Interlogix ATSx500A Series Installation And Programming Manual
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Interlogix ATSx500A Series Installation And Programming Manual

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Advisor Advanced
ATSx500A(-IP) Installation
and Programming Manual
P/N 466-2576 (EN) • REV B • ISS 16SEP16

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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 © 16SEP16 UTC Fire & Security Americas Corporation, Inc. All rights reserved. Trademarks and Interlogix, Advisor Advanced ATSx500A(-IP) name and logo are patents 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.

  • Page 3: Table Of Contents

    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...
  • 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...

  • Page 5: Important Information

    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 •...
  • Page 6 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.

  • Page 7: Quick Installation And Programming

    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”...

  • Page 8: Quick Installation

    Chapter 1: Quick installation and programming Quick installation CON16 ATS7700 ATS624 ATS608 ATS626 CON12 CON13 S4 S5 S1 C S2 C S3 C BATT LC-OUTPUTS HC-OUTPUTS SIR TMP AUX POWER INPUTS TDA74xxNG DC101 DD1012AM 3 resistor single zone (Terminal 3-10) +12V Isolated fault contact...
  • Page 9 Chapter 1: Quick installation and programming Address 1 Address 2 .,’?! .,’?! ATS1135 ATS1135 TDA74xxNG Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 10: Quick Programming

    Chapter 1: Quick installation and programming Quick programming 1>Zone options Go to menu 8.8 Service in Initial start-up 2 Isolate Note: See “The Advisor Advanced menu” 8>Service in Enable Installer in time on page 106 for menu explanation. For Enable? more information on editing options, see Press Cancel, Cancel to log off.
  • Page 11 Chapter 1: Quick installation and programming 02 Zone type 1>PSTN >Entry/Exit 1< 3 GSM/SMS/GPRS Select the required path and configure it depending on the hardware used. Adding users Next, go to menu 9.1 Central station Go to menu 3.1 Users (see page 162). (page 258).
  • Page 12 Chapter 1: Quick installation and programming Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 13: Installation

    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...

  • Page 14: General Installation Information

    Chapter 2: Installation 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) CON16 ( ) 1 ( ) 1...
  • Page 15 Chapter 2: Installation Figure 3: Large polycarbonate housing (-LP) 129.5 126.5 ( ) 2 ( ) 1 CON16 CON12 CON13 S4 S5 S1 C S2 C S3 C BATT LC-OUTPUTS HC-OUTPUTS SIR TMP AUX POWER INPUTS ( ) 1 ( ) 1 Figure 4: Medium metal housing (-MM+) 157.5 157.5...
  • Page 16 Chapter 2: Installation Figure 5: Large metal housing (-LM) ( ) 1 ( ) 1 ( ) 1 +12V 0V D+ D- COMMS ( ) 1 ( ) 2 ( ) 1 For more details on connections and connecting devices to the Advisor Advanced, see “Cabling”...
  • Page 17 Chapter 2: Installation Figure 6: Small housing (SM) pry-off tamper mount COM NO Figure 7: Medium (MM and MM+) and large housing (LM) pry-off tamper mount MM, MM+ COM NO Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 18: Advisor Advanced Layout

    Chapter 2: Installation Figure 8: Large plastic housing (LP) pry-off tamper mount Advisor Advanced layout Figure 9: Advisor Advanced ATSx500A(-IP) PCB layout ( ) 1 ( ) 2 ( ) 3 ( ) 4 ( ) 5 ( ) 6 (10) (11) CON16...

  • Page 19: Keypads And Readers

    Chapter 2: Installation Keypads and readers Figure 10: ATS111xA keypad Figure 11: ATS1135 keypad (3) (6) (4) (10) (12) (25) (22) (13)  (14) (21) (24) (11)  .,’?! (10) (11) (12) (23) (16) (17)(15) (19) (18) (13) (14) (15) (16) Menu Enter...
  • Page 20 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) Menu Request entry to the menus (18) Enter Complete the step Enter the selected menu entry (19) Key 0...
  • Page 21 Chapter 2: Installation Figure 12: ATS1190/ATS1192 readers Figure 13: ATS1197 reader with keypad Figure 14: ATS1151/ATS1156 readers (4) (5) (3) (4) (5) Blue LED Access granted Red LED On: area set Flashing: general alert (EN 50131) 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...

  • Page 22: Maintenance

    Chapter 2: Installation Maintenance 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.
  • Page 23 Chapter 2: Installation 3. Disconnect the battery. Note that depending on the battery model the connec- tors 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.

  • Page 24: Mounting

    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.
  • Page 25 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.

  • Page 26: Earthing

    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).

  • Page 27: Shielding

    Chapter 2: Installation 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.

  • Page 28: Cabling

    Chapter 2: Installation 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.

  • Page 29: Zone Connection

    Chapter 2: Installation 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.

  • Page 30: Values For End-Of-Line Resistors

    Chapter 2: Installation (1) Zone terminal (2) Detector Common terminal Alarm relay Z1 Zone 1 input Tamper relay Z2 Zone 2 input 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.
  • Page 31 Chapter 2: Installation Zone state Connection details [1] 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.
  • Page 32 Chapter 2: Installation Zone state Connection details [1] 3K74 (Item 4) R (kΩ) <1.25 1.25– 2.45– 4.99– — >9.98 2.45 4.99 9.98 RA=3.74 kΩ, RT=1.87 kΩ, U (V) <2.90 2.90– 4.80– 7.10– — >9.40 RF=1.87 kΩ 4.80 7.10 9.40 (Item 4) R (kΩ) <1.10 1.10–...

  • Page 33: Eol Connection Types

    Chapter 2: Installation 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 (1) Single NC (2) Single NO (3) Dual A (default) (4) Dual A with AM (5) Dual B...

  • Page 34: Siren Connection

    Chapter 2: Installation Siren connection Figure 20: Siren connection examples S4 S5 S1 C S2 C S3 C S4 S5 S1 C S2 C S3 C LC-OUTPUTS HC-OUTPUTS SIR TMP AUX POWER LC-OUTPUTS HC-OUTPUTS SIR TMP AUX POWER (1) Siren EOL resistor (1 kΩ). It must be (3) Beacon.
  • Page 35 Chapter 2: Installation Ethernet connection Figure 22: Ethernet connection (1) Ethernet RJ45 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...

  • Page 36: Configuration

    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 start- up”...

  • Page 37: Zone And Output Addressing

    Chapter 2: Installation 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.
  • Page 38 Chapter 2: Installation Table 3: Zone and output numbering Device Zones Outputs Device Zones Outputs Panel 1–8 1–8 2X ATS1810 relay — 17–24 [1] cards Input expander 9–16 Output expander — 9–16 [2] (ATS608) (ATS62x) Expander 1 17–48 17–48 Keypad 1 —...
  • Page 39 Chapter 2: Installation [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.
  • Page 40 Chapter 2: Installation Table 5 below shows the default zone and output assignment for door controllers. Table 5: Default zone and output assignment in door controllers Function Door Door controller 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...

  • Page 41: Specifications

    Chapter 2: Installation Specifications For a list of panel models see “List of panel variants” on page iii. 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.
  • Page 42 Chapter 2: Installation Maximum voltage at power supply, auxiliary 14.5 V power output and battery power output Battery low condition From 9.5 to 10.5 V Battery test level [6] 11.2 V Minimum voltage (battery recharging) at 9.45 V power supply, auxiliary power output and battery power output [7][8] Maximum ripple voltage V, p-p [9] 100 mV typical, 300 mV max.
  • Page 43 Chapter 2: Installation Maximum user number (for users with 1000 SMS and voice reporting functionality) User groups Inhibit / isolate / shunt limit, max. Schedules Time frames 4 per schedule Special days Actions per schedule Event log capacity 15500, which includes: Note: See also “Events”...
  • Page 44 Chapter 2: Installation Environmental Operating temperature 0 to +40°C Tested temperature according −10 to +55°C EN 50131 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...

