presented. ↓ 4. Night light A Enable/Disable. Keeps the blue LED on at a low light

level so the reader may be located in the dark. ↓ 5. Protocol options A Keep on the default, Wiegand. The other options are:

Mag swipe and Tecom Smart card. ↓ 6. Bleeper options A Enable/Disable. Enable or disable the reader’s

buzzer. ↓ 7. Watchdog

A Keep on default disabled.

↓ 8. Relay options

A See Relay options table 43 on page 83

↓ 9. Option card A Enable/Disable. Enables or disables the reading of a

configuration card. ↓ 10. Egress control A Options: Disabled, Egress only, or

Egress + arm/disarm ↓ 11. Factory Defaults A *=Yes, #=No. The # key is the Enter key ↓ 12. Reader address A The default address is 16 but this menu allows the

address to be changed. Range 1 to 16. ↓


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13. Last card A Displays the data read for the last card presented. FC=1234 ID=5 (FC, System code, ID, the user number)

↓ 14. Credit set-up

A See credit options table below

↓ 15. Last card credit A Display the data from the last credit card. ↓ 16. Security mode A Options: Secure, This is the normal setting when

using system codes. Unsecured mode is used when programming cards on a control panel fitted with the 4 or 8 meg expanded memory or when configured for the software IUM.

↓ 17. Version

A Example: © 1988-99 Tecom Systems

TS0870-V05

Credit options Menu 14

1 Token Value (0-65535) No:

2 Account No: 1 (1-4) No:

3 Access level: 1 (1-16) No:

4 Location: 1 (1-4) No:

5 Relay time factor: 5 (1-256) No:

Table 42. RAS credit options

Relay options Menu 8 1 Door output 2 Tamper output 3 Card present output 4 Credit output pulsed 5 Credit output timed 6 Credit output latched

Table 43. RAS relay options


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RAS ATS1115/1116 Remote Device 1-DGP 2-RAS

Device: A Select 2 to programme the ATS1115/116 combined

Smart Card reader and keypad ↓ Remote RAS set-up

RAS No: A Enter the RAS address.

↓ RAS 1115/6. V03

0 Exit Menu: A Select the menu number to programme. 1 to 12.

↓ 1. Access LED

A Enable or disable.

↓ 2. Night light

A On or off. Keeps the blue LED on at a low light level

so the reader may be located in the dark. ↓ 3. Keypad backlight options

A On/Off.

↓ 4. Egress control A Options: Egress disabled, Egress only, or Egress +

Arm/disarm ↓ 5. Reserved A ↓ 6. Set factory defaults A Yes/No

↓ 7. Secure or unsecured mode

A Use secure mode for normal operation. Unsecured

mode may be used when an ATS1831/32 IUM is fitted.

↓ 8. Flash

A Enabled/Disabled.

↓ 9. Protocol options A Keep on the default, Wiegand. The other options are:

Mag swipe and Tecom Smart card. ↓ 10. Card Bleep A Enable/Disable. Enable or disable the reader’s

buzzer. ↓ 11. Option card A Enable/Disable. Enables or disables the reading of a

configuration card. ↓ 12. Last Card A Displays the data for the last card badged.

FC=1234 ID=2


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DGP ATS1203 Remote Device 1-DGP 2-RAS

Device: I Select 1 to programme the ATS1203 Advanced DGP

↓ Remote RAS set-up

RAS No: I Enter the DGP address.

↓ ATS1203 Vxx DGP

0 Exit Menu: I Select the menu number to programme. 1 to 4.

↓ 1. DGP status

I Displays the configuration of the DGP. Use the enter

key to view the next data item ↓ 2. Input status

I View the status of a selected zone number on the

DGP ↓ 3. DGP settings

I See 3A to 3D below.

↓ 3A. DGP Address I There are three options in this menu to select the

number of zones and outputs required at the DGP. See list below.

↓ 3B. Battery load I If set to Yes a battery load resistor is enabled on the

8th output. It will follow the battery test and add an additional 68-ohm load resistor during the test - EN regulations requirement.

↓ 3C. Mains check I Yes The AC mains input is monitored for mains fail.

↓ 3D. Static outputs

I Static Outputs = Four way relay cards or an ATS1821

8 way OC card fitted. Clocked outputs = Eight way relay cards or 16 OC cards fitted.

↓ 4. Factory Reset

I Return menu settings back to default.

Option selected Maximum zones Maximum outputs

1 DGP Address 16 16

1 DGP + exp 32 16

2 DGP Addresses 32 32


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MENU 29. COMPUTER CONNECTION (S)

This menu contains the settings required to initiate a connection between the control panel and the ATS8100 Titan software package. The connection may be direct or remote using the on-board PSTN dialler or via the ISDN interface module. Communication using an external modem is also possible.

Baud rates: Direct connection-4800 baud. Remote connection, using the on-board dialler-300 baud, using the ATS7300 GSM module-4800 baud. Communication types: Direct, always connects. Multi-ring, connects after the ring and calls settings have been met. Callback, calls the PC back after the rings and calls settings have been met. Also see Appendix 8 on page 125.

Skip 1. Enable remote upload -

download I Yes/No. Set to Yes to enable a remote connection to

a PC. ↓

Skip 2.Upload – download if any area is armed

I Yes/No. Yes, remote Up/download is possible when an area is armed. Normally set to No for the UK. Menu 1 must be set to yes to use this option

↓ Skip 3. Enable remote control I Yes/No. Yes, enables remote control of the control

panel. Normally set to Yes for the UK. Menu 1 must be set to yes to use this option

↓ Skip 4. Remote control if any area

armed I Yes/No. Yes, enables remote control of the control

panel regardless of the area’s armed status. Normally set to No for the UK. Menu 1 & 2 must be set to yes to use this option

↓ Skip 5. Use modem initiation string I Yes/No. Yes enables an external modem connected

to the ATS1801 interface. No, uses the built-in dialler modem

↓ Skip 5.1 Enter modem initiation

string. (32 characters max) I This modem string will be used when menu 5 above

is set to yes ↓

Skip 6. Report alarms to the remote computer

I Yes/No. Yes, alarm events will be reported using the computer’s telephone number

↓ Skip 7. Report access events to the

remote computer I Yes/No. Yes, access control events will be reported

using the computer’s telephone number ↓ 8. Remote computer telephone

number I Telephone of the remote PC being used for

Up/download when using an external modem is connected to the ATS1801 interface. Also may report access and alarm events.

↓ 9. Up/download call-back

number I The telephone to call back after a ring-in request for

Up/download. ↓ 10. Service telephone number I The telephone number to be dialled if the user selects

‘Dial management software’ in user menu 7 (Service Menu)

↓


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11. Computer address I This is normally the same as the Advisor Master

number. If only one Advisor Master is installed use address 0001.

↓ 12. Security password I Security passwords are always 10 digits long. The

default is 0000000000. Titan can always connect to a control panel programmed with the default password but Titan will update the password to that programmed in Titan.

↓ 13. Security attempts I Enter the maximum number of attempts to complete

the connection with the PC. Best left on the default 255.

↓ 14. Number of rings before

answer I Enter the number of rings before answering incoming

ringing. One UK ring = 2. Enter zero to disable answering incoming ringing.

↓ 15. Number of calls before

answer I Enter the number of calls before answering incoming

ringing. Enter zero to disable answering incoming ringing.

↓ 16. Answering machine defeat I Yes/No. Yes, if the number of rings and calls are met

then the control panel will answer on the next incoming ringing on the first. Ring

↓ 17. Reserved Removed on release of 04.05.05 firmware. ↓ 18. Bell Modem I Yes/No. Set to No for the UK - CCITT ↓ 19. PSTN

Conn. Type I Options: 0=PSTN, 1=ISDN, 2=ISDN – D channel,

3=GSM


88

MENU 30. PRINTER

A serial printer may be connected to the Advisor master control panel using the ATS1801 (Printer & Computer) or ATS1802 (Printer only) interfaces. Not available on the ATS2000 control panel.

Skip exit menus 1. Enable real-time printing I Yes/No. Yes, a printer permanently connected to the

control panel will print all events as they occur. Skip exit menus ↓

1. Print alarm events I Yes/No. Yes, send all alarm events to the printer ↓

Skip exit menus 3. Print access control events I Yes/No. Yes, send all access control events to the printer

↓ Skip exit menus 4. Print outside timezone I Yes/No. Yes, printer only operates when the timezone

is invalid. No, printer only operates if timezone is valid. Set to No and programme timezone 0 in the next menu for 24-hour operation.

↓ 5. Print during timezone I Enter the timezone number to control the printer.

Programme 0 for 24 hour-printer operation. ↓ 6. Printer options I Options 1 to 8 - see list below.

Option Printer Baud Rate Data bits Parity Stop bits 1 Epson 9600 7 Even 1 2 Laser HPII 9600 8 None 1 3 Laser HPII 19,200 8 None 1 4 Epson 9600 7 Odd 1 5 Epson 9600 7 None 1 6 Epson 9600 8 None 1

7 Epson 9600 8 Odd 1 8 Epson 9600 8 Even 1

Table 44. Printer options

Note: The configuration options listed above are not exclusively for the makes of printers listed. They are used by many other manufactures of printers. Any printer that can be configured for one of the above options may be used with the ATS3000/4000 range of control panels.


89

MENU 31. BATTERY TESTING

During battery tests, the control panel and/or DGP’s and all auxiliary powered devices are powered from the battery. If a battery is disconnected for more than ten minutes, a warning will be given. During testing, the devices are tested one at a time to ensure that not all devices switch to battery at the same time.

Battery testing Option 1 (Programme)

1. Battery test frequency I Select the time-period for the automatic battery test.

Options: Disabled, Every working day, Every Monday, or First Monday of the month.

Skip or enter↓ 2. Start battery test I Programme the time for the automatic battery to start,

hours and minutes. ↓ 3. Run battery test for: I Programme the period of time in minutes for the

automatic battery test. Should be less than 10 minutes.

Note: If the automatic battery test fails the AC derived power is immediately restored.

Battery testing Option 2 (Manual test)

1. Battery test report I Displays the results of the previous manual battery

test. Skip or enter↓ 2. Select DGP for battery test I DGP 16 = Advisor Master control panel, or 1 to 15 for

DGP’s connected to the ATS control panel’s data bus. ↓ 3. Run battery test for 002

minutes I Battery Test run time –minimum 2 minutes, maximum

10 minutes..

MENU 32. CUSTOM LCD MESSAGE (S)

The message ‘There Are No Alarms In This Area’ that is normally displayed on LCD RAS may be replace by a customised message. The message may be up to 32 characters long and may contain any character, including spaces, which are available at the keypad.

The keystrokes required to programme the text are explained in ‘Programme Text’ menu 19/10 on page 64.

Programme . (Full stop) for the time and date to be displayed.


90

MENU 33. PROGRAM NEXT SERVICE (S)

This section may be optionally programmed to display a customised routine maintenance-required text message on the LCD RAS on a pre-programmed date.

1. Maintenance date I Enter the date; day, month and year for the routine

maintenance message to be displayed. ↓ 2. Maintenance message I Enter the text message to be displayed on the above

date. See menu 10 programme text on page 64. Text defaults to ‘Service Due’.

MENU 34. SYSTEM EVENT FLAGS

If required, flag numbers 25 to 255 may be assigned to system events and used to activate outputs or assigned to macros.

1. Mains fail. I Enter the flag number required to activate on mains

fail ↓ 2. Low battery I Enter the flag number required to activate on low

battery ↓ 3. Fuse fail I Enter the flag number required to activate on fuse fail

at the control panel or DGP. ↓ 4. Tamper I Enter the flag number required to activate on a

system tamper ↓ 5. Siren fail I Enter the flag number required to activate on a siren

fail ↓ 6. DGP inhibited I Enter the flag number required to activate when a

DGP is inhibited. ↓ 7. DGP off-line I Enter the flag number required to activate when a

DGP loses communication with the control panel. ↓ 8. RAS off-line I Enter the flag number required to activate when a

RAS loses communication with the control panel. ↓ 9. Duress I Enter the flag number required to activate on duress

activation. ↓ 10. Film out C Enter the flag number required to activate when a

camera film-out event occurs. ↓ 11. Report fail I This is equivalent to FTC output on the RD6203

dialler. Enter the flag number required to activate on fail to communicate. Activates for 5 seconds on Fail to communicate and follows the telephone line status for telephone line fail.

