Interlogix ATS1500A-SM, ATS1500A-LP, ATS1500A-MM, ATS3500A-MM, ATS1500A-IP-LP Installation And Programming Manual

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Page 1

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

P/N 466-2576 (EN) • REV B • ISS 16SEP16

Page 2

Trademarks and

patents

Interlogix, Advisor Advanced ATSx500A(-IP) name and logo are trademarks of UTC Fire & Security.

Other trade names used in this document may be trademarks or registered trademarks of the manufacturers or vendors of the respective products.

Manufacturer

UTC Fire & Security Americas Corporation, Inc. 3211 Progress Drive, Lincolnton, NC, 28092, USA

Authorized EU manufacturing representative: UTC Fire & Security B.V. Kelvinstraat 7, 6003 DH Weert, Netherlands

Version

This document applies to the following Advisor Advanced firmware versions:

ATSx500A(-IP): MR_3.0

Certification

EN 50131-1 System requirements

EN 50131-3 Control and indicating equipment EN 50131-6 Power Supplies EN 50136-1-1 Alarm systems -Alarm Transmission systems

ATS1500A(-IP): Security Grade 2, Environmental class II

ATS3500A(-IP): Security Grade 3, Environmental class II

ATS4500A-IP: Security Grade 3, Environmental class II

Note: ATS1500A(-IP) is upgradable to Security Grade 3 using the

ATS-MM-TK (MM enclosure) or the ATS-SM-TK (SM enclosure) tamper kit.

Tested and certified by VdS Schadenverhütung GmbH

Important: To comply with the above standards, it is required to

configure the system according to settings listed in Chapter 8 “Regulations” on page 301 onwards.

This product has not been designed to comply with EN 50134 and EN 54 norms.

European Union

directives

UTC Fire & Security hereby declares that this device is in compliance with the applicable requirements and provisions of one or more of the Directives 2014/30/EU and 2014/35/EU. For more information see www.utcfireandsecurity.com or www.interlogix.com.

2002/96/EC (WEEE directive): Products marked with this symbol cannot be disposed of as unsorted municipal waste in the European Union. For proper recycling, return this product to your local supplier upon the purchase of equivalent new equipment, or dispose of it at designated collection points. For more information see: www.utcfssecurityproducts.eu/recycle/

Contact information

www.utcfireandsecurity.com or www.interlogix.com

Customer support

www.utcfssecurityproducts.eu

Page 3

Content

Important information iii

Chapter 1 Quick installation and programming 1

Quick installation 2 Quick programming 4

Chapter 2 Installation 7

General installation information 8 Maintenance 16 Mounting 18 Earthing 20 Shielding 21 Cabling 22 Configuration 30 Specifications 35

Chapter 3 System functions 41

Function list 43 Zones 45 Areas 50 Set and unset 51 Inhibit and isolate 53 Keys 54 Bus devices 58 Users 60 User groups 62 PIN 66 Outputs 67 Access control 68 Condition filters 74 Triggers 76 Calendar 77 Events 79 Tests and diagnostics 80 Alarm reporting 84 User programmable functions 88 Autoset 91 Wireless device programming 92 Using cameras 98 Engineer reset 102 Timed unset / ATM 103

Chapter 4 Programming 105

The Advisor Advanced menu 106

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual i

Page 4

How to program the options 108 Remote access 113 Initial start-up 114

Chapter 5 Menu reference 117

1 Service menu 120 2 Device menu 142 3 User menu 162 4 Zones and areas 171 5 Door menu 196 6 Outputs and filters 217 7 Calendar 225 8 System option menu 232 9 Dialler menu 258

Chapter 6 Software 287

Programming Advisor Advanced via configuration software 288 Upgrading Advisor Advanced firmware 290

Chapter 7 Troubleshooting 295

Recovery procedure 296 Device troubleshooting 297

Chapter 8 Regulations 301

Options affected by EN 50131 regulations 302 Options affected by other regulations 308

Appendix A Advisor Advanced events 311

Appendix B Advisor Advanced reporting codes 327

Glossary 337

Index 343

Programming map 351

ii Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Model

Enclosure

Dimensions (mm)

Weight (kg)

ATS1500A-MM

Metal

MM, 315 x 388 x 85

5.2

ATS1500A-IP-MM

Metal

MM, 315 x 388 x 85

5.2

ATS1500A-SM

Metal

SM, 250 x 250 x 86

2.8

ATS1500A-IP-SM

Metal

SM, 250 x 250 x 86

2.8

ATS1500A-LP

Plastic

LP, 257 x 400 x 112

2.6

ATS1500A-IP-LP

Plastic

LP, 257 x 400 x 112

2.6

ATS3500A-MM

Metal

MM, 315 x 388 x 85

5.2

ATS3500A-IP-MM

Metal

MM, 315 x 388 x 85

5.2

ATS3500A-LP

Plastic

LP, 257 x 400 x 112

2.6

ATS3500A-IP-LP

Plastic

LP, 257 x 400 x 112

2.6

ATS4500A-IP-MM

Metal

MM+, 315 x 445 x 88

5.4

ATS4500A-IP-LM

Metal

LM, 475 x 460 x 160

10.9

Important information

This document includes an overview of the product and detailed instructions explaining how to install your Advisor Advanced system and program it.

To use this document effectively, you should have the following minimum qualifications:

• Basic knowledge of alarm systems and components

• Basic knowledge of electrical wiring and low-voltage electrical connections

Read these instructions and all ancillary documentation entirely before installing or operating this product.

Important note

This manual provides information for all Advisor Advanced and Advisor Advanced-IP control panels in all variations. “Advisor Advanced control panel” refers to any variant of the Advisor Advanced control panels, unless specifically stated otherwise.

List of panel variants

Table 1: List of ATSx500A(-IP) panel variants

Notes

• Not all variants may be available.

• Weight does not include batteries.

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual iii

Page 6

Safety sign identifies actions or practices that are required by EN 60950 Safety Standard.

Limitation of liability

To the maximum extent permitted by applicable law, in no event will UTCFS be liable for any lost profits or business opportunities, loss of use, business interruption, loss of data, or any other indirect, special, incidental, or consequential damages under any theory of liability, whether based in contract, tort, negligence, product liability, or otherwise. Because some jurisdictions do not allow the exclusion or limitation of liability for consequential or incidental damages the preceding limitation may not apply to you. In any event the total liability of UTCFS shall not exceed the purchase price of the product. The foregoing limitation will apply to the maximum extent permitted by applicable law, regardless of whether UTCFS has been advised of the possibility of such damages and regardless of whether any remedy fails of its essential purpose.

Installation in accordance with this manual, applicable codes, and the instructions of the authority having jurisdiction is mandatory.

While every precaution has been taken during the preparation of this manual to ensure the accuracy of its contents, UTCFS assumes no responsibility for errors or omissions.

Advisory messages

Advisory messages alert you to conditions or practices that can cause unwanted results. The advisory messages used in this document are shown and described below.

WARNING: Warning messages advise you of hazards that could result in injury

or loss of life. They tell you which actions to take or to avoid in order to prevent the injury or loss of life.

Caution: Caution messages advise you of possible equipment damage. They tell

you which actions to take or to avoid in order to prevent the damage.

Note: Note messages advise you of the possible loss of time or effort. They

describe how to avoid the loss. Notes are also used to point out important information that you should read.

iv Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 1

Quick installation and programming

Summary

The chapter contains basic steps of connection and programming of the Advisor Advanced control panel and auxiliary devices.

For more detailed description of the installation process, see Chapter 2 “Installation” on page 7.

For details on programming, see Chapter 4 “Programming” on page 105 and Chapter 5 “Menu reference” on page 117.

Content

Quick installation 2 Quick programming 4

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 1

Page 8

Chapter 1: Quick installation and programming

RxTx

S Y S

P O L L

M I

P A N E L

E T H E R N E T

S I

G S M

G P R S /

3 G

DGP Addr

1 2 3 4

S I

U S B

RxTx

USB

CON12

CON13

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

~~+

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

EARTH

CTD-

D+

+12V

COMMS

TAMPER

CON16

NTC

ATS7700

ATS608ATS624

ATS626

4K7

+12V

Zone

GND

4K74K7

Zone

GND

DC101

DD1012AM

+ -

TDA74xxNG

1K 1K

OffOnIsolated fault

contact

3 resistor single zone (Terminal 3-10)

JF JT JA

2 2K

4 7K

2 2K

4 7K

5 6K

2 2K

4 7K

5 6K

121

SW1 - Generic settings

LED ON

Remote OFF

Auto Rem. Test ON

Positive Polarity

LED OFF

Remote ON

Negative Polarity

Range

SW2 - AM/Fault settings

Mask to alarm and

fault relay

Auto reset

Advanced AM sens.

AM Day mode only

Mask to fault relay only

Authorized reset Standard AM sens.

AM Day and Night

1 .m( 3 ft )

12 40 .m( ft )

30 .m( ft )

20 .m( ft )

Auto Rem. Test OFF

10K

Zone

Alarm

GND

+12V

Fault

Alarm

Fault

1 3 4

2 6

8 9

Quick installation

2 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 1: Quick installation and programming

D+0V+12V D- IN OUT

EARTH

CTD-

D+

+12V

COMMS

TAMPER

D+0V+12V D- IN OUT

5 6

7 8 9

abc

jkl

tuv

def

ghi

.,’?!

A B C

Address 1

RxTx

S Y S

P O L L

M I

P A N E L

E T H E R N E T

S I

G S M

G P R S /

3 G

DGP Addr

1 2 3 4

S I

U S B

ATS1135 ATS1135

TDA74xxNG

5 6

7 8 9

abc

jkl

tuv

def

ghi

.,’?!

A B C

Address 2

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 3

Page 10

Chapter 1: Quick installation and programming

Display

Instructions

INFO

Inst required

Press Enter to continue.

1>Panel language

Choose English.

2>Defaults

Choose EN 50131 Grade 3.

4>PIN length

Enter 6.

5>Time&date

Set current time and date.

6 Install

>Cancel<

Choose OK

Installer

PIN:127800

Press Enter to continue.

Supervisor

PIN:112200

Press Enter to continue.

Auto Config?

>Yes<

Press Enter to continue.

Rkp 1-16 BUS1

R-?-------------

Exp 1-15 BUS1

-?-------------

Wait until the panel configures all bus devices and zones.

Added R:1 D:0 Z:8

Press Enter to continue.

UTC F&S

THU 05 Mar 12:21

Press 112200, Menu

1>Zone options

2 Isolate

Go to menu 8.8 Service in

8>Service in

Enable?

Enable Installer in time

UTC F&S

THU 05 Mar 12:21

Press 127800, Menu

Inh reports

>No<

Press Enter to continue.

Inh tampers

Unset areas

1>Service menu

2 Device menu

1>Change PIN

***********

Press Enter.

New PIN

Enter the new installer PIN.

4>Zones&Areas

Press Enter.

1>Zone menu

Press Enter.

0>Add zone

1 Zone 1

Select a zone.

01 Zone name

>1 Zone 1 <

Quick programming

Initial start-up Note: See “The Advisor Advanced menu”

on page 106 for menu explanation. For more information on editing options, see “How to program the options” on page 108.

Switch the panel on. The further messages and menus are listed in the table below.

Press Cancel, Cancel to log off.

Programming menu entry

The panel restarts.

Auto configuration

The installer menu is displayed.

Changing installer PIN

Go to 3.1.n.2.1 Change PIN (see page 163).

Configuring zones

Go to 4.1 Zone menu (see page 171).

For each zone used in the system, enter zone name in 4.1.n.1 Zone name (page

172).

Enabling service in

Next, set its zone type in 4.1.n.2 Zone type

4 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

(see page 172).

Page 11

Chapter 1: Quick installation and programming

02 Zone type

>Entry/Exit 1<

0>Add user

1 Installer

Press Enter to add a user.

INFO User added

01>User name User 3

Press Enter.

01 User name >User 3 <

Enter a new user name.

Lock user data? >Cancel<

Choose OK and confirm.

1 Area name

>Area 1 <

Enter a new area name

1>PSTN

3 GSM/SMS/GPRS

0>Add CS

1 CS 1

Calling CS 1...

Ready

Adding users

Go to menu 3.1 Users (see page 162).

Configure other options of the user:

• 3.1.n.2 PIN (page 162)

• 3.1.n.3 User card (page 163)

• 3.1.n.6 User groups (page 164), etc.

Repeat for other users.

When leaving the user configuration, confirm locking the user data.

Select the required path and configure it depending on the hardware used.

Next, go to menu 9.1 Central station (page 258).

Add a new CS, or choose an existing one. Configure the following parameters:

• 9.1.n.1 CS name (page 258)

• 9.1.n.2 Transm path (page 259)

• 9.1.n.3 Protocol (page 259)

• 9.1.n.5 Accounts (page 259)

• Other options, depending on the communication path used.

Test the communication using menu

1.2.6.n.6 Man. test call (page 131), where

<n> is the number of the configured Central Station.

Configuring areas

Go to 4.2 Areas (see page 185).

Change the area name in 4.2.n.1 Area name (see page 185).

Configure other options of the area:

• 4.2.n.2 Exit time (see page 186)

• 4.2.n.3 Entry time (see page 186), etc.

Caution: Before enabling 4.2.n.5.4 Dual

unset (see page 189), make sure to add users that can assist the unset. See “Adding users” above.

Configuring Central Station

Regulations

If necessary, follow the instructions given in Chapter 8 “Regulations” on page 301 to configure other options, required by the appropriate standards and norms.

Configure the communication path in 9.3 Path options (page 267).

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 5

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Chapter 1: Quick installation and programming

6 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Page 13

Chapter 2

Installation

Summary

This chapter includes an overview of the product and detailed instructions explaining how to install the components of your Advisor Advanced system.

Note: A qualified installer, complying with all applicable codes, should perform

whatever hardware installation is required.

Content

General installation information 8

Advisor Advanced housings 8 Advisor Advanced layout 12 Keypads and readers 13

Maintenance 16

Mains power connection 16 Battery replacement 16

Mounting 18

General installation guidelines 18 Earthing 20 Shielding 21 Cabling 22

System databus preferred wiring 22

System databus connection 22

Zone connection 23

Values for end-of-line resistors 24

EOL connection types 27

Siren connection 28

Other connections 28 Configuration 30

Defaulting the panel 30

Zone configuration 30

Outputs 30

Zone and output addressing 31 Specifications 35

Auxiliary current and battery capacity 39

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 7

Page 14

Chapter 2: Installation

RxTx

USB

CON12

CON13

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

CON16

NTC

COMMS

+12V0V D+ D-

250

61.5

28.2

37.2

125

61.5

126.4

118

Ø20

(2)

()1 ()1

()1

()1 ()1

RxTx

USB

CON12

CON13

S1 C

S2 C

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

~ ~

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

S3 C

CON16

NTC

COMMS

+12V0VD+ D-

315

385

(1)

104.9

102.5

(2)

24.1

General installation information

Advisor Advanced housings

The housings with mounting holes (items 1) are shown in figures below.