  • Page 45: Auxiliary Current And Battery Capacity

    Chapter 2: Installation Auxiliary current and battery capacity Table 7: ATS1500A(-IP) maximum available auxiliary current Battery capacity, Ah Applicable housing SM, MM, LP LP Security approval / Grade Discharge Charge Auxiliary current, mA time, h time, h EN Grade 2 INCERT EN Grade 3, VdS-B NF&A2P Grade 2 (EN+RTC)
  • Page 46 Chapter 2: Installation 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: •...

  • Page 47: System Functions

    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...
  • Page 48 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...

  • Page 49: Function List

    Chapter 3: System functions Function list Table 11 below provides an alphabetic list of Advisor Advanced functions and their description references. Table 11: Function list Function Reference Access control “Access control” on page 68 Areas “Areas” on page 50 “Timed unset / ATM” on page 103 Autoset “Autoset”...
  • Page 50 Chapter 3: System functions Function Reference Wireless devices “Wireless device programming” on page 92 Zones “Zones” on page 45 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 51: Zones

    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”...
  • Page 52 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.
  • Page 53 Chapter 3: System functions 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. See also “4. Fire” on page 46. 14.
  • Page 54 Chapter 3: System functions Table 12: Available zone options Options: 4.1.n.6.1 Inhibit 4.1.n.6.2 Isolate − − − − − − − − − − − − − − − − − − 4.1.n.6.3 Excl. in PS1 − − − − −...
  • Page 55 Chapter 3: System functions Options: 4.1.n.6.26 ACK on keypad 4.1.n.6.27 ACK by user 4.1.n.6.28 Sensor type 4.1.n.6.29 Virtual zone 4.1.n.6.30 Held open 4.1.n.6.31 EE set check 4.1.n.6.32 Alarm in PS1 4.1.n.6.33 Alarm in PS2 4.1.n.6.34 Report as 4.1.n.6.35 Auto test 4.1.n.6.36 Shunt −...

  • Page 56: Areas

    Chapter 3: System functions 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.

  • Page 57: Set And Unset

    Chapter 3: System functions 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.

  • Page 58: Delayed Unset

    Chapter 3: System functions 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: Unset delay Please wait...

  • Page 59: Inhibit And Isolate

    Chapter 3: System functions 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.

  • Page 60: Keys

    Chapter 3: System functions 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 Action Programmed method...

  • Page 61: Common Key Sequences For Keypad Without Lcd

    Chapter 3: System functions Action Programmed method Key sequence 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 ...
  • Page 62 Chapter 3: System functions Action Programmed method Key sequence 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 ...

  • Page 63: Function Keys

    Chapter 3: System functions 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 Action    F1 (F + 1)  F2 (F + 2) ...

  • Page 64: Bus Devices

    Chapter 3: System functions 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. •...

  • Page 65: Expanders

    Chapter 3: System functions 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”...

  • Page 66: Users

    Chapter 3: System functions 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.

  • Page 67: User Data Lock

    Chapter 3: System functions 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. See also “User groups” on page 62. 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).

  • Page 68: User Groups

    Chapter 3: System functions 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.
  • Page 69 Chapter 3: System functions Table 16: User group types and allowed options [1] Option User group type Normal Super- Installer Guard Timed Reset user visor Unset / only Full set [Yes] [No] [No] Part set 1 [No] [No] [No] Part set 2 [No] [No] [No]...
  • Page 70 Chapter 3: System functions Option User group type Normal Super- Installer Guard Timed Reset user visor Unset / only Door control [Yes] [Yes] Region ctrl [Yes] [Yes] [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.
  • Page 71 Chapter 3: System functions 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. Change PIN Change own PIN. Walk test Perform a walk test.

  • Page 72: Pin

    Chapter 3: System functions 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.

  • Page 73: Outputs

    Chapter 3: System functions 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”...

  • Page 74: Access Control

    Chapter 3: System functions 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.

  • Page 75: Door Shunt

    Chapter 3: System functions 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.
  • Page 76 Chapter 3: System functions • 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.
  • Page 77 Chapter 3: System functions 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. •...
  • Page 78 Chapter 3: System functions 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.
  • Page 79 Chapter 3: System functions 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.

  • Page 80: Condition Filters

    Chapter 3: System functions 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.
  • Page 81 Chapter 3: System functions 3. In menu “6.1.n.2 Formula” program the condition filter as below: Event or operand Description 1> Correct PIN, entered on keypad 1. Keypad.1.7 Active Zone 10, which is connected to the key switch and set up Zone.10.1 in “4 Zones and areas”...

  • Page 82: Triggers

    Chapter 3: System functions 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: •...

  • Page 83: Calendar

    Chapter 3: System functions 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”.
  • Page 84 Chapter 3: System functions • 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 •...

  • Page 85: Events

    Chapter 3: System functions Events 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.

  • Page 86: Tests And Diagnostics

    Chapter 3: System functions 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”...
  • Page 87 Chapter 3: System functions 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.
  • Page 88 Chapter 3: System functions 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”...

  • Page 89: Other Tests

    Chapter 3: System functions 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.

  • Page 90: Alarm Reporting

    Chapter 3: System functions 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”...

  • Page 91: Reporting Order

    Chapter 3: System functions 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.

  • Page 92: Failed To Communicate (Ftc)

    Chapter 3: System functions 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.
  • Page 93 Chapter 3: System functions When Global FTC occurs, unreported events are deleted from the reporting queue. An event, which occurs after Global FTC, resets all reporting counters. Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 94: User Programmable Functions

    Chapter 3: System functions 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.
  • Page 95 Chapter 3: System functions 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 None PC [1][3] Service in...
  • Page 96 Chapter 3: System functions Type Description Available parameters Test pic to CS Take a picture and send it to a 1. Camera central station 2. Central station Fire Raise a fire alarm None Medical alarm Raise a medical alarm None Show inhibited Show inhibited zones None...

  • Page 97: Autoset

    Chapter 3: System functions 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”...

  • Page 98: Wireless Device Programming

    Chapter 3: System functions 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.
  • Page 99 Chapter 3: System functions 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.

  • Page 100: Learning Fobs

    Chapter 3: System functions If the device is programmed successfully, the keypad shows an information message and beeps once. INFO RF learned Next you are asked if you want to edit the new zone. Edit zone? >No< Chose Yes and press Enter to edit zone settings. Otherwise you are asked if you want to learn another wireless device.
  • Page 101 Chapter 3: System functions 5. Press the programming key sequence to activate the fob. 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. WARNING ERROR The error can occur, for example, when you try to learn a fob, which is already programmed in the wireless expander.

  • Page 102: Two-Zone Rf Sensors

    Chapter 3: System functions 5. Press the programming key sequence to activate the fob, or press Enter to enter fob identifier and fob encryption key manually. See “Device activation” on page 97 for more information about activation. Fob ID > <...

  • Page 103: Device Activation

    Chapter 3: System functions If 1 zone is selected, this zone functionality depends on sensor configuration. See “4.1.n.7.5 Sensor opt” on page 184. If 2 zones are selected, the device must occupy two consecutive zones. If the second zone has been already programmed, there is an error displayed. ERROR Not possible Device activation...

  • Page 104: Using Cameras

    Chapter 3: System functions Using cameras A wireless PIR camera is a wireless PIR detector with a camera built-in. The camera can be programmed to take pictures in case of activation of associated zones, conditional filters, as well as by manual activation or remote requests. After an alarm the associated pictures are sent to a central station via IP/GPRS.
  • Page 105 Chapter 3: System functions Event type details are listed in Table 20 below. Table 20: Camera events and reporting codes Event type Activated by zone type [1] SIA code [2] Burglar alarm 1. Alarm, 2. Entry/Exit 1, 3. Access, 6. 24H, 13. Fire door, 16.