↓ 12. Test mode I Enter the flag number required to activate during a

walk test.


91

↓ 13. All armed I Enter the flag number required to activate when all

areas reporting open/close are armed no alarms and no entry/exit timers are running.

↓ 14. Keypad buzzer I The operation of this facility is reversed to the other

selections in system flags. Assign a flag number to this option. When that flag is set, the RAS buzzers sound intermittently - an off-on-off tone.

↓ 15. Not used Removed on the release of 04.05.05 firmware ↓ 16. Not used Removed on the release of 04.05.05 firmware ↓ 17. Dialler active I This flag will be set when the dialler engages the

telephone line ↓ 18. Siren test I The flag is set during a siren test. ↓ 19. All armed pulse I Pulses the flag when all areas set for open/close are

armed. ↓ 20. Computer connection I The flag while the control panel is in communication

with the PC ↓ 21. Line fault I Set while a line fault condition exists. ↓ 22. Battery test I Set during an automatic battery test ↓ 23. Engineer walk test I The flag is set during the engineer’s walk test. ↓ 24. Engineer walk test reset I On exit from engineer’s walk test, this flag is set for 5

seconds to reset latching detectors. ↓ 25. System ‘A’ event flag I If the system is configured for system confirm this flag

will be set on the first activation. ↓ 26. System ‘B’ event flag I If the system is configured for system confirm this flag

will be set on the confirmed activation.


92

MENU 35. MACRO LOGIC

Macro’s are advanced programming but are very powerful when used correctly. A macro allows up to four event flags or relay operations to be combined into one output that can have various timing operations. There are twenty-four macros available.

Notes: 1. E = Event flag number. R = Output number (R-relay) 2. Enter Flag or output number twice to invert the input (NAND or NOR) or the output. Will be shown as the number entered plus ‘!’ symbol. 3. Any input not used set to OR with the other inputs. 4. Macro output; when the output is set to a zone the zone selected will not function. Because of this mode of operation, the zone selected may be a phantom zone, not physically available. Unless inverted, the zone will be in an alarm condition (Active) when the macro activates and clear (Normal) when the macro resets.

Inputs Logic Timing Options Output

None No1 Event flag (E) or Output Number (R) & Pulse For the time programmed or, if

less the input true time

No2 Event flag (E) or Output Number (R) or For the time programmed

No3 Event flag (E) or Output Number (R)

OR

Output activates after a programmed delay time if the input is still true

Activates a Flag number or a zone

number

(All inputs) Output activates for the time the input is true plus a programmed time

No4 Event flag (E) or Output Number (R)

Latched operation Inputs 1, 2, 3 = ON

Input 4 = OFF

1. Macro No. 1. Output function I See table 45 on page 93. ↓ 2. Time I 2 to 255 seconds or minutes depending on the output

function selected. This menu will not be shown for non-timed options.

↓ 3. Output triggers event flag or

zone I Use the menu* key to toggle between event flag and

zone. Enter the event flag number or zone number that the macro is to activate Enter the number twice to invert the input.

↓ 4. Inputs I Select E or R (event or relay/output) with the menu*

key and then enter the relay/flag number. Enter the number twice to invert the input. Press enter and then select the logic using the menu* key. Repeat this for inputs 2, 3, & 4.


93

Option Output Action Disabled None

Non timed Follows the logic equation On pulse seconds

1 to 255 On pulse minutes

1 to 255

Pulse for the time programmed or, if less, the input true time

On timed seconds 1 to 255

On timed minutes 1 to 255

For the time programmed

On delay seconds 1 to 255

On delay minutes 1 to 255

Output activates after a programmed delay time if the input is still true

Off delay seconds 1 to 255

Off delay minutes 1 to 255

Output activates for the time the input is true plus a programmed time

Latched Latched operation

Inputs 1, 2, 3 = ON (set) Input 4 = OFF (reset)

Table 45. Macro timing options

MENUS 36 TO 41. RESERVED

MENU 42. REPORTING CLASS DATABASE

There are eight classes for reporting alarms to the central station. These include fire, PA, intruder etc. Each of these classes have six conditions, Alarm, tamper, etc. which may be enabled or disable for each of the four central stations. Audio listen-in may also be enabled or disabled for each condition.

1. Class number I Enter the class number to programme. See table 46

below ↓

Skip 2. Condition number I Enter the condition number to programme. See table 46 below

↓ Skip 3. Report to central station 1 I Yes/No. Yes the condition is reported. No, no report

for this condition. ↓

Skip 4. Report to central station 2 I Yes/No. As for menu 3 above. ↓



Skip 7. Enable Audio listen-in for this condition

I Yes/No. Yes audio listen-in is reported. No, no audio listen-in for this condition.

Class No. Class Condition No Condition

1 Medical alarms 1 Alarm

2 Fire alarms 2 Alarm restore

3 Panic alarms 3 Tamper

4 Intruder alarms 4 Tamper restore

5 General alarms 5 Inhibit

6 24 hr non burglary 6 Uninhibit

7 Fire supervisory

8 System alarms

Table 46. Reporting classes and conditions

Enter


94

MENU 43. AUTOMATIC TEST CALL (S)

This section enables automatic test calls to be sent to the central station at periodic intervals

1. Start test call I Enter the hours and minutes for the automatic test call to begin. Set to zero hours and minutes to disable.

↓ 2. Test call interval I Enter the time period, in hours, between each

automatic test call ↓ 3. Extend test call I Yes/No. Yes, the automatic test call is only sent if no

report has been sent to the central station since the last test call. No, an automatic test call is always sent.

MENUS 44. TO 49. RESERVED

MENU 50. CHANNEL MAPPING (S)

French communication option. Not required for the UK.

1-Inputs 2-Areas 3-System

Option:

1 Inputs Input Group 1 - 16

0-Exit Grp: I Enter the input (zone) group number to programme.

Zones 1 to 16 = group 1, 17 to 32 = group 2 etc. ↓ Input 1 – 01

* Dis, Ch: I If group 1 is selected this menu will be shown. Enter

the reporting channel for input (zone) 1. Press the *Menu key to disable this input (zone) reporting.

2 Areas Area Group 1 - 8

Grp: I Enter the area group number to programme. Either

group 1 = Area 1 to 8, or group 2, areas 9 to 16

Exit menus Skip or enter


95

↓ Area 1 – 01


the (open/close)-reporting reporting channel for area one. Press the *Menu key to disable the area reporting

↓ Area 1 Auto - 00

* Dis, Ch: I Enter the channel for the automatic arming.


96

3 System 1. System Group 1-10

Grp: I Enter the system group number to programme. Either

group 1 = 1 to 10, to group 4, 31 to 40 ↓ 2. System event 1 - 00


the reporting channel for the system event. See table 43 below. Press the *Menu key to disable the system event reporting

System Event Event Name Channel

(Default) Channel

Type

1 RAS Code tamper 00-99 (90) A

2 Courier In 00-99 (Dis) A

3 Guard Down 00-99 (Dis) A

4 Time Changed 00-99 (Dis) A

5 Auto Test Call 00-99 (Dis) A

6 Service In/Out 00-99 (Dis) A,R

7 Request Service 00-99 (Dis) A

8 Summary RAS Off-line 00-99 (91) A,R

9 Summary DGP Off-line 00-99 (91) A,R

10 DGP Reset 00-99 (Dis) A

11 Summary DGP Mains Fail 00-99 (92) A,R

12 Summary DGP Low Battery 00-99 (93) A,R

13 Summary DGP Tamper 00-99 (94) A,R

14 Summary DGP Siren Tamper 00-99 (95) A,R

15 Summary Duress Code 00-99 (96) A,R

16 Summary Remote Log-In 00-99 (97) A,R

17 Summary Film out 00-99 (Dis) A,R

18 Summary Program Mode Entered. 00-99 (98) A,R

19 Disarm After Alarm 00-99 (Dis) A

20 Input Isolated 00-99 (99) A,R

21 Input Fault 00-99 (99) A,R

22 to 40 Not Used

Table 47. Channel mapping system option numbers


97

MENU 51. ENGINEERING RESET (S)

Engineer reset lockout-resetting procedures

An engineer reset is used to force the User to call the installer after a police attendance alarm has occurred. It is impossible to rearm the device/area until an engineer reset has been performed.

Circumstances under which the system can be programmed to require an engineer reset:

• System alarm (Losing communication with a device)

• System tamper (Panel tamper)

• Zone tamper (programmable for each zone)

• Zone alarm (programmable for each zone)

There are four possible ways of perform an engineer reset:

• Installer’s attendance at the installation.

• A designated zone may be activated to perform the engineer reset.

• The User may perform a coded reset.

• Remote reset using Titan in conjunction using the engineer-reset software.

On site engineer reset

This section allows the installer to carry out an engineer reset on site. Normally all areas have to be disarmed before access may be obtained to these menus. Menu 51 is an exception; it is always available and may be accessed even when areas are armed.

Engineer reset?

* Reset 0 - Skip Enter zero to exit or press the *menu key to do an

engineer reset. ↓ Engineer reset

Done. 0 – Skip Press zero key to exit

or *** NO ENG RESET REQ ***

PRESS ENTER Engineer reset requested and not required.

Engineer reset using zone type 65

Programme the zone as input type 65 and assign the areas that this zone will reset. Activating the zone performs an engineer reset.

This type of zone may be connected to a Red Care unit or a keyswitch to perform the engineer reset


98

YES – User can do Eng. Reset *-Change 0 - Skip

User’s coded reset.

To allow Users to perform an engineer reset, set menu option 19/7/35 ‘User can do an engineer reset’ in System options on page 55 to ‘YES’.

Menu 19/7/35

When an engineer reset is required, a code is displayed on the keypad/RAS. For instance ‘0899’.

To perform the reset, the User calls the central station and relays the code displayed. The central station will enter the code into a software programme (algorithm) that calculates an anti-code.

This anti-code, when entered at the keypad/RAS will clear the engineer reset.

(An engineer reset may also be performed using the Titan management software).


99

MENU 52. VOICE REPORTING (S)

The ATS7200 voice module allows voice message reporting to a private telephone using a PSTN or an ISDN telephone line. The messages are recorded onto the voice module using a normal telephone handset and consist of:

• The leader message. Example: ‘A voice message is pending, please acknowledge’

• The event message. Example ‘An alarm has occurred in the offices’

• The address message. Example: ‘at Bridge Street’

The leader message will be played first and will be repeated, up to ten times, awaiting the recipient pressing zero to acknowledge the call. After the call has been acknowledged, the event message will be played followed by the address message. Depending on the protocol selected in the programmed central station, with or without acknowledge, this message will be played until acknowledged by the zero key or up to a maximum of ten times. Or, if no acknowledgement is selected, will automatically close down after playing the message twice.

The leader and the address messages are common to all event messages.

Assigning a message number to an event

After configuring a central station for voice reporting in menu 9 on page 61, this menu selects the message number to be sent when the selected event occurs. There are 25 different events. When one voice module is fitted the leader message, address message and 6 voice messages are available. By fitting a second voice module a further 8 voice messages (7 to 14) become available.

Notes:

1. Programme message 0 to disable the event type reporting.

2. Events 1 to 11 are general events that may be activated by multiple zones etc.

3. Events 12 to 21 are to allow a specific zone to trigger a programmed message. Assign the required reporting type (130 to 138 & 140) to the zone in the zone database (see page 34), and programme in this menu the event to the message number.

4. If using specific events 12 to 21 ensure these are not already assign to the general events 1 to 11 and 22 to 25. If they are duplicated then the specific events 12 to 21 have priority.

Burglar Alarm – Voice message 0

Msg No:


100

No Event No Event

1 BA – Burglar alarms 14 132, Burglar alarm. (Interior)

2 TA – Tamper alarms 15 133, Burglar alarm. (24 hour)

3 HA - Duress 16 134, Burglar alarm (Entry/exit)

4 PA – Panic Alarms 17 135, Burglar alarm . (Day/night)

5 FA – Fire alarms 18 136, Burglar alarm. (Outdoor)

6 MA – Medical alarms 19 137, Burglar alarm. (Tamper)

7 ZA – Technical alarms 20 138, Burglar alarm. (Near alarm)

8 AT – Mains fail. (Must have report mains fail on in menu 9 Communications) 21 140, General alarm (UA General alarm)

9 ET – Remote device off-line 22 Low battery

10 OP – Area disarmed 23 Low battery restore

11 CL – Area armed 24 Mains restore. (Must have report mains fail on in menu 9 Communications)

12 130, Burglar alarm 25 Technical restore

13 131, Burglar alarm. (Perimeter)

Table 48. Event types for voice messages


101

MENU 53. KALATEL DRIVER VIA THE ATS1801

Do not programme – for future product release.