Item 2 indicates the pry-off tamper wall stub location.

All dimensions are given in mm.

Figure 1: Small metal housing (-SM)

Figure 2: Medium metal housing (-MM)

8 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Page 15

Chapter 2: Installation

RxTx

USB

CON12

CON13

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

CON16

NTC

COMMS

+12V0V D+ D-

259

129.5

403

54.5

45.5

395

50.5

126.5

41.5

253

()1

()1 ()1

()2

RxTx

USB

CON12

CON13

S1 C

S2 C

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

~ ~

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

S3 C

CON16

NTC

COMMS

+12V0VD+ D-

315

460

92.5

157.5157.5

()1 ()1 ()1

()1

()2

Figure 3: Large polycarbonate housing (-LP)

Figure 4: Medium metal housing (-MM+)

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 9

Page 16

Chapter 2: Installation

RxTx

USB

CON12

CON13

S4 S5

S1 C

S2 C

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

~ ~

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

S3 C

CON16

NTC

COMMS

+12V0VD+ D-

()1()1 ()1

()1

()2

Figure 5: Large metal housing (-LM)

For more details on connections and connecting devices to the Advisor Advanced, see “Cabling” on page 22.

For details on connecting pry-off tampers, see “Pry-off tamper mounting” below.

Pry-off tamper mounting

For small housing (SM), follow the steps in Figure 6 on page 11 to install pry-off tamper. For medium (MM and MM+), and large housings (LM), follow the steps in Figure 7 on page 11. For large plastic housing (LP), follow the steps in Figure 8 on page 12.

10 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

COM

TAMPER

A B C

D E F

COM NO

COM

TAMPER

D E

MM, MM+ LM

Figure 6: Small housing (SM) pry-off tamper mount

Figure 7: Medium (MM and MM+) and large housing (LM) pry-off tamper mount

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 11

Page 18

Chapter 2: Installation

(1) Interface to output expander (2) USB fault LED (3) USB power LED (4) USB connector (micro-A/B type) (5) Ethernet RJ-45 connector (ATS-IP only) (6) IP communication LED (ATS-IP only) (7) Heartbeat LED (8) MI-bus connector for MI devices (9) Interface to input expander (10) Interface to PSTN module (11) Optional: enclosure ambient temperature

sensor (12) ATS670 databus expander connector (13) Panel earth terminal (14) External tamper switch

(15) RS-485 system databus connections (16) T2: Device firmware upgrade mode

(DFU)

(17) RS-485 system databus communication

LEDs (18) T1: Restores installer default PIN (19) System databus termination jumper (20) AC power supply terminal (21) Battery connection (22) Low current (OC) outputs (23) High current outputs (24) Siren tamper switch (25) 12 VDC auxiliary power output (26) Zone inputs

()1 ()2 ()3 ()5 ()6 (10)(9)

(22)

(21)

(23)

(18)

(16)

(24) (25)

(19)

(17)

(15)

(14)

(26)

()4 (11)

(13)

RxTx

USB

CON12

CON13

T C

- -

1 C 2 3 C 4 5 C 6 7 C 8

+ -

BATT

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

INPUTS

CON16

NTC

COMMS

+12V 0VD+ D-

(12)

(20)

(8)

(7)

Figure 8: Large plastic housing (LP) pry-off tamper mount

Advisor Advanced layout

Figure 9: Advisor Advanced ATSx500A(-IP) PCB layout

12 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Page 19

Chapter 2: Installation

Figure 10: ATS111xA keypad

Figure 11: ATS1135 keypad

(1)

AC mains LED

Green on: AC mains supply on

(2)

Access LED

Blue flashes: card read

(3)

Fault LED

Yellow on: system fault active Yellow flashing: general alert (EN 50131)

(4)

Alarm LED

Red on: alarm condition active

(5)

LCD display

Displays messages

(6)

 / Up

Scroll up in the menus Change value Delete

(7)

? / Help

Show help Scroll text (ATS113x only)

(8)

Partset

Part set an area Scroll text (ATS111x only)

(9)

F / Function

Show active zones / faults Function key modifier Scroll text (ATS113x only)

(10)

Full set an area

(11)

 / Right

Enter the selected menu Move cursor right

(12)

 / Left

Return to the previous menu Move cursor left

(13)

X / Clear

Exit the current user function Volume control modifier

(14)

Off

Unset an area





4 6

Enter

(1) (2)

(3)

(4)

(5)

(7)

(8)

(9)

(10)

(20)

(19)

(18)

(17)

(16)

(15)

(14)

(13)

(12)

(11)

(6)

789

abc

jkl

tuv

def

ghi

.,’?!

A B C

(1) (3) (6) (4) (2)

(14)

(10)

(21)

(12)

(6)

(18)

(11)

(22)

(9)

(13)

(23) (16) (17)(15) (19) (7)

(25)

(24)

Keypads and readers

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 13

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Chapter 2: Installation

(15)

 / Down

Scroll down in the menus Change value Backspace

(16)

Alphanumeric keys

Keys 1 to 9, alphanumerical data. See “Keypad layout” on page

112.

(17)

Request entry to the menus

(18)

Enter

Complete the step Enter the selected menu entry

(19) 0 Key 0

Toggle selection

(20)

Area LEDs 1 to 16

On: area set Off: area unset Flashing: area alarm condition

(21)

Partset 1

Part set 1 of areas

(22)

Partset 2

Part set 2 of areas

(23)

A, B, C

Programmable function keys

(24)

LED1

Programmable LED 1

(25)

LED2

Programmable LED 2

14 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Page 21

Chapter 2: Installation

Figure 12: ATS1190/ATS1192 readers

Figure 13: ATS1197 reader with keypad

Figure 14: ATS1151/ATS1156 readers

(1)

Blue LED

Access granted

(2)

Red LED

On: area set Flashing: general alert (EN 50131)

(3)

Dual LED

Green on: AC mains supply on Green flashing: AC mains supply off, or unlocked while unset Red on: all areas set Red flashing: unlocked while set

(4)

Yellow LED

On: All zones are in normal state Flashing: general alert (EN 50131)

(5)

Red LED

Flashing: alarm

(6)

Numeric keys

Keys 0 to 9, numerical data

(7)

Off

Unset an area

(8)

Full set an area

(1)

(2)

OFF ON

(3)

(4)

(5)

(6)

(7)

(8)

1 2 3

4 5 6

7 8 9

0 #

(4) (5) (6)

(7) (8)

(3)

1 2 3

4 5 6

7 8 9

0 #

(3) (4) (5) (6)

(7) (8)

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 15

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Chapter 2: Installation

Maintenance

Mains power connection

The intrusion control panel is only allowed to be serviced by dedicated service personal. The screw of the housing is intended to protect the product from unintended use.

For metal housing, the screw is already installed out of the box. For plastic housing, the screw, available inside housing, should be mounted before first time use.

Use the mains connector terminal for connecting the AC mains supply. A fixed cable or flexible mains lead to earthed mains outlet can be used. When fixed wiring is used, insert a dedicated circuit breaker in the power distribution network. In all cases the mains connection must comply with local regulations.

In case the panel is connected to the power grid using fixed wiring, it is recommended that earth wire is longer than line and neutral.

Do connect incoming line and neutral to mains connection block according to the label. This assures that the line will be protected by the mains fuse, and that service can be done by service personnel.

Make sure that before connecting the mains power, the mains power supply is disconnected.

When installing the mains power, use strain reliefs such as cable ties and coupling PG16s to ensure proper wiring. If product entry hole breakouts are used, it is required to also make use of UL-V2 (or better) approved PG16 cable gland. Refer to PG16 specification to meet minimum and maximum cable diameters.

In all cases local regulations must be observed.

WARNING: Electrocution hazard. To avoid personal injury or death from

electrocution, remove all sources of power and allow stored energy to discharge before installing or removing equipment.

Battery replacement

This product may contain one (or more) sealed, rechargeable, BS-type lead-acid battery. Because removing a battery may affect the product’s configuration settings or trigger an alarm, only a qualified installer should remove the batteries.

To remove a battery:

1. Make sure that your product settings allow you to open the cover without starting the tamper alarm.

2. Switch off the mains power, if necessary, and remove the cover.

16 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Page 23

Chapter 2: Installation

3. Disconnect the battery. Note that depending on the battery model the connectors may be located differently.

4. Remove the battery from the holder.

In case a battery BS131 (12 V / 18 Ah) in an ATS1640 housing is used in combination with ATS7700 PSTN expander board, it is required to have double insulation in place. Use adequately insulated wires for PSTN cabling, and make use of heat shrink.

Dispose of the battery as required by local ordinances or regulations.

See the specifications for your product or contact technical support for information on replacement batteries.

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 17

Page 24

Chapter 2: Installation

Mounting

The unit is mounted with screws or bolts through the mounting holes in the rear section of the enclosure.

Important: When the product is mounted to the wall, assure that at least

3 times the weight of the product can be supported. The product weight is the product itself plus battery and accessories.

Ensure that the unit is mounted on a flat, solid, vertical surface such that the base will not flex or warp when the mounting screws and bolts are tightened.

Leave a 50 mm clearance between equipment enclosures mounted side by side and 25 mm between the enclosure and the sidewall.

The rechargeable battery must not be fitted until the control panel is secured to the fixing surface. Under no circumstances should the panel be transported with a battery fitted.

Take care that wire terminals are isolated. The use of cable ties to neatly secure cables is recommended.

General installation guidelines

The Advisor Advanced control panels have been designed, assembled, and tested to meet the requirements of current relevant standards for safety, emission, and immunity to environmental electrical and electromagnetic interference.

If the following guidelines are followed, the system will give many years of reliable service.

In addition to the following guidelines, during the installation of the Advisor Advanced control panel, it is essential to follow any country-dependent local standard requirements applicable to the installation. Only a qualified electrician or other suitably trained and qualified person should attempt to wire this system to the AC mains or to the public telephone network.

• Ensure that there is a good earth available for the alarm system.

• Maintain a separation between low voltage and mains supply cables. Use separate points of cable entry to the control panel cabinet.

• If the upper and/or lower cabinet entry cable holes are used to route wiring into the control panel, always use a proper pipe fitting system by means of an appropriate conduit and junction box. For this purpose, use only materials of suitable flammability class (HB or better).

18 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

• For mains power connection, use the mains connector terminal either through a permanent wiring or a flexible mains cable to an earthed mains outlet. Always use cable ties to fix the mains cable at the dedicated fixing point provided near the mains terminal connector.

- When installing permanent, fixed wiring, insert an easily accessible, dedicated bipolar circuit breaker in the power distribution network.

- Never attempt to solder mains connection wires at the ends where they will be wired to the terminal connectors.

• Avoid loops of wire inside the control panel cabinet and route cables so that

they do not lie on top or underneath of the printed circuit board. The use of cable ties is recommended and improves neatness of the wiring within the box.

• The battery used with this unit, must be made of materials of suitable

flammability class (HB or better).

• Any circuit connected either directly to the onboard relay contacts or to the

external relay contacts through the onboard electronic output must be rated as a SELV (safety extra-low voltage) operating circuit.

- A mains switching relay must not be fitted inside the control panel cabinet.

- Always place a suppression diode (e.g. a 1N4001) across the relay coil.

- Use only relays with good insulation between the contacts and the coil.

- Maximum cable length for open collector output connection may not exceed 30 m. For longer distances, use relay output expansion (for example, ATS624 four-relay expander).

• The minimum clearance between equipment closures is 50 mm (between

equipment vents).

• Only use these units in a clean environment and not in humid air.

Environmental requirements are given in “Specifications” on page 35.

• For the panel terminal connections, the recommended torque is 0,3 to

0,4 N·m. This torque setting is independent from the AWG (thickness) of the wires used. A value of 0,4 N·m is also the maximum allowed torque for this connector.

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Chapter 2: Installation

Earthing

WARNING: The correct earthing procedures must be followed.

Earthing of one cabinet containing several devices

All devices designed for the system have earth connections via metal studs to the metal housing. Make sure that these metal studs make good connection to the housing (beware of paint). The earth connections of every piece of equipment in the system can be used for connecting the screen of shielded cables.

If a device is placed in a plastic housing the earth lug of the device does not have to be connected.

Earthing panels in a single building

In one building several cabinets or devices are earthed to a safety ground.

The safety ground for the building must be checked by a licensed contractor.

Earthing panels in more buildings

If the wiring extends to separate buildings, more than one common earth system will be used. Use ATS1740 isolator/repeaters to isolate the system databus. In this way the system is protected against variations in earth potential.

20 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

(1) Building 1 (2) Building 2 (3) Mains power with local earth (4) Earth and shielding (5) Mains power connector

(6) Advisor Advanced control panel (7) System databus (8) Device in plastic housing (9) Device in metal housing

1740

ATS1201(E)

1740

Advisor

Advanced

ATS1210(E)

ATS1135

ATS1203(E)

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(3)

(4)

(5)

(7)

(8)

(9)

(8)

(9)

Shielding

The shielding of all shielded cables used in the system should only be connected at one side to one common earthing point in a building (see Figure 15 below). If a shielded databus cable is routed via more than one plastic device the shielding from incoming and outgoing cable must be connected.

In case the IP connection is used, take care that the Ethernet FTP cable remains within a single building. Do make use of a proper router or switcher to isolate Ethernet cables between various buildings.

Figure 15: System shielding

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 21

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Chapter 2: Installation

(1) TERM link fitted (first device on local

databus).

(2) Advisor Advanced control panel

variants.

(3) Preferred data cable type is WCAT 52

(two twisted pairs).

(4) Advisor LCD keypad (TERM switch is

set to OFF).

(5) Separate 12 V power supply (required if

keypad is more than 100 m from the nearest panel or expander. Connect the negative terminal of the power supply to the “−” wire of the databus.

(6) TERM link fitted (last device on local

databus).

(7) Any remote expander like ATS1201(E) or

ATS1210(E).

D+0V+12V D- IN OUT

CTD-D+

1 C 2 C 3 C

470 ohm

+ -

470 ohm

(1)

(2)

(3)

(5)

(4)

(6)

(7)

EARTH

CTD-

D+

12V

COMMS

TAMPER

Cabling

System databus preferred wiring

The terminator jumper (also called TERM link), or DIP switch must be ON, or a 470 Ω resistor must be fitted at each of the devices at the extreme ends of the daisy chained databus. In a star-wiring configuration, the TERM link is only fitted on the devices at the ends of the two longest system databus cable runs.

Figure 16: System databus wiring

System databus connection

The system databus is used to connect remote expanders (to provide extra zones) and keypads to the Advisor Advanced control panel. Remote devices can be up to 1.5 km from an Advisor Advanced control panel.

Keypads and remote expanders must be connected via a shielded data cable with two twisted-pairs from the system databus connection (WCAT 52 is recommended).

We recommend that you use a separate power supply for a keypad when the distance between that keypad and the nearest device is more than 100 meters.