  • Page 106: Diagnostics

    Chapter 3: System functions 6. If necessary, program reporting events that activate the camera. See “4.5 Cameras” on page 193 for details. Diagnostics If necessary, use the following menus for diagnostics: • “1.2.1.3 RF RSSI test” on page 122 • “1.2.1.4 RF diagnostics”...
  • Page 107 Chapter 3: System functions When control panel is sending MMS, the heartbeat message is suspended. If this delay is longer than the supervision period, for example, due sending multiple MMS, the receiver generates a fault. Solution: The supervision period in OH receiver should be longer than it can take to send 10 pictures (VGA) and extended by a time necessary for APN switch.

  • Page 108: Engineer Reset

    Chapter 3: System functions Engineer reset Some events can be set to require an engineer reset to be performed. The engineer reset can be done in one of the following ways: • The engineer (installer) performs an engineer reset from the Engineer menu. See “8.2.4.13 Do reset”...

  • Page 109: Timed Unset / Atm

    Chapter 3: System functions Timed unset / ATM ATM (automatic teller machine) is secured with an additional functionality that includes the following: • Double code unset. The ATM user must enter the code, and then enter it again after the programmed delay period. The delay is set in “8.9.1 Delay”...
  • Page 110 Chapter 3: System functions Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 111: Programming

    Chapter 4 Programming Summary This chapter explains how to use the Advisor Advanced programming menu to program the system. Content The Advisor Advanced menu 106 How the menu sections are organized in this manual 106 Option availability 107 How to program the options 108 Accessing the installer programming menu 108 What the LCD display tells you 109 Editing the options 109...

  • Page 112: The Advisor Advanced Menu

    Chapter 4: Programming The Advisor Advanced menu If you attempt to select an option that is not authorized for your PIN (for example, user menus), the display shows the message: ERROR Access denied Note: When an incorrect PIN is entered three times the keypad is locked for 120 seconds.

  • Page 113: Option Availability

    Chapter 4: Programming Option availability Not all options described below may be available. Option availability depends on one of the following: • Firmware version • Panel model (for example, IP or non-IP model) • Installed expansions (for example, wireless expander or GSM communication module) •...

  • Page 114: How To Program The Options

    Chapter 4: Programming How to program the options Accessing the installer programming menu The Advisor Advanced system is programmed from the installer programming menu. Before accessing the programming menu, the system administrator must unset the system. Depending on the system settings, you also can be prompted to open the panel housing prior to configuring the system.

  • Page 115: What The Lcd Display Tells You

    Chapter 4: Programming From this display you can now: Option Action Result Change selection Press Up or Down Select previous or next menu entry Enter the menu entry Enter menu entry number, or Jump to a specific menu entry Press Enter or Right to enter the selected one Show help Press Help...
  • Page 116 Chapter 4: Programming • Enter: Confirm the entry • Clear: Exit without changes How to program Yes/No options 01 Zone alarm >Yes< • Up and Down arrow keys: Toggle between options • Enter: Confirm the entry How to edit text 1 Area name >Area 1 <...

  • Page 117: Confirmation Of Changes

    Chapter 4: Programming How to edit a host address Host name > < Using the same rules as described in “How to edit text” on page 110, enter one of the following: • An IP address as nnn.nnn.nnn.nnn. For example, 192.168.1.20. •...

  • Page 118: Keypad Layout

    Chapter 4: Programming Keypad layout Table 21: ATS111xA keypad layout for entering text Character sequence Space − Table 22: ATS1135 keypad layout for entering text Character sequence ‘ – & < > Space The keypad layout, as well as the menu text, depends on the language programmed for the user currently logged in.

  • Page 119: Remote Access

    Chapter 4: Programming Remote access The panel programming can be accessed remotely via configuration software. A remote access can be gained via IP, GPRS, PSTN or ISDN connection, depending on the available panel hardware configuration and settings. Note: Connection via USB cable is not a remote connection. By default, the menu is accessible remotely with the same installer PIN.

  • Page 120: Initial Start-Up

    Chapter 4: Programming Initial start-up When switched on first time, the system prompts you to perform an installation. INFO Inst required Caution: It is only possible to perform the initial system installation from keypad 1. It is necessary to set appropriate default values for this particular system prior to programming.