DVMRe Alarm input map

Alarm input: C

↓ * -Next, DVMRe Alarm input 1

No relay C

↓ Skip No – Enable DVMRe Interface

* Change 0 Skip C

↓ Skip No Enable time update

* Change 0 Skip C

↓ Skip No- Enable text insertion

* Change 0 Skip C

↓ Skip No- Enable alarm feedback

* Change 0 Skip C

↓ Skip No – Enable History search/play

* Change 0 Skip C


102

MENU 54. ENGINEERS WALK TEST (S)

The engineer’s walk test allows zones that are enabled in menu 19/1 zone database to be walk tested regardless of the zone type. This test may be selected for an area, or all areas.

There are two extra flags in System flags menu 19/34 ‘Engineer walk test’ and ‘Engineer walk test reset’. The ‘Engineer walk test’ flag is set during the walk test and may be used to enable the LED’s on movement detectors. The ‘Engineer walk test reset’ flag is used to automatically reset latching detectors. This flag is set for 5 seconds on exiting the walk test and may be used to (via an output) remove the power to the device to cause a reset.

The results of the walk test will be recorded in the control panel’s history –‘Access test failed’ or ‘Access test completed’.

1, 2, 0-All, Area:

I Enter the area numbers for walk testing or enter zero for all areas. Press, Enter without entering an area number to start the test.

↓ Untested On 3,4,5,

0-Cancel, Zone: I The top line displays the zone numbers of the

untested zones. If the name of a zone is required enter the zone number and press Enter.

↓ Test completed

Press enter I If all zones have been successfully tested, this menu

will be displayed. Press Enter to leave the walk test OR

Test not completed Press enter

I If the walk test has been aborted, this menu will be displayed. Press Enter to leave the walk test


103

APPENDIX 1. WORD LIBRARY

A001 Above 008 Area 009 Arming

002 Access 332 Area One 421 Art

003 A

Accountant 333 Area Two 265 Assistant

264 Accounts 334 Area Three 367 Assistant Manager

417 Accounts Manager 335 Area Four 369 Assistant Manager Day

004 Across 336 Area Five 422 Assistant Principal

404 Admin 337 Area Six 423 Assoc Administrator

418 Administration 338 Area Seven 010 At

272 Air Conditioning 339 Area Eight 011 ATM

005 Alarm 340 Area Nine 308 Atrium

006 All 341 Area Ten 012 Audio

362 All Area User Code 342 Area Eleven 013 Auto

520 All ATMs 343 Area Twelve 350 Auto-arm

419 Amenities 344 Area Thirteen 351 Auto Disarm

295 Analog 345 Area Fourteen 014 A t

420 Ancillary Staff 346 Area Fifteen 381 Auto Reset

514 And 347 Area Sixteen 015 Aux

007 APC 410 Armoured Car 424 AV Production

B016 Back 020 Bay 028 Bottom

349 Baker 021 Beam 326 Box

376 Baker 1 022 Bedroom 539 BRD

377 Baker 2 023 Bell 267 BRG

017 Bar 024 Board 029 Building

018 Basement 025 Boardroom 425 Bulk Store

019 Bathroom 026 Body 030 Business

273 Battery 027 Boiler 031 Button


104

C032 Cabinet 045 Charge 055 Compactor

033 Cage 046 Chief 056 Computer

034 Call 047 Cigarettes 429 Computer Room

293 Calibration 048 City 057 Conference

035 Camera 427 Class Room 430 Conference Room

036 Canteen 352 Cleaner 058 Contact

037 Car 411 Cleaner Selling 059 Control

038 Caroline 412 Cleaner Front 299 Corridor

039 Cash 413 Cleaner Admin 358 Count

408 Cash Office 049 Clerk 060 Counter

040 CCTV 050 Clip 325 Cover

041 Ceiling 051 Cold 432 Covered Area

042 Cellar 052 Combination 061 Covering

043 Central 428 Commerce 522 Curtain

426 Central Bulk Store 053 Commercial 269 Custody

431 Centre 054 Communication 062 Customer

D274 Dairy 066 Dining 503 Double

433 Dark Room 296 Digital 275 DOTL

304 Data 067 Dispatch 070 Downstairs

063 Delayed 435 District Facility 071 Driveway

266 Desk 068 Dock 072 Drug

064 Detector 069 Door 436 Dry Craft

434 Development 465 Doors 074 DUALTEK

065 DGP 543 Door Keypad 073 Duct

330 Dump 075 Duress

E437 Early 079 Emergency 083 Equipment

076 East 297 Engineering 441 Equipment Store

438 Education 080 End 298 Evaluation

077 Electric 081 Enquiry 084 Exit

078 Electrical 082 Entry 085 Exterior

439 Electronics 440 Entry/Display Area 086 External


105

F087 Factory 092 Film 278 Forced Door

442 Factory Manager 093 Fire 096 Foyer

276 Fail 443 Fitness testing 097 Freezer

088 Failure 094 Floor 098 Front

089 Fashion 323 FLR 379 Front Counter

090 Fence 095 Foil 538 Front Door Keypad Bank 1

091 File 277 Food 542 Front Door Keypad Bank 2

G099 Games 328 Goods 393 Group 19

283 Gaming 448 Graphics 394 Group 20

100 Gas 312 Grd/Flr 395 Group 21

101 Garden 449 Groundsman Store 396 Group 22

102 Garage 106 Ground 397 Group 23

103 Gate 303 Group 398 Group 24

104 General 385 Group 11 399 Group 25

445 General Circulation 386 Group 12 400 Group 26

530 General Staff 387 Group 13 401 Group 27

519 General Staff 1 388 Group 14 402 Group 28

532 General Staff 2 389 Group 15 403 Group 29

446 GLA 390 Group 16 450 Guard

447 GLA/Stage 391 Group 17 279 Gun

105 Glass 392 Group 18 315 GYM

H107 Hall 109 Heat 361 Holdup Bar

444 Hallway 364 High Level User Master 382 Holdup Button

108 Hand 527 High SSO 451 Home Economics

327 Hatch 110 Holdup

I111 In 112 Input 114 Internal

280 Inertia 452 Instrument Store 524 Isolate

281 Inner 113 Interior

J453 Janitor 115 Jewelry 365 Junction


106

K355 Key 116 Kick bar 117 Kitchen

302 Keypad 348 Kiosk 384 Kamahira

353 Keyswitch Inhibited

L118 Landing 121 Level 126 Loading

282 Lay By 122 Library 127 Loans

454 Learning 123 Lift 128 Lobby

119 Left 124 Light 129 Lock

120 Lending 125 Liquor 130 Long Range

375 Loss Provention 363 Low Level User Master 528 Low SSO

131 Lounge 132 Lower 133 Lunch

284 Low

M134 Machine 458 Manual 460 Metal Workshop

455 Machinery Store 139 Master 143 Microwave

135 Magnetic 044 MASTER ADVISOR ATS 144 Middle

136 Main 140 Mat 145 Money

456 Main Admin Office 459 Material Store 146 Motion

457 Main Entry 329 Meat 147 Motor

285 Mains 523 Mechanic 461 Multipurpose Room

318 Makash 141 Medical 462 Music

137 Manager 316 Meeting 463 Music Practice

138 Manchester 142 Mens 464 MYCP & Interview

N313 ND 151 Night 154 North East

148 Near 370 Night Manager 155 Note

268 New 354 Noise Makers Isolated 156 Number

149 Next 152 North

150 Next To 153 North West

O157 Off 160 On 360 Out

158 Office 161 Open 286 Outer

159 Officer 466 Orchestral 162 Over


107

P163 Panel 169 Phone 471 Pre-School

164 Panic 170 PIR 472 Preparation

165 Park 322 360 PIR 473 Principal

467 Passage 287 Pit 311 Print

166 Passive 288 Plant 474 Printery

468 Patrol 470 Playroom 475 Production

531 Patrol 2 357 PNEUMATIC 310 Productivity

533 Patrol 3 171 Point 476 Professional Support

167 Penset 172 Pool 175 Protection

469 Performing Art Centre 356 POPUP 477 Public Waiting

168 Perimeter 173 Port 176 Pull

321 Personnel 174 Power 177 Pump

Q478 Quite Learning

R178 Rack 186 Record 482 Resource Store

179 Radio 187 Reed Switch 300 Retrofit

180 Raid 479 Reference 306 RF

181 Ramp 188 Refrigeration 191 Right

317 RAS 307 Register 309 Riser

182 Reader 189 Remote 192 Road

183 Rear 190 Representative 193 Roller Door

184 Receiving 480 Reprographic Production 194 Roof

407 Receiving Dock 518 Request To Exit 195 Room

378 Receiving Door 294 Research 263 RSB

185 Reception 481 Resource Centre 196 Rumpus


108

S197 Safe 490 Small Group 222 Stairway

305 Sales 212 Smoke 223 Station

270 Savings 213 Sound 224 Stereo

483 School 214 South 290 Stop

484 Science 215 South East 371 Stock Hand

198 Screen 216 South West 372 Stock Hand 1

199 Secretary 217 Spare 373 Stock Hand 2

324 Security 491 Special 374 Stock Hand 3

207 Seismic 414 Special Access 1 406 Stock Room

200 Selling 415 Special Access 2 225 Store

529 Senior Staff 416 Special Access 3 366 Store Manager

535 Senior Staff Second Tz 492 Special Education Area 368 Store Manager Day

537 Senior Staff Third Tz 493 Sports Store 331 Store Room

201 Sensor 494 Spray 226 Storage

485 Servery 218 Sprinkler 227 Strobe

202 Service 219 SRT 359 Strong room

405 Service Bay 544 SSO 228 Strike

486 Service Manager 314 ST 498 Student Centre

487 Services Room 220 Staff 499 Student Waiting

203 Shop 495 Staff & Amenities 500 Studies

204 Short Tom 525 Staff Areas 1 To 4 501 Studio

205 Show 526 Staff Areas 5 To 8 319 Substation

206 Side 380 Staff Door 291 Sump

208 Sign 521 Staff Window Bypass 229 Supermarket

488 Single 409 Staff Entry 230 Supervisor

209 Siren 496 Staff Lounge 231 Surveillance

210 Shutter 497 Staff Room 232 Switch

211 Sliding 534 Staff Second Tz 292 Switchboard

289 Small 536 Staff Third Tz 233 System

489 Small Equip Store 221 Stair


109

T234 Tamper 236 Teller 240 Toilet

235 Tape 507 Temp GLA 241 Tool

504 Teacher 508 Temp Typing 242 Top

505 Teacher Work 237 Temperature 271 Trading

502 Tea Room 509 Textile Store 510 Trades

301 Technical 044 The Challenger 243 Transmitter

506 Technician 238 Time 244 Trap

320 Telecom 239 To 511 Typing GLA

U245 Ultrasonic 513 Unit 247 Upstairs

512 Under 246 Upper

V248 Valve 541 Vault RAS Bank 2 252 Video

249 Vault 250 Vent 253 Voltage

540 Vault RAS Bank 1 251 Ventilator 383 Volumetric

W254 Wall 257 Window 517 Work Room

255 Warehouse 258 Wired Grid 260 Workshop

256 West 259 Womens

515 Wet Craft 516 Wood Workshop

Y261 Yard

Z262 Zone


110

APPENDIX 2. REPORTING - ZONES Type No. Class Sub-class Conditions Contact

ID SIA & XSIA

Alarm E100 MA Alarm Restore R100 MR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 MB

1 Medical 100

Uninhibit R570 MU Alarm E101 MA Alarm Restore R101 MR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 MB

2 Medical 101

Uninhibit R570 MU Alarm E102 MA Alarm Restore R102 MR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 MB

3

Medical

Medical 102

Uninhibit R570 MU Alarm E110 FA Alarm Restore R110 FR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 FB

4 Fire 110

Uninhibit R570 FU Alarm E111 FA Alarm Restore R111 FR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 FB

5 Fire 111


6 Fire 112


7

Fire

Fire 113

Uninhibit R570 FU


111

Type No. Class Sub-class Conditions Contact ID

SIA & XSIA

Alarm E114 FA Alarm Restore R114 FR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 FB