If the keypad is powered with a separate power supply, do not connect “+” from the system databus. Connect “+” of the local power supply to “+” on the keypad, and connect 0 volts from the power supply and 0 volts from the system databus

22 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

(1)

()2

Z2Z1

A A A

T T

()2 ()2

(1)

()2

Z2Z1

()2 ()2

to the keypad terminal marked “−”. The maximum number of devices allowed on the databus is given in “General features” on page 36.

Two system databuses

Particular panel variants allow you to connect more bus devices by using a second system databus. To install another system databus, use ATS670 second RS485 LAN extension module.

System addresses of devices connected to the additional bus (BUS2) are determined by adding 16 to keypad physical addresses, and 15 to expander addresses. So, BUS1 handles keypads 1 to 16 and expanders 1 to 15, while BUS2 — keypads 17 to 32 and expanders 16 to 30.

Note: Door controllers can only be installed on BUS1.

Zone connection

The inputs are set up as standard EOL freely programmable zones. However, by programming the zones as dual loop, all zone inputs can be programmed to give a few states indication for the same zone.

Depending on the detector model, do the following to set up zones:

• Choose your EOL connection type. See “EOL connection types” on page 27.

• Program input mode. See “8.6.1 Input mode” on page 248 for the panel, or

“2.2.2.n.4.4 Input mode” on page 152 for expanders.

• Set end-of-line resistor values. See “8.6.2 EOL” on page 248 for the panel, or

“2.2.2.n.4.5 EOL” on page 152 for expanders.

• Configure anti-masking option. See “4.1.n.6.7 Anti mask” on page 175.

Single loop zone wiring

In single loop zone wiring, two zones are required, one zone for alarm and one zone for tamper. The tamper contacts are wired in series with an EOL resistor.

Figure 17: Single loop examples

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Chapter 2: Installation

(1) Zone terminal C Common terminal Z1 Zone 1 input Z2 Zone 2 input

(2) Detector A Alarm relay T Tamper relay

(1) Zone terminal C Common terminal Z1 Zone 1 input Z2 Zone 2 input

(2) Detector A Alarm relay T Tamper relay

(1)

()2

A A

T T

()2 ()2

Dual loop zone wiring

In dual loop wiring, one zone can detect a few detector states. At least two resistors are used to define alarm and tamper states. Depending on the programmed settings, there can be additional states defined as masking alarm or sensor fault. These states can be the following:

• Short (tamper)

• Active (alarm)

• Normal

• Masking

• Sensor fault

• Open (tamper)

Figure 18: Dual loop example

Possible EOL connections are listed in “EOL connection types” on page 27.

Values for end-of-line resistors

The following list contains the values for end-of-line resistors and possible zone states. Both the resistance and the voltage measured across the zone are shown.

Depending on the input type and anti-masking option, the following EOL values can be available.

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Chapter 2: Installation

Zone state

EOL

Connection details [1]

Measure [2]

Short

Masking

Normal

Alarm

Fault

Open

Single NC

(Item 1)

No EOL

R (kΩ)

— — <1

>1 — —

U (V)

— — <3.5

>3.5

—

Note: Values for other EOL are equal to Dual, except all ranges but normal are

alarm ranges.

Single NO

(Item 2)

No EOL

R (kΩ)

— — >44.70

<44.70

— — U (V)

— — >11.14

<11.14

—

Note: Values for other EOL are equal to Dual, except all ranges but normal are

alarm ranges.

Dual

10K

(Item 4)

R (kΩ)

<3.33

3.33–

6.67

6.67–

13.33

13.33–

26.67

—

>26.67

RA=10 kΩ, RT=5 kΩ, RF=5 kΩ

U (V)

<5.70

5.70–

8.10

8.10–

10.20

10.20–

11.70

—

>11.70

4K7

(Item 3)

R (kΩ)

<1.00

—

1.00–

6.67

6.67–

16.84

—

>16.84

RA=4.7 kΩ, RT=4.7 kΩ

U (V)

<2.41

—

2.41–

8.07

8.07–

10.74

—

>10.74

4K7

(Item 4)

R (kΩ)

<1.00

1.00–

3.42

3.42–

6.67

6.67–

16.84

—

>16.84

RA=4.7 kΩ, RT=2.35 kΩ, RF=2.35 kΩ

U (V)

<2.41

2.41–

5.79

5.79–

8.07

8.07–

10.74

—

>10.74

4K7

(Item 7)

R (kΩ)

<1.00

16.84–

55.00

1.00–

6.67

6.67–

11.75

11.75–

16.84

>55.00

RA=4.7 kΩ, RT=4.7 kΩ, RF=10 kΩ

U (V)

<2.41

10.74–

12.70

2.41–

8.07

8.07–

9.82

9.82–

10.74

>12.70

2K2

(Item 4)

R (kΩ)

<0.73

0.73–

1.47

1.47–

2.93

2.93–

5.87

—

>5.87

RA=2.2 kΩ, RT=1.1 kΩ, RF=1.1 kΩ

U (V)

<1.90

1.90–

3.30

3.30–

5.30

5.30–

7.70

—

>7.70

6K8

(Item 4)

R (kΩ)

<2.27

2.27–

4.53

4.53–

9.07

9.07–

18.13

—

>18.13

RA=6.8 kΩ, RT=3.4 kΩ, RF=3.4 kΩ

U (V)

<4.50

4.50–

6.80

6.80–

9.10

9.10–

11.00

—

>11.00

5K6

(Item 4)

R (kΩ)

<1.87

1.87–

3.73

3.73–

7.47

7.47–

14.93

—

>14.93

RA=5.6 kΩ, RT=2.8 kΩ, RF=2.8 kΩ

U (V)

<3.90

3.90–

6.10

6.10–

8.50

8.50–

10.50

—

>10.50

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 25

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Chapter 2: Installation

Zone state

EOL

Connection details [1]

Measure [2]

Short

Masking

Normal

Alarm

Fault

Open

3K74

(Item 4)

R (kΩ)

<1.25

1.25–

2.45

2.45–

4.99

4.99–

9.98

—

>9.98

RA=3.74 kΩ, RT=1.87 kΩ, RF=1.87 kΩ

U (V)

<2.90

2.90–

4.80

4.80–

7.10

7.10–

9.40

—

>9.40

3K3

(Item 4)

R (kΩ)

<1.10

1.10–

2.20

2.20–

4.40

4.40–

8.80

—

>8.80

RA=3.3 kΩ, RT=1.65 kΩ, RF=1.65 kΩ

U (V)

<2.60

2.60–

4.40

4.40–

6.70

6.70–

9.00

—

>9.00

(Item 4)

R (kΩ)

<0.67

0.67–

1.33

1.33–

2.67

2.67–

5.33

—

>5.33

RA=2 kΩ, RT=1 kΩ, RF=1 kΩ

U (V)

<1.70

1.70–

3.00

3.00–

5.00

5.00–

7.30

—

>7.30

1K5

(Item 4)

R (kΩ)

<0.50

0.50–

1.00

1.00–

2.00

2.00–

4.00

—

>4.00

RA=1.5 kΩ, RT=0.75 kΩ, RF=0.75 kΩ

U (V)

<1.30

1.30–

2.40

2.40–

4.10

4.10–

6.30

—

>6.30

2K2+4K7

(Item 3)

R (kΩ)

<3.60

—

3.60–

5.60

5.60–

8.20

—

>8.20

RA=2.2 kΩ, RT=4.7 kΩ

U (V)

<6.00

—

6.00–

7.50

7.50–

8.80

>8.80

(Item 7)

R (kΩ)

<0.51

4.52–

40.00

0.51–

1.52

1.52–

2.94

2.94–

4.52

>40.00

RA=1 kΩ, RT=1 kΩ, RF=12 kΩ

U (V)

<1.35

6.24–

12.33

1.35–

3.36

3.36–

5.29

5.29–

6.74

>12.33

8K2

(Item 5)

R (kΩ)

<1.50

—

1.50–

5.84

5.84–

14.25

—

>14.25

RA=8.2 kΩ, RT=8.2 kΩ

U (V)

<3.33

—

3.33–

7.52

7.52–

10.33

—

>10.33

8K2

(Item 6)

R (kΩ)

<1.50

14.25–

45.00

1.50–

5.84

5.84–

10.07

10.07–

14.25

>45.00

RA=8.2 kΩ, RT=8.2 kΩ, RF=8.2 kΩ

U (V)

<3.33

10.33–

12.48

3.33–

7.52

7.52–

9.37

9.37–

10.33

>12.48

[1] Refer to Figure 19 on page 27.

[2] Zone resistance R (kΩ), zone voltage U (V).

— The state is not available

26 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

(1) Single NC

(2) Single NO

(3) Dual A (default)

(4) Dual A with AM

(5) Dual B

(6) Dual C with AM

(7) Dual D with AM

A Alarm relay T Tamper relay F Fault / Anti-mask alarm relay

RA Alarm resistor RT Tamper resistor RF Fault / Anti-mask alarm resistor

ART

EOL connection types

The following EOL connections are used for different input types and EOL values. See “Values for end-of-line resistors” on page 24 for more details.

Figure 19: Connection type

Caution: When using connection types (4), (6) and (7), the antimask option of

the zone must be enabled. Other zones must have this option disabled. See “4.1.n.6.7 Anti mask” on page 175.

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 27

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Chapter 2: Installation

(1) Siren EOL resistor (1 kΩ). It must be

installed if siren does not contain a built-in resistor.

(2) Siren.

(3) Beacon. (4) Siren tamper EOL resistor. (5) Siren tamper (normally closed).

(1) Earthing (2) External tamper (normally closed) (3) Optional pry-off tamper (normally

closed) required by EN 50131 Grade 3 and VdS-C regulations

T C

- -

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

(4)

(5)

(1)

(2)

(1)

(2)

(1)

(2)

T C

- -

LC-OUTPUTS

HC-OUTPUTS

SIR TMP AUX POWER

(4)

(5)

(1)

(2)

(3)

(1)

(2)

EARTH

CTD-

D+

12V

COMMS

TAMPER

()1

()2

()3

Siren connection

Figure 20: Siren connection examples

Note: Siren output can be configured as internal or external. This is accomplished via panel

settings, not by configuring the panel hardware. See “Default output assignments” on page 31 and “Outputs” on page 67.

Other connections

Tamper connection

Figure 21: Earthing and tamper connection in ATSx500A(-IP)

PSTN connection

To connect PSTN in ATSx500A(-IP) control panels, use ATS7700 PSTN module.

See ATS7700 PSTN Module Installation Sheet for details.

Caution: If the PSTN line is provided via the ADSL network, make sure that at

least ADSL splitter/filter is used, otherwise the PSTN communication quality may be too low for a reliable reporting.

28 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

(1) Ethernet RJ45

USB

(1)

Ethernet connection

Figure 22: Ethernet connection

The Ethernet port is an IEEE 802.3u based connection supporting 10BASE-T or 100BASE-TX link speeds.

Use only FTP Cat 5e type cable for Ethernet connections.

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 29

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Chapter 2: Installation

Configuration

Defaulting the panel

When the panel is initially powered up, you are prompted to choose the appropriate default settings. Choose the correct settings for your local regulations. The panel then completes the installation process. See “Initial startup” on page 114.

Note: At least one keypad with an LCD should be connected to the system

databus.

Zone configuration

Internal expansion

The number of zones connected directly to the control panel can be extended using the ATS608 module. The maximum internal zone capacity for each control panel is shown in “Specifications > General features” on page 36.

External expansion

Expanders can be used to expand the Advisor Advanced control panels with external zones. The maximum zone number for each control panel is listed in “Specifications > General features” on page 36.

A standard expander can have eight zones connected to it. Some of them can be expanded in increments of 8, up to 32, so an expander can have 8, 16, 24 or 32 zones.

Note: Zone capacity is the number of configurable zones in the system. These

zones may be located at any available input. See “Specifications > General features” on page 36.

Outputs

There are 5 outputs on the panel PCB. Output expander can be used to add another 16 outputs inside the panel.

Output controllers are used to expand the number of outputs on an expander. An expander output controller expands the outputs by 8. An expander can have two output controllers connected, increasing the outputs to a maximum of 16 per expander.

A keypad can have only one output in current panel version.

The maximum output number for each control panel is shown in “Specifications > General features” on page 36.

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Chapter 2: Installation

Output

Name

Type

Default output function

Panel 1

High current output

EN 50131 Grade 3: Internal siren output S1 VdS: External siren output S1

Panel 2

High current output

EN 50131 Grade 3: External siren output S1 VdS: External siren output S2

Panel 3

High current output

EN 50131 Grade 3: Programmable siren output VdS: External strobe output S3

Panel 4

Low current output

A1 ready to set

Panel 5

Low current output

A1 set

Keypad 7

—

Virtual

Continuous buzzer sound

Keypad 8

—

Virtual

Intermittent buzzer sound

Notes

• Low current output S4 is active when the system is ready to set. Low current

output S5 is active when the system is armed.

• Set keypad output 7 to activate continuous keypad buzzer sound, or output 8

to activate intermittent sound.

Siren outputs

The siren outputs on the Advisor Advanced control panel have addresses starting from 1 (see Table 2 below).

On expanders with siren speaker outputs, output 16 is the siren output.

To enable the siren output, the programmed output must have the required condition filter assigned (defined by an alarm event or a siren event, depending on the preference settings). See “Outputs” on page 67 for more details.

Default output assignments

The default output assignments are shown in Table 2 below.

Table 2: Default output assignments

Note: Output assignments may require adjustment to comply with EN 50131.

Zone, output, and door addressing

Zones and outputs

Table 3 on page 32 shows the zone and output addressing in the Advisor Advanced system.

Note: This is the default numbering in a classic numbering scheme. To change it

and create objects with numbering independent on physical inputs or outputs, use menu “8.7.9 Object scheme” on page 253.

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Chapter 2: Installation

Device

Zones

Outputs

Device

Zones

Outputs

Panel

1–8

2X ATS1810 relay cards

—

17–24 [1]

Input expander (ATS608)

9–16

N/A

Output expander (ATS62x)

—

9–16 [2]

Expander 1

17–48

Keypad 1

—

1001–1008

Expander 2

49–80

Keypad 2

—

1009–1016

Expander 3

81–112

Keypad 3

—

1017–1024

Expander 4

113–144

Keypad 4

—

1025–1032

Expander 5

145–176

Keypad 5

—

1033–1040

Expander 6

177–208

Keypad 6

—

1041–1048

Expander 7

209–240

Keypad 7

—

1049–1056

Expander 8

241–272

Keypad 8

—

1057–1064

Expander 9

273–304

Keypad 9

—

1065–1072

Expander 10

305–336

Keypad 10

—

1073–1080

Expander 11

337–368

Keypad 11

—

1081–1088

Expander 12

369–400

Keypad 12

—

1089–1096

Expander 13

401–432

Keypad 13

—

1097–1104

Expander 14

433–464

Keypad 14

—

1105–1112

Expander 15

465–480 [3]

465–496

Keypad 15

—

1113–1120

Expander 16 [4]

497–528

Keypad 16

—

1121–1128

Expander 17

529–560

Keypad 17 [4]

—

1129–1136

Expander 18

561–592

Keypad 18

—

1137–1144

Expander 19

593–624

Keypad 19

—

1145–1152

Expander 20

625–656

Keypad 20

—

1153–1160

Expander 21

657–688

Keypad 21

—

1161–1168

Expander 22

689–720

Keypad 22

—

1169–1176

Expander 23

721–752

Keypad 23

—

1177–1184

Expander 24

753–784

Keypad 24

—

1185–1192

Expander 25

785–816

Keypad 25

—

1193–1200

Expander 26

817–848

Keypad 26

—

1201–1208

Expander 27

849–880

Keypad 27

—

1209–1216

Expander 28

881–912

Keypad 28

—

1217–1224

Expander 29

913–944

Keypad 29

—

1225–1232

Expander 30

945–976

Keypad 30

—

1233–1240

Keypad 31

—

1241–1248

Keypad 32

—

1249–1256

Table 3: Zone and output numbering

[1] Output 17 to 24 states are duplicated on ATS1810 relays and Expander 1 outputs.