  • Page 121: Auto Configuration

    Chapter 4: Programming The display shows the installation progress percentage complete. After the installation is complete, the panel restarts. Note: You can change most of these values later using menu “8.7 Panel and AB options” (see page 249). See also “1.5 Default panel” on page 141. Caution: After defaulting panel, restart the system by powering it down and up.
  • Page 122 Chapter 4: Programming The following elements are displayed: R – remote keypads (or RASes), D – remote expanders (DGPs), Z – zones. Caution: After the installation and the auto configuration you automatically enter to the programming menu. Next time you will need an authorization to enter the menu.
  • Page 123 Chapter 5 Menu reference Summary This chapter contains descriptions of all programming menu entries of Advisor Advanced control panel. See “The Advisor Advanced menu” on page 106 for more information about menu organization. Content 1 Service menu 120 Test options 121 2 Device menu 142 2.1 Installed remotes 142 2.2 Edit Keypad&Exp 143...
  • Page 124 Chapter 5: Menu reference Shock sensor options 182 Wireless sensor options 183 4.2 Areas 185 Area options 185 4.3 Area groups 190 Area group options 190 4.4 RF fobs 191 Fob options 191 4.5 Cameras 193 5 Door menu 196 5.1 Doors 196 Common door options 196 Standard door specific options 204...
  • Page 125 Chapter 5: Menu reference PSTN specific options 269 ISDN specific options 270 IP specific options 270 GSM/SMS/GPRS specific options 273 9.4 PC connection 282 Common options 283 PSTN specific options 285 IP specific options 285 GSM specific options 286 Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 126 Chapter 5: Menu reference 1 Service menu 1>Display logs 2 Test menu The Service menu provides an installer with options for commissioning and maintenance such as hardware overview, logs listing, etc. 1.1 Display logs 1>All 2 Mandatory The View logs menu is a fast and easy way to review where alarms have happened.
  • Page 127 Chapter 5: Menu reference Test options 1.2 Test menu 1>Input tests 2 ShockSens test The Tests menu gives you access to all testing functions. 1.2.1 Input tests 1>Show open zn 2 Nbr of used zn Enter the Input test menu to test inputs. 1.2.1.1 Show open zones 0>Zone 1 Panel...
  • Page 128 Chapter 5: Menu reference 1.2.1.3 RF RSSI test 1>Expander 1 2 Expander 5 Select the input location first. Notes • Only existing RF expanders are displayed. • The function is not supported in wireless expanders ATS1235 with firmware version older than 1.13. Enter the physical input number on this location.
  • Page 129 Chapter 5: Menu reference • LS: Long supervision alarm • D: Fire sensor is contaminated 1.2.1.5 Cam range test 17 Camera 17 18 Camera 18 Range test allows you to verify wireless PIR camera signal reception. Select a camera to activate range test. Camera 17 In range test In this mode, selected wireless PIR cameras show the reception quality with...
  • Page 130 Chapter 5: Menu reference The zone resistance is displayed. Panel 1.1 4.6kOhm Values above 65 kΩ are considered as open state. You can now scroll through the list of inputs by pressing Up or Down. Note: External expanders (DGP) do not support this functionality. 1.2.1.8 Detector test 1>Duration Detector test functionality allows remote tests of detectors with a dedicated input...
  • Page 131 Chapter 5: Menu reference 1.2.2 ShockSens test 1>Panel 2 Input exp Using the ShockSens test menu, you can test shock sensor sensitivity. Select the input location first (panel, internal or external expander). Then enter the (physical) input number on this location. The input state is displayed.
  • Page 132 Chapter 5: Menu reference Choose the keypad and press Enter. You can now: • Switch all keypad LEDs to the on or off state using the Enter button. • Exit keypad LED test. Press Clear to exit from test and restore the LED states.
  • Page 133 Chapter 5: Menu reference 1.2.5 Walk test 1>Start 2 Walk test opts The Walk test menu allows testing of zones. 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.
  • Page 134 Chapter 5: Menu reference 1.2.5.2.5 Rkp/Exp tamper 5 Rkp/Exp tamper >No< If the Keypad/expander tamper option is set to Yes, the tamper alarms from keypads and expanders assigned to this area also have to be tested. 1.2.5.2.6 Siren tamper 6 Siren tamper >No<...
  • Page 135 Chapter 5: Menu reference 1.2.5.2.9 Reduced walk 9 Reduced walk >4h< Reduced walk test period is a time period before reduced walk test start, in which particular zone activation excludes this zone from the list of zones being tested. The following options are available: •...
  • Page 136 Chapter 5: Menu reference 1.2.6 Test call opts 1>CS 1 2 CS 2 The Test call menu allows you to define the automatic test call interval, and to perform a test call on demand. 1.2.6.n Select CS 1>Test call mode Select central station to configure test call options.
  • Page 137 Chapter 5: Menu reference 1.2.6.n.3 Period 3 Period > < The Period menu defines an interval for test calls that are described in “1.2.6.n.2 Test call time” on page 130. The allowed range is 1 to 999 hours. 1.2.6.n.4 Extend 4 Extend >No<...
  • Page 138 Chapter 5: Menu reference 1.2.7.n Choose interface 1>IP statistics >>> Choose an interface for diagnostic. Depending on the panel firmware and hardware, the following interfaces may be available: • ETH: Ethernet • GPRS: GPRS via GSM module. 1.2.7.n.1 IP statistics 1>TX packets The IP statistics menu allows viewing of the statistics listed below.
  • Page 139 Chapter 5: Menu reference the “9.1 Central station” menu. See “9.1.n.4.3 Ping host” on page 264 for more details. See also “1.2.7.n.2 Ping host” on page 132. 1.2.7.n.5 NTP status 5>NTP status Inactive The NTP status screen allows you to check the current status of the Network Time Protocol server configured.
  • Page 140 Chapter 5: Menu reference • Searching: Searching for the network to register • Reg. denied: Registration to the network has been denied • Unknown: Registration state is unknown • Roaming: Registered to a network in roaming 1.2.8.4 GPRS net.reg. 4>GPRS net.reg. Home network The GPRS network registration state can have the same values as described in “1.2.8.3 GSM net.reg.”...
  • Page 141 Chapter 5: Menu reference The following ranges are available. Table 24: RSSI ranges RSSI Signal level Bar indicator Description <−112 dBm No signal 1 to 7 −111 to −99 dBm Insufficient signal 8 to 12 −97 to −89 dBm Mediocre signal 13 to 20 −87 to −73 dBm Good signal...
  • Page 142 Chapter 5: Menu reference 1.2.9.1 Test options 1>Panel 3 Exp Use this menu to configure an automatic battery test. First, select the panel or an expander to test the battery. 1.2.9.1.m Select device type 1>Expander 1 2 Expander 2 Select the appropriate device group. 1.2.9.1.m.n Select device 1>Test time Select the appropriate device.
  • Page 143 Chapter 5: Menu reference 1.2.9.2.m.n Select device 1>Duration [min] 2 Run/Stop test Select the appropriate device. 1.2.9.2.m.n.1 Duration [min] 1 Test time > 10< Set duration (in minutes) for battery test. Allowed range is 2 to 254. 1.2.9.2.m.n.2 Run/Stop test 2 Run test? >Yes<...
  • Page 144 Chapter 5: Menu reference 1.2.10.2 Battery (V) Battery voltage: 12.8V The screen shows the battery voltage. 1.2.11 Check card Badge card Keypad 1 Use the menu to read data from a user card. Badge card on the keypad indicated on the screen the same way as it is done when user card programming (see “3.1.n.3.1 Assign card”...
  • Page 145 Chapter 5: Menu reference The demo mode is cancelled: • Automatically after 15 minutes • When the option is switched off • When the system is restarted The mode can be only activated via keypad. Note: The demo mode should be activated only when all areas are unset. 1.2.13 Door control 1>Door open The menu allows you to send a direct command to a specific door.
  • Page 146 Chapter 5: Menu reference 1.3.4 USB upgrade Allows you to write or read the panel firmware or configuration using USB flash drive. 1.3.4.1 FW Upgrade Allows you to upgrade the panel firmware or configuration with selected file from the USB flash drive. 1.3.4.2 FW Upload Allows you to read the panel firmware or configuration, and store it as .dfu file on the USB flash drive.
  • Page 147 Chapter 5: Menu reference 1.5 Default panel 5 Default panel >Cancel< The Default panel menu lets you clear all settings and repeat the initial installation. Caution: This command deletes all programming settings, including users. See “Initial start-up” on page 114 for more details. Caution: After defaulting panel, restart the system by powering it down and up.