8 Fire 114


9 Fire 115


10 Fire 116


11 Fire 117


12

Fire

Fire 118

Uninhibit R570 FU Alarm E120 PA Alarm Restore R120 PR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 PB

13 Panic 120

Uninhibit R570 PU Alarm E121 HA Alarm Restore R121 HR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 HB

14

Panic

Panic 121

Uninhibit R570 HU Alarm E122 PA Alarm Restore R122 PR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 PB

15 Panic Panic 122

Uninhibit R570 PU


112


SIA & XSIA

Alarm E123 PA Alarm Restore R123 PR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 PB

16 Panic 123

Uninhibit R570 PU Alarm E130 BA Alarm Restore R130 BR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB

17 Burglar 130

Uninhibit R570 BU Alarm E131 BA Alarm Restore R131 BR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB

18 Burglar 131

Uninhibit R570 BU Alarm E132 BA Alarm Restore R132 BR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB Uninhibit R570 BU Alarm confirm E139 BV

19 Burglar 132

Confirm Restore R139 BW Alarm E133 BA Alarm Restore R133 BR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB

20 Burglar 133


21

Burglar

Burglar 134

Uninhibit R570 BU


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SIA & XSIA

Alarm E135 BA Alarm Restore R135 BR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB

22 Burglar 135


23 Burglar 136


24 Burglar 137


25

Burglar

Burglar 138

Uninhibit R570 BU Alarm E140 UA Alarm Restore R140 UR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 UB

26 General 140

Uninhibit R570 UU Alarm E141 UA Alarm Restore R141 UR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 UB

27 General 141

Uninhibit R570 UU Alarm E142 UA Alarm Restore R142 UR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 UB

28

General alarms

General 142

Uninhibit R570 UU Alarm E143 ET Alarm Restore R143 ER Tamper E383 TA Tamper Restore R383 TR Inhibit E570 EB

29 General alarms General 143

Uninhibit R570 EU


114


SIA & XSIA

Alarm E144 TA Alarm Restore R144 TR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 TB

30 General 144

Uninhibit R570 TU Alarm E145 TA Alarm Restore R145 TR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 TB

31

General 145

Uninhibit R570 TU Alarm E150 UA Alarm Restore R150 UR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 UB

32 24 hour 150

Uninhibit R570 UU Alarm E151 GA Alarm Restore R151 GR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 GB

33 24 hour 151

Uninhibit R570 GU Alarm E152 ZA Alarm Restore R152 ZR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 ZB

34 24 hour 152

Uninhibit R570 ZU Alarm E153 ZA Alarm Restore R153 ZR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 ZB

35

24 hour alarms

24 hour 153

Uninhibit R570 ZU


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SIA & XSIA

Alarm E154 WA Alarm Restore R154 WR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 WB

36 24 hour 154

Uninhibit R570 WU Alarm E155 QA Alarm Restore R155 QR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 QB

37 24 hour 155

Uninhibit R570 QU Alarm E156 UA Alarm Restore R156 UR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 UB

38 24 hour 156

Uninhibit R570 UU Alarm E157 ZA Alarm Restore R157 ZR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 ZB

39 24 hour 157

Uninhibit R570 ZU Alarm E158 KA Alarm Restore R158 KR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 KB

40 24 hour 158

Uninhibit R570 KU Alarm E159 ZA Alarm Restore R159 ZR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 ZB

41 24 hour 159


42

24 hour alarms

24 hour 161

Uninhibit R570 ZU Alarm E200 FS Alarm Restore R200 FR Tamper E383 FT Tamper Restore R383 FJ Inhibit E570 FB

43 Fire supervisory Fire sup. 200

Uninhibit R570 FU


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SIA & XSIA

Alarm E201 ZA Alarm Restore R201 ZR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 ZB

44 Fire sup. 201


45 Fire sup. 202


46 Fire sup. 203


47 Fire sup. 204


48 Fire sup. 205


49

Fire sup. 206

Uninhibit R570 ZU Alarm E370 TT Alarm Restore R370 TR Tamper E383 TA Tamper Restore R383 TR Inhibit E570 BB

81 Protection loop 370

Uninhibit R570 BU


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APPENDIX 3. REPORTING – SYSTEM EVENTS, SMALL

Contact ID SIA/XSIA Description Event Area Pt/User Event Pt/User

Keypad duress E121 00 C 008 HA C 401-464 Keypad duress restore R121 00 C 008 HR C401-464 Area armed R402 01-16 U 001-999 CL U 001-999 Area disarmed E402 01-16 U 001-999 OP U 001-999 RAS off-line (any RAS number) E143 00 C 001 ET 000 RAS on-line (any RAS number) R143 00 C 001 ER 000 DGP off-line (any DGP number) E143 00 C 002 ET 000 DGP on-line (any DGP number) R143 00 C 002 ER 000 DGP mains fail (any DGP) E301 00 C 004 AT 000 DGP mains restore (any DGP) R301 00 C 004 AR 000 DGP low battery (any DGP) E302 00 C 005 YT 000 DGP low battery restore (any DGP) R302 00 C 005 YR 000 DGP fuse fail E300 00 C080 ET 000 DGP fuse fail restore R300 00 C080 ER 000 DGP siren monitor fail (any DGP) E145 00 C 007 TA 000 DGP siren monitor restore (any DGP) R145 00 C 007 TR 000 DGP tamper (any DGP) E145 00 C 006 TA 000 DGP tamper restore (any DGP) R145 00 C 006 TR 000 DGP Central processor unit restart E305 00 C003 --- --- RAS tamper (any RAS) E145 00 C 001-064 TA 000 RAS tamper restore (any RAS) R145 00 C 001-064 TR 000 Area out of timezone (failed to arm) E608 00 C 012 OK 000 Area within timezone (opened early) R608 00 C 012 --- --- Film out E150 00 C 011 --- --- Film out restore R150 00 C 011 --- --- Medical emergency alarm E102 00 C 009 QA 000 Automatic test call E602 00 C 016 RP 000 Service engineer requested E616 00 C 013 YX 000 Line fault monitor fail E351 00 C 014 LT 000 Line fault monitor restore R351 00 C 014 LR 000 Direct connection via J18 E416 00 C 010 RB 000(Note 1) Remote/direct disconnection R416 00 147 RS 000(Note 1) Installer prog. menu 19 entered E627 00 C 015 LB 000 Installer prog. menu 19 exited R627 00 C 015 LS 000 Engineer reset required E313 00 C000 IA 000 Engineer reset done R313 00 C000 IR 000

Note 1. E416, RB and R416, RS are both signalled on disconnection from the panel


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APPENDIX 4. REPORTING – SYSTEM EVENTS, LARGE Contact ID SIA/XSIA

Description Event Area Pt/User Event Pt/User Keypad duress E121 00 C 001-064 HA C 401-464 Keypad duress restore R121 00 C 001-064 HR C401-464 Area armed R402 01-16 U 001-999 CL U 001-999 Area disarmed E402 01-16 U 001-999 OP U 001-999 RAS off-line E143 00 C 001-064 ET C 401-464 RAS on-line R143 00 C 001-064 ER C 401 -464 DGP off-line E143 00 C 065-079 ET C 301-316 DGP on-line R143 00 C 065-079 ER C 301-316 DGP mains fail E301 00 C 065-080 AT C 301-316 DGP mains restore R301 00 C 065-080 AR C 301-316 DGP low battery E302 00 C 065-080 YT C 301-316 DGP low battery restore R302 00 C 065-080 YR C 301-316 DGP fuse fail E300 00 C 065-080 ET C 317-332 DGP fuse fail restore R300 00 C 065-080 ER C 317-332 DGP siren monitor fail E145 00 C 065-080 TA C 317-332 DGP siren monitor restore R145 00 C 065-080 TR C 317-332 DGP tamper E145 00 C 065-080 TA C301-316 DGP tamper restore R145 00 C 065-080 TR C 301-316 DGP battery test start E608 00 C 065-080 --- --- DGP battery test finish R608 00 C 065-080 --- --- DGP battery test failed E309 00 C 065-080 YT C 301-316 DGP battery test fail restore R309 00 C 065-080 YR C-301-316 DGP Central processor unit restart E305 00 C 065-080 RR C 301-316 DGP Encryption error E303 00 C 065-080 --- --- DGP Dip switch changed E304 00 C 065-080 --- --- DGP de-polled E330 00 C 065-080 ET C 333-348 DGP polled R330 00 C 065-080 ER C 333-348 DGP inhibited E570 00 C 065-080 UB C 301-316 DGP uninhibited R570 00 C 065-080 UU C 301-316 RAS tamper E145 00 C 001-064 TA C 401-464 RAS tamper restore R145 00 C 001-064 TR C 401-464 RAS code tamper E461 00 C 001-064 JA C 401-464 RAS central processor restart E305 00 C 001-064 RR C 401-464 Engineer reset required E313 C000 IA 000 Engineer reset done R313 00 C000 IR 000 RAS encryption error (Not used) E303 00 C 001-064 --- --- RAS dip-switch changed E304 00 C 001-064 --- --- RAS de-polled E330 00 C 001-064 --- --- RAS polled R33o 00 C 001-064 --- --- RAS inhibited E570 00 C 001-064 UB C 401-464 RAS uninhibited R570 00 C 001-064 UU C 401 464


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Contact ID SIA/XSIA Description Event Area Pt/User Event Pt/User

Area out of timezone (failed to arm) E608 00 C 160-175 OK 000 Area within timezone (opened early) R608 00 C 160-175 --- --- Film low E150 00 129 --- --- Film low restore R150 00 129 --- --- Film out E150 00 130 --- --- Film out restore R150 00 130 --- --- Restart exit timer E150 00 131 --- --- Medical emergency alarm (Not used) E102 00 143 QA 000 Camera pop enabled R570 00 133 --- --- Camera pop disabled E570 00 133 --- --- Disarmed walk test started E150 00 134 --- --- Disarmed walk test finished R150 00 134 --- --- Disarmed walk test failed E150 00 135 --- --- Disarmed walk test passed E150 00 136 --- --- Arm walk test started E150 00 137 --- --- Arm walk test finished R150 00 137 --- --- Arm walk test failed E150 00 138 WF 000 Arm walk test passed E150 00 139 WP 000 Zone timing the delay period E150 00 140 --- --- Line down (Not used) E150 00 128 --- --- Line up (Not used) E150 00 128 --- --- Network Down (Not used) E150 00 128 --- --- Automatic re-arm E150 00 141 BC 000 Real time clock changed E625 00 142 JT U 001-999 Automatic test call E602 00 000 RP 000 Ring-in test call E601 00 144 RX 000 Service required (Not used) E150 00 145 --- --- Service required restore (Not used) R150 00 145 --- --- Service engineer requested E616 00 000 YX 000 Telephone line fail E351 00 000 LT 001 Telephone line restore R351 00 000 LR 001 Spare E416 00 417 --- --- Management software connected E416 00 147 RB 000 (Note 1) Direct connection via J18 E416 00 147 RB 000 (Note 1) Remote/direct disconnection R416 00 147 RS 000(Note 1) Entered installer menu 19 E627 00 146 LB 000 Left installer menu 19 R627 00 146 LS 000 MonCO command panel E422 00 000 RB 000 MonCO command panel restore R422 00 000 RS 000 Engineer reset required E313 00 000 IA 000 Engineer reset done R313 00 000 IR 000

Note 1. E416, RB and R416, RS are both signalled on disconnection from the panel.


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APPENDIX 5. TIMEZONES SPECIFICATION

TIMEZONES

Always Valid 0

Hard Timezones 1 to 24

Soft Timezones 26 to 41

Timezone 25 User log on

Timezone 41 Control of zones 56 & 59

F Keys RAS 1 42 to 45





RAS 1 to 16: F1 to F4 pressed for more than 2 seconds 62

RAS 1 to 16: F2 to F4 pressed for more than 2 seconds 63

Table 49 Timezone list

• Hard timezones; the times of operation are hard programmed.

• You cannot have a timezone that disarm before midnight and then arms after midnight. If this is required then programme a timezone to end at 24.00 and another timezone to start at 00.00. Both, 24.00 and 00.00 are invalid settings and will be disregarded.

• If Hol is enabled in a hard timezone, that timezone ignores any holidays programmed by the user in menu 21.

• Soft timezones, times cannot be programmed. Operated by an output, etc.

• Alarm Groups are enabled when the timezone is valid

• Areas are disarmed when the timezone is valid: between the off and the on times.

