ATS1250/1260 4-door/4-lift DGPATS1250/1260 Programming Guide 7 PROGRAMMING SEQUENCE The ATS1250/1260 4-Door/Lift DGP is a versatile access control panel to extend the Advisor MASTER

ATS1250/1260 4-door/4-lift DGP

Programming Guide Version 2.0, July 2003

Aritech is a GE Interlogix brand.

www.GE-Interlogix.com

Copyright

(c) 2003 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.

ATS1250/1260 Programming Guide 3

CONTENTS

Important information ..................................................................................................................................... 6

Programming sequence.................................................................................................................................. 7 Minimal set-up ......................................................................................................................................... 7 Basic set-up............................................................................................................................................. 8 Advanced settings ................................................................................................................................. 10

Add alarm control functions......................................................................................................... 10 Add anti-passback facilities......................................................................................................... 10 Finding system codes for cards .................................................................................................. 11

How to program the options......................................................................................................................... 12 Accessing the installer programming menu .......................................................................................... 12 Programming the menu options ............................................................................................................ 13

Accessing the door/lift programming menu............................................................................................... 13 How to access the door / lift programming menu.................................................................................. 14

1. DGP options......................................................................................................................................... 16 1.1. Output controllers........................................................................................................................ 16 1.2. Batch Number (Range 1 to 40) ................................................................................................... 16

1.2.1. System Code ............................................................................................................... 16 1.2.2. Start Card Number....................................................................................................... 16 1.2.3. Number of Cards ......................................................................................................... 16 1.2.4. Start User Number....................................................................................................... 16

1.3. Alarm Code Prefix Digits ............................................................................................................. 17 1.4. RAS’s (arming stations) to be polled........................................................................................... 17 1.5. LCD RAS..................................................................................................................................... 17 1.6. RAS’s with Request To Exit enabled .......................................................................................... 18 1.7. RAS’s with toggle mode.............................................................................................................. 18 1.8. Data gathering panels to be polled (ATS1260 only) ................................................................... 18 1.9. Dual zone .................................................................................................................................... 19 1.10. Card to PIN time.......................................................................................................................... 19 1.11. Two cards time............................................................................................................................ 19 1.12. Multiple Badge time..................................................................................................................... 20 1.13. Re-lock delay time....................................................................................................................... 20 1.14. Region count limit........................................................................................................................ 20

2. Door / Lift options ............................................................................................................................... 21 Accessing the door / lift options............................................................................................................. 21 2.1. Access options ............................................................................................................................ 21

2.1.1. Unlock time .................................................................................................................. 21 2.1.2. Extended unlock time .................................................................................................. 21 2.1.3. Shunting....................................................................................................................... 21 2.1.4. Shunt time.................................................................................................................... 22 2.1.5. Extended shunt time .................................................................................................... 22 2.1.6. Shunt warning time ...................................................................................................... 22 2.1.7. Shunt until door has closed ......................................................................................... 22 2.1.8. Cancel shunt time after door has closed ..................................................................... 23 2.1.9. Low security timezone ................................................................................................. 23 2.1.10. IN reader requires card AND PIN ................................................................................ 23 2.1.11. OUT reader requires card AND PIN ............................................................................ 23 2.1.12. IN Reader inhibit PIN if timezone ................................................................................ 23 2.1.13. OUT Reader inhibit PIN if timezone ............................................................................ 24 2.1.14. IN Reader inhibit region 0 user.................................................................................... 24 2.1.15. OUT Reader inhibit region 0 user................................................................................ 24 2.1.16. Anti-passback .............................................................................................................. 24 2.1.17. IN reader region........................................................................................................... 25 2.1.18. OUT reader region....................................................................................................... 25

4 ATS1250/1260 Programming Guide

2.1.19. IN reader Two Cards function...................................................................................... 26 2.1.20. OUT reader Two Cards function.................................................................................. 26

2.2. Request To Exit options .............................................................................................................. 26 2.2.1. Request To Exit Timezone .......................................................................................... 26 2.2.2. IN Request To Exit disabled if area is armed .............................................................. 26 2.2.3. OUT Request To Exit disabled if area is armed .......................................................... 27 2.2.4. Request To Exit control ............................................................................................... 27 2.2.5. Request To Exit reporting............................................................................................ 28

2.3. Alarm control ............................................................................................................................... 28 2.3.1. Alarm group ................................................................................................................. 28 2.3.2. Alarm control................................................................................................................ 28 2.3.3. Entry denied if area armed .......................................................................................... 29 2.3.4. Exit denied if area armed............................................................................................. 29 2.3.5. Authorised RAS ........................................................................................................... 29

2.4. Reader options............................................................................................................................ 30 2.4.1. Card format.................................................................................................................. 30 2.4.2. Zone holds door unlocked ........................................................................................... 31 2.4.3. Door unlocked until door open..................................................................................... 31 2.4.4. Unlocked timezone ...................................................................................................... 31 2.4.5. Unlocked timezone after entry..................................................................................... 31 2.4.6. Report when door closed and locked .......................................................................... 31 2.4.7. Report open/unlocked as unlocked ............................................................................. 32 2.4.8. Report door open / close ............................................................................................. 32 2.4.9. Report forced door....................................................................................................... 32 2.4.10. Report DOTL ............................................................................................................... 32 2.4.11. Reader LED options .................................................................................................... 33 2.4.12. Pulsed lock and unlock ................................................................................................ 33 2.4.13. Time & Attendance Reader ......................................................................................... 34 2.4.14. Disable Duress functionality ........................................................................................ 34

2.5. Hardware options ........................................................................................................................ 35 2.5.1. Unlock output number.................................................................................................. 35 2.5.2. Zone number ............................................................................................................... 35 2.5.3. Monitor second door zone ........................................................................................... 35 2.5.4. Forced output number ................................................................................................. 35 2.5.5. Shunt zone number(s) ................................................................................................. 36 2.5.6. Warning output number ............................................................................................... 36 2.5.7. DOTL zone number ..................................................................................................... 36 2.5.8. DOTL output number ................................................................................................... 36 2.5.9. Request To Exit zone number ..................................................................................... 36 2.5.10. Interlock zone numbers ............................................................................................... 36 2.5.11. Area(s) assigned to door ............................................................................................. 37 2.5.12. Fault output number..................................................................................................... 37

2.6. Lift options................................................................................................................................... 37 2.6.1. Starting floor of lift ........................................................................................................ 37 2.6.2. Last floor of lift ............................................................................................................. 37 2.6.3. Starting physical relay.................................................................................................. 37 2.6.4. Zones monitor floor selected ....................................................................................... 38 2.6.5. Wait for floor selection ................................................................................................. 38 2.6.6. First physical zone ....................................................................................................... 38 2.6.7. Lift override group........................................................................................................ 39 2.6.8. Security zone number.................................................................................................. 39 2.6.9. Lift security group ........................................................................................................ 39 2.6.10. Total number of floors.................................................................................................. 39 2.6.11. Lift bank selection ........................................................................................................ 39 2.6.12. Lift car selection........................................................................................................... 39 2.6.13. No floor landings 1-32.................................................................................................. 39 2.6.14. No floor landings 33-64................................................................................................ 40 2.6.15. Monitor High Level floor landings ................................................................................ 40

3. Initialise database ............................................................................................................................... 40

4. Display card ......................................................................................................................................... 41


5. Door groups......................................................................................................................................... 42

6. Floor groups ........................................................................................................................................ 43

7. System Options ................................................................................................................................... 44 7.1. Mains fail output number............................................................................................................. 44 7.2. Low battery output number ......................................................................................................... 44 7.3. Tamper output number................................................................................................................ 44

8. Macro logic........................................................................................................................................... 45 8.1. Macro logic program number ...................................................................................................... 45 8.2. Function and output event........................................................................................................... 45 8.3. Time ............................................................................................................................................ 46 8.4. Logic equation............................................................................................................................. 46

9. Version number ................................................................................................................................... 47

To Local Devices ........................................................................................................................................... 47

Reader and interface type programming .................................................................................................... 48

Short list of available zones and outputs per DGP address ..................................................................... 48

Door/lift data hardware defaults................................................................................................................... 49

Macro event flags .......................................................................................................................................... 50

ATS1250/1260 Programming Sheet ............................................................................................................. 53

Programming Sheet....................................................................................................................................... 54



Glossary ......................................................................................................................................................... 57

Index ............................................................................................................................................................... 61

Programming map......................................................................................................................................... 64


IMPORTANT INFORMATION

This manual provides detailed explanations for programming the ATS1250/1260 and includes detailed explanations for the entire door / lift menus. All references to the programming menus, and their numbers, are menus within programming Remote Devices, Installer menu 28, and Titan Advisor MASTER, To Remote Devices, DGP.

When installing a new 4-Door / 4-Lift DGP, it is strongly recommended that you first initialise the ATS1250/1260 using Menu 3 - Initialise Database. This step may only be accomplished by programming using a RAS on the system databus of the Advisor MASTER. It will set all programming to factory default; as listed in this programming manual. Once initialised, the DGP may be programmed using a RAS or a PC running TITAN software.

The ATS1250 and ATS1260 are the same physical products except for the firmware (software) EPROM. The factory defaults are different for each product and are listed in the programming sheets in this guide.

Whenever the ATS1250 is mentioned, both the ATS1250 and the ATS1260 are included except where explicitly stated.


PROGRAMMING SEQUENCE The ATS1250/1260 4-Door/Lift DGP is a versatile access control panel to extend the Advisor MASTER system with advanced access control functions. When programming it is easy to loose track if one does not use a good method. Using a good method also provides for an efficient way of programming.

Minimal set-up The minimal set-up only consists of settings required to enable cards being read and door opening due to a valid card.

1. Set the DGP address for the 4-Door/Lift DGP (1 to 12 available).

2. Check if the RAM memory in the ATS1250/1260 and the Advisor MASTER control panel is the same.

3. Set addresses of RAS's (readers or DGP's connected to the local databus of the 4-Door/Lift DGP.

4. In the Advisor MASTER control panel, installer programming (menu 19): In the Advisor MASTER control panel menu 4. DGP, activate polling for the 4-

Door/Lift DGP and set the DGP type.

Check and note in the Advisor MASTER control panel, menu 7. system options the settings for Dual zone and the Number of prefix digits.

In menu 13. Timezones, program timezones required for access control functions (Request To Exit, Override timezone and Door groups)

In menu 2, Area database, determine which area/s will inhibit Request to Exit or will inhibit access through a door when the area/s are armed.

5. Go to menu 28, To remote devices. Select type 1 (DGP) and press [ENTER]. Enter the DGP address and press [ENTER]. You now are in the 4-Door/Lift programming menu.

6. Go to menu 1, DGP options. Set or select the following options: 6.1. Enter the required Batch Number (Range 1 to 40). If card numbers or system

codes are unknown, then first see Finding system codes for cards (page 11). 6.2. Alarm Code Prefix Digits (same as in control panel) 6.3. Enter RAS’s (arming stations) to be polled connected to the local databus. 6.4. Enter LCD RAS connected to the local databus. 6.5. Set Dual zone to the same setting as used in the control panel. 6.6. Enter Re-lock delay time

7. Go to menu 2, Door / Lift options.

8. Select the door to program. Only doors available on the selected DGP can be entered.

9. Move to menu 4, Reader options. 9.1. Select the required Card format


10. Press [ENTER] until the display indicates menu 5. Hardware options.

11. Press 0 [ENTER] [ENTER] to leave menu 2, Door / Lift options

12. Move to menu 4, Display card and badge a number of cards to verify the cards are being read, the card number is known.

13. Proceed with the basic set-up.

Basic set-up

1. Set the DGP address for the 4-Door/Lift DGP (1 to 12 available).

2. Check if the RAM memory in the ATS1250/1260 and the Advisor MASTER control panel is the same.

3. Set addresses of RAS's (readers or DGP's connected to the local databus of the 4-Door/Lift DGP.

4. In the Advisor MASTER control panel, installer programming (menu 19): In the Advisor MASTER control panel menu 4. DGP, activate polling for the 4-

Door/Lift DGP and set the DGP type.

Check and note in the Advisor MASTER control panel, menu 7. system options the settings for Dual zone and the Number of prefix digits.

In menu 13. Timezones, program timezones required for access control functions (Request To Exit, Override timezone and Door groups)

In menu 2, Area database, determine which area/s will inhibit Request to Exit or will inhibit access through a door when the area/s are armed.

5. Go to menu 28, To remote devices. Select type 1 (DGP) and press [ENTER]. Enter the DGP address and press [ENTER]. You now are in the 4-Door/Lift programming menu.