  • Page 148 Chapter 5: Menu reference 2 Device menu 1>Inst. Remotes 2 Edit Rkp&Exp Device menu allows you to view and configure bus devices: keypads (RASes), expanders (DGPs), and readers. For more information on keypads and expanders, see Chapter 3 “System functions > Bus devices” on page 58. For more information on readers, see “Access control”...
  • Page 149 Chapter 5: Menu reference Note: For expander local devices, select the expander address first, and then select the local device type. Press Clear to exit from this view. Press Enter, then select OK and confirm the new configuration. In this case all new devices are added, and missing devices are removed from the system.
  • Page 150 Chapter 5: Menu reference 2.2.1.n.2 Keypad address 2>Bus address BUS: 1 ADDR: 0 The bus address is an informational screen showing the bus address set by DIP switches or programmed within the keypad. 2.2.1.n.3 Keypad options 3>Keypad options >>> The Keypad options menu contains the shown below, which are necessary to configure the selected keypad.
  • Page 151 Chapter 5: Menu reference • You cannot select an area to view and control using this option, if this area is assigned to a door. To do so, use the menu “5.1.n.6.3 Alarm control” on page 199 instead. 2.2.1.n.3.4 View AG 01-10>View AG 12.4..
  • Page 152 Chapter 5: Menu reference • Card or PIN: Either a PIN or a card is required to set or unset 2.2.1.n.3.7.2 Logoff time 2 Logoff time >3< A time period (in minutes) of the keypad inactivity before the user is automatically logged off.
  • Page 153 Chapter 5: Menu reference Note: If the keypad is configured as a reader, using this option is not allowed and causes a warning: WARNING Check door conf In this case program this option using menu “5.1 Doors > 5.1.n.6.3.4.3 EE PIN lock”...
  • Page 154 Chapter 5: Menu reference 2.2.1.n.3.12 Function keys 1>F1 key 2 F2 key Function keys menu allows you to assign a user programmable function to any of available function keys. See “User programmable functions” on page 88 for more details. Function keys availability depends on the keypad type. See also “2.2.1.n.1 Keypad type”...
  • Page 155 Chapter 5: Menu reference • AG symbolic: The same as symbolic, but for area groups. See Advisor Advanced User Guide for more information on area selection. 2.2.1.n.3.16 LCD backlight 16 Status ind. >Always on< LCD backlight option defines when the keypad display backlight is lit. There are the following options available: •...
  • Page 156 Chapter 5: Menu reference See Advisor Advanced User Guide for more details. This functionality is only available for ATS113x keypads. 2.2.1.n.3.21 Schedule The shortcut menu allows you to assign up to two schedules to the selected element. See “Schedule shortcut menu” on page 78 for more information. 2.2.1.n.4 Keypad menu 4>Keypad menu >>>...
  • Page 157 Chapter 5: Menu reference 2.2.2.n.1 Expander type 1>Expander type ATS1201 The expander type is an informational screen. The type is set by the expander. 2.2.2.n.2 Expander address 2>Exp address BUS: 1 ADDR: 1 The expander address is an informational screen providing the DIP switch address.
  • Page 158 Chapter 5: Menu reference 2.2.2.n.4.2 Tamper area 2>Tamper area Area 1 The Tamper area option determines which area receives expander tamper and fault events. To change it, press Enter and select the area. 2.2.2.n.4.3 Isolate expander 3 Isolate exp >No< Use the Isolate expander command to isolate the tamper fault events on the selected expander.
  • Page 159 Chapter 5: Menu reference Note: Before removing an expander, you should delete any outputs or condition filters connected to the expander. Wireless specific options 2.2.2.n.4.4 Supervision 1>Short superv. The supervision is used to disable arming if the wireless expander does not receive a supervision message from a sensor within the short supervision time.
  • Page 160 Chapter 5: Menu reference The allowed range is 65 to 1920 minutes. 2.2.2.n.4.5 R. Sensitivity 5 R.Sensitivity >Normal< Use the Receiver Sensitivity menu to decrease the wireless expander sensitivity. Changing the value from Normal to Low reduces the sensitivity by 6 dB. After exit from the programming mode the sensitivity returns to Normal.
  • Page 161 Chapter 5: Menu reference Camera specific options 2.2.2.n.4.9 Pic options 1>Pic settings >>> This menu is specific for systems with wireless PIR camera expanders. See “Using cameras” on page 98 for more details. 2.2.2.n.4.9.1 Pic settings 1>Burglar set. >>> The menu allows you to configure photo recording options separately for the following camera event types: •...
  • Page 162 Chapter 5: Menu reference The allowed values are 500 ms, 1 s, 5 s, 15 s, 60 s. 2.2.2.n.4.9.1.1.3 Pic resolution 3 Pic resolution >QVGA< The option defines resolutions of pictures taken upon an event of the selected type. The following options are available: •...
  • Page 163 Chapter 5: Menu reference 2.2.2.n.4.9.4 Total pic cnt Total pic cnt: The Total picture counter shows how many pictures were stored on the PIR camera expander flash memory since the beginning of its lifetime. 2.2.2.n.4.11 Delete pics 11 Delete pics >Cancel<...
  • Page 164 Chapter 5: Menu reference 2.2.2.n.4.8.0 Add macro Access the Macro filter menu option to add a macro. If the macro is created successfully, the following message appears: INFO Macro added The new macro is given the default name “Macro N” and placed on the end of the macro list.
  • Page 165 Chapter 5: Menu reference Note: Particular events can only be inputs, while some events can be used as outputs only. 2.2.2.n.4.8.m.2.y Select Operator All events are joined with logical operators. Choose the operator to change it. Valid operators are AND and OR. 2.2.2.n.4.8.m.3 Macro output 3>Macro output >>>...
  • Page 166 Chapter 5: Menu reference 2.2.3 DC/LC Exp Rdrs 0>Add reader 1 Reader 1 Keypads and readers, connected to one of door controller local buses, can be configured as intelligent system readers to provide access control functions. Press 0 to add a reader, or a number to configure an existing one. Note: The maximum number of devices allowed on the databus is given in “General features”...
  • Page 167 Chapter 5: Menu reference 2.2.3.n.3.2 LCD 2 LCD >Yes< The LCD option determines whether the selected reader has LCD. Note: If the door controller recognizes the model of the selected reader, this value will be read-only. 2.2.3.n.5 Delete reader 5 Delete reader >Cancel<...
  • Page 168 Chapter 5: Menu reference 3 User menu 1>Users 2 User groups Use the User menu to add, edit, or delete users of the Advisor Advanced system. This menu allows also user groups editing. 3.1 Users 0>Add user 1 Installer The Users menu lets you add, delete and edit system users. Common options 3.1.0 Add user Access the Add user menu option to add a user.
  • Page 169 Chapter 5: Menu reference 3.1.n.2.1 Change PIN 1 PIN *********** Change the selected user PIN. See “PIN” on page 66 for details on PIN usage. 3.1.n.2.2 Remote PIN 1>Set PIN *********** Remote PIN is a PIN for programming the panel via remote connection. If remote PIN is not set, the installer uses local PIN to log in remotely.
  • Page 170 Chapter 5: Menu reference Note: This operation is only possible on LCD keypads with integrated readers. The keypad for card learning is defined in System Options. See “8.8.5 Card learn-in” on page 255 for more details. If another keypad is defined as a keypad for card learning, the learning keypad name is prompted, for example: Badge card Keypad 3...
  • Page 171 Chapter 5: Menu reference If the selected slot is empty (the user group is not assigned), you are prompted to select one of the available user groups. 2>Supervisor Grp 3 Area 1 Select the appropriate user group to assign to the selected user. If the selected slot already contains a user group assigned, you are moved to the “Change User Group”...
  • Page 172 Chapter 5: Menu reference Mobile phone options 3.1.n.7 SMS and Voice 1>User phone None The SMS and Voice menu contains configuration menus for SMS and voice reporting. 3.1.n.7.1 User phone 1 User phone > < The User phone menu lets you set the user’s personal phone number. This phone number is used if the GSM reporting destination type is set to User or User Group.
  • Page 173 Chapter 5: Menu reference Access control options 3.1.n.8 Access options 1>Door group Not used Use the menu to configure access control options for the selected user. 3.1.n.8.1 Door group 1 Door group >Not used< Assign a door group to the selected user. See Chapter 3 “System functions >...
  • Page 174 Chapter 5: Menu reference • Visitor: Requires a code or card from a user who has a Guard user type. • High security user: only when required number of those users is reached within a high security region, normal users are also permitted to be inside. See “High security”...