• Outputs are activated when the timezone is valid and follows any event flag when invalid. Outputs may be inverted.

• Timezone 25 is exclusively used to enable and disable the engineer’s code.

• Timezone 41 is exclusively used with zone types 56 and 59.

• Timezones allocated to the ‘F’ keys are valid while the key is pressed and are invalid on the release of the key. See Appendix 5, Timezone specification, RAS 1 to 5 F keys on page 120.


121

RAS 1 to 5 ‘F’ keys timezones RAS 1: Function keys F1 to F4 will activate Soft timezone 42 to 45 respectively. RAS 2: Function keys F1 to F4 will activate Soft timezone 46 to 49 respectively. RAS 3: Function keys F1 to F4 will activate Soft timezone 50 to 53 respectively. RAS 4: Function keys F1 to F4 will activate Soft timezone 54 to 57 respectively. RAS 5: Function keys F1 to F4 will activate Soft timezone 58 to 61 respectively.

RAS 1 to 16 ‘F’ keys timezones

RAS 1 to 16 Function keys F1 is activated for greater than 2 seconds (until the RAS buzzer stops Beeping) then Soft timezone 62 will be activated.

RAS 1 to 16 Function keys F2 to F4 is activated for greater than 2 seconds (until the RAS buzzer stops Beeping) then Soft timezone 63 will be activated.

Operation of timezones

Areas; Disarm time = Valid time.

Outputs; On = Valid time. Flag does not affect the output. Off = Invalid time. Flag controls the output. (Output may be inverted).

Alarm Groups; Enabled = Valid time. Disabled = Invalid time, Enables Alternate Group 1. (Alternate Group 1 disabled by another timezone enables Alternate Group 2).

Start time = Valid. – End time =

Invalid


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APPENDIX 6. EVENT FLAGS SPECIFICATION

Predefined flags

1 Siren

2 Strobe

3 Armed Alarm

4 Armed Alarm

5 Armed Alarm

6 Disarmed Alarm

7 Disarmed Alarm

8 24 Hour Alarm

9 Armed Alarm

10 Armed Alarm

11 Armed Alarm

12 Armed Alarm

13 Internal Siren

14 Not used

15 Not used

16 Arm Walk Test

17 to 255 Available for the engineer to programme

17 to 24 Used for default events – may be changed

Table 50. Overview of pre-defined flag numbers

Flags are activated by various zones, areas and system events. These are enabled by allocating a flag number to the event within the programming.

The predefined flags are mainly used in the zone database and are enabled by setting the appropriate menu to ‘Yes’.

After allocating an event to a flag, the flag may be assigned to activate an output or to a macro.

Events enabled within a zone only relate to that zone. Events enabled in the area database relate to all zones within that area.

Terminology used to indicate the status of a flag is: ‘Set’ or ‘Reset’


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Other flag types available Zone and area flags System flags

External Siren B Alarm event - ACPO Mains fail All Armed

Internal Siren Exit Low Battery RAS keypad buzzer *Note 5

Arm/Disarm Entry Fuse Fail Dialler active Area Active Warning Timer * Note 1 System Tamper Siren test Area zone Inhibit Camera Ext. Siren Fail All armed Pulse Armed alarm Pre-Alarm *Note 2 DGP inhibited Computer connection Disarmed alarm Anti mask *Note 3 DGP Off-line Line fault Local Alarm Latched * Note 4 RAS Off-line Battery Test active A Alarm event - ACPO Zone Duress Engineer walk test Tamper Alarm Film out Eng. Walk test reset Report Fail System ‘A’ flag Walk Test System ‘B’ flag

Table 51. List of flag events

Notes:

1. The warning timer flag is set during the warning time period immediately prior to auto arming. This is used with auto arming of areas and Alarm group restrictions.

2. The Pre-alarm flag is set for the Disarmed alarm delayed time. This is used with delayed reporting zone types.

3. If an attempt is made to arm an area that has the ‘Anti-mask’ flag set (menu 19,2 Anti Mask Event) and any zones associated with that area are active, the event flag is set for 5 minutes. The event flag is set for the duration of the timer and is reset when either the timer’s time elapses or the area is successfully armed. This flag is to support the Aritech anti-mask detectors. When the detector is masked the detector’s alarm relay is latched open - this will stop the user arming the area until the detector is unmasked and a walk test has been done. When the user attempts to arm, the detectors with latched-open alarm relays will cause the arming to be aborted, the open zones will be displayed and the anti-masking flag will be set. The event flag should be assigned to a relay, which will put the detectors into walk-test mode. After a successful walk-test has been completed the detector’s alarm relay will be reset allowing the area to be armed resetting the anti-masking flag Detectors within the entry exit route must be programmed with an input type that has arm-check. They must be in a normal state before arming will be allowed.

4. The latched event flag is set when two valid disarm codes are entered for an area within 5 minutes and the area is disarmed. The event flag is set for five seconds. For a further 4 seconds zone type 67, Latched detector, associated with the area are disabled. e.g. the zones are disabled for a total of 9 seconds). This type of zone may be used when the detector connected to the zone requires 24hr operation with a manual reset after an activation. e.g. Fire detectors etc.,

5. When this flag is set the RAS buzzers sound giving an intermittent tone.


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APPENDIX 7. TITAN SYSTEM REQUIREMENTS

Pentium 200MHz (or better) for a single PC system or LAN workstation. Pentium 4 or higher 1 giga Hz (or better) for a LAN Comm Server or File Server. (Used in multi-workstation set up.)

Operating system: Windows™ NT workstation or server Version 4.0 (or higher) for File/Comms Server. Windows™ NT workstation, 95 or 98. (Windows NT based preferred.)

Memory: 64M of Memory - Basic System 256 of RAM - LAN File Server or LAN Comm Server for multi-PC, multi-location systems.

Drives: CD-ROM 40X or better. Floppy drive 3.5’ 1.44M. Titan is available on CD only. History archives and database backups performed in the Titan software use the floppy drive or other specified target.

Hard disk: The basic system software when installed is approximately 10M. The actual size required depends on the size of the database, the number and size of cardholder images, and the amount of history accrued. 15 Gigabyte Hard Disk or better.

Monitors: The Titan Software is SVGA compatible. The programme will not run in monochrome. 800 x 600, small fonts preferred.

Local Area Network (LAN): Windows NT Workstation version 4.0 or higher. 10Mbit or better LAN card is required. TCP/IP - this protocol must be loaded even if there is no LAN. HUB - for multi-PC connection. 10Base-T Cat5 Cable.

Serial ports: At least one serial port is needed for either direct or dial-up modem communications. It may be necessary to use an NT™ compatible multi- port board when more than two serial ports are required.


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APPENDIX 8. TITAN SETTINGS FOR UPLOAD/DOWNLOAD USING A MODEM

UK calculation table for setting number of rings in ‘open system’

Number of rings (Seconds) Double rings at the panel Number of rings

(Seconds) Double rings at the

panel

6 1 35 11

8 2 37 12

11 3 39 13

13 4 43 14

18 5 47 15

20 6 49 16

23 7 53 17

25 8 55 18

29 9 59 19

32 10 61 20

99 seconds =24 double rings maximum

Maximum time allowed for connection to the control panel = 64 seconds

Table 52. Time/rings calculation table

Note: The number of rings set in the control panel needs to be equalled, or exceeded, to be accepted as a valid call.

Poll Rate setting

1 to 2 Advisor Masters 200 milliseconds

3 to 5 Advisor Masters 400 milliseconds

6 or more Advisor Masters 700 milliseconds

Set Poll time-out to 20 seconds

Table 53. Multiple control panels’ poll rates

Modem strings:

For the MOD 6000 Tron modem use, the NetComm 56k Card Modem selection. AT&F&D2&K0+MS=0,0,300,300,1,1,300

For the Old MOD6000 Bausch modem use: ATB0F1E0M0&Q0S39=3&D2&K0S10=254

Baud rate;

Via the PSTN using the A & B telephone line connections on the control panel: 300 baud.


126

Upload/download connection modes:

Call back: Titan telephones the control panel for the programmed number of calls and rings. The control panel does not answer these calls only checks the number of calls and rings against the settings in the control panels menu 19/29 on page 86. After the number of rings and calls has been met the control panel takes the line and dials the modem - the connection is made. If the computer address or the password is incorrect, the control panel after a short delay will disconnect the PSTN line.

Multicall: Titan telephones the control panel for the programmed number of calls and rings. The control panel does not answer until, the number of calls and rings against the settings in the control panel’s menu 19/29 on page 86 has been met. After these conditions have been met, the control panel answers, and the connection is established. If the computer address or the password is incorrect, the control panel after a short delay will disconnect the PSTN line.

Answer phone defeat: Titan telephones the control panel for the programmed number of calls and rings. The control panel does not answer these calls only checks the number of calls and rings against the settings in the control panel’s menu 29. After these conditions have been met the control panel answers on the first ring of the next call – the connection is made.

APPENDIX 9. TITAN REMOTE DIAGNOSTICS

Titan’s remote diagnostics will allow the ATS control panel to be tested from a remote PC.

Before this facility may be use the parameters for the testing must be configured. Most items are self-explanatory but the following items are worth noting:

Voltage and current are in 1/1000 units. Sirens may be optionally tested.

Note: Diagnostics will not see alarm DGP’s below version 5.

A test call may be sent to the central station. This is done after the remote session and the PC’s call has been disconnected

Input (zone) testing stating the minimum and maximum resistance range.


127


128

After the parameters have been configured Diagnostic/New session may be selected and the following window will open:

If ‘On request’ has been selected for reporting and audibles check the boxes if these are required.

Start the session. When complete click on the result details button.

The expand button will show the reason for any test that fails.


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APPENDIX 10. - 04.06.14 FIRMWARE DEFAULTS

New defaults were introduced for the UK with Version 04.06.14. Below is listed the main changes in the defaults.

Overview of the new default settings

Zone defaults

Zone No Zone Type Reporting

type Report

CS1 Alarm Eng Rst

Tamper Eng Rst

Allow Inhibit

Area

User Walk Test

Eng Walk Test

1 60 Ext Trm 19-132 Yes No Yes No 1 Yes Yes

2 13-E/E 19-132 Yes No Yes No 1 Yes Yes

3 14 Access 19-132 Yes No Yes Yes 1 Yes Yes

4 2 Armed Alarm 19-132 Yes No Yes Yes 1 Yes Yes





9-16 See Below 19-132 Yes No Yes Yes 1 No Yes

Zones 9-16 ATS2000/3000 These zones are set for Zone type 0 – disabled. ATS 4000 These zones are set for Zone type 2 as per zone 8 above.

Default flags and outputs


130

System event flags

Flag No. Assigned to Output Usage

24 4 Latch event area 1

17 5 Disarm flag area 1 (Open/close)

18 6 Inhibit event area 1

19 7 ‘A’ alarm event area 1

20 8 ‘B’ alarm event area 1

21 9 Duress System event

22 10 Exit and Entry events area 1

23 11 Anti-mask event area 1

24 251 Latch event area 1

The new output ATS 1821 open collector card has 8 outputs with screw terminal connections and dedicated to outputs 4 to 11. The unit may be used on any ATS control panel but, when fitted, blocks any further output expanders being daisy chained.


131

Alarm Groups

Alarm Groups 13, 14, 15, 16, and 17 are now available in User menu 14 to assign to Users.

Door Groups

Door group 1 is now pre-programmed for doors 1 to 16 each with a 24hr time zone.

Alarm groups default

The option ‘Change own PIN’ has been added and is enabled for all programmable default alarm groups

Computer connection defaults

DGP database

All DGP’s are defaulted as shown above.


132

System Options


133

RAS 1 to 15 defaults


134

RAS 16 defaults

Timers defaults


135

APPENDIX 11. SMART CARD PROGRAMMER

The Smart Card programmer will programme ATS Smart Cards or Keyfobs in conjunction with the Titan programme. This Appendix will explain how to connect and configure the programmer.

Connection Links

As from Titan version 01-04-01 Admin/Ports have been removed and Admin/Connection Links added. Connection Links do not control the Card programmer this is now done in Admin/Card Programmer/Setup where the coms port is directly programmed.

The four Titan ports pseudo LED’s in the bottom right-hand corner of the main screen has been replaced with sixteen pseudo LED’s. These support up to sixteen PC’s Coms ports.

Connecting the programmer

The programmer is supplied complete with a serial connection lead for the PC and a power supply.

Connect the power supply to the input marked Power.