6. Go to menu 1, DGP options. Set or select the following options: 6.1. Number of Output controllers 6.2. Enter the required Batch Number (Range 1 to 40). If card numbers or system

codes are unknown, then first see Finding system codes for cards (page 11). 6.3. Alarm Code Prefix Digits (same as in control panel) 6.4. Enter RAS’s (arming stations) to be polled connected to the local databus. 6.5. Enter LCD RAS connected to the local databus. 6.6. Enter RAS’s with Request To Exit enabled that are connected to the local

databus. 6.7. Enter Data gathering panels to be polled (ATS1260 only) connected to the

local databus. 6.8. Set Dual zone to the same setting as used in the control panel. 6.9. Enter the Card to PIN time (only if Card & PIN required) 6.10. Enter Two cards time (only if required) 6.11. Enter Multiple Badge time (only if alarm control is required) 6.12. Enter Re-lock delay time 6.13. Enter Region count limit (only if anti-passback is used)

7. Go to menu 2, Door / Lift options.


8. Select the door to program. Only doors available on the selected DGP can be entered.

9. Now the first menu will be visisble, Access options. Set or select the following options: 9.1. Select the door to program 9.2. Unlock time 9.3. Extended unlock time (if required) 9.4. Shunting option (if required) 9.5. Shunt time (if required) 9.6. Extended shunt time (if required) 9.7. Shunt warning time (if required) 9.8. Shunt until door has closed 9.9. Cancel shunt time after door has closed 9.10. Low security timezone (if required) 9.11. IN / OUT reader requires card AND PIN 9.12. IN / OUT Reader inhibit PIN if timezone 9.13. IN / OUT Reader inhibit region 0 user 9.14. Anti-passback option (if required) 9.15. IN / OUT reader region (if required) 9.16. IN / OUT reader Two Cards function

10. Move to menu 2, Request To Exit options (only if required) Set or select the following options: 10.1. Request To Exit Timezone 10.2. IN or OUT Request To Exit disabled if area is armed 10.3. Request To Exit control 10.4. Request To Exit reporting

11. Move to menu 4, Reader options Set or select the following options: 11.1. Card format 11.2. Zone holds door unlocked 11.3. Door unlocked until door open 11.4. Unlocked timezone (if required) 11.5. Unlocked timezone after entry 11.6. Report when door closed and locked 11.7. Report open/unlocked as unlocked 11.8. Report door open / close 11.9. Report forced door 11.10. Report DOTL 11.11. Reader LED options 11.12. Pulsed lock and unlock 11.13. Disable Duress functionality

12. Move to menu 5, Hardware options Set or select the following options: 12.1. Unlock output number 12.2. Zone number 12.3. Monitor second door zone (if required) 12.4. Forced output number (if required) 12.5. Shunt zone number(s) (if required)


12.6. Warning output number (if required) 12.7. DOTL zone number (if required) 12.8. DOTL output number (if required) 12.9. Request To Exit zone number (if required) 12.10. Interlock zone numbers (if required) 12.11. Area(s) assigned to door (if required) 12.12. Fault output number (if required)

13. When out of the Hardware options, press 0 [ENTER] to leave the menu’s in Door options. Press [ENTER] again to leave the Door options. Press 0 [ENTER] again to leave the 4-Door/Lift programming menu.

14. Set-up the required door groups in the Advisor MASTER user program (menu 20)

15. Program users that require access control functions (door group)

16. Program zones available on the 4-Door DGP

Advanced settings

Add alarm control functions In the Advisor MASTER installer programming:

• Program timezones required for alarm control functions (used in alarm groups)

• Program alarm groups (if required) for access control functions

In the 4-Door/Lift programming menu

• Select menu 2, Door / Lift options and select the door to program

Move to menu 3, Alarm control

Enter the required Alarm group

Select the required Alarm control

Select if Entry or Exit denied if area armed

Select the Authorised RAS on the system databus (if required)

Assign the alarm groups to users that should have alarm control

Add anti-passback facilities For anti-passback to function, readers are required to enter and exit. The reader address specifies if the reader is used as an IN (entry) or OUT (exit) reader (see numbering).

Make sure both IN and OUT readers are available and are polled.

In the Advisor MASTER installer programming:

• Program timezones required for anti-passback

In the 4-Door/Lift programming menu


• Select menu 2, Door / Lift options and select the door to program

• Move to menu 1, Access options

Select if the IN / OUT Reader inhibit region 0 user

Select the required Anti-passback option

Enter the IN / OUT reader region

Finding system codes for cards System codes are very important as improper system codes will inhibit usage of cards. The system code for a card can be seen as a number shared by a number of cards. The cards will identify themselves by a card number that is unique.

It might happen the system code is unknown. The 4-Door/Lift DGP can provide some help finding the system code.

• Make sure a reader is active (activate polling if necessary)

• Make sure the card format is set correctly for that door.

• Enter menu 4, Display card.

• Badge a few cards. Make sure that the system code displayed is always the same. If not, the card format is probably not correct. Re-adjust and restart in menu 4.


HOW TO PROGRAM THE OPTIONS

!

For information on which keys to use while programming, please refer to these pages.

Accessing the installer programming menu The ATS system is programmed from the Installer programming menu. Before accessing the programming menu, you must first disarm the system.

How to disarm the system 1. Press 1122 (Manager PIN code) and then [OFF]. 2. Press 0 and [ENTER].

How to access the installer programming menu 1. Start with this LCD display:

2. Enter [MENU*] 1278 (Master Engineer code) and press [ENTER].

The following display appears:

3. Press 19 and [ENTER]. The following display appears:

You may now select the menu option you wishto program. See page 64 for the programming map that lists all menu options available.

The chapter and section numbering in the manual follows the menu option numbering. For example, Chapter 1 describes menu 1 “Zone database”.

You may easily move between the menu options by pressing the following keys:

[ENTER] or [#] or [↓] To scroll forwards one menu option at a time.

[MENU*] or [*] or [↑] To scroll backwards one menu option at a time.

Menu number and [ENTER] or [#] To jump directly to the menu option.

[0] and [ENTER] or [#] Exit the Programming menu and return to the User menu.

Different keys with the same function.

[ENTER] or [#] These keys have the same function. [#] is used on LED keypads (ATS115x).

[MENU*] or [*] These keys have the same meaning. [*] is used on LED keypads (ATS115x).

There Are No Alarms In This Area Code:

0- Exit, ENTER- Down, *- Up 0-Exit, Menu:

Installer Programming 0-Exit, Menu:


Programming the menu options What the LCD display tells you

The LCD display on the keypad has two lines of characters. Each line represents different information.

• System information

• Instructions and the characters you may enter on the keypad

Programming the menu options

Once you have selected the menu option you wish to program, most options may be programmed using a standard procedure shown below in How to program. .

How to program The method of programming depends on the options to be programmed. Some

options require a value, others require a YES/NO setting.

How to program values ? [ENTER] Enter the new information and press the ENTER key. [ENTER] Press the ENTER key again to save the displayed information

and to move to the next menu option display.

How to program YES/NO options [MENU*] Press the MENU* key to toggle between options. [ENTER] Press the ENTER key to save the displayed information and

move to the next menu option display.

Some programming options allow multiple values to be entered, e.g. Poll RAS. In these cases, enter the value and press [ENTER] to add or delete the option.

Some programming menus need certain values to be entered, while others are used to select YES/NO. Programming lines containing YES/NO options often also allow the 0-key to be pressed. Use this key to skip a number of options. On the second line, the display will indicate if the 0-key may be used..

Programming menus like ‘Poll RAS’, ‘Poll DGP’ or ‘Entry time’ show the status of the current values. To update the values, press [MENU*].

Many time settings may be entered with seconds or minutes resolution. This may be recognised when the bottom left corner of the display shows “*-Min” or “*-Sec”. Use [*] or [MENU*] to select seconds or minutes.

Where programming of an option does not follow this procedure, the (additional) keys available are described in the How to program section for the option.

ACCESSING THE DOOR/LIFT PROGRAMMING MENU

1: Office 4 Door 20 Contact Text Word:


How to access the door / lift programming menu Access to the Door programming menu is via the Advisor MASTER, Installer menu 28, To remote devices. When programming in the 4-Door programming menu, you are actually programming the ATS1250.

Before being granted access to the 4-Door programming menu, via "to remote devices", the ATS1250 must be; connected, addressed, and programmed to be polled. Also the DGP type must be programmed as a "4-Door DGP" or a "4-Lift DGP" in the Advisor MASTER Installer programming menu 4, DGP database.

If you are denied access to "To remote devices”, it is because one or more of the above hardware, or programming criteria, have not been met.

1. The display shows:

Enter the type of Remote device you wish to program. Select 1 (DGP).

2. The display shows:

Enter the number of the Remote device you wish to program. The DGP number is the same as the DGP address.

3. The following is briefly displayed:

4. You have now accessed the ATS1250 Programming menu for the ATS1250/1260

that you have selected. The display shows the 4-Door programming menu display:

See Programming the menu options for the available keys.

Remote DGP Setup DGP No.:

Connecting… Enter to Abort

“*” –Move On “*” Move Menu

Remote Device: 1-DGP, 2-RAS Device:


ATS1250/1260 programming menus: 1. DGP Options Global options valid for all doors/lifts of the selected 4-door / 4-lift DGP

(ATS1250/1260). 2. Door Options Options valid for each individual door or lift on the ATS1250/1260. 3. Initialize Database Allows initialisation of door or lift database. Resets all data in the DGP to default. 4. Display Card Displays card details on LCD for the last card that is badged. 5. Door Groups Allows door group details to be viewed. 6. Floor Groups Allows floor group details to be viewed. 7. System Options Allows ATS1250/1260 outputs to be activated to indicate system faults on the

ATS1250/1260. 8. Program Macro Logic Enables outputs and internal events to be generated by logic functions using

ATS1250/1260 events. 9. Version Number ATS1250/1260 firmware and CPLD version number. 10. To Local devices Enables you to access the remote devices on the local databus.


1. DGP OPTIONS DGP options valid for all doors or lifts on the selected ATS1250/1260.

Whenever, in DGP options, XX is displayed, the XX should be replaced by the 1st door number available for this AST1250/1260.

1.1. Output controllers Enter the number of output controllers fitted to the ATS1250.

0 Disabled. No clocked output card, but there are four open collector outputs available on the DGP for an ATS1810 4-way relay card. These have outputs 5 to 8 assigned for the selected DGP address).

1-8 Number of output controllers connected.

1.2. Batch Number (Range 1 to 40) This setting specifies the card batches that are programmed for this DGP. A batch is defined by a System code, a range of cards, the first card number and the first user code.

When card batches overlap, a message will be displayed to indicate. Overlaps will occur when if in a system code, card numbers are repeated or when users are assigned more than one card number. Press [MENU*] or [*} to confirm when an overlap is required.

1.2.1. System Code Register the System code for this batch of cards (maximum of 6 digits).

1.2.2. Start Card Number Enter the number of the first card that is used for this batch.

1.2.3. Number of Cards Enter the number of cards in this batch. All cards must be consecutive.

1.2.4. Start User Number Select which user equals the first card.

Batch Number (Range 1 to 40) Batch:

System code: Disabled SC :

Start Card Number: 0 CN:

Number of cards: 0 Num:

Start User number 0 UN :

XX, Output Controllers 0 *-Dis, Ctrl:

Card Batch Overlap (nn) *-Confirm


1.3. Alarm Code Prefix Digits Records the difference between the number of digits in an alarm control code, and the number of digits in a door control code.

The complete user code is the alarm control code, and the prefix is omitted to make the door control code.

Examples:

Prefix digits = 3

User code = 1234567

Result:

Prefix = 123, door code = 4567 and the alarm control code = 1234567.

The Alarm Code Prefix digits entered, should be the same as the value entered for the Alarm Code Prefix in the Advisor MASTER Installer programming menu 7. System Options.

1.4. RAS’s (arming stations) to be polled Enter the RAS addresses of all the RAS’s connected to the ATS1250 local databus. The display shows the RAS’s currently recorded.

Keypads (ATS110x, ATS115x), card readers and ATS 1170’s are polled as RAS’s. Polling allows the RAS to transfer data to the ATS1250.

The 16 RAS’s that may be polled relate to specific doors on the ATS1250, and the reader’s location if readers are mounted on both sides of the same door.

Reader Function IN IN OUT OUT

1st door 1 5 9 13

2nd door 2 6 10 14

3rd door 3 7 11 15

4th door 4 8 12 16

The RAS’s listed above are polled by the ATS1250.