  • Page 175 Chapter 5: Menu reference 3.2.n.3 User group areas 01-10>UG areas 1..The User group areas option defines which areas the user can control. 3.2.n.4 User group AG 01-10>UG AG 1..The UG area group option defines which area groups the user can control. 3.2.n.5 User group filter 5>UG filter Not used...
  • Page 176 Chapter 5: Menu reference Note: You cannot delete a user group if you have users, actions or central stations assigned to it. Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 177 Chapter 5: Menu reference 4 Zones and areas 1>Zone menu 2 Areas In the Zones and Areas programming section all zone, fob, and area parameters are programmed. 4.1 Zone menu 0>Add zone 1 Zone 1 This menu lets you see all programmed zones, select an existing zone, or create a new one.
  • Page 178 Chapter 5: Menu reference Adding a wireless sensor If the selected expander is a wireless expander, adding zone results in learning the wireless sensor by the wireless expander. Wireless sensor learning is described in “Wireless device programming” on page If the device is a wireless PIR camera, a corresponding camera will be also created in the camera database.
  • Page 179 Chapter 5: Menu reference • Zone type for a wireless device is initially defined by the device type during the device learning. For example, the zone with a panic button is set by default with type “Panic”. All available zone types and their options are listed in “Zone types”...
  • Page 180 Chapter 5: Menu reference 4.1.n.6.1 Inhibit 1 Inhibit >Yes< If the Inhibit option is set to Yes, this zone can be inhibited by user. 4.1.n.6.2 Isolate 2 Isolate >Yes< If the Isolate option is set to Yes, this zone can be isolated by users. 4.1.n.6.3 Excl.
  • Page 181 Chapter 5: Menu reference 4.1.n.6.7 Anti mask 7 Anti mask >No< When the Anti-mask option is set to Yes, the lower alarm window, nominally half of the EOL, is monitored for a detector masking condition. See “Zone connection” on page 23 for more details. 4.1.n.6.8 Zone pairing 8 Zone pairing >No<...
  • Page 182 Chapter 5: Menu reference 4.1.n.6.13 Shock sensor 13 Shock sensor >No< The Shock sensor option activates the shock sensor functionality. If this option is set to Yes, the zone operates according to the settings configured in “4.1.n.7 Grs&Pls options” (see page 182). Only the first eight inputs on the control panel and first eight on the input expander support this option.
  • Page 183 Chapter 5: Menu reference 4.1.n.6.18 Key unset 18 Key unset >No< If the Key unset option is set to Yes, the zone is a key switch that unsets an area. 4.1.n.6.19 Technical full set 19 Tech full set >No< If the Technical full set option is set to No, the technical alarms in this zone are disabled when the area is fully set.
  • Page 184 Chapter 5: Menu reference 4.1.n.6.25 Delay timer 25 Delay timer >No< A delay timer is activated for this zone if the Delay timer option is set to Yes. The delay timer is set in “8.1.4.4 Input delay” (see page 236). 4.1.n.6.26 ACK on keypad 26 ACK on keypad >Keypad 1<...
  • Page 185 Chapter 5: Menu reference Table 25: Sensor types and reported events Sensor Code Alarm Alarm Bypass Unby- Super- Super- Type restore pass vision vision long restore Low temp. E152 R152 E570 R570 E381 R381 E151 R151 E570 R570 E381 R381 High temp.
  • Page 186 Chapter 5: Menu reference 4.1.n.6.31 EE set check 31 EE set check >No< If set to yes, entry/exit or access zone must be in a normal state when setting the area. Otherwise, the user is not allowed to set premises until the problem is solved.
  • Page 187 Chapter 5: Menu reference 4.1.n.6.35 Auto test 35 Auto test >Yes< If the option is set to yes, the detector will be tested automatically when auto test is active. See also “1.2.1.8 Detector test” on page 124. 4.1.n.6.36 Shunt 36 Shunt >Yes<...
  • Page 188 Chapter 5: Menu reference 4.1.n.8.2 Block assign Start input >>> Use the Block assign menu to copy all selected zone parameters to a range of inputs, creating the appropriate zones. Select a start and the end of device input range. The system creates or modifies the existing zones with parameters equal to the selected zone (except names that are default).
  • Page 189 Chapter 5: Menu reference 4.1.n.7.1 Pulse count 1>Pulse count Set the number of pulses within a time window that will activate the zone. The following values are applicable: • 1 to 9: number of pulses within 30 seconds that activates the zone. Only 1 count per second is taken into account.
  • Page 190 Chapter 5: Menu reference 4.1.n.7.2 Sensor type 2>Sensor type The screen allows you to view the sensor type. The following sensor types are available: Table 26: Wireless sensor types Type Description Repeater Wireless signal repeater Carbon monoxide sensor Door/Window sensor Smoke sensor Smoke sensor Passive infrared detector...
  • Page 191 Chapter 5: Menu reference The following options may be available. Table 27: Wireless sensor options Option Sensor type Description Reed and contact Door/window sensor Report alarms from both sources Contact Door/window sensor Ignore reed alarms Reed and shock Shock sensor Report alarms from both sources Shock sensor Shock sensor...
  • Page 192 Chapter 5: Menu reference Use the Area name screen to enter or edit the area name. The area name can contain up to 16 characters. 4.2.n.2 Exit time 2 Exit time 1 > < Every area has its own exit timers. Exit timers allow users that set an area, to leave the premises without generating an alarm (using access or entry/exit zones).
  • Page 193 Chapter 5: Menu reference The entry timers can be programmed from 0 to 255 seconds. 0 means the timer is not engaged and the alarm is activated immediately when entering the armed premises. 255 and more means the time is infinite. Note: If zones are assigned to more then one area, the longest entry and exit time is used.
  • Page 194 Chapter 5: Menu reference Note: If zones are assigned to more than one area, the longest prealarm time is used. See “4 Zones and areas” on page 171. 4.2.n.4.3 Unset delay 3 Unset delay > < Set a delay for authorized unset (in minutes). The allowed range is 1 to 30 min. 0 means that no delay is applied.
  • Page 195 Chapter 5: Menu reference 4.2.n.5.4 Dual unset 4 Dual unset >Off< If the option is set to yes, two valid user authorization is necessary to unset the area. Note: The users must authorize on the same keypad. Caution: Before switching this option on, or applying defaults that have this option enabled, add at least one user, otherwise you will lose an access to the programming menu.
  • Page 196 Chapter 5: Menu reference 4.2.n.7.3 Shunt limit 3 Shunt limit > < The maximum number of system elements that can be shunted at any one time. 4.2.n.8 Schedule Select schedules for the selected area. The shortcut menu allows you to assign up to two schedules to each of the following elements: •...
  • Page 197 Chapter 5: Menu reference 4.3.n.2 Areas 01-10 Areas ..Assign areas to the selected area group. 4.4 RF fobs 0>Add fob 1 Fob 1 This menu lets you see all programmed fobs, select an existing fob, or create a new one. Fob options 4.4.0 Add fob To add a fob, follow one of the procedures described in “Wireless device...
  • Page 198 Chapter 5: Menu reference 4.4.n.3 Buttons 1>Button 1 2 Button 2 Use the Buttons menu to assign an appropriate function to a button or a button combination. Note: A user must be assigned in “4.4.n.2 Assigned user” on page 191 for the button combinations to work.
  • Page 199 Chapter 5: Menu reference 4.4.n.4.2 Remove RF dev Remove RF dev? >Cancel< Select Ok and press Enter to remove the wireless device from the wireless expander database. 4.4.n.5 Remove fob Remove fob? >Cancel< Use the Remove fob command to remove the fob from the system. Select Ok and press Enter.
  • Page 200 Chapter 5: Menu reference 4.5.n.3 Pics by filter 1>Filter 1 >>> Additionally to the zones listed in “4.5.n.2 Pics by zone” on page 193, there can be up to two condition filters that also trigger the camera. 4.5.n.3.m Select filter 1>Filter 1 Not used Select one of two filters to configure.
  • Page 201 Chapter 5: Menu reference Choose an event that activates the selected camera. Notes • After you leave this menu, the event is shown as a reporting code in SIA format. See Appendix B “Advisor Advanced reporting codes” on page 327 for details.
  • Page 202 Chapter 5: Menu reference 5 Door menu 1>Doors 2 Door groups Use the Door menu to add, edit, or delete doors, door groups, and regions of the Advisor Advanced system. 5.1 Doors 0>Add door 1 Door 1 Use the Door menu to add, edit, or delete doors. The menu allows you to configure doors of both types, standard and intelligent.
  • Page 203 Chapter 5: Menu reference The new door is given the default name “Door N” and placed on the end of the door list. You can now start editing the door details for the new door. For reader, door zone and lock outputs default addressing, see “Zone, output, and door addressing”...