32 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

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Chapter 2: Installation

Door controller

Doors

Zones

Outputs

17–20

17–48

21–24

49–80

25–28

81–112

29–32

113–144

33–36

145–176

37–40

177–208

41–44

209–240

45–48

241–272

49–52

273–304

53–56

305–336

57–60

337–368

61–64

369–400

[2] When using ATS624 relay card with the ATS1810 expander attached, expander output 8

state is inverted.

[3] Inputs 17 to 32 of Expander 15 cannot be used. [4] You cannot connect more than 15 expanders and 16 keypads to one system databus. To

connect more bus devices to a panel, it is necessary to install ATS670 second RS485 LAN extension module. See also “Two system databuses” on page 23.

Doors

There are two types of doors, intelligent and standard. Standard doors (1 to 16) are handled by the control panel. Keypads or readers 1 to 32 connected to the Advisor Advanced control panel system databuses are used for simple access control functions.

Intelligent doors (17 to 64) are controlled by door controllers. Keypads or readers connected to local databuses of door controllers are named “door controller readers (DC readers)” and are used for advanced access control functions.

See “Doors” on page 68 for more details.

Table 4 below shows the door, zone and output numbering for door controllers.

Table 4: Door, zone, and output numbering in door controllers

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Chapter 2: Installation

Function

Door

Door controller

1 2 3 4 5 6 7 8 9

Unlock relay

1st door

113

145

177

209

241

273

305

337

369 2nd door

114

146

178

210

242

274

306

338

370 3rd door

115

147

179

211

243

275

307

339

371 4th door

116

148

180

212

244

276

308

340

372

Zone no

1st door

113

145

177

209

241

273

305

337

369 2nd door

115

147

179

211

243

275

307

339

371 3rd door

117

149

181

213

245

277

309

341

373 4th door

119

151

183

215

247

279

311

343

375

DOTL zone no

1st door

113

145

177

209

241

273

305

337

369 2nd door

115

147

179

211

243

275

307

339

371 3rd door

117

149

181

213

245

277

309

341

373 4th door

119

151

183

215

247

279

311

343

375

Request to exit zone no

1st door

114

146

178

210

242

274

306

338

370

2nd door

116

148

180

212

244

276

308

340

372 3rd door

118

150

182

214

246

278

310

342

374 4th door

120

152

184

216

248

280

312

344

376

Shunt zone no

1st door

113

145

177

209

241

273

305

337

369 2nd door

115

147

179

211

243

275

307

339

371 3rd door

117

149

181

213

245

277

309

341

373

4th door

119

151

183

215

247

279

311

343

375

Reader function

IN reader

IN reader 2

OUT reader

OUT reader 2

1st door

1 5 9

2nd door

2 6 10

3rd door

3 7 11

4th door

4 8 12

Table 5 below shows the default zone and output assignment for door controllers.

Table 5: Default zone and output assignment in door controllers

Table 6 below shows the default assignment of door controller local databus readers to specific doors.

Table 6: Default reader assignment in door controllers

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Chapter 2: Installation

Mains power specifications

Mains input voltage

230 VAC +10%, −15%, 50 Hz 10%

Current consumption at 230 VAC:

ATS1500A(-IP)

300 mA max.

ATS3500A(-IP), ATS4500A-IP

500 mA max.

Transformer output:

ATS1500A(-IP)-SM/LP

20 VAC, 31 VA

ATSx500A(-IP)-MM/MM+/LM

23 VAC, 58 VA

ATS3500A(-IP)-LP

22 VAC, 53 VA

Power supply specifications

Power supply type

Type A per EN 50131-6

Type I per VdS 2115

Power supply voltage [1]

13.8 V 0.2 V

Power supply current:

ATS1500A(-IP)

1.10 A max. at 13.8 V 0.2 V

ATS3500A(-IP)

2.10 A max. at 13.8 V 0.2 V

ATS4500A-IP

2.65 A max. at 13.8 V 0.2 V

Main board consumption:

ATSx500A

100 mA at 13.8 V ±0.2 V

ATSx500A-IP

150 mA at 13.8 V ±0.2 V

Maximum system current available [2]:

ATS1500A

1000 mA at 13.8 V ±0.2 V

ATS1500A-IP

950 mA at 13.8 V ±0.2 V

ATS3500A

2000 mA at 13.8 V ±0.2 V

ATS3500A-IP

1950 mA at 13.8 V ±0.2 V

ATS4500A-IP

2500 mA at 13.8 V ±0.2 V

Auxiliary power output (AUX. POWER) [3]

13.8 V 0.2 V, 1 A max.

Battery power output (BAT) [4]

13.8 V 0.2 V, 2.5 A max.

Battery type

Lead acid rechargeable: [5]

7.2 Ah, 12 V nom. (BS127N) 12 Ah, 12 V nom. (BS130N) 18 Ah, 12 V nom. (BS131N) 26 Ah, 12 V nom. (BS129N) 36 Ah, 12 V nom. (BS134N)

Specifications

For a list of panel models see “List of panel variants” on page iii.

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Chapter 2: Installation

Maximum voltage at power supply, auxiliary power output and battery power output

14.5 V

Battery low condition

From 9.5 to 10.5 V

Battery test level [6]

11.2 V

Minimum voltage (battery recharging) at power supply, auxiliary power output and battery power output [7][8]

9.45 V

Maximum ripple voltage V, p-p [9]

100 mV typical, 300 mV max.

Overvoltage trigger value [10]

15.5 V min.

[1] The power supply voltage is monitored according EN 50131 Grade 3 and VdS-C regulations. [2] Current available for auxiliary power and battery charge outputs. [3] Maximum permanent current to power devices external to the control equipment in the

absence of alarm conditions. The sum of the auxiliary and COMM power output current cannot exceed the maximum current specified in “Auxiliary current and battery capacity” on

page 39. [4] Battery output provides battery shortcut protection (according to VdS requirements). [5] The housings applicable for particular batteries are specified in “Auxiliary current and battery

capacity” on page 39. [6] If during a manual or a programmed battery test the battery voltage drops below this

threshold, the battery test fails. [7] Deep discharge protection mechanism monitors the battery voltage and disconnects the

battery if the voltage falls below indicated value, as required by EN 50131 Grade 3 and VdS-

C regulations. [8] A specific fail message is generated when any output fails. [9] Max ripple voltage only when empty battery is charging. [10] Overvoltage protection mechanism monitors the power supply voltage and shuts down the

PSU if the voltage raises above indicated value, as required by EN 50131 Grade 3 and VdS-

C regulations.

General features

ATS1500A(-IP)

ATS3500A(-IP)

ATS4500A-IP

Code combinations

From 10,000 (4 digits) to 10 billion (10 digits)

End-of-line resistor

1 kΩ, 1.5 kΩ, 2 kΩ, 2.2 kΩ, 3.3 kΩ, 3.74 kΩ,

4.7 kΩ (default), 5.6 kΩ, 6.8 kΩ, 8.2 kΩ, 10 kΩ

Onboard zones

8 (expandable to 16 with 1X ATS608)

Maximum zone number

128

512

Onboard outputs

5 (expandable to 9 with 1X ATS624, or to 21 with

1X ATS626).

See “Standard onboard outputs” on page 37.

Maximum output number

128

Areas 4 8

Area groups

— — 64

Maximum keypad / RAS number

32 [1]

Maximum expander / DGP number

30 [1]

[1] It is necessary to install ATS670 second RS485 LAN extension module to connect more

than 16 RASes and 15 DGPs.

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Maximum user number (for users with SMS and voice reporting functionality)

200

1000

User groups

128

Inhibit / isolate / shunt limit, max.

128

512

Schedules

Time frames

4 per schedule

Special days

Actions per schedule

Event log capacity

Note: See also “Events” on page 79.

15500, which includes:

- 1000 mandatory events

- 1500 non-mandatory events

- 10000 access events

- 1000 installer events

- 1000 dialler events

- 1000 extended events

Data retention (log, program settings)

20 years

Access control features

ATS1500A(-IP)

ATS3500A(-IP)

ATS4500A-IP

Door controllers supported

Standard doors

4 8 16

Intelligent doors

Regions

256

Door groups

128

Maximum user number (with door controllers connected)

2000 17488 (with ATS1831 IUM installed) 64532 (with ATS1832 IUM installed)

Note: SMS and voice reporting features are only available for a limited user number. Maximum

number of users with full control and reporting functionality is given in “General features” on page 36.

Ethernet connection (IP only)

Supported standard

IEEE 802.3u

Speed

10BASE-T or 100BASE-TX

Duplex

Half-duplex and full-duplex

Cabling

FTP (foiled twisted pair) Cat 5e cable or better

Autonegotiation

MDIX

Standard onboard outputs

S1, S2, S3

High current electronic output, rating: 1 A at 13.8 V

S4, S5 [1]

Low current electronic output, rating: 50 mA at 13.8 V

[1] Maximum cable length for low current output connection may not exceed 30 m. For longer

distances, use relay output expansion (for example, ATS624 four-relay expander).

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Chapter 2: Installation

Environmental

Operating temperature

0 to +40°C

Tested temperature according EN 50131

−10 to +55°C

Humidity

95% noncondensing

IP protection grade

IP31

Colour

Beige

Dimensions

See “List of panel variants” on page iii

EN 50131 grade and class

ATS1500A(-IP): Grade 2, Class II ATS3500A(-IP): Grade 3, Class II ATS4500A-IP: Grade 3, Class II

Note: ATS1500A(-IP)-MM can be upgraded to an EN

Grade 3 setup with the use of the ATS-MM-TK tamper kit. ATS1500A(-IP)-SM can be upgraded to an EN Grade 3 setup with the use of the ATS-SM-TK tamper kit.

Safety class

Class I

Enclosure type

Enclosure (meets UL94V-0)

Overvoltage category

Category II

Maximum altitude, or minimum air pressure

2000 m above mean sea level

Fuses

Battery

ATS1500A(-IP), ATS3500A(-IP): 2 A, resettable ATS4500A(-IP): 3 A, resettable

12 V aux

1 A, resettable

System databus

1 A, resettable

Siren 1, high current output S1

1 A, resettable

Siren 2, high current output S2

1 A, resettable

Siren 3, high current output S3

1 A, resettable

Mains, mains fuse:

ATS1500A(-IP)

315 mA, fast 20x5

ATS3500A(-IP), ATS4500A-IP

630 mA, fast 20x5

Note: Mains fuse is part of the mains terminal block.

WARNING: Before removing the mains fuse, mains power must be disconnected

(see “Mains power connection” on page 16).

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Chapter 2: Installation

Battery capacity, Ah

7.2

Applicable housing

SM, MM, LP

Security approval / Grade

Discharge time, h

Charge time, h

Auxiliary current, mA

EN Grade 2

450

750

INCERT

150

350

400

EN Grade 3, VdS-B

250

350

NF&A2P Grade 2 (EN+RTC)

72 — 180

350

NF&A2P Grade 3 (EN+RTC), VdS-C

24 — —

150

Battery capacity, Ah

7.2

Applicable housing

MM, LP

Security approval / Grade

Discharge time, h

Charge time, h

Auxiliary current, mA

EN Grade 2

450

850

1350

INCERT

150

350

600

EN Grade 3, VdS-B

250

450

NF&A2P Grade 2 (EN+RTC)

72 — 180

350

NF&A2P Grade 3 (EN+RTC), VdS-C

24 — —

150

Battery capacity, Ah

7.2

Applicable housing

MM+, LM

Security approval / Grade

Discharge time, h

Charge time, h

Auxiliary current, mA

EN Grade 2

450

850

1350

1600

INCERT

150

350

600

875

900

EN Grade 3, VdS-B

250

450

675

700

NF&A2P Grade 2 (EN+RTC)

72 — 180

350

540

850

NF&A2P Grade 3 (EN+RTC), VdS-C

24 — —

150

260

450

Auxiliary current and battery capacity

Table 7: ATS1500A(-IP) maximum available auxiliary current

Table 8: ATS3500A(-IP) maximal available auxiliary current

Table 9: ATS4500A-IP maximal available auxiliary current

Note: 18 Ah battery blocks some entry holes in the MM housing.

Example for ATS1500A(-IP) EN Grade 2

When using battery backup as specified for EN Grade 2 using a 12 Ah battery, the maximum available auxiliary current is 750 mA.

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Chapter 2: Installation

Monitoring function

Message

Cause

AC Mains

Mains fail

Loss of external power supply [1]

Battery

Battery low

Battery low voltage [1]

Battery test fail

Exhausted battery

Battery charger fail

Fuse/power output fail

Output overload

Power outputs

Fuse/power output fail

Exhausted fuse

Fuse loss

Short circuit

Overload

Power supply

Power unit/power output fail

Power unit failure

Overvoltage

Tampers

Device tamper

Device sabotage

Example for ATS3500A(-IP) EN Grade 3

When using battery backup as specified for EN Grade 3 using an 18 Ah battery, the maximum available auxiliary current is 450 mA.

This current is the max grand total available current that may be used for auxiliary components such as:

• Devices on the Advisor Advanced system databus

• Detectors on the auxiliary power output

• Communication devices via MI-bus (e.g. GSM, IP)

Temporary used current such as: Sirens and Strobes are not included.

Fuse rating must be taken into account.

Battery status information

Various detection ways are provided to understand the status of a battery.

A short battery test will be applied to detect following within 10 seconds:

• Battery fail (or battery missing) to inform installer no battery is attached or a poor battery is attached. Event will be logged and notified.

• Low battery as soon as battery becomes below 10.5 V with or without mains. Event will be logged, notified and reported.

Another battery test will be applied once per day to even better understand battery status. In case battery wears out a battery fail message will be logged, notified and reported.

System monitoring

The system provides monitoring for the following items.

Table 10: Monitored items

[1] Mains fail and Battery low will finally result in Battery deep discharge protection.