RAS number followed by , = on-line RAS number followed by : = off-line

1.5. LCD RAS Program the address of RAS’s (arming stations) being polled that have a LCD (Liquid Crystal Display) fitted. e.g. ATS110X series LCD RAS.

The display shows the RAS’s currently recorded.

XX, Alarm Code Prefix Digits 0 *-Dis, Digits:

No RAS’s Are Being Polled Poll RAS

No RAS with LCD’s Fitted RAS with LCD


1.6. RAS’s with Request To Exit enabled Enter the address of RAS’s (arming stations) being polled that require the Request To Exit button to be wired to the IN, or REQUEST TO EXIT, terminal on the arming station.

The display shows the RAS’s currently recorded.

Since the RAS’s RTE input does not provide tamper monitoring, it is preferable to wire any Request To Exit buttons to zones on the ATS1250.

1.7. RAS’s with toggle mode Records the address of RAS’s (arming stations) being polled that have "Toggle mode" enabled. Operation for the ‘Toggle Mode’ is explained below. This option only applies to RAS’s that have keypads and are connected to the ATS1250 local databus (ATS110x, ATS115x).

Toggle mode enabled:

PIN + [ENTER] or [#] = Toggles status of area(s)

PIN + [MENU*] or [*] = Toggles status of area(s)

Toggle mode disabled:

PIN + [ENTER] or [#] = Arms area(s)

PIN + [MENU*] or [*] = Disarms area(s)

Toggle mode enabled ATS1100/1105 Only:

PIN + [ON] = Arms area(s)

PIN + [OFF] = Disarms area(s)

PIN + [ENTER] = Toggles status of area(s)

Toggle mode disabled: ATS1100/1105 Only:

The only difference is the [ENTER] key operation - it only Arm's area(s).

1.8. Data gathering panels to be polled (ATS1260 only)

Enter the address of DGP’s connected to the ATS1260 local databus. This option is not functional on the ATS1250. The display shows the DGP’s currently recorded:

The DGP’s are used to provide inputs for floor-buttons.

No RAS with Toggle Enabled Toggle RAS:

No DGP’s Are Being Polled Poll DGP:

No RAS’s with Request To Exit Enabled RAS With RTE


XX,Yes - Dual zone *-Change

DGP number followed by , = on-line DGP number followed by : = off-line

1.9. Dual zone Defines whether the ATS1250 zones are single or dual zone zones.

YES Dual zone used: Normal = 4k7; Tamper = Open or Short; Active = half or double end of line resistor value.

NO No dual zone; Normal = 4k7; Alarm = Open or Short or half or double end of line resistor value.

Press 0 to go to the user menu items available.

End of line resistors must be connected to the zones. See the installation guide.

Should be set to the same option as set in the Advisor MASTER Installer menu 7, System options.

1.10. Card to PIN time This setting is only applicable when a user is required to present a card and enter a PIN to gain access.

The Card to Pin Time is the amount of time allowed between presenting a valid card to a door reader and entering a valid PIN (last digits) on the keypad. If the PIN is not entered before the time expires, the user will need to repeat the door opening function.

See also Access options (page 21)

1.11. Two cards time This setting is only applicable when two users must present their card or PIN to open a door or when a user is identified as a visitor or guard and must be accompanied.

The Two cards time is the amount of time allowed between the first user presenting a card or entering a PIN and the second user presenting a card or entering a PIN. If the second card/PIN is not presented before the time expires, the door opening function will have to be repeated.

Also see IN reader Two Cards function (page 23)

XX,Card to PIN Time 8 Seconds *-Min, Time:

XX, Two Cards Time 8 Seconds *-Min, Time:


1.12. Multiple Badge time This setting is only applicable where the door has been programmed so that presentation of a card three times will arm/disarm the system and the user is authorised to arm /disarm.

The Multiple badge time is the amount of time allowed between the first presentation of the card and the third presentation of the card. If the card is not presented three times before the time expires, the user will need to commence the function again.

Also see Alarm control (page 28)

1.13. Re-lock delay time This setting only applies where the door has been programmed so the unlock relay will not re-lock until after the door is closed.

This feature is provided for Drop Bolts and Maglocks etc. where the door must be closed before the unlock relay locks the door.

The Re-lock delay time is the amount of time between the door being closed and the unlock relay deactivating (re-lock). This allows a settling time to ensure that the lock mechanisms are aligned.

Also see Zone holds door unlocked (page 31).

1.14. Region count limit When the number of users reaches this limit (set by the value entered in this option – range, 0 to 65,535), the ATS1250 sets an internal flag (Region count limit) that can be used in Door Macro Logic. You may activate events when a certain number of users are in a region. The Advisor MASTER system can have up to 256 regions, numbered 0 to 255.

Examples:

1. Activate a sign when a car park is full.

2. Arm area(s) when the last person has left the region or disarm area(s) when the first person enters the region.

Also see IN reader region (page 25)

XX, Re-lock Delay Time 3 Seconds *-Min, Time:

XX, Multiple Badge Time 5 Seconds *-Min, Time:

XX,Region Count Limit Disabled *-Dis, No:


2. DOOR / LIFT OPTIONS

Accessing the door / lift options Use this menu for programming data for individual doors and lifts. Each door may be programmed with specific settings Before obtaining access to the available menu options for door and lift programming, select the door to program.

The door numbers relevant to the ATS1250 being programmed are displayed:

Selecting time resolution for minutes or seconds Time settings may be entered with seconds or minutes resolution. Use [*] or

[MENU*] to select seconds or minutes.

2.1. Access options Within these menus all settings of the access options for the door are configured XX is the door number being programmed.

2.1.1. Unlock time Program the amount of time for the door to unlock when a user enters a valid card or PIN at the door reader. The user is then able to open the unlocked door during the time period of unlock.

Also see Unlock output number (page 35).

2.1.2. Extended unlock time Program the amount of time for the door to unlock when a user, with the "EXTENDED ACCESS " flag enabled, presents a valid card or PIN at the door reader. The user is then able to open the unlocked door during the time period of the extended unlock time.

2.1.3. Shunting This record configures the door shunting options. Shunting is a procedure that inhibits an open door, that could cause an alarm, for a set time.

Select Door 17, 18, 19, 20 Door:

XX, No Shunting *-Change,Opt:

XX, Extended Unlock Time 10 Seconds *-Min, Time

XX, Unlock Time 5 Seconds *-Min, Time:


Option Function

0 No shunting The door is not shunted.

1 Zone Shunting The door is shunted. Generates a standard alarm, based on the zone type settings, if left open longer than the programmed shunt time.

2 Zone Shunting & DOTL

The door is shunted and generates a DOTL (Door Open Too Long) alarm if it is left open longer than the programmed shunt time. Enables Forced Door and DOTL to be reported on separate zone numbers (as recorded in "Hardware Options").

3 Auto Shunting & DOTL

If the area assigned to the door is disarmed, shunting of the door commences when the door zone is active (no code or card required). A DOTL (Door Open Too Long) alarm is generated if it is left open longer than the programmed shunt time. Forced Door and DOTL are reported on separate zone numbers as above.

2.1.4. Shunt time Program the amount of time that the door may be opened for without causing an alarm (shunted). This allows time for a user to pass through the door and shut it again.

Also see Shunt zone number(s) (page 36).

2.1.5. Extended shunt time Program the amount of time for the door to be shunted when a user, with the "EXTENDED ACCESS" flag enabled, presents a valid card or PIN at the door reader.

2.1.6. Shunt warning time Program the amount of time for an output to activate, to sound a warning device, before the Shunt Time or Extended Shunt Time expires.

Also see Warning output number (page 36).

2.1.7. Shunt until door has closed Set the shunt period to, until the door has closed.

YES Shunt the defined zone(s) as programmed in hardware options “shunt zones” until the door is closed. When the door is opened and the shunt is not active the zone will generate an alarm.

NO Shunt timer will be used.

XX,Shunt Time 60 Seconds *-Min, Time:

XX, NO Shunt Until Door Closed *-Change

XX,Extended Shunt Time 90 Seconds *-Min, Time:

XX,Shunt Warning Time 15 Seconds*-Min, Time:


2.1.8. Cancel shunt time after door has closed For security reasons, it may be required to limit the shunt period as much as possible.

YES Shunt the programmed zones until the door has closed. Opening the door again within the shunt time is not possible, as this will generate an alarm (there is always a debounce time of approx. 2 seconds).

NO Shunt timer will be used.

2.1.9. Low security timezone Enter a timezone number. When the timezone is valid, only a valid card OR PIN is required to open the door. When the timezone is not valid and "Card AND PIN code Reader" is set to YES, a valid card AND PIN code must be entered to open the door.

Timezones are programmed in the Advisor MASTER in menu 13. Only TIMEZONES 0 to 24 may be entered. Timezone 0 means always.

2.1.10. IN reader requires card AND PIN Specify what method is required to open the door from the IN reader. This is programmed separately for the IN and OUT readers.

YES Unlock the door by presenting a valid card to the reader AND entering a PIN on the reader’s keypad.

NO Unlock the door by presenting a valid card to the reader OR a valid PIN on the reader’s keypad.

2.1.11. OUT reader requires card AND PIN Specify what method is required to open the door from the OUT reader. This is programmed separately for the IN and OUT readers.

YES Unlock the door by presenting a valid card to the reader AND entering a PIN on the reader’s keypad.

NO Unlock the door by presenting a valid card to the reader OR a valid PIN on the reader’s keypad.

2.1.12. IN Reader inhibit PIN if timezone This menu determines which method is used to open the door during the LOW SECURITY TIMEZONE and is programmed separately for the IN and OUT readers.

YES During the Low security timezone, ONLY a valid card is required.

NO During the Low security timezone, a valid card OR a valid PIN is required.

XX, NO - In Reader Card & PIN *-Change

XX,NO Cancel Shunt After Door Secures*-Change

XX, NO - In Reader No PIN If TZ *-Change

XX,Low Security Timezone Disabled*-Dis, TZ:

XX, NO - Out Reader Card & PIN *-Change


2.1.13. OUT Reader inhibit PIN if timezone This menu determines which method is used to open the door during the LOW SECURITY TIMEZONE and is programmed separately for the IN and OUT readers.

YES During the Low security timezone, ONLY a valid card is required.

NO During the Low security timezone, a valid card OR a valid PIN is required.

2.1.14. IN Reader inhibit region 0 user For users in region 0 (region 0, on most occasions is outside), a special security feature is available to provide access only via another region.

YES Any user in region 0 will be denied access. To access, the user first has to be in another region.

NO Users from region 0 will gain access.

2.1.15. OUT Reader inhibit region 0 user For users in region 0 (region 0 on most occasions is outside), a special security feature is available to provide access only via another region.

YES Any user in region 0 will be denied access. To access, the user first has to be in another region.

NO Users from region 0 will access.

2.1.16. Anti-passback Controls the operation of the reader if a card or PIN is used to attempt to enter the region that the user is currently assigned to.

Anti-passback enables users to transfer from one region to another. Entering a region twice in succession is either, not possible (hard anti-passback), or will only result in an event being logged in the History log, reported to the printer and to TITAN.

A region has to be programmed for the door (see IN/OUT reader Regions)

Option Function

0 No anti-passback No control of passback. A valid card or PIN opens the door without generating an alarm. Entering a region twice without leaving is possible.

1 Soft anti-passback A valid card or PIN opens the door when used to enter the region the second time without leaving first, but a report is generated.

2 Hard anti-passback A valid card or PIN does not open the door when used to enter the region a second time without leaving first. An attempt to do so generates a report.

XX, NO-Out reader Inhibit Region 0 Users*-Change

XX, No Anti-Passback *-Change,Opt:

XX, NO - Out Reader No PIN If TZ *-Change

XX, NO-In reader Inhibit Region 0 Users*-Change


See also IN reader region and OUT reader region (page 25).

2.1.17. IN reader region A region is a defined access control area having doors acting as boundaries. Regions are used by the anti-passback functions to monitor in which regions users are present. Transfers from one region to another may be prohibited by the anti-passback settings.

Separate programming records are provided for the IN reader for each door. When a valid card or PIN is entered at the door reader, the number of the region that the user is entering into is recorded against the user code. The range is from region 0 to region 254. Region 0 acts as ‘Off premises’. Region 255 is used for 'Region disabled'.

The system is then able to report an anti-passback violation if the user attempts to use any reader to gain access to a region he is already assigned to. The anti-passback settings determine if access is granted or denied.

Also see Anti-passback (page 24).