  • Page 204 Chapter 5: Menu reference 5.1.n.4 Door output 0>Not used 17 Output 17 Select unlock door output. For intelligent doors, the output must belong to the appropriate door controller outputs range. You can also select an output that cannot be directly controlled from the Advisor Advanced system.
  • Page 205 Chapter 5: Menu reference 5.1.n.6.1 Door zones 1>Door zone Not used Use the menu to assign required zones to the selected door. In case of standard door, there can be only one door zone indicating door opening. Note: It is not possible to assign a zone to a particular door function if this zone is already used for other door function.
  • Page 206 Chapter 5: Menu reference 5.1.n.6.3.2 Door AGs 2>Door AGs 123456789012345> Select door area groups in the same way as areas in “5.1.n.6.3.1 Door areas” on page 199. 5.1.n.6.3.3 When unset 1>Low security Define the door functionality when the assigned areas are unset. 5.1.n.6.3.3.1 Low Security 1 Low security >No<...
  • Page 207 Chapter 5: Menu reference 5.1.n.6.3.4.3 EE PIN lock 3 EE PIN lock >No< If the EE PIN lock option is set to Yes, it is not possible to use a PIN during the entry time. The option is equal to “2.2.1 Keypad devices > 2.2.1.n.3.8 EE PIN lock” on page 146.
  • Page 208 Chapter 5: Menu reference See also “Door shunt” on page 69 in Chapter 3 “System functions” for shunt functionality description. For options specific for standard doors, see “Standard door specific options” on page 204. For options related to intelligent doors, see “Intelligent door specific options”...
  • Page 209 Chapter 5: Menu reference For options specific for standard doors, see “Standard door specific options” on page 204. 5.1.n.8.3.1 Shunting 1 Shunting >Zone shunting< The option defines the object of the shunt. The following options are available: • No shunting. The door is not shunted. •...
  • Page 210 Chapter 5: Menu reference 5.1.n.11 Delete door 12 Delete door >Cancel< Use the Delete door command to remove the door from the system. To remove the door, select Ok and press Enter. The door is deleted. Standard door specific options 5.1.n.8.3.2 Shunt active 2 Shunt active >Always<...
  • Page 211 Chapter 5: Menu reference 5.1.n.3.5.1 Card and PIN 1>Reader In Specify what method is required to open the door from the selected reader. • Yes: Unlock the door by presenting a valid card to the reader and entering a PIN on the reader’s keypad. •...
  • Page 212 Chapter 5: Menu reference • Indala ASC 27 bit • Indala ASC 26 bit • Wiegand 32 bit • C 36 bit • ATS Wiegand 23 bit • ATS Wiegand 23 bit • Mag swipe - Aritech format • Mag swipe - Midas format 5.1.n.3.5.5 LEDs option 5 LEDs option >Door locked<...
  • Page 213 Chapter 5: Menu reference 5.1.n.3.5.7 Disable Duress 7 Disable Duress >No< This option is used to disable duress codes from functioning. If set to Yes, no duress function is available at this door. 5.1.n.6.1.2 Second zone 0>No 17 Zone 17 The door controller allows the system to monitor two door contacts for a single intelligent door.
  • Page 214 Chapter 5: Menu reference The door remains unlocked as long as the unlock time is counting, or the door stays closed, whichever is longer. See also “5.1.n.5.1 Unlock time” on page 198. 5.1.n.6.2.3 Pulsed L&UnL 3 Pulsed L&UnL >No< 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.
  • Page 215 Chapter 5: Menu reference 5.1.n.6.4.2 RTE zone 0>Not used 19 Zone 19 Select a zone operating as an RTE input for an intelligent door. Note: It is not possible to choose a zone, which is already used in the door controller (for example, DOTL or door zone, etc.) See also “5.1.n.6.4 RTE options”...
  • Page 216 Chapter 5: Menu reference 5.1.n.6.5.2 OP&Unl as Unl 2 OP&Unl as Unl >No< If set to yes, the door is reported as unlocked, if it is open and unlocked. 5.1.n.6.5.3 Open/Close 3 Open/Close >No< If set to yes, opening or closing door is reported. Otherwise there is no reporting unless an alarm occurs (depending on the zone type).
  • Page 217 Chapter 5: Menu reference To activate or deactivate interlocking, toggle a local zone number. 5.1.n.7.1.2 After entry 2 After entry >No< Select if the override takes effect immediately the schedule commences, or after a user has entered. • Yes: Before the schedule will unlock the door, a user needs to enter the area. •...
  • Page 218 Chapter 5: Menu reference To activate or deactivate shunting, toggle a local zone number. See also “5.1.n.8 Shunt options” on page 201. 5.1.n.8.4 Indication 1>DOTL output Not used The menu allows you to assign door controller outputs for indication of the specific access control events.
  • Page 219 Chapter 5: Menu reference 5.1.n.9 Regions & AP 1>Regions >>> The menu contains door options connected to region control and anti-passback. 5.1.n.9.1 Regions 1>Reader In >>> Use the menu to assign regions to readers. First, select the appropriate reader. Next, choose a region the reader belongs to. 0>Add region 1 Outside The list of regions allows you to add a new region.
  • Page 220 Chapter 5: Menu reference The functionality is configured separately for each door reader. After selecting the option, choose the appropriate reader, and then set the option value. 5.1.n.9.4 HSU options 1>Req HSU Nr The menu contains high security options. See Chapter 3 “System functions > High security” on page 70 for details. 5.1.n.9.4.1 Req HSU Nr 1 Req HSU Nr >0<...
  • Page 221 Chapter 5: Menu reference 5.2.n Select door group 1>Door Gr name Door Gr 2 Select a door group to program. 5.2.n.1 Door Gr name 1 Door Gr name >Door Gr 2 < Every door group can be programmed with a name to identify it. Use the Door Gr name screen to enter or change the door group name.
  • Page 222 Chapter 5: Menu reference 5.3 Regions 0>Add region 1 Outside Configure regions. See Chapter 3 “System functions > Regions” on page 69 for more information. 5.3.0 Add region Access the menu to add a region. If the region is created successfully, the following message appears: INFO Region added...
  • Page 223 Chapter 5: Menu reference 6 Outputs and filters 1>Cond filters 2 Outputs In this programming section outputs, filters and triggers, and their options are programmed. Outputs on panel or expander as well as system triggers can be activated. 6.1 Condition filters 0>Add filter 1 External Siren A condition filter is an evaluation and a decision-making algorithm.
  • Page 224 Chapter 5: Menu reference 6.1.n.2.0 Add event 0>Add event 1 System.0.1 Use the Add event command to add an operand to the current formula. Press Add event to add the operand. This menu entry is not available if the formula already contains 4 events. The next steps depend on whether you select an event or an operator for the formula.
  • Page 225 Chapter 5: Menu reference 6.2 Outputs 0>Add output 1 Int. Siren The Outputs menu lets you to see all programmed outputs, select an existing output, or create a new one. Output settings 6.2.0 Add output 1>Panel 2 Output exp When adding a new output, use the Add output menu to select whether the output is located on the panel PCB, output expander, remote expander, or keypad.
  • Page 226 Chapter 5: Menu reference 6.2.n.2 Output location 2>Output loc Panel 1.6 The Output location is a read-only field that is a physical identification of the output in a format “<device> <y>.<z>”, where <device> can be a panel, an expander, or a keypad, <y> is the device number, and <z> is a device output number.
  • Page 227 Chapter 5: Menu reference • Pulsed: Switching the start condition filter on causes starting the delay timer set in “6.2.n.7.1 Delay time” on page 222. After the time passes, the output activates for a time defined in “6.2.n.7.2 Active time” on page 222, and then it switches off.
  • Page 228 Chapter 5: Menu reference 6.2.n.7 Parameters 1>Delay time 00:00’00 Set the appropriate parameters for the functions described above. 6.2.n.7.1 Delay time 1 Delay time >00:00’00< Delay time defines the time between an activation of the condition and switching the output on. Allowed range is 00:00’00 to 12:00’00. 00:00’00 means that the output is activated with no delay.
  • Page 229 Chapter 5: Menu reference 6.2.n.8 Log limit 8 Log limit >Enable< If the Log limit option is set to Enable, only 3 pairs of activating (opening) and restoring (or closing) events coming from a single output are recorded in the log during one set/unset cycle.
  • Page 230 Chapter 5: Menu reference 6.3.n.2 Schedule Select schedules for the trigger. The shortcut menu allows you to assign up to two schedules to the selected element. See “Schedule shortcut menu” on page 78 for more information. 6.3.n.3 Delete trigger To remove a trigger, select a trigger using the cursor, or by entering the trigger number, and go to the Delete trigger menu.