Connect one end of the Serial cable to the D socket beside the Power connection market RS232.

The other end of the serial cable connect to the serial port on you PC

Indications

On the front of the programmer, there is a tri-colour LED which when illuminated:

Red: Normal Off-line state.

Yellow: On-line (Also the green output port icon on Titan’s Main screen starts to flash)

Green: Write successful. The programmer will bleep twice.

This programmer will programme the following cards and keyfobs:

ATS1470 Hitag II proximity card ATS1471 Hitag II Keyfob ATS1472 Hitag II proximity card with magnetic stripe

These are also available in packs of 10. See Product numbers on page 11.

Explanation of Titan’s ports for Titan versions 01-03-06 and earlier

There are four (output) ports in the Titan programme. Each output may be individually linked, in Admin/Ports to any available Com port(s) on the PC. When in communication with a control panel or the programmer the appropriate port 1, 2, 3, or 4, will flash green on the main screen of Titan.

Titan will support four serial ports on the PC. The first serial port is normally used for communication with the ATS control panel. If a second port is available then this may be used for the Smart Card programmer allowing the PC to be on-line to both the control panel and the programmer at the same time.

If only one serial port is available then the programmer can still be used but it will mean changing the connection cable and the Admin/Ports configuration when swapping between the control panel and the Smart Card programmer. Both methods are illustrated below.

Titan’s output Ports


136


137

(Titan versions 01-03-6 and earlier) Programming a New Port for the Card Programmer when a second serial com port is available

If on-line to the ATS control panel, De-activate communications in File/Open system.

Open Admin/Ports. Click on the 'New' icon.

Port: The next available Titan output port will be selected. This may be change to any unused output port number required.

Description: Give a meaningful description to identify the new port.

COM port: Select the Com port number to be used for the programmer.

Communication mode: Select Card programmer.

Save the settings

Programming a port for the Card Programmer when only one Coms port is available.

To change between communication with the ATS control panel and the Card Programmer:

• De-activate communication with the ATS control panel in File/Open System.

• Disconnect the ATS serial cable from the PC.

• Connect the Card programmer’ serial cable to the PC.

• Open Admin/Ports.

• Change the Communication Mode to Card programmer.

Save the settings


138

Configuring the Smart Card programmer

Open Admin/Card programmer/Setup

Tick Activate programmer.

Set the output Titan Port number as set in Admin/Ports. (Right-clicking on this item will give the available ports) In Titan version 01-04-01 and later This is now replaced by a Coms No. edit box. Set the PC Coms number that the Programmer will use.

Connection Password: There is no need to programme this unless higher programming security is required.

If a password is programmed no effect will be immediately observed as the password has been automatically registered for the initial PC. When the programmer is connected to a different PC it is then that the password will be required.

If the current password is known, it may be deleted by changing the password to ten zeros. (0000000000). A lost Connection password will require the programmer being returned to Aritech for resetting.

Leave the Port Rate set to 100.

Master overwrite password: There is no need to programme this unless higher programming security is required.

To delete an existing overwrite password change to ten spaces. ( )

If a password is programmed then when programming a card that already has programmed data a password has to be entered before overwriting the existing data will be allowed.

If the data on the card is the same as the data to be written the Rewrite card request will be displayed.


139

Either enter the overwrite password or if no password has been programmed just click OK leaving the Master password blank

The rewrite menu will always be displayed when overwriting a card that contains existing data. Either enter the overwrite password or if no password has been programmed just click OK leaving the Master password blank.

Open Admin/Card programmer/System properties.

Click the New icon

Enter the Card Security Password: This number is made up of four groups of a 3-digit number. The highest number for the 3 digits is 127. Examples: 002.101.111.065, or 051.021.105.029.

The Card Security Password number identifies the Installer, or the Company, using the programmer and is locked into the programmed Smart cards. This, when the 12 digit is unknown, stops other programmers creating/deleting or overwriting cards for the system.


140

Wiegand Format must be set for ‘Aritech Wiegand ASC’.

Card Password Lock: Use with caution. If this is ticked any cards programmed are locked to the ATS system assigned to them. They cannot be blanked but they can be overwritten for the same system original assigned.

The Recall button gets and displays the model and version number of the programmer

Default button: Restores all programmer defaults, Card Security Password, Deletes the Site code ranges, and the Connection Password.

Code Site Code Ranges: This is the range of system codes that may be programmed. Smart Card system codes must be in the range 1 to 2047. For the programmer to be able to programme all Site Codes (System Codes) then set the minimum to 1 and the maximum to 2047.


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APPENDIX 12. RAS SMART CARD READER PROGRAMMING

Smart Card readers ATS1190 & ATS1192

The ATS1190 and the ATS1192 Smart Card Readers are multifunction, all-purpose proximity card readers suitable for all locations requiring a short-range reader. The reader may be connected directly to the Advisor MASTER RS485 data-bus. It may be configured using the ATS 4000 Menu system or by a Configuration card programmed using Titan and the Aritech Smart Card Programmer (ATS1620). Cards can only be programmed using the (ATS1620) Smart card programmer.

The readers operate from 9 to 14 volts DC. It has a quiescent current consumption of less than 25 mA and less than 80 mA when reading a card. The ATS1190 is supplied, as standard, with a white removable cover, which may be interchanged with one of four other coloured covers

Mounting the ATS1190 reader

The reader may be mounted on any flat surface using two pan headed screws, 3.0-3.5 mm diameter. Countersunk screws are not recommended. The fixing holes are located under the cover. A slightly reduced range will be experienced when the reader is mounted on metal surfaces. If mounting in an outdoor environment, ensure that the blue LED is at the top. The cover may be removed to expose the mounting screw holes by gently prizing the sides away from the main body to release the retaining clips and gently pulling on the connection cord. Do not use excessive force or the reader may be irreparably damaged. After mounting, gently press the cover over the main body until it locks into place.

Mounting the ATS1192 reader

The ATS1192 reader is designed for external mounting and is vandal resistant. The mounting procedure is the same as for the ATS1190 except the ATS1192 has no removable cover.

ATS1190/1192 tamper protection

The reader is provided with a removal from mounting optical tamper. When connected to the bus, tamper data is transmitted to the Advisor MASTER with the system data. An external Open Collector output (violet wire) may be configured as a tamper control for both on-line and off-line operation.

Programming a Smart card reader as a RAS

A Smart card reader may be installed as a RAS and may;

• Only open a door

• Arm and disarm an area

• Open a door and also arm and disarm an area

• Used for credit operations

Credit options: Cards may be loaded with credits and a Smart card reader connected to a vending machine etc. When the card is presented to the reader, the reader activates the vending machine and deducts from the card a programmed number of credits.


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By default, the reader’s address is 16, which may be changed, and may be configured in the installer’s programming menus. Alternatively, a configuration card may be programmed using the Smart card programmer (ATS 1620) connected to Titan. When no extended memory is fitted to the panel, cards can only be programmed using the Smart card programmer in conjunction with Titan. If an IUM (Intelligent User Memory) is fitted to the panel then readers and cards may be initiated without using programmer. See Appendix 13 on page 149

ATS 1115/1116 RAS keypads with proximity Smart card reader

These keypads may be treated as ATS1190/1192 readers except that when configuring the configuration card no reader address is required. The address of the reader is automatically the RAS address.

PC serial ports

To programme the Smart card reader, programming in both the Advisor MASTER and the ATS1620 Smart card programmer will be required. Each of these requires the use of a serial port.

Some PC’s only have one serial port; in this case, it will be necessary to:

Titan versions 01-03-06 and earlier:

Deactivate the Advisor MASTER programming in File/Open System. Change serial cables, reconfigure Admin/Ports, and then activate the Smart card programmer in Admin/Card programmer/Setup. Reverse this procedure to change back to Advisor MASTER programming.

Titan versions 01-04-01 and later:

Deactivate the Advisor MASTER programming in File/Open System. Change serial cables, activate the programmer in Admin/Card programmer/Setup.

Reverse this procedure to change back to Advisor MASTER programming.

Note: In the following instructions this operation will be indicated by ‘Change to Advisor MASTER’ or ‘Change to programmer’. Disregard these instructions if two ports are available on the PC.


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ATS1190 and ATS1192 specification Wiring connections

Colour Use Function Red +ve Positive 9 to 14 VDC supply (Data bus)

Black 0 Volts DC supply ground (Data bus) RS485 Data - (Data bus) Wiegand Data 0 Magnetic stripe Data

Green D0 / Clock

Absolute maximum, 12 V @ 10 mA RS485 Data + (Data bus) Wiegand Data 1 Magnetic stripe data

White D1 / Data

Absolute maximum, 12 V @ 10 mA Off-line LED control configured to ‘Two Wire Control’ will control the red LED only Wire grounded: Red LED on Wire open: Red LED off Wire at +5 V to +12 V: Red LED off or Off-line LED control configured to ‘One Wire Control’ will control both the red and blue LED’s Wire grounded: Blue LED on Wire open circuit: Both LED’s off Wire at + 5 V to 12 V: Red LED on

Brown LED 1

Absolute maximum, 14 V Configurable to control the blue LED when off-line Wire grounded: Blue LED on Wire open: Blue LED off Wire at +5 V to +12 V: Blue LED off Request to exit input when online to Advisor MASTER This input may be connected to a simple push button connected to Ground with RTE Only selected on the configuration card or in ATS programming Menu 19/28/1/2.

Yellow LED 2

Absolute maximum, 14 V Off-line Buzzer control. Wire open or +5 V to +12 V: Buzzer off Wire grounded: Buzzer sounding

Blue Buzzer

Absolute maximum, 14 V Configurable as: Door relay, - Tamper output, Credit controlled Pulsed, Timed or Latched output Note: This is a low current output and must not be used to directly energise high current door openers.

Violet Open collector

Absolute maximum, 14 V @ 25 mA

Table 54. ATS1190/1192 Smart card reader specification


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Change to Programmer.

Blanking Smart cards (Only required if reusing previously programmed cards)

Select Admin/Card Programmer/Tools Place a card on the programmer Left-click the Blank Card button. The programmer should beep twice. The card has been blanked

Programming configuration cards

Select Admin/Card Programme/Write reader config card. Select Valid card beep for reader to bleep when a valid card is presented. Select Watchdog for activating additional data transmission, which is transmitted every one minute in off-line mode. This normally not required. Select ‘Read option card’ to programme the reader using a configuration card.

Specify the reader’s LED’s options:

Online blue LED options Door open only Disarmed + Door open

Online red LED options Armed Armed + Door open

Offline LED options One wire operation Two-wire operation

Valid card LED flash. Tick to flash the blue LED when a valid card is presented.

Night-light. If selected the blue LED is always dimly lit. Give the reader an unused RAS address, 2 to 16. Leave blank for ATS1115/1116 RAS keypads.

Select the Protocol Option: If Wiegand mode is selected, the Smart Card’s data is transmitted both, ‘on-line’ and ‘off-line’ (Use this option for RAS Smart card readers)

If ‘Magnetic Stripe’ is selected, the Smart card data is transmitted ‘on-line’ and ‘off-line’ in the Track 2 Magnetic Stripe format. A card present signal is available when Card present output in Output options is selected.

If Aritech Smart Card is selected then 112 card data-bits are transmitted in Wiegand off-line mode only.


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Select the Output options. This option is used to configure the Open Collector output of the proximity reader, (Violet wire).

Options:

Door output (Activates the door event flag) May be use to release a door lock via a relay (Select this for opening a door). Tamper. Card presented One of he following three options may be used to activate a vending machine etc. Credit output pulsed Credit output timed Credit output latched.

If required, configure the Request to exit control.

When Request to exit only is enabled, connecting the reader’s request to exit input (the yellow wire) to negative (zero volts) via a normally open push-button will open the door for the unlock programmed time. When the Request to exit + Arm/Disarm function is selected the Request to exit input has to be controlled by a Push Button Interface to transmit the signal to the Advisor MASTER.

Select the security mode.

In Secure mode, the reader will see programmed cards. (Use this option for RAS Smart card readers).

In Unsecured mode the reader will only see cards that have not been programmed which have a unique serial number and configuration cards.

Specify the credit set-up. (If not required save the settings and go to Write the configuration card below).

These menus provide a choice of four, Credit Accounts, Access levels and locations. The location text descriptions are programmed in ‘Card programmer/Define location rights’ sub menu. The credits units text descriptions are programmed in ‘Card programmer/Define credit units’.

Remember to save each setting.