Important: The four onboard Wiegand interfaces (I/F) are by default the 'IN' readers for the four doors. You may, however, make them function as 'IN' and 'OUT' readers. For this to occur, change the 'Lock Relay' number, in the 'Hardware Options' menu, and the 'Lock Relay' of the wanted 'OUT' reader to the same number as the 'Lock Relay' of the 'IN' Reader. For example: Wiegand I/F one has 'Lock Relay' 33 (Door 21, DGP2) and is the 'IN' reader. To set Wiegand I/F two as the 'OUT' reader, set its 'Lock Relay' to 33 (same as Wiegand I/F one).

2.1.18. OUT reader region A region is a defined access control area having doors acting as boundaries. Regions are used by the anti-passback functions to monitor in which regions users are present. Transfers from one region to another may be prohibited by the anti-passback settings.

Separate programming records are provided for the OUT reader for each door. When a valid card or PIN is entered at the door reader, the number of the region that the user is entering into is recorded against the user code. The range is from region 0 to region 254. Region 0 acts as ‘Off premises’. Region 255 is used for 'Region disabled'.

The system is then able to report an anti-passback violation if the user attempts to use any reader to gain access to a region he is already assigned to. The anti-passback settings determine if access is granted or denied.

Also see Anti-passback (page 24).

Important: The four onboard Wiegand interfaces (I/F) are by default the 'IN' readers for the four doors. You may, however, make them function as 'IN' and 'OUT' readers. For this to occur, change the 'Lock Relay' number, in the 'Hardware Options' menu, and the 'Lock Relay' of the wanted 'OUT' reader to the same number as the 'Lock Relay' of the 'IN' Reader. For example: Wiegand I/F one has 'Lock Relay' 33 (Door 21, DGP2) and is the 'IN' reader. To set Wiegand I/F two as the 'OUT' reader, set its 'Lock Relay' to 33 (same as Wiegand I/F one).

XX, In Region Disabled *-Dis, Rgn:

XX, Out Region Disabled *-Dis, Rgn:


2.1.19. IN reader Two Cards function Controls if two user cards or PIN’s are required to gain access. Separate programming records are provided for the IN and OUT reader for each door.

YES Two different users need to present their card and/or PIN within the Two cards time for the door to unlock.

NO Only one user is needed to present a card and/or PIN.

2.1.20. OUT reader Two Cards function Controls if two user cards or PIN’s are required to gain access. Separate programming records are provided for the IN and OUT reader for each door.

YES Two different users need to present their card and/or PIN within the Two cards time for the door to unlock.

NO Only one user is needed to present a card and/or PIN.

2.2. Request To Exit options Request to exit menu provides options for a push button, connected to either a zone or a special input on a RAS, that is used to open a door.

2.2.1. Request To Exit Timezone Enter a timezone number that will control the time period during which a Request To Exit button (exit button) will unlock a door to allow exit. When the timezone is valid, a user may press the Request To Exit button and the door will unlock.

Select timezone 0 (= Always) when the request to exit should always be available.

Timezones are programmed in the Advisor MASTER in menu 13. Only Timezones 0 to 24 can be entered.

Also see Request To Exit zone number (page 36).

2.2.2. IN Request To Exit disabled if area is armed

"IN Request To Exit Disabled When Armed" record is used if the Request To Exit button is wired to a zone on the ATS1250 (recommended).

This menu controls the ability to use the Request To Exit button on a zone or the IN reader (exit button) to open the door if any of the areas assigned to the door are armed.

2-Request To Exit Options XX,Menu

XX, RTE Timezone 0 *-Dis, TZ:

XX,NO - In RTE Disabled When Armed*-Change

XX, NO - In Reader Two Cards *-Change

XX, NO - Out Reader Two Cards *-Change


YES The Request To Exit button does not unlock the door if any of the areas assigned to the door are armed

NO The Request To Exit button unlocks the door regardless of the status of the area(s) assigned to the door.

If the ATS1250 loses communication with the Advisor MASTER, then the ATS1250 remembers the latest status of the area.

Also see Area(s) assigned to door (page 37).

2.2.3. OUT Request To Exit disabled if area is armed

"OUT Request To Exit Disabled When Armed" record is used if the Request To Exit button is wired to a zone on the ATS1250 (recommended).

This menu controls the ability to use the Request To Exit button on a zone or the OUT reader (exit button) to open the door if any of the areas assigned to the door are armed.

YES The Request To Exit button does not unlock the door if any of the areas assigned to the door are armed

NO The Request To Exit button unlocks the door regardless of the status of the area(s) assigned to the door.



2.2.4. Request To Exit control Defines the operation of the Request To Exit button (exit button).

Option Function

0 RTE Times Door Open

When the Request To Exit button is pressed, the door unlocks for the programmed unlock time.

1 RTE Holds Door Open

Allows the door to be held unlocked for as long as the Request To Exit button is pressed or for the programmed unlock time, whichever is longer.

2 RTE Shunts Only When the Request To Exit button is pressed, the zone is shunted, but no access is granted.

XX, RTE Times Door Open *-Change,Opt:

XX,NO - Out RTE Disabled When Armed*-Change


2.2.5. Request To Exit reporting This menu determines if the Request To Exit function for the door should be reported.

YES Door Request To Exit report is sent to the printer and to the computer when Request To Exit zone is active.

NO No report is sent when Request To Exit zone is active.

2.3. Alarm control This menu provides options for arming/disarming using the access control features.

2.3.1. Alarm group Alarm groups may be assigned to doors to restrict alarm control from that door to the areas assigned to the alarm group.

Restrictions on the level of alarm control available (e.g. Disarm Only), and the time period (timezone) when the alarm control functions can be performed, may also be specified in the alarm group.

Also see Advisor MASTER Installer menu 5, Alarm Groups.

2.3.2. Alarm control Specify what type of alarm control will be available for the door/reader.

Option Function

0 Reader Has No Alarm Control

It is not possible to arm/disarm using the reader.

1 Alarm Control on 1st Badge

Presentation of a valid card at the reader will disarm the areas in the alarm group on first badge. Badging three times will arm the areas.

2 Alarm Control on 3rd Badge

Presentations of a valid card three times arm/disarms the areas in the alarm group.

3 Alarm Control with Buttons

Not available in Europe.

4 Always Alarm Control (IN=OFF OUT=ON)

Presentation of a valid card at the IN reader disarms the areas in the alarm group. Presentation of a valid card at the OUT reader arms the areas in the alarm group.

XX, NO - RTE Reporting *-Change

XX,Alarm Group 1 *-Dis, Grp:

XX, Reader Has No Alarm Control *-Change,Opt:

3-Alarm Control XX,Menu:


2.3.3. Entry denied if area armed Stop a user opening a door using the IN reader when any of the areas assigned to the door are armed. Separate programming records are provided for each door with an IN reader.

YES A valid card or PIN will not open a door if any of the areas assigned to the door are armed.

NO A valid card or PIN will open a door regardless of the area’s armed status.



2.3.4. Exit denied if area armed Stop a user opening a door using the OUT reader when any of the areas assigned to the door are armed. Separate programming records are provided for each door with an OUT reader.

YES A valid card or PIN will not open a door if any of the areas assigned to the door are armed.

NO A valid card or PIN will open a door regardless of the area’s armed status.



2.3.5. Authorised RAS When a user badges a valid card at a RAS on the ATS SYSTEM DATABUS (not the ATS1250 local databus) it activates alarm control. This simulates a user entering a PIN code at the RAS so he may select what area(s) he wants to arm and disarm.

If a RAS number is entered, then this door reader no longer functions as a door opening reader. Only one number can be entered here.

The RAS on the Advisor MASTER that is selected for arm control must also have the option "Code ENTER Toggles Area Status" set to YES. This is programmed in the Advisor MASTER Installer menu 3, RAS Database. This facility, for multiple area arm control, presumes the use of the ATS RAS used in conjunction with a reader.

Example:

RAS 3 has been set-up as an authorised RAS.

XX, NO - Entry Denied If Area Armed*-Change

XX, RAS Number Disabled RAS:

XX, NO - Exit Denied If Area Armed *-Change


Result:

User 23 presents (badges) his card on this reader. The Advisor MASTER system will treat the card as a valid PIN being entered on RAS 3. All he has to do now is enter the Advisor MASTER area(s) he wishes to arm/disarm.

2.4. Reader options Program settings specific to this reader.

2.4.1. Card format Set the data format of the reader and card, key or token being used.

Option Function

0 Wiegand 27 bit For Indala ESP range of proximity readers supplied by ARITECH.

1 Spare – Do NOT Use Do not use

2 Aritech ASC For ATS1190 proximity readers.

3 Kastle 32 bit Kastle format cards.

4 Wiegand 26 bit (ID = 16, FC = 8 )

For standard 26 bit Wiegand format readers, including Wiegand swipe readers supplied by ARITECH. Has a 16 bit card number (0-65534) and an 8 bit system code (0-255).

5 Indala ASC 27 bit For Indala ASP range of proximity readers using 27 bit Wiegand format.

6 Indala ASC 26 bit Not used in Europe.

7 Wiegand 32 bit For 32 bit Wiegand format readers. Uses a 16 bit card number and 16 bit system code.

8 Mag.Card Aritech For Aritech/TECOM format magnetic swipe cards.

9 Mag.Card Midas For Midas format magnetic swipe cards.

10 C36 bit For C36 bit format.

11 ATS Wiegand 30 bit For Aritech Wiegand 30 bit format

12 ATS Wiegand 32 bit For Aritech Wiegand 32 bit format

ATS1170 (1-door RAS) can be used on the ATS 1250 local databus supporting any ATS 1250 card formats:

4-Reader Options XX, Menu

XX, Aritech ASC *-Change,Opt:


2.4.2. Zone holds door unlocked This record determines when the door will re-lock using the re-lock delay.

YES The door lock will not re-lock until the door is closed. This is used where the lock mechanism, when locked, will stop the door closing.

NO The door lock will re-lock (after the unlock time has expired etc.) regardless of the door being open or closed.

2.4.3. Door unlocked until door open For security reasons, it is possible for the door to re-lock at the moment it opens. The door relay will be de-activated after the door is opened. This option will override the unlock time. The door will stay unlocked until opened.

YES The door relay will stay activated (initialised by a valid card or PIN) until the door zone has switched back to normal (the door has closed).

NO The door relay will perform standard operation.

2.4.4. Unlocked timezone The programmed timezone will automatically unlock the door for the programmed time periods. Free access is allowed when the timezone is valid.

Timezones are programmed in the Advisor MASTER in menu 13. Only Timezones 0 to 24 can be entered.

2.4.5. Unlocked timezone after entry Select if the override takes effect immediately the timezone commences or after a user has entered.

YES Before the timezone will unlock the door, a user needs to enter the area.

NO Automatic unlock will start at the timezones start time.

2.4.6. Report when door closed and locked Select if a door is to report closed and locked (lock command send and zone ststus normal).

YES Report when door is (not) closed and locked to printer and TITAN (zone switches status (not) normal and/or door (not) locked).

NO No reporting unless an alarm occurs (depends on zone type).

This is only a reporting function

XX, NO - Zone Holds Door Unlocked*-Change

XX, Unlock Timezone Disabled *-Dis, TZ:

XX, NO - Door Unlocked Until Door Opens *-Change

XX, NO - Unlock Timezone After Entry*-Change

XX, NO - Report door Closed&Locked*-Change


There is no event specified in the control panel. This function can only be used in conjunction with the next option!

2.4.7. Report open/unlocked as unlocked Select if a door (not) closed and locked needs to be reported as unlocked.

YES Report (not) closed and locked as an unlocked message to the printer and TITAN.

NO No reporting of unlocking.


2.4.8. Report door open / close Select if opening or closing of the door needs to be reported.

YES Send a report to the printer and to TITAN when the zone assigned to the door is closed (zone switched from active to normal).



2.4.9. Report forced door Select if the opening of a door without a valid card, PIN or request to exit should be reported.

YES Report opening of the door without a valid card, PIN or request to exit to printer and TITAN.



2.4.10. Report DOTL Report when the Door is Open To long. .

YES Report to the printer and to TITAN when the zone assigned to the door is in the "DOTL" state. e.g. Still open after the shunt timer expires.


XX, NO-Map Open/Unlocked to Unlocked*-Change

XX, NO - Report Door Open/Close *-Change

XX, NO - Report Forced Door *-Change

XX, NO - Report DOTL *-Change



2.4.11. Reader LED options This record specifies the status that the reader LED’s will indicate (not applicable for PIN code readers).

Option Function

0 LED 1 On When Locked

LED 1 is on, when the door is locked.