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Chapter 3

System functions

Summary

This section lists and describes all functionality functions provided by Advisor Advanced control panels.

Note: Particular functionality may be unavailable depending on panel variant,

firmware version or hardware configuration.

Content

Function list 43 Zones 45

Zone types 45 Areas 50 Set and unset 51

Delayed unset 52 Inhibit and isolate 53

Inhibit 53

Isolate 53

Zone shunt 53

Door shunt 69 Keys 54

Common key sequences for LCD keypad 54

Common key sequences for keypad without LCD 55

Function keys 57 Bus devices 58

Bus device numbering 58

Adding keypad with a higher number 58

Keypads 58

Expanders 59 Users 60

Predefined users 60

User data lock 61 User groups 62 PIN 66 Outputs 67

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Chapter 3: System functions

Condition filters 74 Triggers 76 Calendar 77 Events 79

Log 79 Programming 79

Tests and diagnostics 80

Walk test 80 Other tests 83

Alarm reporting 84

Reporting principles 84 Reporting order 85

Failed to communicate (FTC) 86 User programmable functions 88 Autoset 91 Wireless device programming 92

Learning wireless sensors 92

Learning fobs 94

Two-zone RF sensors 96

Device activation 97 Using cameras 98

Configuration 98

Diagnostics 100

Troubleshooting 100 Engineer reset 102 Timed unset / ATM 103

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Chapter 3: System functions

Function

Reference

Access control

“Access control” on page 68

Areas

“Areas” on page 50

ATM

“Timed unset / ATM” on page 103

Autoset

“Autoset” on page 91

Calendar

“Calendar” on page 77

Cameras

“Using cameras” on page 98

Condition filters

“Condition filters” on page 74

Diagnostics

“Tests and diagnostics” on page 80

Doors

“Doors” on page 68

Events

“Events” on page 79

Expanders / DGPs

“Bus devices” on page 58, “Expanders” on page 59

Inhibit

“Inhibit and isolate” on page 53

Inputs

“Zones” on page 45

Isolate

“Inhibit and isolate” on page 53

Keypads / RASes

“Bus devices” on page 58, “Keypads” on page 58

Keys

„Keys” on page 54

Outputs

“Outputs” on page 67

Part set

“Set and unset” on page 51

“PIN” on page 66

Reporting

“Alarm reporting” on page 84

Set

“Set and unset” on page 51

Shunt

“Zone shunt” on page 53, “Door shunt” on page 69

Tests

“Tests and diagnostics” on page 80

Timed unset

“Timed unset / ATM” on page 103

Triggers

“Triggers” on page 76

Unset

“Set and unset” on page 51

User groups

“User groups” on page 62

User programmable functions

“User programmable functions” on page 88

Users

“Users” on page 60

Walk test

“Walk test” on page 80

Function list

Table 11 below provides an alphabetic list of Advisor Advanced functions and their description references.

Table 11: Function list

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Chapter 3: System functions

Function

Reference

Wireless devices

“Wireless device programming” on page 92

Zones

“Zones” on page 45

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Chapter 3: System functions

Zones

Zone is an electrical signal from a security device or a group of devices (PIR detector, door contact) to the Advisor Advanced system. Each device can be identified by a zone number or a name. For example, zone 14, Fire Exit Door.

Zone connection is described in Chapter 2 “Installation” > “Zone connection” on page 23.

For zone configuration, see “Zone configuration” on page 30.

Zone addressing is described in “Zone, output, and door addressing” on page 31.

Zone programming is done via “4.1 Zone menu” on page 171 (in Chapter 5 “Menu reference”).

Zone types

The following zone types are available.

1. Alarm

Generates no alarm when the area is unset.

Generates an alarm when the area is set.

Example: Internal door, PIR (motion detector).

2. Entry/Exit 1

Generates no alarm when the area is unset.

When the area is set, the exit timer starts and activating the zone generates no alarm. If the zone is activated when the exit time has expired, the entry timer starts. Only when the entry time has expired, an alarm is generated.

Example: Front door.

You need to program the entry/exit time. See “4.2 Areas” on page 185 for more information.

3. Access

Generates no alarm when the area is unset.

Generates an alarm when the area is set, and the no exit timer or entry timer is not running.

Example: PIR at entrance with a door contact on the entry door.

You need to program the entry/exit time. See “4.2 Areas” on page 185 for more information.

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Chapter 3: System functions

4. Fire

Generates a fire alarm regardless of the status of the area.

Fire alarm causes pulsing siren sound. This alarm has higher priority than an intrusion alarm.

Example: Smoke detector.

5. Panic

Generates a panic alarm regardless of the status of the area.

Example: panic button.

See also “8.8.1 Panic mode” on page 254.

6. 24H

Generates an intrusion alarm regardless of the status of the area.

7. Tamper

Generates a tamper alarm regardless of the status of the area.

Example: Panel tampers.

8. Exit terminator

This zone type is used to terminate an exit time. If the zone switches from active to normal, the exit time is terminated and the area(s) are completely set as soon as the final set delay has expired (see also “8.1.3.5 Final set delay” on page 235”).

9. Keyswitch

When the zone switches, the area is set / unset / part set depending on the zone options selected.

Example: Key switch next to Front door.

See options “4.1.n.6.16 Key latch” on page 176, “4.1.n.6.17 Key set” on page 176, “4.1.n.6.18 Key unset” on page 177.

10. Medical

Generates a medical alarm regardless of the status of the area.

11. Technical

Generates a technical alarm regardless of the status of the area.

Example: temperature sensor.

See options “4.1.n.6.19 Technical full set” on page 177, “4.1.n.6.20 Technical unset” on page 177.

12. Transmission path fault

Monitors the external reporting device.

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13. Fire door

If there is no fire alarm present, generate an intrusion alarm regardless of the status of the area. Otherwise no intrusion alarm is generated.

Example: Fire doors or emergency doors.

14. Aux mains fault

Monitors the auxiliary mains supply.

15. Aux batt fault

Monitors battery of the auxiliary power supply.

16. Key box

Monitors a box that holds a key to premises. It allows you to open for a short period after setting an area (specified in key box timer, see “8.1.4.5 Key box time” on page 236). It generates an alarm when opened outside of this period.

17. Eng. reset

This zone activation causes the engineer reset.

18. Entry/Exit 2

An alternative entry/exit zone.

Example: Back entrance.

Entry/exit 2 zone initiates alternative entry/exit timers. See “4.2.n.2 Exit time” on page 186” and “4.2.n.3 Entry time” on page 186.

See also “2. Entry/Exit 1” on page 45 for more details.

19. Shunt

Zone activation causes shunt of all area zones that have shunting allowed. Shunt is allowed by the option “4.1.n.6.36 Shunt” on page 181.

Areas

Area is a section of premises that has specific security requirements. The Advisor Advanced system allows any premises to be divided into different areas having different security requirements. Each area has zones assigned to it. Each area is identified by a number or an identifier. For example: Area 1, Main Office, etc.

Each area can have one of the following statuses:

• Set (armed)

• Part set

• Unset (disarmed)

See “Set and unset” on page 51 for details.

Areas are configured in “4.2 Areas” on page 185 in Chapter 5 “Menu reference”.

Area groups

Particular panel models allow to group areas in area groups. Users are allowed to perform area operations with area groups in the same way as with areas: for example, set an area group.

Area groups are configured in “4.3 Area groups” on page 190.

Note: Area group availability depends on the control panel variant. See

“Specifications” on page 35 in Chapter 2 “Installation”.

Area hierarchy

The area hierarchy defines the order, in which high security areas should be set or unset. A lower value means a higher hierarchy. Areas with higher hierarchy should be set in the first turn, and unset as the last ones.

This functionality is available only in areas with area hierarchy higher than 0.

An example is a bank vault. It should be impossible to unset the vault (hierarchy 1) before the vault hall (hierarchy 2) is unset. Also, you cannot set the vault hall before the vault is set.

Area hierarchy is set via menu “4.2.n.6 Hierarchy” on page 189.

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Set and unset

Each area can have one of the following statuses:

• Set (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 only set when it is unoccupied. Some zones (like vaults) can remain armed continually.

• Unset (disarmed): The condition of an area when it is occupied and normal activity does not set off an alarm.

• Part set: The condition of part of an area where a change in the status of certain zones (from normal to active) causes an alarm. An area or premise is part set when it is partially unoccupied like the outside of a home is part set but the inside is still unset.

How to use part set

When users performs a part set, the system sets all requested areas with all full set (perimeter) zones supervised but all part set (interior) zones ignored. As this setting mode is for personal safety, reporting to the central station depends on option “8.4.3.1 Report BA” (see page 244). Further, any alarms that occur while part set is applied, are treated as local alarms that activate sirens, keypad buzzers (if enabled), and keypad indicators.

If a zone is assigned multiple areas it is not set until all assigned areas are set. If there is a mixture of part set and full set areas assigned to the zone, the zone obeys the part set condition.

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Unset delay Please wait

Delayed unset

The area unset can be delayed. A delayed unset is used in banking applications, like ATM cash refill and vault opening.

During the delay the area keypad or reader is locked. The following message is displayed on the keypad LCD screen:

On a keypad or a reader without LCD the unset delay is indicated by slowly blinking area LED.

The delay period is set in “4.2.n.4.3 Unset delay” on page 188.

There is no way to manually override the delay.

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Inhibit and isolate

A faulty device can be inhibited or isolated.

Inhibit

A zone is inhibited from indicating normal or active status. It becomes excluded from functioning as part of the system for particular time. However, tampers are still monitored.

The zone is inhibited until the next unset.

A zone can be inhibited automatically when using the forced set functionality. It is configured via menu “8.4.4 Forced set” on page 244 in Chapter 5 “Menu reference”.

Isolate

A zone or a bus device is inhibited from indicating normal or active status. It is excluded from functioning as part of the system permanently, until de-isolating by the manager or installer.

Zone shunt

A shunt procedure inhibits zones, when active, from generating an alarm during a certain time period.

A zone can be shunted in the following ways:

• Manually by the installer. Use menu “1.2.1.9 Shunt zones” on page 124.

• By a schedule. See “Calendar” on page 77 for details.

• By a conditional filter. See “Condition filters” on page 74 for details.

• By a zone with Shunt type. See “Zone types” on page 45 for details.

Caution: There is a limitation of the number of zones that can be shunted

simultaneously. The limit is set in “4.2.n.7.3 Shunt limit” on page 190.

During the shunt time the zone is inhibited.

If the zone is still active after the shunt time has expired, the zone will generate an alarm, depending on the zone type and the status of the area.

For particular users (depending on their user options) the shunt is active during an extended shunt time.

Before the shunt timer expires, a warning may be given.

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Chapter 3: System functions

Action

Programmed method

Key sequence

[1]

Set [2]

Set with key

On 

Set with PIN

On, PIN, Enter



PIN, On

 Set with card

Card



On, card



3 x card

 Set with card and PIN

On, card, PIN, Enter



Card, PIN, On



Unset [2][3]

Unset with PIN

Off, PIN, Enter



PIN, Off

 Unset with card

Card



Off, card



Unset with card and PIN

Off, card, PIN, Enter



Card, PIN, Off



Card, PIN

Part set [2]

Part set with key

Partset

 Part set with PIN

Partset, PIN, Enter



PIN, Partset

 Part set with card

Card



Partset, card



3 x card

 Part set with card and PIN

Partset, card, PIN, Enter



Card, PIN, Partset



Door access [2][3]

Door access with PIN

PIN, Enter



Door access with card

Card



Keys

The authorization method depends on system settings. See “2.2.1.n.3.7 Control options” on page 145 for more information.

Note: When an incorrect PIN is entered three times the keypad is locked for

120 seconds.

Common key sequences for LCD keypad

Table 13: Common key sequences for LCD keypad

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Action

Programmed method

Key sequence

[1] Door access with card and PIN

Card, PIN, Enter



Menu access [2]

Menu access with PIN

Menu, PIN, Enter



PIN, Menu

 Menu access with card

Menu, card

 Menu access with card and PIN

Menu, card, PIN, Enter



Card, PIN, Menu



Duress [4]

Duress with PIN

Any set key (On / Off / Partset), duress code, Enter



Duress code, any set key



Duress with card and PIN

Any set key (On / Off / Partset), duress code, card, Enter



Card, duress code, any set key



Change keypad buzzer volume

Increase volume

X + Right



Decrease volume

X + Left



Panic [5]

Panic alarm

1 + 3



Exit [6]

Quick exit from the programming

Menu + Clear



Active alarms [7]

Display active zones and faults that should be acknowledged

Function, Function



Alarm memory [7]

Display alarms that occurred when set

Enter, Enter



Action

Programmed method

Key sequence

[1]

Set [2]

Set with PIN

On, PIN, On

 Set with card

Card



On, card



3 x card

 Set with card and PIN

On, card, PIN, On



Card, PIN, On



[1] Use the check box to note which options are available for this system. [2] The functionality depends on “2.2.1.n.3.7.1 Card&PIN mode” on page 145. [3] The functionality depends on “8.7.7 Easy unset” on page 253. [4] The functionality depends on “8.7.3 Duress method” on page 250. [5] Panic alarm functionality depends on the “8.8.1 Panic mode” option described on page 254. It

also depends on the “2.2.1.n.3.20 1+3 keys” option described on page 149.

[6] The function works only if there is no prompt that requires a user response or action. It is

disabled, for example, during wireless devices learning.

[7] The functionality depends on “8.3.3 Alarm list” on page 241.

Common key sequences for keypad without LCD

Table 14: Common key sequences for keypad without LCD

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Action

Programmed method

Key sequence

[1]

Unset [2][3]

Unset with PIN

Off, PIN, On



PIN, Off

 Unset with card

Card



Off, card

 Unset with card and PIN

Off, card, PIN, On



Card, PIN, Off



Card, PIN

Part set

Part set with card

Card



3 x card



Door access [2]

Door access with PIN

Any digit, PIN, On

 Door access with card

Card



Any digit, card

 Door access with card and PIN

Any digit, card, PIN, On



Card, PIN, On



Duress [4]

Duress with PIN

Any set key (On / Off), duress code, Enter



Duress code, any set key



Duress with card and PIN

Any set key (On / Off), duress code, card, Enter



Card, duress code, any set key



Panic [5]

Panic alarm

1 + 3



When a PIN can be entered, the keypad beeps twice and flashes the red and green LEDs. When an operation fails the keypad beeps seven times.

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Action

Key

[1] A 



F1 (F + 1)

 F2 (F + 2)

 F3 (F + 3)

 F4 (F + 4)



Function keys

Use Table 15 below to describe function keys functionality and availability.

See also “2.2.1.n.3.12 Function keys” on page 148.

Table 15: Function keys

[1] Use the check box to note which functions are available in this system.

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Bus devices

There are the following kinds of bus devices:

• Keypads are used to provide system control, such as setting or unsetting areas. Depending on the type of keypad, additional functions may be available, such as LCD displays, menus to set time and date etc.

• Expanders are used to provide remote inputs and outputs.