Specify the reader token value. This is the value of the token deducted each time the card is badged. When 0 is selected then the credit value remains constant.

Specify the reader access level. The access level on the card must be equal or greater than the reader’s access level. A card with access level 16 has access to all readers. A card with access level 2 will only have access to readers set for levels 1 or 2.

Select the appropriate ‘Credit account number’, 1 to 4. These are accounts from which the credits are deducted.

Select ‘Reader location number’, 1 to 4. This could be an area, Canteen, offices etc.

Specify the ‘Output time factor’. This has to be within the range of 1 to 256. It controls the duration time of the reader’s open collector output (Violet wire) when configured as a credit output.


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The pulse-width for the ‘Credit output pulsed’ is the Output time factor multiplied by 0.01 seconds (10 milliseconds). This gives a pulse width in the range 0.01 seconds to 2.56 seconds.

The activation time for the ‘Credit output timed’ option is the Output time factor multiplied by the Token value assigned to the reader. This gives a range of 1 second to about 193 days.

Save the settings.

Write a configuration card

Place a card on the programmer.

Left-click the WRITE button to write the settings to the configuration card. The reader should beep twice.

If more configuration cards are required for other RAS Smart card readers make the required alterations to the settings in this menu, such as the address, and write these cards. Configuration cards may be read back into this window by left clicking on the READ button.

Change to Advisor MASTER programming

Present the configuration card to the reader.

Upload the programming of the Advisor MASTER to Titan.

Programming the Advisor MASTER

(This may be done using keypad programming but when completed upload the changes to Titan).

Access Advisor MASTER/Alarm groups. (Keypad menu 19/5 on page 49.)

A new alarm group may be programmed specially for the reader or, if only one area arming is required, select from the single area pre-programmed alarm groups – groups 14 to 29. If one of these is chosen, open the alarm group window, choose the Options tab and enable User alarm group and Alarm system control.

Save the settings.

Access Advisor MASTER/Arming stations (Keypad menu 19/3 on page 44.)

Enter the address of the RAS as programmed on the configuration card.

(For opening a door) Set the Door event flag number. This may be any unused flag in the range 25 to 255. This flag may be allocated to an output, which will control the Door release lock, see Advisor MASTER/Event to output.

Using the reader to arm/disarm programme:

Select an alarm group. This will be used to select the areas that will be armed and disarm. (Alarm group 1 ‘No access’ if no arming required). The door unlock time is programmed in Timers menu 19/6 on page 53.

Select a menu alarm group. This should be set to Alarm group 1 (No access)


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Using the reader to arm/disarm only programme:

Select: ‘Card always arms/disarms’. (Single badge arming)

OR

Using the reader to open a door and 3-badge arming/disarming.

Select: Cards auto disarms’

‘Card arms after 3 badges’

Save the settings

If a timezone is required for controlling the door group programme the times in Advisor MASTER/Timezones or keypad menu 19/13 on page 66.

Access Users/Door groups (Keypad User’s menu 20) (Only required if opening a door).

Select ‘New’.

The Advisor MASTER number and the Door group number will be automatically completed.

Double left-click on the address of the installed reader. (If it is not shown then the reader has not been polled or the information has not been uploaded to Titan).

This opens the timezone window. Select timezone 0 for 24hr operation or another timezone number that restricts access to programmed times.

Save the settings.

Repeat if multiple readers are being installed with different Door groups.

Programming the card system codes (keypad menu 19/20 on page 77.)

Select Advisor MASTER/System options/System options part 3

Enter the ‘System Code A’ (e.g. 001346). (002047 maximum for Smart cards) All system codes must be six digits. If required add leading zeros.

Enter the ‘Card offset A’ (enter 0 for no offset)

Enter the ‘System Code B’ (if required)

Enter the ‘Card offset B’ (if required)

Save the settings


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Change to card programmer

Programming a user card

Access Users/Users/General tab.

Select ‘New’

Complete the personal details for the User.

If no arm/disarm is required go to ‘Select the Door group tab’ below.

Select the Alarm group tab. Right-click the mouse and select ‘Add/edit’. The available Alarm groups available will be shown. (If the required alarm group is not shown then, the alarm group has not been assign to users or, the information has not been uploaded to Titan).

Select the alarm group required for the reader.

Select the Door group tab. Right-click the mouse and select ‘Add/edit’. The available Door groups will be shown. (If the required Door group is not shown then, the Door group has not been programmed or, the information has not been uploaded to Titan).

Select the door group required for the reader.

Place a blank card on the programmer.

If the Credits facility is not required go to Card issue below.

Select the Credits issue tab. Enter the total credits to be written to the User for account numbers 1 to 4

Left-click the WRITE button. The programmer should beep twice.

Select the Card security tab Enter the Access level for the card.

Enter the locations where the card may be used (1 to 4).


Select the Card issue tab


The Smart card reader and the user card should now be operational.

Go back to Programme a user card to programme more cards for the installed readers.


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APPENDIX 13 IUM SMART CARD PROGRAMMING

Smart cards may be programmed into the system with or without the use of Titan and a programmer. This is only possible when an ATS1831 4meg IUM or an ATS 1832 8meg IUM is fitted to the control panel or the software IUM has been enabled. (IUM Intelligent users memory)

Note: It is not necessary to programme a system code

Installing the Smart card reader

1. Connect a Smart Card Reader to the ATS bus. This may be an ATS1190, ATS1192, or a combined keypad and Smart card reader ATS1115 or ATS1116.

2. Access Installers menu 19 / 3 and poll the RAS The ATS1190 and ATS1192 default to address 16. The ATS 1115 and ATS1116 address is set by dipswitches at the rear of the keypad.

3. Programme the required options for the Smart Card reader

a. Set LCD Arming Station to: ATS1190 and ATS1192 set to NO. ATS1115 and ATS1116 set to YES.

b. For access control: programme:

i. If using the purple wire on the ATS1190 or ATS1192 Smart Card Readers The Door Event Flag and the Output Controller number.

ii. When using the Out Termination on the ATS1115 or ATS1116 combined keypad and Smart Card Reader programme the Output Controller number.

c. For 3 Card Badge Arming programme to YES:

i. Cards Auto Disarms and Cards Arms after 3 Badges

ii. Use Entry/Exit Buzzers (Optional)

All other options in menu 19/3 may be set to suit the system.


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Configuring the Smart Card Reader

1. Enter Installer Programming menu 19, select Advance *, and select menu 28 Remote Devices.

2. Select Option 2 RAS and enter the RAS address.

a. ATS1190 and ATS1192. The default address is 16 this may be change in menu 28/12 or the RAS defaulted in menu 11.

3. Select the Security menu – ATS1190 and ATS1192 menu 28/16, ATS1115 and ATS1116 menu 28/7.

a. Secure Mode will be displayed. Using the Menu* key change this to Unsecured Mode and press the Enter key.

4. If required the ATS1115 or ATS 1116 may be defaulted in menu28/6.

5. Exit installer programming to the User menus.

6. Select User menu 20 Door Groups, programme door group 1 for the doors required and assign a valid time zone. Select timezone zero (0) for a 24hr timezone. (The door numbers follow the RAS numbers 1 to 16.

Panels fitted with an ATS1831 or ATS1832 IUM

Programming a user’s card without Titan or a card programmer

1. Install and configure the reader. See page 149.

2. Badge a blank Smart card or Fob at the reader.

3. Go to menu 5, History, Select option 1, Alarm Events and press Enter until you see the raw card-data.

4. Write down the raw card data. The raw card data looks similar to this 48.3.148.0.2.151.64.

5. Go to menu user menu 14 Program Users and select option 3 (Create).


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6. Create a new user with:

a. Area alarm group (If the user is to arm or/and disarm an area)

b. Door group - 1 (As previously programmed in Configuring a Smart Card reader item 6 on page 150).

c. Floor group - 0

d. Name – as required

e. PIN code - if required

f. Card Bits - Write the card Bits – see below.

g. Do not put anything in the ID. This is for future use.

Entering the raw card data into A User

To enter the Raw card data in the Card bits you need to press enter before every dot.

For example: 48.3.148.0.2.151.64.

48 enter 3 enter 148 enter 0 enter 2 enter 151 enter 64 enter Repeat the procedure from step 2 if you need to program more cards.

Panels fitted with an ATS1831 or ATS1832 IUM

Programming a user’s card using Titan but without a card programmer

1. Install and configure the reader. See page 149.

2. Using Titan, programme the user in Users/Users.

3. Open History/Live history.

4. Badge the card at the reader. The raw card data will be displayed in the live history event.

5. Right-click on the raw data and select copy.

6. Open the user that you have programmed and open the card issue tab.

7. Highlight raw data and right-click the mouse. Select paste. The cards raw data will be pasted into the user.

8. The card should now be recognised by the reader.


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Programming Smart cards using the Software IUM

1. Default the ATS panel hardware using the Kill pins on the PCB. See page 26.

2. Default the ATS panel’s software using menu 19/14 See page 68.

3. Access menu 19/14 and select option 95.

4. Install and configure the RAS. See page 149.

5. Access User’s menu 14.

a. Five options will be displayed: 1-Delete, 2-Display, 3-Create, 4-Total, 5-Card learn. Options 4 and 5 are new and will only be seen when a software IUM is configured:

i. Option 4, Displays the total number of Users that have been programmed. This includes code 50 the engineer’s code.

ii. Option 5 selects the RAS to be used to swipe and learn the Smart cards. Select this option and enter the RAS number for swipe and learn.

6. Select Option 3 create and programme;

a. Select the User number to programme.

b. Area alarm group (If the user is to arm or/and disarm an area)

c. Door group - 1 (As previously programmed in ‘Configuring a Smart Card reader’ item 6 on page 150).

d. Floor group - 0

e. Name – as required

f. PIN code. (If required for PIN or Card).

g. ‘Waiting for Card’ menu is displayed. Badge the smart card at the selected reader. The card data will automatically be inserted.

h. Do not put anything in the ID. This is for future use.

i. Test the card.


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APPENDIX 14. DETAILED LIST OF ZONE TYPES

Abbreviations used: RAS buzz RAS buzzers are activated Cam Camera flag 24 24 hour flag Report Event reported to the central station. E140 in this column indicates the signal sent

regardless of the zone programming Tmp Dis Tamper activation while disarmed Tmp Arm Tamper activation while armed Y Flag set or buzzer/reporting active N No reporting (Blank) Flag not set or buzzer off E140 See Report above

Zone Types

0. Zone disabled

No flags are affected.

1. Disarmed alarm Only activates an alarm condition when the area assigned is disarmed. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed NONE Disarmed Y Y Y Y Y Y Y Tmp Dis Y Y Y Y Y N Tmp arm Y Y Y Y Y Y

2. Armed alarm Only activates an alarm condition when the area assigned is armed. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y Y Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

3. Entry/Exit with arm check. Zone has to be normal at arming or an arm request will be rejected. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y *After the entry time has expired.


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4. Access zone with arm check Zone has to be normal at arming or arm request will be rejected. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


5. 24 hour alarm Activates an alarm condition regardless of the armed status. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y Y Disarmed Y Y Y Y Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

6. Keyswitch, pulsed. Use a pulsed keyswitch. The zone changing from normal to active toggles the area(s) armed status. Assign an Alarm group to the zone to indicate to the area(s) to be controlled. Dual zone tampers are not operational. No flags are affected. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm

7. Camera suspicion zone. Activating the zone sets the Camera flag. When the zone returns to normal the Camera flag remains set for the programmed suspicion time. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed NONE Disarmed Y N

8. Disarm alarm delayed reporting/Armed immediate general alarm. While disarmed central station reporting is delayed until the ‘Delayed disarmed alarm’ time has expired or a second delayed alarm zone is activated. When armed activates a full alarm condition. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y E140 Disarmed Y* Y* Y* Y Y* Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*After the delay time has expired.


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9. Reset delayed zones. Activating the zone resets the camera flag. Returning the zone to normal resets any delay timer currently operating. No flags are affected. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm

10. Reserved.

11. Disarm alarm-delayed reporting/Armed no alarm. While disarmed central station reporting is delayed until the ‘Delayed disarmed alarm’ time has expired or a second delayed alarm zone is activated. Disabled when armed Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed NONE Disarmed Y* Y* Y* Y Y* Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*After the delay time has expired

12. Restart exit timer. Activating the zone stops the entry timer and starts the exit timer. For this to operate the entry/exit zone status must be normal. Reports (System Acc No.) E150 00 C131. Also operates when the entry timer is not running. Dual zone tampers are not operational. Only the entry and exit buzzer area flags are affected. Assign an Alarm group to the zone to indicate the area(s) controlled. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm

13. Entry/Exit no arm check. Standard UK Entry/exit zone. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*After the entry time has expired.