1 LED 1 On When Unlocked

LED 1 is on, when the door is unlocked.

2 LED 1 On When Areas Armed

LED 1 indicates if the area assigned to the door is armed (if more than one area is assigned, all areas assigned to the door must be armed before LED changes state).

3 LED 1 Off When Areas Armed

LED 1 indicates if the area assigned to the door is disarmed (if more than one area is assigned, all areas assigned to the door must be disarmed before LED changes state.)

4 Two LED Arm/Disarm

Readers with dual LED control lines connected indicate the area disarmed and armed with different LED colours.

5 Two LED Valid/Void Readers with dual LED control lines connected indicate User Valid or Void using different LED colours.

6 LED’s Disabled No LED control.

On readers with dual LED control lines, LED 2 may also be programmed to indicate other condition(s) using ATS1250's Macro Logic programming.

Also see

Area(s) assigned to door (page 37).

2.4.12. Pulsed lock and unlock This function is only used on special electronic locks that require two separate relays to be pulsed at different times for it to open, and two separate zones for monitoring. If this function is set to 'Yes', then normal lock-strike opening is disabled. This option should always be set to 'No' unless otherwise specified.

The TWO relays needed are taken from the relay number specified in Hardware options, page 35. The Unlock output number specifies one relay, and the ATS1250 takes the next sequential relay number for the second relay it needs to operate the lock. For example; if 17 is entered as an Unlock output number and this option is set to 'Yes', then relays 17 and 18 are used for the lock.

TWO zones are also needed for this operation to work. One for the normal door open contact (e.g. reed switch) and one for the monitoring of the door lock status that comes from the electronic lock. The two zones needed are taken from the option Zone number specified in Hardware options page 35. Only one number is specified there and the ATS1250 takes the next sequential zone number, similar to the lock relay number described above.

XX, LED1 On When Locked *-Change:

XX, NO - Pulsed Lock & Unlock Relays*-Change


The specific operation is as follows:

Door Open procedure:

On presenting a valid user at this reader, the second relay will pulse on for 0.5 sec. After 0.2 sec of the second relay switching on, the first relay will pulse on for 0.5 sec. If according to the zone monitoring (explained below) the door has not opened, it will continue this procedure for the 'Unlock Time'. If a 'Door Unlock' command is sent, this procedure is permanently continued. The procedure continues every 1.5 seconds. See timing diagram (a).

The difference between 'Door Open' and 'Door Unlock' is: The 'Door Open' command only unlocks the door for the 'Unlock Time', where as the 'Door Unlock' command opens the door permanently until a 'Door Lock' command is sent.

Door Lock procedure:

The second relay will pulse on for 0.5 sec. If according to the zone monitoring (explained below) the door has not closed, this procedure will continue until it does. See timing diagram (b).

Zone monitoring:

The first zone is the reed switch and the second zone comes from the electronic lock indicating the door lock position.

• 'Door Open' or 'Door Unlock': If the second zone is active and the first zone is normal.

• 'Door Lock': If the second zone is normal and the first zone is active.

2.4.13. Time & Attendance Reader If set to YES, it will enable the reader to function as a time and attendance reader.

* THIS FUNCTION NOT CURRENTLY ENABLED

2.4.14. Disable Duress functionality This option is used to disable duress codes from functioning.

YES No duress function available at this door.

NO The Duress function is available.

1,5 Sec

0,5 Sec

0,2 Sec

1,5 Sec 0,5 Sec

2nd Relay

1st Relay

Diagram (a)

1,5 Sec 0,5 Sec

2nd Relay

Diagram (b)

XX, NO - Disable Duress *-Change

XX, NO – Time & Attendance Reader*-Change


2.5. Hardware options The Advisor MASTER zone and output numbers are used in these records. All numbers used in the ATS1250 Installer programming menus should correspond with the numbers used in the Advisor MASTER Installer menus. See; Short list of available zones and outputs per DGP address on page 48.e.g. Menu 1, Zone Database, and menu 16, Event to outputs.

The ATS1250, when assigned an address, automatically calculates its default zone and output numbers (see the Door/lift data hardware defaults, page 49). The ATS1250/1260 has four relays onboard that by default are assigned as unlock relays.

When assigning zone and output numbers to these functions, only numbers associated with the DGP address can be entered. These ATS1250 output assignments only activate outputs connected to it.

If zones are disabled, they revert to being normal DGP system zones.

Any zones assigned as Door Contact zones or DOTL zones also have to be assigned a zone type in the Advisor MASTER Installer menu 1, Zone Database (defines how the Advisor MASTER responds to alarms on these zones).

2.5.1. Unlock output number This menu specifies the ATS1250 output number to be activated when the door is accessed. By default, this is one of the four onboard relays. The output number specified refers to system output numbers (if using 'Pulse Lock' page 33, the output number is entered in this menu).

2.5.2. Zone number This menu specifies the zone number to be used for a Door contact on the ATS1250 (if using Pulsed lock and unlock, page 33, the zone number is entered in this menu).

2.5.3. Monitor second door zone When programmed, the spare zone is used as a second door contact.

YES Treat the spare zone as second door contact.

NO The spare zone remains available as spare.

2.5.4. Forced output number The ATS1250 output number to be activated when a zone is in a "Forced Door" condition. e.g. The door has been opened without a valid command.

5-Hardware Options XX, Menu:

XX,Unlock Relay nn *-Dis, 0/p:

XX, Zone nnn *-Dis, Zone:

XX,NO - Monitor 2nd Door Zone *-Change

XX,Forced Output Disabled *-Dis, O/p:


2.5.5. Shunt zone number(s) The zone number(s) on the ATS1250 that require to be shunted when the door is accessed (typically the same number as the zone number)

2.5.6. Warning output number This menu specifies the ATS1250 output number to be activated during the "Warning time" when the shunt timer is about to expire.

e.g. May be used to activate a buzzer above a door to indicate the door needs to be closed.

2.5.7. DOTL zone number This menu specifies the zone number on the ATS1250 that reports the DOTL (door open to long) alarm condition for the door being programmed (if DOTL is enabled in Shunting options).

2.5.8. DOTL output number This menu specifies the ATS1250 output number to be activated when a zone is in a "DOTL" condition. e.g. The door left open after the shunt timer has expired.

2.5.9. Request To Exit zone number This menu specifies the zone number on the ATS1250 that activates the Request To Exit function for the door being programmed.

2.5.10. Interlock zone numbers This menu stipulates the zone numbers on the ATS1250 that prevents the doors being accessed at the same time. Numbers MUST be zone numbers on the SAME ATS1250.

To interlock with a door on another ATS1250, a contact from that door must be wired to a spare zone on the first ATS1250 and vice versa. In this case, if a zone is being used for interlocking and no door on the ATS1250 has that zone as its 'Door Contact', then the ATS1250 automatically inserts a 2 second delay before a door opens. This is to allow for settling times across door ATS1250’s. Please remember that this two-second delay only occurs when a zone is being used for interlocking and that zone comes from another door not on this door ATS1250.

XX, Warning Output Disabled *-Dis, O/p:

XX, Shunt zone:

Door not Interlocked IntLck. Zone:

XX,RTE Zone nnn *-Dis, Zone:

XX,DOTL Zone nnn *-Dis, Zone:

XX,DOTL Ouptut Disabled *-Dis, 0/p:


2.5.11. Area(s) assigned to door The area(s) specified here are used for:

• The reader LED’s if Reader options, Reader LED options (page 33) is selected to show area status

• Alarm control (page 28)

• Entry denied if area armed (page 29)

• Request To Exit options, IN Request To Exit disabled (page 26).

Although the area(s) listed here are NOT used for area control, the ATS1250 DOES need to identify the status of these area(s) to know whether to send an arm or disarm command to the Advisor MASTER. This is only when using cards by themselves for arming/disarming, e.g. 'Alarm Control on 1st or 3rd badge'. Please remember that the Alarm group in 'Menu 3' determines the area(s) allowed to be armed/disarmed by a user, not the area(s) listed here.

2.5.12. Fault output number This menu specifies the ATS1250 output number to be activated when a lock fault or reader fault is detected.

THIS FUNCTION IS NOT YET AVAILABLE.

2.6. Lift options These options are only available for the ATS1260 4-Lift DGP.

2.6.1. Starting floor of lift This record sets up the starting floor number the lift will control. For example, if this lift was controlling floors 1 to 8, then this 'Starting Floor' option needs to be 1. Also, see the next option, 'Last Floor'.

2.6.2. Last floor of lift This record sets up the last floor number the lift will control. For example, if this lift was controlling floors 1 to 8, then this 'Last Floor' option needs to be 8. Also, see the previous option, 'Starting Floor'.

2.6.3. Starting physical relay This record configures the physical starting output number, on the ATS1260, for the range of outputs that the lift uses to disarm and arm floors. For example, if this lift was

No Areas Asigned To Door Area:

XX,Fault Output Disabled *-Dis, 0/p:

6 Lift Options XX, Menu

XX, First Floor 1 *-Dis, Floor:

XX,Last Floor 64 *-Dis, Floor:

XX, First Physical Relay 1 *-Dis, 0/p:


controlling floors 1 to 8 and the outputs, used to disarm those floors, were outputs 21 to 28 on the ATS1260, then enter 21 here. When this value is entered, the ATS1260 interprets this as follows:

• Physical Output is 21 (‘physical’ meaning the available output on board the ATS1260).

• Starting Floor is 1 and Last Floor 8, meaning 8 floors.

• Therefore, the Physical Output range is 21 to 28.

So, outputs 21 to 28 on this ATS1260 are used for this lift to arm and disarm floors.

The ATS1260 automatically calculates the last output number required to arm and disarm the floors it controls. The floor range in the options ‘Starting Floor’ and ‘Last Floor’ determines this.

2.6.4. Zones monitor floor selected This record enables ATS1260 zones to monitor the floor selected, up to a maximum of 64 floors.

YES The ATS1260 zones may be used to monitor the floor selected, which generates a report to the printer and computer. The zone range used is configured in menu 2.6.6.If this option is set to ‘YES’ then the 'Security Group Zone' Menu 2.6.8. cannot be used.

NO Zones are used as normal system alarm zones and the Security Group Zone if enabled.

2.6.5. Wait for floor selection Wait for floor selection before going on.

YES The lift will wait for only one floor to be selected before going on.

NO When the user is allowed access to multiple floors, multiple floors may be selected.

2.6.6. First physical zone This menu configures the starting zone number for the ATS1260 that it will be use to monitor the floors. When the user accesses a floor (a floor button pressed in the lift), the ATS1260 will know which floor the user has selected. For example, if this lift was controlling floors 1 to 8, (8 floors) and this option has been set to 9, then zones 9 to 16 on the ATS1260 will be used to monitor the floors. Floor 1 uses zone 9; Floor 2 uses zone 10, etc.

The ATS1260 automatically calculates the last zone by the number of floors it is controlling. The floor range is configured using the options ‘Starting Floor’ and ‘Last Floor’.

XX, NO - Zones Monitor Floor Selected *-Change

No - Wait For Floor Selection *-Change

XX,First Physical Zone 1 *-Dis, Zone:


2.6.7. Lift override group Records a Floor group number. Each floor group is programmed with floor(s) and a timezone. The Lift Override Group determines the floor(s) that may be freely accessed in the lift controls, and the times during which they can be disarmed without using a valid card or PIN at the lift reader.

2.6.8. Security zone number This menu specifies the zone number on the ATS1260 that will control the "Lift Security Group". See "Lift Security Group" description below.

"Zones Monitor Floor Selected" must be set to NO if the Security Group Zone is used.

2.6.9. Lift security group Records a floor group number. Each floor group is programmed with floor(s) and a Timezone. The Lift Override Group determines the floor(s) that maybe freely accessed in the lift controls, and the times during which they may be accessed provided that the Security Group Zone (keyswitch) is switched on.

See previous option "Security Group Zone Number" above.

2.6.10. Total number of floors Enter the total number of floors that are available.

2.6.11. Lift bank selection Enter the lift bank or the group that the lift is part of. This information must be obtained from the Lift’s installation company.

2.6.12. Lift car selection Enter the lift’s car within the bank. This information must be obtained from the Lift’s installation company.

2.6.13. No floor landings 1-32 Enter the floors, between 1 and 32, the lift’s car can stop at with respect to the total floors available.