• Readers are connected to door controllers and used to control intelligent doors. See “Access control” on page 68 for details.

Bus device numbering

Devices use DIP switches to set bus address. The Advisor Advanced normally uses the keypad/expander number. For the dependence between device address and its number, refer to the appropriate bus device installation manual. The address of the programmed device can be viewed in “2.2.1.n.2 Keypad address” (keypad) and “2.2.2.n.2 Expander address” (expander).

See also Chapter 2 “Installation > Zone, output, and door addressing” on page

31.

Adding keypad with a higher number

If the number programmed in a keypad is higher than the maximum number allowed in the system, the keypad cannot be added. But it is possible to change this number from the panel via the keypad internal menu. Adding a higher keypad number brings you to a simplified menu that contains only own keypad menu entry.

For example, to program keypad with programmed number 16 in a system with 8 keypads:

1. Add keypad 16. It will bring you to “2.2.1.n.4 Keypad menu” (described on page 150).

2. Enter keypad menu.

3. Change keypad address to 7. Refer to the appropriate keypad manual.

4. Add keypad 7.

Keypads

A device that is the user control panel for security options for areas or for access points (doors). The keypad can be a console (LCD keypad used to program the

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control panel, perform user options, view alarms, etc.) or any other device that can be used to perform security function, such as set/unset, open doors, etc.

Keypads and readers can be also referred as remote arming stations (RASes).

Keypads are configured in “2.2.1 Keypad devices” on page 143 in Chapter 5 “Menu reference”.

Expanders

Expanders are devices that expand number of inputs or outputs in the Advisor Advanced system. There are two kinds of expanders:

• Internal expanders: Expansion boards that are installed inside the control panel housing.

• External expanders: Bus devices that collect data from other security devices within an area, and transfer it to the Advisor Advanced control panel. They are also referred as expanders or data gathering panels (DGP).

Expander installation and wiring is described in Chapter 2 “Installation” on page

Expander options are set in “2.2.2 Expander devices” on page 150 in Chapter 5 “Menu reference”.

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Users

Users are identified to the Advisor Advanced system by a unique number that is associated with the user’s PIN or card.

Note: If the system is EN 50131 compliant, you can edit only your own settings,

and configure only newly added users. See “User data lock” on page 61 for more details.

For each user, the system records the following:

• Number

• Name

• PIN

• Card ID number

• Phone number

• User group (which determines options the user can access)

• Door group (which determines regions the user can access)

• Language

• Various programmed options

Note: Your own user group might not allow you to program PINs. If it does allow

use of this option, there might still be restrictions on which user groups you are allowed to update.

Maximum user number in the system is defined in “Specifications” on page 35.

Note: Connecting door controllers to the Advisor Advanced system increases the

maximum user number in the system (see “Specifications > Access control features” on page 37 for details). However, additional users do not have the following records:

• Phone number

• Language

Predefined users

There are two predefined users in the system:

• Installer is used to enter the Advisor Advanced system configuration. He has user group “Installer group” assigned.

• A user with default name Supervisor who can grant access to the installer menu for the service engineer. He has user group “Supervisor group” assigned. The default supervisor PIN is 1122.

Note: If the configured PIN length is configured for more than 4 digits, zeroes are

added to the default PIN values. For example, if the system is configured for 6digit PINs, the supervisor PIN is 112200.

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Lock user data? >Cancel<

There is always one installer in the system. More than one user can have rights that allow granting access to the installer or service engineer.

User data lock

When a system is configured as EN 50131 compliant, you are not allowed to modify settings for an existing user (other than yourself). A new user can be configured only when added, and an existing user can only be removed. The installers can only modify their own settings, and the other users can modify their

own settings via user menus (see Advisor Advanced User Guide and Advisor Advanced Manager Manual for more details).

After a new user is added via menu “3.1.0 Add user” on page 162, the installer can configure this user. After the modification is done and the installer exits from the user menu, the following confirmation request appears:

Choose OK to confirm the new user configuration. After confirmation only this user is able to modify own settings.

Otherwise, choose Cancel to return to the user configuration.

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User groups

A user group allows users to control the Advisor Advanced system alarm options (also called alarm control). This provides flexibility when determining a user’s access to, and control of, the system.

A user can have more than one user group assigned. In this case, if any of those groups grants permission to a particular option, the user has this permission.

For example: A user has two user groups assigned: “R&D” and “Managers”. If the “Managers” user group allows inhibiting but the “R&D” group does not, the user is allowed to inhibit a zone.

Note: The system always includes an installer group. This group can be

assigned to only one user, the default installer user.

User group types

User group type defines what user group options are allowed for the user, which belongs to a group of this type. For example, a guard does not have a permission to add users, while a normal user cannot change date and time.

There are the following types of user groups:

• Normal user

• Supervisor

• Installer

• Guard

• Timed Unset / ATM

• Reset only

• Log

These types are provided to comply with EN 50131. User group type defines the default user group options, as well as allowed changes.

Note: Only the Installer user group has type Installer. Also, this is only possible

type for this group.

User group type is set in “3.2.n.2 User group type” on page 168.

Table 16 on page 63 denotes default and allowed user group options (user privileges).

Note: Not all of read-only options are visible for particular user group types.

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Option

User group type

Normal

user

Super-

visor

Installer

Guard

Timed

Unset /

ATM

Reset

only

Log

Full set

Yes

[Yes]

[No]

Part set 1

Yes

[No]

Part set 2

Yes

[No]

Unset

Yes

[Yes]

[No]

Inhibit

Yes

[No]

Isolate

[No]

No [1]

[Yes]

[No]

Time and date

[No]

Yes

[Yes]

Yes

[No]

User adding (none / restricted / all) [2]

[none]

all

[all]

[none]

Forced set

Yes

[No]

10.

Change PIN

Yes

[Yes]

Yes

[No]

11.

Walk test

Yes

[Yes]

Yes

[No]

12.

Engineer reset

[No]

Yes

[Yes]

Yes

[No]

13.

Duress code

Yes

[No]

14.

Reporting test

[No]

Yes

[Yes]

[No]

15.

Remote connection

Yes

[Yes]

[No]

16.

Cleaner

[No]

17.

UG area list

Yes

[Yes]

Yes

[No]

18.

Menu access

Yes

[Yes]

Yes

[Yes]

Yes

19.

Inst. access

[No]

Yes

[No]

Yes

[No]

20.

Logs access

Yes

[Yes]

Yes

21.

Stop report

[No]

22.

SMS reporting

Yes [1]

Yes

[No]

23.

SMS control

Yes [1]

Yes

[No]

24.

Card and PIN mode (PIN only, card only, card or PIN)

Card or

Card

or PIN

Card or

25.

No OP/CL reports

[No]

26.

Schedule access (none, view, control/view)

view

control/

view

[control/

view]

control/

view

[none]

27.

Fob learning

[No]

Yes

[Yes]

[No]

28.

Remote pics

Yes

[No]

29.

Pic deletion

Yes

[No]

30.

CS configuration

Yes

[Yes]

[No]

31.

Shunt

[Yes]

[No]

Table 16: User group types and allowed options [1]

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Option

User group type

Normal

user

Super-

visor

Installer

Guard

Timed

Unset /

ATM

Reset

only

Log

32.

Door control

[Yes]

33.

Region ctrl

[Yes]

Option

Description

Full set

Set the premises.

Part set 1

Perform a partial set 1.

Part set 2

Perform a partial set 2.

Unset

Unset.

Inhibit

Inhibit zones.

Isolate

Isolate zones, bus devices, cameras etc.

Time and date

Change system time and date.

[value]: Option is read only.

[1] The value may depend on defaults selected during the initial start-up. See “Initial start-up” on

page 114 for details.

[2] See “User privilege limitation” below for details.

[3] Allowed keypad numbers depend on the panel variant. For details, see “General features” on

page 36.

For detailed descriptions of user group options, see “User group options” below.

User privilege limitation

The User adding option determines whether the user can add new users and what user rights these newly created users have.

• None: User cannot create new users.

• Restricted: User can create new users, but he is only allowed to set permissions equal to or lower than his own.

For example, if his user group does not allow changing the date and time, he cannot provide this permission to any user by editing a user group, nor assign a user to an existing user group with that permission. This affects options as well as areas. For example, if the user has access only to Area 1, he cannot give access to Area 2 to another user.

• All: User can create new users with any permission.

See also “User data lock” on page 61.

User group options

User group options are set in menu “3.2.n.6 User group options” on page 169.

The following options are available.

Table 17: User group options as user privileges

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Option

Description

User adding

Create new users (see also “User privilege limitation” on page 64).

Forced set

Perform a forced set.

The availability of this option depends on the system configuration.

10.

Change PIN

Change own PIN.

11.

Walk test

Perform a walk test.

12.

Engineer reset

Perform an engineer reset.

13.

Duress code

Use a duress code.

14.

Reporting tests

Make a test call to the particular central station.

15.

Remote connection

Respond to a remote access request.

16.

Cleaner

Leave zones inhibited after the unset.

17.

User group area list

Display the list of areas.

18.

Menu access

Enter the user menu.

19.

Inst. access

Grant the Installer an access to the system configuration.

20.

Logs access

Access the panel logs.

21.

Stop report

Stop reporting in progress.

22.

SMS reporting

Receive SMS reports.

23.

SMS control

Control the system via SMS.

24.

Card and PIN mode

Set the mode for this particular user group (if possible). The following modes are available:

• PIN only

• Card only

• Card or PIN

25.

No OP/CL reports

Open/close events generated by users of the user group are not reported

26.

Schedule access

Access to schedule. The following options are available:

• None: No access

• View: Restricted access. Users can view schedule and cancel actions for the present day.

• Configure: Full access.

27.

Fob learning

Program a fob.

28.

Remote pics

Enable remote picture triggering.

29.

Pic deletion

Delete pictures.

30.

CS configuration

Configure CS communication.

31.

Shunt

Shunt zones.

32.

Door control

Control door state: lock, unlock, open, timed open, enable and disable.

33.

Region ctrl

Move users between regions.

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PIN (Personal Identification Number) is a 4 to 10 digit number given to, or selected by, a user. It is necessary to enter a PIN on an Advisor keypad as a prerequisite to perform most Advisor Advanced options. In the Advisor Advanced configuration the PIN is associated with a user, which identifies the PIN holder to the system.

The PINs policy in the Advisor Advanced system can be configured in one of the following ways:

 PINs are generated by the system. The user can request a new PIN

generation.

A PIN is generated by selecting Yes and pressing Enter in this menu. The generated PIN is shown until Enter is pressed again.

 PINs are entered manually.

Pressing Enter lets you enter or edit the PIN of the selected user.

The PIN change mode can be set in menu “8.7.5 PIN chg mode” (see page 250).

PIN length is programmed using “8.7.4 PIN length” on page 250. The number of available PINs varies from 10000 (for 4-digit PINs) to 10000000000 (for 10-digit PINs).

No PINs are reserved for system use. Any PIN can be generated or entered for use. PINs must be unique. A PIN cannot be assigned to more than one user. The system will not generate or accept entry of PINs already in use.

The selected user PIN can be changed in “3.1.n.2 PIN” on page 162 if the user data is not locked. See “User data lock” on page 61 for more information.

Outputs

Advisor Advanced are logical elements that control physical outputs (relays and open collectors). Physical outputs are used to control doors, sirens, and other device control.

See Chapter 2 “Installation” on page 7 for details on physical outputs.

Advisor Advanced outputs are assigned to physical outputs and configured in the menu “6 Outputs and filters” described on page 217 in Chapter 5 “Menu reference”.

These outputs can be controlled by zones, user actions, triggers, schedule, or system events using condition filters. See “Condition filters” on page 74 for more details.

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Access control

The Advisor Advanced system allows controlling user access to particular regions using doors. There are the following types of access control functions:

• Basic access control function is controlling alarm function by shunting door contact when an authorized user badges a valid card or enters a valid PIN, or presses request to exit button. Such access control functions are provided using standard doors.

See “Door shunt” on page 69 for more information on door shunts.

See also “Doors” below, “Zone shunt” on page 53.

• Advanced access control functions include anti-passback, high security regions etc. These functions are only available while using intelligent doors, which are controlled by door controllers (see “Door controller” below).

See also “Advanced access control functions” on page 69.

Door controller

The advanced access control functions are handled by a door controller, which is an expander connected to the ATS system bus.

One door controller can control up to four intelligent doors.

Currently there are the following door controllers available: ATS1250, ATS125x (ATS1251, ATS1252, ATS1253, ATS1254).

See “Expanders” on page 59 for more information on expander installation.

Doors

A door is a basic element of the access control functionality. There are two types of doors:

• Standard door: A door with a reader or a keypad assigned to each side of the door, and a request to exit button for an exit. Unauthorised door opening causes an intrusion alarm. See “Basic access control functions” on page 69.

• Intelligent door: A door, which can be used for advanced access control. Such door has up to two readers and a region assigned to each side, entry and exit. Such doors are controlled by door controllers. See “Advanced access control functions” on page 69.

Use menu “5 Door menu” on page 196 to configure doors.

For reader, door zone and lock outputs default addressing, see “Zone, output, and door addressing” on page 31 in Chapter 2 “Installation”.

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Note: It is not required to configure triggers to control door locks. The output set

in menu “5.1.n.4 Door output” on page 198 overwrites output configuration.

Door groups

Door groups specify when access to a specific door is granted. Door groups are assigned to users. Each Door group may have a different time period (schedule) when access to different doors may be granted.

Door groups are programmed in “5.2 Door groups” on page 214.

You can assign door groups to users in “3.1.n.8.1 Door group” on page 167.

Basic access control functions

Door shunt

Door shunt is a procedure that inhibits an open door, which could cause an alarm, for a set time.

A door can be shunted by a keypad or a reader, or a door controller. See “5 Door menu” on page 196 for details on door shunting.

Advanced access control functions

Regions

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.

Note that region 1 is “outside” region.

Use menu “5.3 Regions” on page 216 to edit regions.

The menu “5.1.n.9.1 Regions” on page 213 allows you to assign specific door readers to regions.

Anti-passback

Anti-passback function enables users to transfer from one region to another. Entering a region twice in succession is either not possible, or will result in an event being logged and reported to the operator.

The following anti-passback types are available:

• 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.

• 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.

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• Regions anti-passback. A valid card or PIN does not open the door when

used to leave a region other than the one entered previously. For example, if the user had entered region 3 from region 2, he will be denied when trying to enter region 2 from region 1. An attempt to do so generates a report.

Use menu “5.1.n.9.2 Anti-passback” on page 213 program the anti-passback for the selected door.

High security

High security regions (HSR) require a certain number of high security users (HSU) present in them to allow any normal users inside. If a high security user leaves the region causing too few HSU present in it, an alarm is raised, preceded by prewarning time.

The system does not allow the normal user to stay in the HSR without HSU inside, so the last high security user will not be permitted to leave the high security area if there are normal users inside.

Set HSU options in “5.1.n.9.4 HSU options” on page 214.