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14. Access zone no arm check. Standard UK Access zone. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


15. Fire door During the disarm period an activation of the zone causes the RAS buzzer to sound. May be cancelled by [enter] [enter] [0] [enter] or [code] [off] [area No.] [enter]. If the zone remains active after being cancelled the ‘local alarm reminder timer’ starts. On expiry of this timer a new local alarm will occur. When armed a full alarm will occur. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y Y Disarmed Y Y Y N Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

16. 24 hour local mains fail. When activated, shorted or opened sounds the RAS buzzers. No trouble LED or reporting occurs. Disregards the armed status. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y N Disarmed Y Y Y N Tmp Dis Tmp Arm

17. Reserved

18. 24hr Report fail with local alarm. When activated, shorted or opened sounds the RAS buzzers and displays ‘Line fault (Tel)’. Trouble LED is lit. Operates regardless of armed status. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y N Disarmed Y Y Y N Tmp Dis Tmp Arm

19. 24hr Report fail LED. When activated, shorted or opened sounds the RAS buzzers and displays ‘Line fault (Tel)’. Trouble LED is lit. Operates regardless of armed status. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Disarmed


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20. Zone to an event flag, 24hr operation. When active, shorted or open circuit activates the zone flag. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y N Disarmed Y N

21. Firedoor, user code reset. During the disarm period an activation of the zone causes a local alarm activating the sirens. May be cancelled by [code] [off] [area No.] [enter]. When armed a full alarm will occur. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y Y Disarmed Y Y Y Y Y Y N Tmp Dis Y Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

22. Disarm alarm delayed reporting with auto reset/Armed immediate general alarm.

While disarmed central station reporting is delayed until the ‘Delayed disarmed alarm’ time has expired or a second delayed alarm zone is activated. If the zone returns to its normal state during the delay time it automatically resets. When armed activates a full alarm condition. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y E140 Disarmed Y* Y* Y* Y Y* Y Y Y* Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*After the delay has expired.

23 to 26, Cameras 1 to 4 count. (Only zones on the ATS panel may be used) When the zone changes from open to short increments the count by 1. Set the film low and film out levels in system options. User menu 8 gives the current count and menu 18 resets the count. Reports E150 on film low and film out. Dual zone tampers are not operational. No flags are affected.

27. Technical zone with reporting. When active, shorted or open circuit it reports to the central station. A restore is sent when the zone returns to normal. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Disarmed Y Y Tmp Dis Tmp Arm


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28. Armed alarm with auto reset. Only activates an alarm condition when the area assigned is armed. The alarm condition resets automatically when the zone returns to normal. Armed tamper auto resets. Restores are reported immediately and not at disarm. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


29. 24hr alarm with auto reset. Activates an alarm condition regardless of the armed status. The alarm condition resets automatically when the zone returns to normal. Restores are reported immediately and not at disarm. Tamper conditions also auto-resets regardless of the armed status. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


30. Firedoor, with auto reset. During the disarm period an activation of the zone causes a local alarm activating the sirens. The local alarm condition resets automatically when the zone returns to normal. When armed a full alarm will occur. A tamper condition during the disarm auto-resets but latches when armed. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


31. Keyswitch, latching. The zone changing from normal to active, shorted, or opened, arms the area(s). Returning the zone to normal disarms the area(s). Assign an Alarm group to the zone to indicate to the area(s) to be controlled. Dual zone tampers are not operational. No flags are affected Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm


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32. Armed zone to an event flag. When armed and is active, shorted or open circuit activates the zone flag. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y N Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y N

33. 24hr Alarm and inhibit. A special wiring configuration is required for this type of zone. Operation: Shorted Generates an alarm Normal No alarm Active Inhibited (no alarms generated). Also inhibits tampers Open circuit Tamper alarm Designed for shopping centres where only one zone is available for each shop. Dual zone tampers are not operational.

DO NOT USE. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Shorted Y Y Y Y Y Y Y Open Y Y Y Y Y Y E132

34. Area disarming/Alarm group restriction arming. Used in conjunction with a keyswitch. Switching to active starts the warning timer for the alarm group restriction assigned to the alarm group. When the warning timer expires the area(s) assigned to the alarm group arm. Returning the zone to normal disarms the area(s). No flags are affected. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm

35. Area alarm group restriction arming. Used in conjunction with a keyswitch. Switching to active starts the warning timer for the alarm group restriction assigned to the alarm group. When the warning timer expires the area(s) assigned to the alarm group arm. Returning the zone to normal does not affect the system. No flags are affected. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Tmp Dis Tmp Arm

36 to 39, Cameras 5 to 8 count. (Only zones on the ATS panel may be used) When the zone changes from open to short increments the count by 1. Dual zone tampers are not operational. No flags are affected. See zone types 23 to 26.


160

40. Disarmed, alarm delayed reporting and suspicion/Armed immediate general alarm.

While disarmed: Zone shorted, sets the camera flags in the areas assigned to the zone. When the zone returns to normal the camera flags will not reset until the end of the suspicion time. Zone active, central station reporting is delayed until the ‘Delayed disarmed alarm’ time has expired or a second delayed alarm zone is activated. When armed activates a full alarm condition. Dual tampers when armed are not operational. Do not use. Specification being revised Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y E140 Disarmed Y* Y* Y* Y Y* Y Y Y Tmp Dis Y Y Y Y Y N

* After the delay has expired.

41. Firedoor entry exit. During the disarm period an activation of the zone causes a local alarm activating the RAS buzzers. May be cancelled by [enter] [enter] [0] [enter] or [code] [off] [area No.] [enter]. If the zone remains active after being cancelled the ‘local alarm reminder timer’ starts. On expiry of this timer a new local alarm will occur. When the zone’s area is armed the zone will operate as a type 3-entry exit zone. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed Y Y Y N Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*After the entry time has expired

42. Firedoor entry exit with code reset. During the disarm period an activation of the zone causes a local alarm activating the sirens. May be cancelled by [code] [off] [area No.] [enter]. If the zone remains active after being cancelled the ‘local alarm reminder timer’ starts. On expiry of this timer a new local alarm will occur. When the zone’s area is armed the zone will operate as a type 3 entry exit zone. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed Y Y Y Y Y Y N Tmp Dis Y Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

After the entry time has expired.

43. Disarmed zone to an event flag. When disarmed and is active, shorted or open circuit activates the zone flag. Tampers are only operational when armed.

Local Disarm Alarm

Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed NONE Disarmed Y N Tmp Arm Y Y Y Y Y Y Tmp Dis Y N


161

44. Firedoor with code reset and alarm group restriction. During the disarm period an activation of the zone causes a local alarm activating the sirens. May be cancelled by [code] [off] [area No.] [enter]. When the zone’s area is armed a full alarm condition will occur. The zone may be disabled by two users with the same alarm group restriction entering their codes. The codes may have different areas. Two users, not operational Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


The ‘two users disable’ feature will not operate if ‘Toggle area status’ is enabled for the RAS.

45. Event flag disarmed/Armed alarm with alarm group restrictions. During the disarm period an activation of the zone sets the zone event flag. When the zone’s area is armed a full alarm condition will occur. The zone may be disabled by two users with the same alarm group restriction entering their codes. The codes may have different areas. Two users not operational Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y Y Disarmed Y N Tmp Dis Y N Tmp Arm Y Y Y Y Y Y The ‘two users disable’ feature will not operate if ‘Toggle area status’ is enabled for the RAS.

46. Disarmed alarm/Armed general alarm. During the disarm period an activation of the zone causes a disarmed alarm activating the sirens. When armed a full general alarm will occur. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y E140 Disarmed Y Y Y Y Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

47. Disarmed alarm with suspicion/Armed general alarm During the disarm period an activation of the zone causes an alarm condition and sets the camera flag. (When the zone returns to a normal state the camera flag remains set for the suspicion time. When armed causes a full general alarm condition. Do not use. Specification being revised. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Y Y Y E140 Disarmed Y Y Y Y Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm NONE

48 to 55, Cameras 1 to 8 film out. Reports when active. Dual zone tampers are not operational. Will activate System flag ‘Film out’. See zone type 23 to 26


162

56. Firedoor if invalid timezone 41, user code reset. During the disarmed period and timezone is invalid an activation of the zone causes a local alarm and activates the sirens. May be cancelled by [code] [off] [area No.] [enter]. When armed a full alarm will occur. If timezone 41 is valid the zone including the tampers are disabled regardless of the armed status. If the zone’s area is armed with timezone 41 valid the exit tone is intermittent. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report


57. Silent PA (Technical with reporting and screen display). When the zone is active, open or shorted a report is sent to the central station and the zone event text as programmed in system options is displayed. The restore is sent when the zone returns to normal. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y Y Disarmed Y Y Tmp Dis Tmp Arm

58. Technical with screen display. When the zone is active, open or shorted the zone event text is displayed. Dual zone tampers are not operational. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed Y N Disarmed Y N Tmp Dis Tmp Arm

59. 24 hour alarm if invalid timezone 41. If timezone 41 is invalid an activation of the zone will cause a full alarm condition regardless of its armed status. If timezone 41 is valid the zone including the tampers are disabled regardless of the armed status. If the zone’s area is armed with timezone 41 valid the exit tone is intermittent. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report



163

60. Exit Terminator. When this zone switches from active to normal the exit time is terminated and the area(s) arm. When armed a tamper activation does not report and the area LED does not flash. R406 only is reported at disarm.

Tampers Local Disarm Alarm

Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed NONE Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y N

Types 61 to 64. Do Not Use.

65. Engineer reset zone. When active, shorted or opened an engineer reset will be performed on the areas assigned to the zone. Dual zone tampers are not operational. No flags are affected.

66. Final door set. Standard Entry/exit zone. During the exit time when the zone changes from normal to active and returns to normal the exit time will be terminated 6 seconds later and the area will fully arm Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y *After the entry time has expired.

67. Latched detector. This zone type is a 24-hour alarm zone with a nine second reset-time inhibit. The latched event flag is set when two valid disarm codes are entered for an area within 5 minutes and the area is disarmed. The event flag is set for five seconds. For a further 4 seconds zones type 67, Latched detector, associated with the area are disabled. e.g. the zones are disabled for a total of 9 seconds). This type of zone may be used when the detector connected to the zone requires 24hr operation and a manual reset after an activation. e.g. Fire detectors etc., Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

Cam 24 Pre Alarm

Latch Zone Rep’rt

Armed Y Y Y Y Y Y Y Disarmed Y Y Y Y Y Y Y Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

The latch feature will not operate if ‘Toggle area status’ is enabled for the RAS. RAS buzzers are not activated


164

68. Anti-mask detector. This zone type is monitored during the arm time. If the zone is open at arming it is assumed to be masked and the anti-mask flag is set for 5 minutes. This flag is normally linked to an output that enable the detector’s walk test facility allow the detectors to be walk tested unlatching the detector’s mask facility. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

Cam 24 Pre Alarm

Anti Mask

Zone Rep’rt

Armed Y Y Y Y Y Y Disarmed Y* Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y

*If active at arming RAS buzzers are not activated

69. Alarm (ACPO) zone. This zone type is designed for ACPO systems Generates no alarm when the area is disarmed. Generates an alarm when the area is armed. Inhibited during the entry exit time. The zone must be closed when arming the area. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

RAS Buzz

Cam 24 Pre Alarm

Zone Report

Armed* Y Y Y Y Y Y Disarmed NONE Tmp Dis Y Y Y Y Y N Tmp Arm Y Y Y Y Y Y *After the entry time has expired.

70. Keybox. This 24hr zone type is used to protect a keybox mounted outside the premises. When an alarm occurs at the premises a guard opens the box, removes the keys to the premises, and closes the box. This will report to the Central Station, normally a TT SIA report. Using the keys he now enters the premises and resets the alarm condition. At the start of the exit time a timed inhibit of the keybox contact starts (2 minutes by default programmed in the area database) this allows the guard to exit the premises and replace the key in the keybox without further reporting to the Central Station. Local Disarm

Alarm Armed Alarm

Int Siren

Ext Siren

Cam 24 Pre Alarm

Anti Mask

Zone Rep’rt

Armed Disarmed Tmp Dis Tmp Arm

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