XX, Lift Override Group Disabled *-Dis, Grp:

XX,Security Zone Disabled *-Dis, Zone:

XX,Lift Security Group Disabled *-Dis, Grp:

XX,Total Floor 0 *-Dis, Floors:

XX,Lift Bank Disabled *-Dis, Bank:

XX,Lift Car Disabled *-Dis, Car:

XX,No floor landings LandFlr 1-32:


When entered, the display will show four sets of eight digits (one digit for each floor). The digits are 1 or 0. A one indicates a floor landing is available. A zero indicates that no floor landing is available.

2.6.14. No floor landings 33-64 Enter the floors, between 1 and 32, the lift’s car can stop at in relation to the total floors available. When entered, the display will show four sets of eight digits (one digit for each floor). The digits are 1 or 0. A one indicates a floor landing is available. A zero indicates that no floor landing is available.

2.6.15. Monitor High Level floor landings Select whether the floor that the lift is currently at is monitored. Usually set to NO due to the large amount of data generated.

YES Monitor floor landings.

NO Do not monitor floor landings.

3. INITIALISE DATABASE

Initialise database

Before starting initial programming, initialise the database to ensure all options have been set to default to and create a base for efficient programming.

! CAUTION! Programming menu 3, Initialise Database, defaults the ATS1250/1260 database, resetting ALL programming options to the factory defaults.

When selected, the display shows what doors will be initialised. Press [*] or [MENU*] to start the initialisation process.

The display will show the doors that are being initialised.

3-Initialize Database Menu:

Initialize Doors xx,xx,xx & xx *-Initialize

Initializing Doors xx,xx,xx & xx Please Wait…

11001111 11000000 00000000 00000000LandFlr 1-32:


4. DISPLAY CARD

Display card detail of the last card badged

This menu is available to verify if the card settings are correct (the card read has the correct card numbers). After a card is badged, all details concerning the System code and the Card number are displayed. If the system code is unknown, this menu may be used to reveal the card’s system code.

! CAUTION! Part of the programming must to be completed before the correct information will be displayed. The readers must be working, available, and configured for the correct card formats.

When checking the System code for a set of cards, always check several cards to ensure that the System code is the same for all cards in the set. This also helps to indicate that the correct "Card Format" has been selected in the reader options.

If different cards in the same set of cards show different System codes, re-check the card format selected.

Example of display:

Before adging a card:

When a card has been badged:

In this example, the system code is 722 and the Card ID is 256.The 7 number code between brackets is a special code for cards that can be used in TITAN, card issues.

Waiting For Card to be Badged (0)ENTER - Exit:

USER 256:SC722,ID256[240.0.0.3.4.1.0]

Display Card Menu:


5. DOOR GROUPS

! CAUTION! This option is provided as a diagnostic tool for the installer/programmer. It enables the door group details relating to the four doors on the ATS1250 being programmed to be viewed and modified for testing purposes. Permanent changes to door groups should be programmed in the Advisor MASTER User Menu 20, "Door Groups and Floor Groups"

Viewing door group details.

Select a door group to view/modify. Each door group contains a list of all doors. In this menu, only doors that belong to the ATS1250 being programmed are displayed along with the timezone assigned to that door. .

Select a door number to view. View timezones for the door. Be careful when modifying data.

Authorised access is only valid (will be granted) during the timezone.

DXX-00 Door XX has timezone 0 assigned (standard 24-Hour access)

DXX-** Door XX no timezone assigned to this door group.

DXX-nn Door XX has timezone nn assigned to restrict access at the door to a specific time period.

Example of the display:

Door Group To Program Group:

Group 1, D17-**, D18-**, D19-**, D20-**

Group 1, D17-**, D18-**, D19-**, D20-**

5-Door Groups Menu:


6. FLOOR GROUPS

! CAUTION! This option is only provided as a diagnostic tool for the installer/programmer. It enables the floor group details relating to the four floors on the ATS1250 being programmed to be viewed and modified for testing purposes. Permanent changes to floor groups should be programmed in the Advisor MASTER User Menu 20, "Door Groups and Floor Groups

Viewing floor group details.

Select a floor group to view/modify. Each floor group contains a list of all floors. In this menu, only floors that belong to the ATS1250 being programmed are displayed along with the timezone assigned to that floor. ".

Select a floor number to view. View timezones for the floor (be careful when modifying data).

Authorised access is only valid (will be granted) during the timezone.

FXX-00 Floor XX has timezone 0 assigned (standard 24-Hour access)

FXX-** Floor XX no timezone assigned to this floor group.

FXX-nn Floor XX has timezone nn assigned to restrict access at the floor to a specific time period.

Example of the display:

Floor Group To Program Group:

Group 1, F1-**, F2-**, F3-**, F4-** Floor:

Group 1, F1-**, F2-**, F3-**, F4-** *-Dis,F1 Tz:

6-Floor Groups Menu:


7. SYSTEM OPTIONS

Assign system outputs.

The output numbering used in these records is the same as used by the Advisor MASTER control panel. Therefore the output numbers used in the Door Programming menu correspond with the numbers used in the Advisor MASTER Installer’s programming menu 16, Output Mapping.When assigning output numbers to these functions, only output numbers associated with the DGP address can be entered. These ATS1250 assignments only activate the outputs connected to the DGP being programmed.

For a list of available outputs, see Short list of available zones and outputs per DGP address on page 48

7.1. Mains fail output number This menu specifies the ATS1250 output number to be activated when a "Mains Fail" condition exists on the ATS1250.

7.2. Low battery output number This menu specifies the ATS1250 output number to be activated when a "Low Battery" condition exists on the ATS1250.

7.3. Tamper output number This menu specifies the ATS1250 output number to be activated when a "Cabinet Tamper" or a "Siren Fault" condition exists on the ATS1250.

XX,Mains Fail Output Disabled *-Dis, 0/p:

XX,Low Battery Output Disabled *-Dis, 0/p:

XX,Tamper Output Disabled *-Dis, 0/p :

7-System Options Menu:


8. MACRO LOGIC

Macro logic programming

Macro logic provides a powerful tool for activating event flags when specific events occur. These events are macro inputs being triggered, logic equations combining the macro inputs, and timed/latched output conditions.

Up to four macro inputs may be included in the logic equation. A macro input is an event flag. Each macro input in the logic equation can be programmed as an AND or an OR function and may be inverted.

Options are provided so that the macro’s result will trigger a macro output which may be; a pulse, timed, on delay, off delay or latched when activated.

The event flags are pre-defined Event flag Numbers as listed in the table, Macro event flags (page 50). Some can only be used for macro inputs; some for macro outputs and others may be used for both.

For more information on Macro Logic programming, refer to the programming guide for any Advisor MASTER control panel.

! CAUTION! It is very important to plan the Macro Logic carefully on paper, noting all details before attempting to program.

8.1. Macro logic program number Enter the number of the Macro logic program. There are 48 programs available.

8.2. Function and output event The result of, the macro’s logic and the macro’s output function will trigger an event flag. The macro’s output may have timing functions.

Option Function

Disabled This macro logic program is disabled.

Non Timed Follows the result of the logic equation only. If a macro input (an event flag or an output) for this macro changes, the logic equation will be calculated again.

On Pulse Activates for the programmed time or the active period of the logic result, whichever is the shortest.

On Timed Activates for the programmed time regardless of the macro inputs changing.

On Delay Activates after the programmed time period unless the result of the logic equation is no longer valid.

8-Program Macro Logic Menu:

Macro Logic Number Marco No:

MX, E0 Disabled *-Chg,Event:


Option Function

Off Delay Follows the result of the logic equation, but remains active for the time programmed after the result of the logic equation is no longer active

Latched Activates on any of the first three macro inputs in the logic equation and is only reset by the fourth macro input. Any programmed AND / OR function is not used)

How to program Press one of these keypad buttons to: [MENU*] Display a new output function. 0 Leave the menu ? [ENTER] Enter the event flag number. Activates if the result of the logic

equation is true. [ENTER] Save the displayed function and move to the next display.

8.3. Time The time period (1 – 255 seconds or minutes) that is used when any of the timed macro output functions are selected (pulse, on timed, on delay or off delay). When programming 1 to 4 minute periods, program the value in seconds to improve the accuracy. e.g. 60, 120, 180 or 240 seconds.

8.4. Logic equation Program up to four macro inputs. (e.g. ATS1250 event flag numbers). The logic connecting the four inputs may be the AND or OR function. A NAND or NOR function can be achieved by inverting the logic of the particular input.

When all conditions of the logic equation have been met, the result is true, and the event programmed in the previous steps will be activated (depending on any timing function programmed).

Any macro logic inputs not used MUST be left as an OR function.

How to program Press one of these keypad buttons to: ? [ENTER] Enter and display new event flag number. Enter the same number

twice to invert the macro input. Before calculating the result of the macro logic equation, the input is inverted. An inverted input is recognised by the exclamation mark (!) preceding the “E”.

[MENU*] Toggle between OR or AND function. [ENTER] Save the displayed details and move to the next display.

M X, E0 On Pulse 0 Sec *-Chg,Event:

MX,E0 OR E0 OR E0 OR EO 1st Event:


10 To Local Devices Menu:

9. VERSION NUMBER

This menu is used to retrieve version number information from the ATS control panel. The display will first show the ATS1250 Firmware version with copyright information.

When [ENTER] is pressed, the CPLD version is displayed. This is an internal component. This number may be requested by Aritech’s technical support for answering specific questions on available options.

10. TO LOCAL DEVICES The ATS1250/1260 allows RAS’s to be connected to the local databus. This local databus is often used to connect Wiegand readers to the DGP over large distances. This menu is available to be able to program these devices in a similar way to programming the ATS1170.The functionality is the same as in installer programming menu 28, To remote devices in the ATS control panel.

After the menu has been entered, select the device type (RAS or DGP), and then select the device’s address. After this, the selected device may be programmed.

© Copyright 1988-2000 Tecom SystemsXX.XX.XX NIUM

© Copyright 1988-2000 Tecom SystemsCPLD: 2.0

Connecting…. Enter to abort

Local Device Type: 1-DGP, 2, RAS Device Type:

Local RAS Setup RAS No:


READER AND INTERFACE TYPE PROGRAMMING ATS1100

LCD

keypad

ATS1105

LCD keypad

with reader i/f

ATS1150 / ATS1151

4 LED keypad

ATS1401

Mag Card Reader

ATS1170

Single Wiegand

Reader I/F

ATS1190

Aritech Proximity Readers

ATS1250 OPTIONS: Poll RAS YES YES YES YES YES

RAS’s with LCD YES YES NO NO NO

RAS with Request To Exit enabled

O O O O O

RAS with Toggle Mode NO NO O O

Legend: O Optional. See ATS1250 Programming menu for details.

- Not relevant

SHORT LIST OF AVAILABLE ZONES AND OUTPUTS PER DGP ADDRESS

The following list shows the available physical zones and outputs per DGP address. Note, the four on-board lock relays are treated as the first four output numbers assigned to the DGP Address.