Door controller macro logic

Every door controller may be programmed with macro logic to control its outputs depending on inputs and flags.

Note that this macro logic structure is different from Advisor Advanced control panel condition filter programming.

These pages explain the door control macro logic principles.

Caution: It is very important to plan the macro logic carefully on paper, noting all

details, and the origin of every zone and/or event flags, before attempting to program.

Macros

A macro is an evaluation and a decision-making device. It has up to four inputs and one output. There are 32 macros available for each door controller.

The four inputs may be individually configured to activate the output when active (OR) or, collectively joined (AND) so two or more inputs have to activate to operate the output.

Notes

• All inputs may be optionally individually inverted using the NOT function.

• Any unused inputs should be set to OR.

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The macros timers

The output has many timed and a latched option. Each of the timed options may be programmed in minutes or seconds within the range of 1 to 255.

• Disabled: Macro 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 [s]: Activates for the programmed time (in seconds) or the active period of the logic result, whichever is the shortest.

• On pulse [m]: Activates for the programmed time (in minutes) or the active period of the logic result, whichever is the shortest.

• On timed [s]: Activates for the programmed time (in seconds) regardless of the macro output changing.

• On timed [m]: Activates for the programmed time (in minutes) regardless of the macro output changing.

• On delay [s]: Activates after the programmed time period (in seconds) unless the result of the logic equation is no longer valid.

• On delay [m]: Activates after the programmed time period (in minutes) unless the result of the logic equation is no longer valid.

• Off delay [s]: Follows the result of the logic equation, but remains active for the time (in seconds) programmed after the result of the logic equation is no longer active.

• Off delay [m]: Follows the result of the logic equation, but remains active for the time (in minutes) 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.

Note: In the Latched mode, the reset input 4 will not reset the macro's output

while any of the inputs (1, 2, or 3) are active.

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.

The two relay needed are taken from the relay specified in menu “5.1 Doors” on page 196. The “5.1.n.4 Door output” on page 198 specifies one relay, and door controller takes the next sequential relay number for the second relay it needs to operate the lock. For example; if output 17 is entered as an Unlock output

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number and this option is set to Yes, then outputs 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 (for example, 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 options “5.1.n.6.1.1 Door zone” on page 199 and “5.1.n.6.1.2 Second zone” on page 207.

The function is programmed in “5.1.n.6.2.3 Pulsed L&UnL” on page 208.

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 s. After 0.2 s of the second relay switching on, the first relay will pulse on for 0.5 s. If according to the zone monitoring (explained below) the door has not opened, it will continue this procedure for the “5.1.n.5.1 Unlock time” described on page

198. If a “Door Unlock” command is sent, this procedure is permanently continued. The procedure continues every 1.5 seconds. See timing diagram in Figure 23 below.

Figure 23

The difference between Door Open and Door Unlock is: The Door Open command only unlocks the door for the Unlock Time, whereas the Door Unlock command opens the door permanently until a Door Lock command is sent. See also “1.2.13 Door control” on page 139.

Door Lock procedure

The second relay will pulse on for 0.5 s. If according to the zone monitoring (explained below) the door has not closed, this procedure will continue until it does. See timing diagram in Figure 24 on page 73.

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Figure 24

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.

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Input 1

Operand 1

Input 2

Operand 2

Input 3

Operand 3

Input 4

Condition filter output 1

Condition filters

A condition filter can be used to control outputs or user groups. Each filter has up to four inputs, and one output.

Four inputs may be individually configured to activate the filter when active (OR), or collectively joined (AND), so two or more inputs have to activate to operate the output. A condition filter input can be an area, a zone, an event, or another condition filter output, etc. All dependencies are then calculated in turn.

Figure 25: How a condition filter works

You can use a condition filter output as an input for conditional filters that are defined below it in the list. For example, you cannot use condition filter 7 output in conditional filters 2, 3 and 6, but you can use conditional filter 7 output as an event for conditional filter 10.

Example of a condition filter use

Required action: when Area 1 is disarmed, entering the correct PIN or activating the keylock opens the door.

1. Select an appropriate condition filter using menu “6.1.n Select filter” on page

217.

2. Change the name of the filter to “Door open” in menu “6.1.n.1 Filter name” on page 217.

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Event or operand

Description

Keypad.1.7

Correct PIN, entered on keypad 1.

Zone.10.1

Active Zone 10, which is connected to the key switch and set up in “4 Zones and areas” menu.

AND

5 Area.1.3

Area 1 unset.

3. In menu “6.1.n.2 Formula” program the condition filter as below:

4. In menu “6.2 Outputs” on page 219 set the following values:

- Select filter “Door open” for output 10. Output 10 can then be used to unlock a door.

- Select Pulsed mode.

- Set Delay time to 00:00’00.

- Set Active time to 00:00’05 s.

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Triggers

There can be up to 255 triggers in the system. They can be used in condition filters to control outputs remotely. See “Condition filters” on page 74 for more information.

Each trigger has 7 independent flags that can be set or reset. The flags can be controlled by the following means:

• Advisor Advanced schedule. See “Calendar” on page 77.

• SMS commands. See Advisor Advanced SMS Control Reference Manual for

more information.

• Keyfobs. The keyfobs can be assigned to triggers in the wireless expander settings. See “Wireless device programming” on page 92 for details.

• Advisor Advanced compatible PC software. Refer to Chapter 6 “Software” on page 287.

See “Events” on page 79 for more information about trigger events.

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Calendar

The Calendar lets you to configure an automatic execution of specific actions at particular time and date. Panel settings can be automatically adjusted according to the schedule.

The calendar is configured via menu “7 Calendar” on page 225 in Chapter 5 “Menu reference”.

The Calendar functionality is based on schedules.

Schedules

Each schedule includes start and end dates, time frames, and actions to be performed. It also defines special days, and a filter that activates this schedule.

Maximum numbers of schedules, actions, time frames and special days in the system are listed in “Specifications > General features” on page 36.

Schedules are defined by the following parameters.

• Date: Start date and end date determine a time period, when the schedule is valid, or two days when the actions will be activated, depending on time frame configuration.

• Time: It is possible to define up to 4 time frames for each schedule.

Caution: Time frames should not overlap.

The time frame is determined by start and end time of the day, and selected days of the week.

If no week day is selected, the time frame will be valid only on the start and end days of the schedule (non-recurring schedule). Otherwise, the schedule will repeat every week (recurring schedule).

Note: Non-recurring schedule only allows one time frame to be defined.

• Action list: A list of actions that must be performed by the system when the schedule is active. See “Actions” below.

• Special day time: Alternative time frames, which become valid if the current day is a special day. See “Special days in schedules” on page 78.

• Filter: A conditional filter that enables the schedule when becomes true. See also “Condition filters” on page 74.

Actions

Action is a user programmed function, which can be done automatically by the system according to the programmed schedule.

Every action has the following settings:

• Name

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1>Sel schedule 1

Not used

0>Add schedule

1 Schedule 1

• User function: See “User programmable functions” on page 88.

Counteractions

Every action has a counteraction that is opposite to this action. For example:

• Counteraction of area set is area unset

• Counteraction of zone uninhibit is zone inhibit

• Counteraction of toggle trigger is toggle trigger, etc.

Counteraction is defined in the schedule automatically if the time frame end is set. In this case the action is performed at the time frame start, and the counteraction is executed at the time frame end. If the time frame end is not set (00:00), the counteraction is not activated.

Special days in schedules

You can assign special day time frames to each schedule. If a schedule contains a special day time frame defined, it will be also activated on special days.

Caution: Special days can only be configured in recurring schedules, which have

week days selected and are repeated annually.

Special days are assigned to dates in the menu “7.1 View” on page 225.

Daylight saving note

Actions planned between 2:00 and 3:00 on daylight saving time change do not occur when clocks are advanced, and occur twice when clocks are rewound.

For more information on daylight saving programming, see “8.1.1 Time and date” on page 232.

Schedule shortcut menu

Most of system elements have schedule shortcut menu entry that allows you to quickly assign up to two schedules to the selected system element, for example, area, user group, etc.

Selecting a schedule brings you to a list of schedules defined in the system.

When you select a schedule for the selected element, or create a new one, the system adds an action to the selected schedule. The action contains the selected element.

To edit schedules, use menu “7.2 Schedules” on page 226.

Note: Available elements and parameters are described in “User programmable

functions” on page 88.

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Events

Log

All events are recorded in the Advisor Advanced log. The log size is specified in “Specifications” on page 35, Chapter 2 “Installation”.

The log can be viewed using “1.1 Display logs” on page 120.

Note: The mandatory event log limits the number of repeating events to 3 within one set/unset cycle. The excessive events are stored in the extended event log instead.

See also “Alarm reporting” on page 84.

Programming

Advisor Advanced events can be also used for user function programming. See “Condition filters” on page 74 for details. Events and groups of events, available for condition filter programming, are listed in Appendix A “Advisor Advanced events” on page 311.

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Tests and diagnostics

The Advisor Advanced system provides a range of test features. Most of them are accessible from “1.2 Test menu” on page 121.

Input and detector tests

To test single inputs or detectors, use “1.2.1 Input tests” on page 121. A single input state can be checked in “1.2.1.7 Zone kOhm” on page 123.

To verify wireless input status, use “1.2.1.3 RF RSSI test” on page 122 and “1.2.1.4 RF diagnostics” on page 122.

Wireless PIR camera range can also be verified in “1.2.1.5 Cam range test” on page 123.

If the detector has an internal test functionality, use “1.2.1.8 Detector test” on page 124 to configure an autotest, or to run it manually.

Test shock sensors via “1.2.2 ShockSens test” on page 125.

Outputs

Test outputs or verify their state using the “1.2.3 Outs&triggers” menu on page

125.

Walk test

Walk test is a working system test performed by a user or installer. To pass the test, the user or installer has to walk past detectors to activate these. The intention is to test the functionality of the security system.

The zone passes the test when switching its state from normal to active, and then from active to normal. In walk test mode each zone state change is signalled by the keypad buzzer or an internal bell.

The menu “1.2.5 Walk test” on page 127 allows you to run the test manually (engineer walk test), as well as define conditions when the user has to perform the walk test, including a required walk test before setting an area (user walk test).

The menu also allows you to run a walk test for a single zone, as well as a general walk test, which is required by a central station operator to verify all alarm system features, including set and unset, entry and exit, tampers, etc.

Engineer walk test

The walk test initiated and executed by the service engineer.

The walk test applies to all zones that have option “4.1.n.6.11 Engineer walk test” on page 175 enabled.

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With reporting >Yes<

Walktest scope

>Total<

Zone 1

Need active

Walk test OK

Press ENTER

Configure test parameters using “1.2.5.1 Start” menu on page 127.

After this, run the walk test by “1.2.5 Walk test” on page 127.

Before walk test starts, you are asked if the reporting to central stations must be enabled.

Choose Yes if all corresponding events must be reported to the central station. These include test events, walk test events, as well as activated zone list. If set to No, only a walk test result event is sent.

Note: If the reporting has been inhibited during installer logging in, the walk test

reporting is disabled as well. See “Accessing the installer programming menu” on page 108 for more details.

Next, you are prompted to choose between total and reduced walk test.

The following options are available:

• Total: Standard walk test. All appropriate zones are tested.

• Reduced: Reduced walk test. This test is limited only zones that were not active recently, during last 4 hours, or since the last set.

Note: The time period is programmed in “1.2.5.2.9 Reduced walk” on page

129.

Choose a walk test scope and press Enter.

The Walk test start command starts the engineer walk test for zones that have the engineer walk test option enabled (see “4.1.n.6.11 Engineer walk test” on page 175).

The tested areas need to be unset.

Note: If zones that generate alarms regardless to the area state, for example,

24H type, are included in the walk test, they are suspended during the test, and do not cause an alarm. However, their activation is reported even if reporting is disabled during test start.

While the test is running, the list of untested zones scrolls automatically. The LCD displays a zone and the condition that must be achieved. For example, the screen below shows that zone 1 should be activated.

Zones disappear from the displayed list as they are tested.

When all zones are tested successfully, the following message is displayed.

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The test is cancelled if the Clear key is pressed. There is also a maximum time limit on the test, set in “8.1.3.3 Walk test time” (see page 234). The test fails if this timer expires. If engineer reset fails and inhibit reporting has not been enabled when accessing the programming mode then a message is sent to the central station to indicate that the test failed (see “Accessing the installer programming menu” on page 108).

Single zone walk test

You can also use “1.2.5.3 Single zone WT” on page 129 to perform a single zone walk test on the same rules as the engineer walk test described above.

Walk test mode

A special walk test mode allows verification of the whole alarm system functionality. In this mode, a service engineer or a guard must perform as many actions on the operating alarm system as possible. This may include set and unset, entry and exit, activating all detectors and tampers. The system operates as usual, sending all alarm and tamper events to the central station, except none of system sirens is active.

This allows the central station operator to review all received alarms and verify if appropriate system functions are working properly.

Active walk test

Active walk test allows you to test alarm reporting in case of a confirmed alarm simulation (required by ACPO).

Choose zone A for A-alarm, and zone B for B-alarm.

First, activate zone A, and then zone B.

The panel will simulate a confirmed alarm and send all appropriate reporting events to the central station.

Notes

• The tested zones must be one of the following types: 1. Alarm, 4. Fire, 5. Panic, 6. 24H, 7. Tamper, 13. Fire door.

• Options “4.1.n.6.11 Engineer walk test” on page 175 for these zones must be enabled.

• The user privileges in this area must have Walk test allowed. See “3.2 User groups” on page 168 for more details.

User walk test

If the user walk test is configured and enabled, the user is requested to perform the user walk test prior to setting an area. The frequency of this request is defined in “1.2.5.2.7 Frequency” on page 128. If the option “1.2.5.2.8 Need to set” on page 128 is enabled, setting an area without prior user walk test is not allowed.

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Note: For walk test purposes Advisor Advanced stores information on any zone

activation for 4 hours. Therefore if the zone was activated during the last 4 hours before walk test, it is not included into the list of zones required to test. If each walk test zone was activated during this time, the walk test is not requested.

Other tests

Communication

To configure automatic communication test or run it manually, use “1.2.6 Test call opts” on page 130.

Use the following menu to diagnose appropriate communication paths (if available):

IP: “1.2.7 IP diagnostic” on page 131

GSM: “1.2.8 GSM diagnostic” on page 133

Battery

Use “1.2.9 Battery test” on page 135 to diagnose the panel battery status. The menu also allows you to configure automatic battery tests.

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Alarm reporting

Alarm reporting is a procedure to transmit alarm events or other events to the central station by means of a dialler or other device, and a set of rules called a protocol.

The Advisor Advanced reporting features are configured via menu “9 Dialler menu” on page 258 in Chapter 5 “Menu reference”.

Available reporting codes for different protocols are listed in Appendix B “Advisor Advanced reporting codes” on page 327.

Reporting principles

See Appendix B “Advisor Advanced reporting codes” on page 327 for a list of events that can be reported to central stations.