DGP nbr Door numbers Physical zones Physical Outputs

1 17 -20 17 – 32 17 – 32

2 21 - 24 33 – 48 33 – 48

3 25 - 28 49 – 64 49 – 64

4 29 - 32 65 – 80 65 – 80

5 33 - 36 81 – 96 81 – 96

6 37 - 40 97 – 112 97 – 112

7 41 - 44 113 – 128 113 – 128

8 45 - 48 129 – 144 129 – 144

9 49 - 52 145 – 160 145 – 160

10 53 - 56 161 – 176 161 – 176

11 57 - 60 177 – 192 177 – 192

12 61 - 64 193 – 208 193 – 208


DOOR/LIFT DATA HARDWARE DEFAULTS

Hardware options: default zone/output number assignments

DGP No. (address) Function

Door

1 2 3 4 5 6 7 8 9 10 11 12

UNLOCK RELAY 1st door 17 33 49 65 81 97 113 129 145 161 177 193 2nd door 18 34 50 66 82 98 114 130 146 162 178 194 3rd door 19 35 51 67 83 99 115 131 147 163 179 195 4th door 20 36 52 68 84 100 116 132 148 164 180 196

ZONE NO 1st door 17 33 49 65 81 97 113 129 145 161 177 193 2nd door 20 36 52 68 84 100 116 132 148 164 180 196 3rd door 23 39 55 71 87 103 119 135 151 167 183 199 4th door 26 42 58 74 90 106 122 138 154 170 186 202

DOTL ZONE NO 1st door 32 48 64 80 96 112 128 144 160 176 192 208 2nd door 31 47 63 79 95 111 127 143 159 175 191 207 3rd door 30 46 62 78 94 110 126 142 158 174 190 206 4th door 29 45 61 77 93 109 125 141 157 173 189 205

REQUEST TO EXIT ZONE NO

1st door 19 35 51 67 83 99 115 131 147 163 179 195

2nd door 22 38 54 70 86 102 118 134 150 166 182 198 3rd door 25 41 57 73 89 105 121 137 153 169 185 201 4th door 28 44 60 76 92 108 124 140 156 172 188 204

SHUNT ZONE NO

1st door 17 33 49 65 81 97 113 129 145 161 177 193

2nd door 20 36 52 68 84 100 116 132 148 164 180 196 3rd door 23 39 55 71 87 103 119 135 151 167 183 199 4th door 26 42 58 74 90 106 122 138 154 170 186 202

Lift values Starting

physical output Starting

physical zone 1st lift 1 1 2nd lift 65 65 3rd lift 129 129 4th lift 193 193

Reader Function IN IN OUT OUT

1st door 1 5 9 13

2nd door 2 6 10 14

3rd door 3 7 11 15

4th door 4 8 12 16

50

ATS1

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65

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73

74

75

76

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81

82

83

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89

90

91

92

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97

98

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105

106

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179

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ATS1

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ATS1250/1260 Programming Guide

ATS1250/1260 PROGRAMMING SHEET

DGP options

Remote number:____________ (DGP Address)

Door / Lift numbers: ___, ___, ___, ___

Function Door defaults Lift defaults Programmed Relay Controllers Disabled Disabled Alarm Prefix Digits 0 0 Poll RAS None None RAS with LCD None None RAS with Request To Exit enabled None None RAS with Toggle mode None None Poll DGP None None Dual zone YES YES Card to PIN Time 8 Seconds 8 Seconds Two Cards Time 8 Seconds 8 Seconds Multiple Badge Time 5 Seconds 5 Seconds Re-lock Release Time 3 Seconds 3 Seconds Region Count Threshold 0 0

ATS1250/1260 System fault options

Remote number: DGP Address:_____

Door / Lift numbers: ___, ___, ___, ___

System options Door defaults Lift defaults

Mains Fail Relay Disabled Disabled Low Battery Relay Disabled Disabled Tamper Relay Disabled Disabled


PROGRAMMING SHEET

Door options, Menu’s 1, 2 and 3

Function Door defaults Lift defaults 1st Door or Lift No:_____

2nd Door or Lift No:_____

3rd Door or Lift No:_____

4th Door or Lift No:_____

Access Options Unlock Time 5 Seconds 5 Seconds Extended Unlock Time 10 Seconds 10 Seconds Shunting No Shunting No Shunting Shunt Time 60 Seconds 0 Seconds Extended Shunt Time 90 Seconds 0 Seconds Shunt Warning Time 15 Seconds 0 Seconds Low Security Timezone Disabled Disabled IN Reader Card & PIN NO NO OUT Reader Card & PIN NO NO IN Reader Inhibit PIN NO NO OUT Reader Inhibit PIN NO NO Anti Passback Disabled Disabled IN Region Disabled Disabled OUT Region Disabled Disabled ANTI Passback Time 0 0 IN Reader Two Cards NO NO OUT Reader Two Cards NO NO

Request To Exit Options

Request To Exit Timezone 0 Disabled IN Request To Exit Dis. If Armed

NO NO

OUT Request To Exit Dis. if Armed

NO NO

Request To Exit Control Times Door Open

Times Door Open

Request To Exit Reporting NO NO

Alarm Control Alarm Group 1 1 Alarm Control None None IN Denied if Armed NO NO OUT Denied if Armed NO NO Authorised RAS Number Disabled Disabled


PROGRAMMING SHEET

Door options, Menu’s 4, 5 and 6

Function

Door defaults Lift defaults 1st Door or Lift No:_____

2nd Door or Lift No:_____

3rd Door or Lift No:_____

4th Door or Lift No:_____

Reader Options Card Format Aritech ASC Aritech ASC I/P Holds Door Unlocked NO NO Override Timezone Disabled Disabled Override After Entry NO NO Open/Close Reporting NO NO Forced Door Reporting NO NO DOTL Reporting NO NO Reader LED Option LED 1 on

when locked LED 1 on

when locked

Pulsed Lock & Unlock NO NO Random Percentage 0% 0% Time & Attendance Reader NO NO Disable Duress NO NO

Hardware Options

Unlock Relay * See Table Disabled Zone * See Table Disabled Forced Door Relay Disabled Disabled Shunt Zone * See Table NONE Warning Relay Disabled Disabled DOTL Zone * See Table Disabled DOTL Relay Disabled Disabled Request To Exit Zone * See Table Disabled Interlock Door not

interlocked Door not

interlocked

Area/s Assigned None None Fault Relay Disabled Disabled

Lift Options

Starting Floor 1 1 Last Floor 64 64 Starting Physical Relay * See Table * See Table Zones Monitor Floor NO NO Starting Physical Zone * See Table * See Table Lift Over-ride Group Disabled Disabled Security Zone Disabled Disabled Lift Security Group Disabled Disabled


PROGRAMMING SHEET

Door options – Macro logic (Menu 8)

Macro Logic Output Event

1st I/P Event

And / Or

2nd I/P Event

And / Or

3rd I/P Event

And / Or

4th I/P Event

No: Function Time NOT Number: NOT No: LOGIC NOT No: LOGIC NOT No: LOGIC NOT No:


GLOSSARY Access control The control of entry to, or exit from, a secure area. Active See Normal/Active/Tamper/Inhibited Alarm See Burglar alarm Alarm group Alarm groups define the options available to users, arming stations or

door reader to allow alarm control. Alarm groups are defined by, areas, alarm control functions and menu options. Zone types for area control (keyswitches) also make use of alarm groups.

Alarm group restriction An alarm group restriction may be assigned to an alarm group to enable different types of user to:

- Use the timed disarm option for specific area(s) - Restrict alarm control to “Arm/reset only” on specific area(s) - Utilise the “User Count” or “Emergency” function.

Alarm reporting A procedure to transmit alarm and other events to a central station by a dialler using a set of rules called a protocol.

Alarm control The control of alarm functions. Anti-passback A record is kept on the movement of users . To be able to perform the

operation, users need to present their card or PIN when entering or leaving premises. Anti-passback might inhibit users entering the premises if they did not register leaving.

Area A section of a premise which has specific security requirements. The ATS system allows any premise to be divided into 16 areas (max) each having different security requirements and its own zones. Every area is identified by a unique number and name. e.g. Area 1 Office, Area 2 Workshop, Area 3 Boardroom, etc.

Armed The condition of an area where a change in the status of any zone (from normal to active) causes an alarm. An area or premise is normally only armed when it is unoccupied. Some zones (like vaults) may always be armed.

Arming stations (RAS) A device that is the user’s control panel to control security functions for an

area(s) or access points (doors). The arming station may be an ATS console (LCD keypad or reader) or any other device that may be used to perform security functions, such as arm/disarm, open doors, etc.

Burglar alarm An alarm triggered by a security device such as a PIR or door contact, indicating someone has entered without authorised access.

Card A credit card sized device that holds information to identify a user. The information, to identify a user, can be available on a magnetic strip, a bar-coded strip, and a Wiegand card or in a chip (smart cards).

Central station A company that monitors alarms that may occur in a security system. A central station is usually located away from the premise or area it monitors.

Control panel An electronic device that is used to gather all data from zones within a premise. Depending on the programming and the status of the areas, it will generate alarm signals. If required, alarms and other events may be reported to a central station.

Cursor A flashing underline character on the liquid crystal display (LCD) that indicates where the next character, entered at the keypad, will appear.

DGP Data Gathering Panel. A device that collects data from other security devices within an area, and transfers it to the ATS control panel or a 4-door/4-lift DGP.


Dialler An electronic device that allows the ATS system to transmit alarms and other events to a central station. May also be used to perform up/download.

Disarmed The condition of an area when it is occupied and when the security system has been set so that normal activity does not cause an alarm.

Door contact A magnetic contact used to detect when a door or window is opened. Door control The control over door functions. Door group An ATS feature that assigns a group of doors or lifts to a user, in order to

allow access to those doors/lifts. Access to each door in a group may be restricted by a timezone.

DUAL Dual detector. A security device used to detect intruders in a certain part of an area or premises. The technique used is based on two technologies such as PIR and microwave or PIR and Ultrasonic.

Duress A situation where a user is being forced to breach the system security (e.g. forced at gunpoint to open thepremises). The ATS duress facility allows a signal to be activated (e.g. notification to a central station) by the user. This is done by entering a duress digit in conjunction with a PIN code.

Engineer Personnel from an Alarm company that is able to install and service the alarm system.

Event flags A signal activated by; a zone condition, an area condition, the system’s status or fault condition, a door command (on doors 1 to 16) or a shunt condition. The main purpose of an event flag is to activate an output.

Fire alarm An alarm triggered by fire or smoke detectors indicating a fire. Floor group An ATS feature that assigns a group of floors to a user, to allow of floors

to be selected when accessing a lift reader. Access to each floor in a group may be restricted by a timezone.

Floor control See Door control. History A list of past alarm and access control events stored in memory that may

be viewed on an LCD arming station or sent to a printer. Hold-up A (silent) alarm that is triggered by a hold-up button. Normally it will not

trigger any sirens, only send a message to a central station. Inhibit See Normal/Active/Tamper/Inhibited Interlock A method that stops two doors, close to each other, being opened at the

same time. Used, for example, in vaults. Installer A company that installs and services security equipment. Keypad A remote arming station with keys to input data (keypad). Used to

program the control panel, perform user functions, view alarms, etc. Keyswitch A key operated device using a switch to arm or disarm areas etc. LCD (Liquid Crystal Display). The part of an arming station where messages

are displayed. LED (Light Emitting Diode). A light indicator on an arming station which

conveys a condition. e.g. An area in alarm, a communication fault, etc. Local alarm An alarm that is signalled only within a premises and occurs when an area

is occupied. The circumstances that cause a local alarm may be checked and rectified by personnel on site and it is therefore unnecessary for the alarm to be reported to a central station.

Logic equation A logic expression that combines macro inputs in a specific manner. The result of a logic equation is called a macro output.

Macro input An event flag or an output that is used in a logic equation. Each macro input is an event flag or output.

Macro logic program A set of rules that is created by; macro inputs, logic equations and macro t t th t i d t t i t fl


outputs that is used to trigger event flags or zones. Macro output A macro output holds the result of a logic equation. The macro output may

have a timing element. Macro outputs trigger event flags or zones. Normal/Active/Tamper/Inhibited Describes the condition of a zone.

Normal: The zone is NOT activated. e.g. Fire Exit Door close. Active: The zone is activated. e.g. Fire Exit Door open Tamper: The zone is open or short-circuited. Someone may have

tried to tamper with the security device. Inhibited: The zone has been inhibited from indicating normal or

active status. It is excluded from functioning as part of the alarm system.

Nuisance alarm An alarm that is triggered by a security device, without burglary. Could be caused by open windows, pets or incorrect alignment of security equipment.

Online/offline Operational/non-operational. A device may be offline due to a malfunction in the device itself or it may be disconnected from the control equipment.

Output controller A PCB module that connects to the ATS control panel or a DGP to provide relay or open collector outputs. When programming, one Output controller equals 8 outputs.

Physical zone/output An ATS1250/1260 terminology. These devices have an independent , local databus on which devices may be connected such as RAS’s or DGP’s. These devices may have outputs or zones, but the outputs and zones may only be addressed by the ATS1250/1260. The zones and outputs that may also be addressed by the control panel are referred to as physical zones and outputs.

PIN code A 4 to10 digit number given to, or selected by, a user. It is necessary to enter a PIN code at an ATS keypad as a pre-requisite to performing most ATS functions. In the ATS programming the PIN code is associated with a user number which identifies the PIN code holder to the system.

PIR Passive Infra-Red detector. A security device used to detect intruders in a certain part of an area or premises. The technology used is based on infrared detection.

Poll An inquiry message continuously sent by the ATS control panel to DGP’s and arming stations. Polling allows the remote device to transfer data to the control panel.

RAS Remote Arming Station. See Arming station. Reader A device used for access control that can read cards to allow access.

Depending on the needs and the type of cards, the reader may be a magnetic swipe reader or proximity reader.

Region A region is an area within a building used for access control features like anti-passback.

Reporting See alarm reporting. Request To Exit zone A zone that is programmed to activate a door event flag. e.g. a button

provided inside a door (request to exit button) to allow users to exit without using the door reader. Request To Exit is often abbreviated to RTE.

Shunt A procedure that automatically inhibits a zone from generating an alarm when it is activated. e.g. Shunts stop a door generating an alarm when it is opened for a short time.

Tamper A situation where a zone, an arming station, control panel, DGP or associated wiring is tampered with, or accidentally damaged. The ATS tamper facility activates a signal when a tamper occurs. Tamper alarms from zones are called zone tampers.

Timezone A programmed setting which identifies specific time periods on specific days. Timezones are allocated to ATS functions to control the activity of that function by time and day and are primary used to restrict access. e.g.


Automatically arm or disarm areas or open doors. Up/Download A protocol providing means to view the status of an ATS system or

change parameters in the system programming either locally or remotely. User Anybody using the ATS system. Users are identified to the ATS system by

a unique number that is associated with the user’s PIN code. Zone An electrical signal from a security device (PIR detector, door contact) to

the ATS system. Each device is identified by a zone number and name. e.g. 14 Reception PA Button, 6 Fire Exit Door.


INDEX Alarm code prefix digits, 17 Alarm control

assigning, 28 assigning alarm groups, 28 authorised RAS, 29 IN/OUT disabled if area armed, 29

Alarm control via RAS, 29 Alarm group assignment, 28 Anti-passback

different types, 24 programming, 24

Areas assigned to doors, 37 Arming stations. See RAS ATS1250 and local RAS options, 48 Authorised RAS, 29 Automatic unlock after entry, 31 Cabinet tamper

specifying output number, 44 Card batches, 16

first card number, 16 first user number, 16 number of cards, 16 system code, 16

Card to PIN time programming, 19

Cards card batches, 16 displaying details, 41 specifying card formats, 30 zone holds door unlocked, 31

Database initialising, 40

Default reader assignments, 49 Defaults, 40 DGP

poll, 18 DGP options, 16

Addresses being polled, 18 alarm code prefix length, 17 card batches, 16 Card to PIN time, 19 dual zone, 19 multiple badge time, 20 output controllers, 16 programming, 16 RAS numbers, 17 RAS requiring Request To Exit, 18 RAS with toggle mode, 18 RAS’s with LCD, 17 region count limit, 20 Re-lock delay time, 20 two cards time, 19

Disarming disarming the system, 12

Door and lifts selecting door/lift number, 21

Door contact zone number second door zone, 35 specifying, 35

Door groups programming, 42 view, 42

Door Open Too Long. See DOTL Door/lift access options, 21–39

anti-passback, 24 cancel shunt after door closed, 23

deny region 0 user access, 24 extended access time, 21 extended shunt time, 22 IN reader Two card function, 26 IN/OUT reader regions, 25 inhibit PIN code, 23, 24 low security timezone, 23 method for opening doors, 23 OUT reader Two card function, 26 overriding after entry, 31 overriding timezones, 31 region count limits, 20 shunt conditions, 21 shunt time, 22 shunt until door closed, 22 unlock time, 21

Door/lift alarm control options alarm group, 28 authorised RAS, 29 function, 28 IN/OUT disarmed if area armed, 29 programming, 28

Door/lift hardware options areas assigned to door, 37 door contact zone number, 35 DOTL output number, 36 DOTL zone number, 36 fault output number, 37 forced output number, 35 monitor second door zone, 35 programming, 35 Request To Exit zone number, 36 shunt zone numbers, 36 unlock output number, 35 warning output number, 36 zone number to prevent accessing door, 36

Door/lift options last floor of lift, 37 lift bank selection, 39 lift car selection, 39 lift options programming, 37 lift override group, 39 lift security group, 39 monitor high level floor landings, 40 security group zone number, 39 select floor landing, 40 starting floor of lift, 37 Starting floor of lift, 37 starting physical relays, 38 starting zone of lift, 38 total number of floors, 39 wait for floor to be selected, 38 zones monitoring floor selected, 38

Door/lift programming menu accessing the menu, 14

Door/lift reader options card format, 30 duress functionality, 34 LED options, 33 programming, 30 pulsed lock and unlock, 33 report opening/closing door, 32 reporting DOTL, 32 reporting forced door, 32 time & attendance, 34 zone holds door unlocked, 31


Door/lift Request To Exit options IN/OUT RTE disabled, 26, 27 programming, 26 reporting, 28 Request To Exit control, 27 timezones, 26

DOTL DOTL alarm and shunt time, 21 output number, 36 reporting, 32 reporting DOTL alarm condition, 36

Dual zone defining if zones are single or dual zone, 19

Duress functionality, 34 Extended access time for door and lifts, 21 Extended shunt time for doors/lifts, 22 Floor

landings, 40 Floor groups

programming, 43 programming floor group number, 39

Floors first floor of lift, 37

Floors available, 39 Forced door

DOTL and forced door, 21 reporting, 32

Function and output event macro logic programming, 45

Hardware default options for doors/lifts, 49 IN/OUT reader regions

programming access controlled region, 25 IN/OUT readers

card & PIN, 23 opening doors if area armed, 29 programming access controlled region, 25 Request To Exit disabled if area armed, 26

IN/OUT Request To Exit disabled if area armed, 27 Inhibit PIN code for opening doors, 23, 24 Initialising the database, 40 Installing ATS1250/1260

recommendations, 6 Interlock zone numbers, 36 Lift bank selection, 39 Lift car selection, 39 Lift options

floor landing, 40 floors available, 39 last floor of lift, 37 lift bank selection, 39 lift car selection, 39 lift override group, 39 lift security group, 39 monitor high level floor landings, 40 output and zone numbers, 49 programming, 37 security group zone number, 39 starting floor, 37 starting floor of lift, 37 starting physical relay, 38 starting zone of lift, 38 wait for floor to be selected, 38 zones monitor floor selected, 38

Lift security group, 39 List of available zones and outputs, 48 List of macro event flags, 50 List of physical zones and outputs, 49 List of reader functions, 49 Lock/reader fault

activating output number, 37

Low battery condition output number, 44

Low security timezone programming door opening, 23, 24

Low security timezone for doors/lifts, 23 Macro logic

function and output event number, 45 logic equations, 46 program number, 45

Mains fail condition output number, 44

Menu options explanation of the LCD display, 13 how to program, 13 how to program values, 13 how to program YES/NO options, 13 moving around between them, 12 programming, 13

Monitor high level floor landings, 40 Opening doors

card & PIN required, 23 programming method used during low security

timezone, 23 two cards required, 26

Opening/closing doors reporting, 32

Output controllers number fitted, 16

Output numbers activating during warning time, 36 activating when door accessed, 35 activating when zone in, 35 list, 48 specifying physical outputs for lift, 38

Programming menu accessing, 12 explanation of the LCD display, 13 how to program, 13 Master engineer code, 12 moving around between the menu options, 12

Programming sheets DGP options, 53 door options menu’s 1-3, 54 door options menu’s 4-6, 55 Macro logic of ATS1250/1260 options, 56 system fault options, 53

Pulsed lock and unlock, 33 door lock procedure, 34 door open procedure, 34

RAS addresses to be polled, 17 with toggle mode, 18

Reader LED options specifying, 33

Reader options activating output number during warning time, 36 areas assigned to doors, 37 automatic unlock after entry, 31 automatic unlock timezones, 31 card format, 30 default IN/OUT assigment, 49 Door Open Too Long, 32 DOTL zone number, 36 duress functionality, 34 fault output number, 37 forced door entry, 32 forced output number, 35 interlock zone numbers, 36 LED options, 33 opening/closing of doors, 32


output activating on DOTL, 36 pulsed lock and unlock, 33 Request To Exit zone number, 36 shunting zone numbers, 36 specifying door contact zone number, 35 specifying second door zone, 35 time & attendance, 34 unlock output number, 35 zone holds door unlocked, 31

Region count limit programming, 20

Re-lock delay time drop bolts and Magnalocks, 20

Request To Exit control, 27 defining the operation, 27 IN/OUT reader disabled if area armed, 26, 27 no tamper monitoring, 18 options, 26 programming RAS’s, 18 reporting, 28 timezones, 26 zone number, 36

Security group zone number, 39 Short list of available zones and outputs per DGP type,

48 Shunt conditions for doors/lifts, 21

DOTL alarm generated, 21 Shunt time for doors/lifts, 22

cancel shunt after door closed, 23 extending shunt time, 22 until door closed, 22 warning shunt time, 22

Shunting zone numbers, 36 Siren tamper

specifying output number, 44

System code, 16 System options

low battery output number, 44 mains fail output number, 44 tamper output number, 44

Tamper output number, 44 Time & attendance reader, 34 Timer settings in minutes or seconds, 21 Timers

Card to PIN, 19 extended shunt, 22 extended unlock, 21 multiple badge, 20 re-lock delay, 20 shunt, 22 shunt warning, 22 Two cards, 19 unlock, 21

Timezone specifying when automatic unlock takes effect, 31

Timezone number for opening doors, 23 programming, 31

Toggle mode programming RAS, 18

Two cards programming time, 19

Unlock time for doors/lifts, 21 extended access time, 21

View card details, 41 Warning shunt time for doors/lifts, 22 Wiegand interface, 25 Zones

single or dual zone, 19 Zones numbers available, 48


PROGRAMMING MAP The main menu numbers correspond with the chapter numbers in this manual (e.g. 1. is Chapter 1).

XX, Output Controllers

Batch Number

XX, Alarm Code Prefix Digits

Poll RASRAS's with LCD

RAS's with Request to Exit Enabled

RAS's with Toggle Enabled

DGP's to be Polled

XX, Card to Pin Time

XX, Two Cards Time

XX, Multiple Badge Time

XX, Re-lock Delay Time

XX, Region Count Limit

1. Access Options

1. DGP Options

2. Door Options

XX, Unlock TimeXX, Extended Unlock Time

XX, ShuntingXX, Shunt TimeXX, Extended Shunt TimeXX, Shunt Warning Time

XX, Low Security TimezoneXX, In Reader Card & PINXX, Out Reader Card & PINXX, In Reader No PIN If TZ

XX, Anti Pass-BackXX, In RegionXX, Out Region

XX, In Reader Two CardsXX, Out Reader Two Cards

2. Request to Exit Options XX, RTE Timezone

XX, In RTE Disabled When Armed

XX, Out RTE Disabled When Armed

XX, RTE Times Door Open

XX, RTE Reporting

Select Door x, x, x, x

XX, Shunt Until Door CLosed

XX, Cancel Shunt After Door Secures

XX, Out Reader No PIN If TZ

XX, In Reader Inhibit Region 0 UsersXX, Out Reader Inhibit Region 0 Users

System Code

Start Card Number

Number of Cards

Start User Number

XX, Dual Zone


3. Alarm Control XX, Alarm Group

XX, Reader Has No Alarm Control

XX, Entry Denied if Area ArmedXX, Exit Denied if Area Armed

XX, RAS Number Disabled

5. Hardware Options

6. Lift Options

3. Initialise Database

4. Display Card

5. Door Groups

6. Floor Groups

7. System Options

8. Macro Logic

9. Version Number

4. Reader Options

10. To Local Devices

XX, Card Format

XX, Zone Holds Door Unlocked

XX, Unlock Timezone

XX, Unlock Timezone After Entry

XX, Report when door closed & locked

XX, Report Door Open/Close

XX, Report DOTL

XX, Reader LED Options

XX, Pulsed Lock & Unlock Relays

XX, Time & Attendance Reader

XX, Reader Duress

XX, Door Unlocked Until Door Opens

XX, Report open/unlocked as unlocked

XX, Unlock Relay Number

XX, Zone Number

XX, Forced Output Number

XX, Shunt Zone Number/s

XX, Warning Output Number

XX, DOTL Zone Number

XX, DOTL Output Number

XX, Request to exit Zone Number

XX, Fault Output Number

XX, Interlock Zone Numbers

XX, Ares(s) Assigned to Door

XX, Monitor 2nd Door Zone

XX, Report Forced Door

XX, First Physical Zone

XX, Wait For Floor Selection

XX, Zone Monitor Floor Selected

XX, First Physical Relay

XX,First Floor Number

XX, Last Floor Numbers

XX, Monitor High Level Floor Landing

Floor Landing Floors 33-64

Floor Landing Floors 1-32

XX, Lift Car Number

XX, Lift Bank Number

XX, Total Floors

XX, Lift Security Group number

XX, Lift Override Group

XX, Security Zone Number

Tamper Output Number

Low Battery Output Number

Mains Fail Output Number



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Documents

ATS1250/1260 4-door/4-lift DGPATS1250/1260 Programming Guide 7 PROGRAMMING SEQUENCE The ATS1250/1260 4-Door/Lift DGP is a versatile access control panel to extend the Advisor MASTER