When a new event occurs, the system performs a few checks below before it is reported to central stations.

Is it mapped to any central station?

Every event in Advisor Advanced system has defined a particular set of central stations that it can be reported to. It is done via menu “9.2.1 CS mapping” on page 266.

For example, central station 1 is the Fire Brigade Station. All fire events then can be mapped to CS 1. CS 3 is a security company, which monitors burglar alarms. Burglar events as well as tamper alarms are mapped to it.

If the event is not mapped, is not reported anywhere.

Is this event already waiting for reporting?

If exactly the same event (from the same area and source) is already waiting for reporting, such event will be reported only once.

Are there restored events?

There are two possible situations when two consecutive events are ignored during reporting:

• The new event is a restoring event for the other one, which is already waiting for reporting.

• The new event is an event, which restoring event is already waiting for reporting.

If the first complementary event is configured as a delayed one in “9.2.3 Delayed events” menu on page 267, both events are excluded from reporting.

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For example, burglar alarm (BA) from area 1 is a delayed event, and the delay time is 30 seconds. The event is mapped to CS 1, as well as burglar restore event (BR). When there is an alarm in area 1, the event is waiting for reporting. When the user disarms the area and acknowledges the alarm, the burglar restore event occurs. If the user does it before 30-second delay times out, no information is sent to the central station 1.

Note: The events do not exclude each other if they are mapped to different

central stations.

Is this event a part of the combined OP/CL reporting?

If “9.1.n.9 OP/CL report” on page 262 is set to combined, only the initial area disarming (opening) and the final area arming (closing) in the group of areas with the same account code is reported to the central station. Other area set and unset events are not reported.

For example, premises include areas 1, 2, and 4 (that have the same account code). The owner unsets areas 1, 2, and then 4 on morning, and sets them in the same order on evening. The event is sent to the central station only when he unset area 1, and sets area 4.

After all abovementioned conditions are met, the event is waiting to be reported. The possible reporting delay depends on whether it is a delayed event, what communication paths are available, and how many events with higher priority are already waiting for reporting.

Reporting order

If there are a few events waiting for reporting, and there are a few central stations to report to, the following principles are applied.

Connect to primary central stations

From all primary central stations that need to be communicated due to existing events and their mapping, the system starts establishing connection from the lower CS numbers to the higher ones.

For example, if there are events to report to primary central stations 1, 3, and 6, the system tries to contact the CS 1 first.

Note: The first connection attempt is always performed twice. The same applies

backup central stations.

If the communication attempt fails, the system tries to contact CS 3, and then CS 6. If the CS 6 connection is also unavailable, the system starts with CS 1 again.

If there are configured the same delays and connection attempt numbers, Advisor Advanced attempts to report to central stations in the following order:

1, 1, 3, 3, 6, 6, 1, 3, 6, 1, 3, 6, etc.

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Use the backup central stations

In case the primary central station reporting fails, the system tries to send the event to the appropriate backup central station. For example, if there are primary central stations CS 1 and CS 4, and there are central stations CS 2 and CS 3, which are backup stations for CS 1. Advisor Advanced tries to report to central stations in the following order:

1, 1, 4, 4, 2, 2, 4, 3, 3, 4, 1, 4, 2, 4, 3, 4, 1, etc.

Note: To keep reporting order transparent, always program event mapping to

backup central stations the same as mapping to primary central station.

Report all necessary events to the central station

Once the communication to the central station is established, the system reports all active events that are mapped to this central station.

After all necessary events are successfully reported to the central station, the system closes the communication and tries to contact the next central station, which the active events need to be reported to.

Event priority

In the queue of events waiting for the central station reporting, events with higher priority are transmitted first. See Table 33 on page 327 for event priority values.

Failed to communicate (FTC)

Each central station has the “9.1.n.7 Retry count” described on page 260. When the unsuccessful communication attempts reached this limit, the system stops to try to report to this central station, and generates FTC fault for this station.

Note: For Voice protocol, there is a possibility to avoid FTC fault using option

“9.1.n.8.2.1 Suppress FTC” on page 262.

In FTC condition, the system still tries to re-establish the communication with the central station using test calls that are configured in the “1.2.6 Test call opts” menu described on page 130.

Note: If “1.2.6.n.5 Freq TC if FTC” on page 131 is set to Yes, the test call is

attempted every hour until FTC fault restores.

If there are new events for this central station, the system starts communication attempts over again.

If due to retry limits the panel is unable to deliver an event to any of the central stations it is mapped to, the Global FTC fault is generated.

For example, there is the primary central station CS 1, and its backup central stations CS 2 and CS 3. The retry counter is set to four. Advisor Advanced tries to report to central stations in the following order:

1, 1, 2, 2, 3, 3, 1, 2, 3, 1, <FTC 1 occurs>, 2, <FTC 2 occurs>, 3, <FTC 3 occurs>, <Global FTC occurs>.

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When Global FTC occurs, unreported events are deleted from the reporting queue.

An event, which occurs after Global FTC, resets all reporting counters.

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1 Type

>None<

Type

Description

Available parameters

None

No function is assigned

None

Set

Set areas [1][2]

1. Areas selection

2. Area groups selection

3. User code requirement

Unset

Unset areas [1]

1. Areas selection

2. Area groups selection

Trigger

Change a trigger state

1. Trigger name

2. State change: Clear, Set, or Toggle

Part set 1

Part set 1 for areas [1][2]

1. Areas selection

2. User code requirement

User programmable functions

You can program your own user functions that can later be activated automatically or manually. For example, you can program a user function for setting an area or switching on an output, and then define a schedule for it.

Programming menu

The function programming menu is accessible from various menus where user programmable functions are used.

The list of allowed functions may vary for different menus.

To program a user function:

First, choose an appropriate function type.

Note: Depending on the user menu entry, you may need to select an object type

first, for example, Door or Area.

Next, configure function parameters.

Available parameters depend on the selected function type. For particular types parameters are disabled.

Note: Particular functions require user code entering. To disable it, switch off the

“User Code Req” parameter, if allowed.

Depending on the activation method, the following function types and parameters may be available.

Table 18: Available function types and parameters

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Type

Description

Available parameters

Part set 2

Part set 2 for areas [1][2]

1. Areas selection

2. User code requirement

Inhibit

Inhibit zones [1][3]

None

Test call

Execute a test call [3][4]

None

PC connection

Establish connection with the PC [1][3]

None

Service in

Allow service in [5]

None

Panic

Activate panic alarm

None

Chime area

Change a chime functionality status in the area

1. Areas selection

2. Status change: Clear, Set, or Toggle

Chime keypad

Change a chime functionality status on the keypad

1. Keypad selection

2. Status change: Clear, Set, or Toggle

Set without exit

Immediate set (without exit time) [1]

1. Areas selection

2. Area groups selection

3. User code requirement

Fire reset

Reset fire detectors [1]

1. Areas selection

Show open zones

Show open zones [1]

1. User code requirement

Active alarms

Show zones in alarm state [1]

1. User code requirement

Active faults

Show faulty zones [1]

1. User code requirement

Alarm memory

Show acknowledged alarms [1]

1. User code requirement

Alarms to ACK

Show unacknowledged alarms [1]

None

UG control

Change user group privileges

1. UG identifier

2 and further - user group privilege.

Choose a privilege, and then change it.

See “3.2.n.6 User group options” on page 169 for more details.

Note that the user group type must allow this change. See “3.2.n.2 User group type” on page 168 for details.

Keypad control

Change keypad options

1. Keypad identifier

2. State change: lock or unlock

Walk test

Run walk test [1]

1. Area selection

Output test

Test outputs [1][4]

1. Output selection.

4 outputs can be assigned.

These outputs are switched on simultaneously for the longest time period configured in “8.1.2.1 Activation” on page

233.

2. User code requirement.

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Type

Description

Available parameters

Test pic to CS

Take a picture and send it to a central station

1. Camera

2. Central station

Fire

Raise a fire alarm

None

Medical alarm

Raise a medical alarm

None

Show inhibited

Show inhibited zones

None

GSM credit

Check GSM credit

None

UG area access

Change user access to areas

1. UG identifier

2. Areas selection

3. Area groups selection

Prohibit unset

Disable area unset

1. Areas selection

2. State change: On or Off

Shunt

Allow shunt in areas

1. Areas selection

2. State change: Shunt, Unshunt, Toggle

Show shunted

Show shunted zones

None

Show isolated

Show isolated zones, keypads, and expanders

None

Unlocked

Unlock doors

1. Door selection

RTE

Enable Request To Exit input for specific doors

1. Door selection

Low security

Enable Low security mode for specific doors

1. Door selection

Access enabled

Enable access to doors in a door group [6]

1. Door group selection

[1] Depending on system settings, the function may require logging in of a user with the

appropriate privileges. See “2.2.1.n.3.11 Quick set” on page 147 for more details.

[2] Set and part set function start time is the time when the warning timer is started. The warning

time must be taken into account. See “4.2.n.4.1 Warning time” on page 187 for more details.

[3] The function is an entry to the appropriate user menu. See Advisor Advanced Manager

Manual for more details.

[4] The function requires logging in of the supervisor or the installer. [5] The function requires logging in of the supervisor. [6] Caution: This function should be only performed in a time frame with specified end time. See

also Chapter 3 “System functions > Counteractions” on page 78.

The described functions can be activated by one of the following:

• Schedule. See “Calendar” on page 77 for more details.

• Function key. See “Function keys” on page 57.

• Fob. See “Wireless device programming” on page 92 for more details.

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Autoset

The Advisor Advanced system allows autoset configuration. The system can be set automatically via schedule.

The following options must be considered when providing an autoset facility.

• Using menu “7 Calendar” on page 225, create an action with Set function. See also “User programmable functions” on page 88.

• Configure an appropriate schedule using the menu “7.2 Schedules” on page

226.

• Enable or disable “4.2.n.5.3 Silent autoset” option on page 188.

• If necessary, set “4.2.n.5.2 Set retry” option on page 188.

If Set retry is allowed, configure “8.4.8 AS user retry” on page 245.

• Set “4.2.n.4.1 Warning time” option on page 187 as well.

• Optionally, configure “8.4.7 AS fault retry” option on page 245.

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1>Expander 1

2 Expander 2

Learn mode >Sequential<

INFO Tamper RF 1

ERROR RF duplicate

INFO Tamper RF 2

Wireless device programming

To add a wireless device, follow one of the following procedures.

Learning wireless sensors

There are two modes available for learning a wireless device, sequential and manual.

Sequential mode

In sequential mode, you can quickly learn a range of wireless sensors.

To learn sensors in sequential mode:

1. Go to the “4.1.0 Add zone” menu described on page 171.

2. Select zone location.

3. Choose Sequential mode and press Enter.

4. Activate the wireless device. See “Device activation” on page 97 for more information about activation.

If an error occurs, the keypad shows an error message and beeps seven times.

Example:

The error can occur, for example, when you try to learn a device, which is already programmed in the wireless expander.

If the device is programmed successfully, the keypad beeps twice.

If there are more wireless devices to program, and the consecutive wireless zones are available in the wireless expander, repeat activating another wireless device.

To stop the learning process and exit the menu, press Clear.

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1>Expander 1

2 Expander 2

Learn mode

>Manual<

Tamper RF 1

Press # for ID

Sensor ID

> <

INFO

RF exists

Replace RF dev? >No<

If next zones are already occupied on the wireless expander, the learning process is over.

Proceed with the zone configuration.

Manual mode

In manual mode, you can learn and configure a wireless sensor.

To learn a sensor in manual mode:

1. Go to the “4.1.0 Add zone” menu described on page 171.

2. Select zone location.

3. Choose Manual mode and press Enter.

4. Activate the device, or press Enter to enter the wireless device identifier manually. See “Device activation” on page 97 for more information about activation.

Note: Learning a wireless PIR camera by entering its identifier is not

supported.

The sensor ID is printed on a barcode sticker on the sensor box in the following format: “Tx H<nnnnnnn>”. For example, “Tx H103EB2B” mark identifies a sensor with the ID 103EB2B. See also “4.1.n.7.1 Sensor ID” on page 183 for more details on sensor identification.

If the input has been already programmed, you are informed by a message and seven beeps.

Next you are asked if you want to replace the programmed wireless device.

Note: If the programmed device has two inputs capacity, the system asks should

the device occupy two zones. See “Two-zone RF sensors” on page 96.

Advisor Advanced ATSx500A(-IP) Installation and Programming Manual 93

Page 100

Chapter 3: System functions

INFO RF learned

Edit zone?

>No<

Next zone?

>No<

Edit camera?

>No<

1>Expander 1

2 Expander 2

Learn mode >Sequential<

Input number > <

INFO Program fob 1

If the device is programmed successfully, the keypad shows an information message and beeps once.

Next you are asked if you want to edit the new zone.

Chose Yes and press Enter to edit zone settings.

Otherwise you are asked if you want to learn another wireless device.

Chose Yes if you need to configure more devices. The procedure will be then repeated.

Note: If learned wireless device is a wireless PIR camera, you are also asked to

edit settings of the created camera.

See “Using cameras” on page 98 for more details.

Learning fobs

To add a fob, follow one of the following procedures.

Sequential mode

In sequential mode, you can learn a range of fobs.

To learn fobs in sequential mode:

1. Go to the “4.4.0 Add fob” menu described on page 191.

2. Select fob zone location.

3. Choose Sequential mode and press Enter.

4. Choose an input number.

94 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual

Interlogix ATS1500A-SM, ATS1500A-LP, ATS1500A-MM, ATS3500A-MM, ATS1500A-IP-LP Installation And Programming Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Content

Important information

Important note

List of panel variants

Limitation of liability

Advisory messages

Summary

Content

Quick installation

Quick programming

Programming menu entry

Auto configuration

Changing installer PIN

Configuring zones

Enabling service in

Adding users

Configuring areas

Configuring Central Station

Regulations

Summary

Content

General installation information

Advisor Advanced housings

Pry-off tamper mounting

Advisor Advanced layout

Keypads and readers

Battery replacement

Mounting

General installation guidelines

Earthing

Earthing of one cabinet containing several devices

Earthing panels in a single building

Earthing panels in more buildings

Shielding

Cabling

System databus preferred wiring

System databus connection

Two system databuses

Zone connection

Single loop zone wiring

Dual loop zone wiring

Values for end-of-line resistors

EOL connection types

Siren connection

Other connections

Tamper connection

PSTN connection

Ethernet connection

Configuration

Defaulting the panel

Zone configuration

Internal expansion

External expansion

Outputs

Siren outputs

Default output assignments

Zone, output, and door addressing

Zones and outputs

Doors

Specifications

Auxiliary current and battery capacity

Example for ATS1500A(-IP) EN Grade 2

Example for ATS3500A(-IP) EN Grade 3

Battery status information

System monitoring

Summary

Content

Function list

Zones

Zone types

1. Alarm

2. Entry/Exit 1

3. Access

4. Fire

5. Panic

6. 24H