  • Page 231 Chapter 5: Menu reference 7 Calendar 1>View 2 Schedules 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 schedules. See “Calendar” on page 77 in Chapter 3 “System functions” the detailed functionality description.
  • Page 232 Chapter 5: Menu reference 7.1.n.3 Special day 1>Day type Normal Day Enter the menu to configure the selected day as a special day. For more information, see Chapter 3 “System functions > Special days in schedules” on page 78. 7.1.n.3.1 Day type 1 Day type >Normal day<...
  • Page 233 Chapter 5: Menu reference Schedule settings 7.2.0 Add schedule Access the menu to add a schedule. If the schedule is created successfully, the following message appears: INFO Schedule added The new schedule is given the default name “Schedule N” and placed on the end of the schedule list.
  • Page 234 Chapter 5: Menu reference 7.2.n.4.0 Add time frame Access the menu to add a time frame. If the time frame is created successfully, the following message appears: INFO Time frame added The new time frame is given the name “Time frame N” and placed on the end of the action list.
  • Page 235 Chapter 5: Menu reference 4 Delete TF >Cancel< Choose Ok and press Enter. This removes the time frame. Repeat the command to delete other time frames, or press Clear to exit and return to the higher menu level. 7.2.n.5 Action list 0>Add Action 1 Action 1 Select actions that must be performed by the system according to the selected...
  • Page 236 Chapter 5: Menu reference 7.2.n.5.m.5 Delete action To remove an action, select an action using the cursor, or by entering the action number, and go to the Delete action menu. The display shows: 5 Delete action >Cancel< Choose Ok and press Enter. This removes the action. Repeat the command to delete other actions, or press Clear to exit and return to the higher menu level.
  • Page 237 Chapter 5: Menu reference 7.2.n.6.m.2 Start time 1 Start time >00:00< Provide the time of the day in 24-hour HH:MM format when the selected special day time frame starts. 7.2.n.6.m.3 End time 1 Start time >00:00< Provide the time of the day in 24-hour HH:MM format when the selected special day time frame ends.
  • Page 238 Chapter 5: Menu reference 8 System option menu 1>Timer menu 2 Engineer opt Use the System menu to program the global system options including timers. 8.1 Timer menu 1>Time&date 2 Siren options Use the Timer menu to program all system wide timers in this section. Notes •...
  • Page 239 Chapter 5: Menu reference During daylight saving time change, the time always advances on Sunday at 2:00, and rewinds at 3:00. Note: See “Daylight saving note” on page 78 for information on daylight saving time change on programmed actions. 8.1.2 Siren options 1>Activation 2 Delay The Siren options menu allows you to set timers applicable to internal and...
  • Page 240 Chapter 5: Menu reference 8.1.2.2.1 Internal siren 8.1.2.2.2 External siren Enter the delay time for the internal / external siren. The input format is hh:mm’ss. The allowed range is from 00:00’00 to 06:00’00. Caution: In an unset condition the internal siren delay is ignored and the siren activates instantly.
  • Page 241 Chapter 5: Menu reference 8.1.3.5 Final set delay 5 Final set dly > < The Final set delay option defines the delay time between the completion of an area being set by an exit terminator or final door set and the area being armed. The period allows for devices connected to inputs to return to normal state.
  • Page 242 Chapter 5: Menu reference 8.1.4.3 Soak test 3 Soak test > < The Soak test option defines the number of days the soak test for a zone is active. The allowed range is 0 to 30 days. Soak test is activated as soon as the zone option Soak test (see “4.1.n.6.10 Soak test”...
  • Page 243 Chapter 5: Menu reference 8.2 Engineer options 1>User Code Req The Engineer options are options that apply to maintenance and installation functions. 8.2.1 User code required 1 User code req >Yes< If the User code required option is set to Yes, a user is required to grant the installer an access to the programming menu.
  • Page 244 Chapter 5: Menu reference 8.2.4.2 Tamper 2 Tamper >No< If the Tamper option is set to Yes, tamper alarms require an engineer reset. 8.2.4.3 Panic 3 Panic >No< If the Panic option is set to Yes, panic alarms require an engineer reset. 8.2.4.4 Confirmed alarm 4 Conf.
  • Page 245 Chapter 5: Menu reference 8.2.4.10 Auto reset 10 Auto reset >Off< If the Auto reset option is set to Yes, the engineering reset is performed automatically upon the installer log in. 8.2.4.11 Dis by service 11 Dis by servi> >Off< If the Disable when service in option is set to Yes, an engineer reset request is not issued while the installer is authorized to access the system.
  • Page 246 Chapter 5: Menu reference WARNING <custom text> See “Engineer reset” on page 102 for more information. 8.2.5 Service in 5 Service in Disable? The menu lets you disallow the Installer in function before the Installer in time expires (see “8.1.3.6 Installer in-time” on page 235). Note: This option is only valid if the installer requires a user authorization.
  • Page 247 Chapter 5: Menu reference 8.3 LCD display options 1>Arm display Always The LCD options menu contains options that can be set for LCDs and menus. 8.3.1 Armed display 1 Arm display >Always< If the Armed display mode is Always, the armed display activates after the programmed idle time.
  • Page 248 Chapter 5: Menu reference • Enable: The alarm list option allows users to list active zones and faults as well as alarms. See “Keys” on page 54. • Instant: Additionally to the alarm list option above, alarms are shown instantly. Note: Alarms and faults are not shown if Armed display is active.
  • Page 249 Chapter 5: Menu reference • 6 Interconnection fault: A critical error caused by communication trouble between internal panel components • 7 Mains fault: Mains fault, including external fault • 8 Battery fault: Battery fault, including external fault • 9 FTC (Failed to Communicate): Alarm reporting has failed to deliver events •...
  • Page 250 Chapter 5: Menu reference 8.4.3.1 Report BA 1 Report BA >Yes< If the Report BA option is set to Yes, in the part set the system reports burglar alarms triggered during part set to the central station. 8.4.3.2 Access to EE 2 Access to EE >No<...
  • Page 251 Chapter 5: Menu reference 8.4.5 Forced set options 4 Forced set opt >Inh unset< The Forced set options menu defines when the forced set is possible. The following options are available. • Inhibit till unset : Zone is inhibited until the area is unset. •...
  • Page 252 Chapter 5: Menu reference • 15 minutes • 30 minutes • 1 hour • 2 hours • 3 hours • 4 hours See “Autoset” on page 91 for more details. The user must have a privilege for full setting to be allowed to postpone the autoset.
  • Page 253 Chapter 5: Menu reference 8.5.1.3 Multiple badge 3 Multiple badge > < This setting is only applicable where the door has been programmed so that presentation of a card three times will arm/disarm the system and the user is authorised to arm /disarm. The Multiple badge time is the amount of time allowed between the first presentation of the card and the third presentation of the card.
  • Page 254 Chapter 5: Menu reference 8.5.2.2 Map panel LEDs 2 Map panel LEDs >No< When this option is set to Yes, LEDs in door readers connected to the door controller will represent the same status as LEDs in keypads connected directly to the panel.
  • Page 255 Chapter 5: Menu reference This is a setting for panel only. For expanders, see “2.2.2.n.4.5 EOL” on page 152. 8.6.3 Siren tamper EOL 3 Sir tamper EOL >4k7< The Siren tamper end of line resistor menu allows you to define an end-of-line resistor value for the siren.
  • Page 256 Chapter 5: Menu reference 8.7.2 Panel language 2 Panel language >ENGLISH UK< The Panel language menu lets you change the panel language. Caution: Changes of the following authorization options will cause deleting of all user PINs, and setting default PINs of two predefined users. See also “Initial start-up”...
  • Page 257 Chapter 5: Menu reference alarm). A second input has to alarm within a certain period to report a confirmed alarm (B-alarm), provided the first alarm in the area did not occur in an entry/exit zone. The verification mode is programmable per area. 8.7.6.2 AB time 1>Intr.
  • Page 258 Chapter 5: Menu reference entry time has expired, alarm confirmation is enabled. However: entry/exit and access zones cannot generate B-alarms. If this option is set to No, the start of the entry timer disables any alarm confirmation until the area is set again. 8.7.6.5 Access to EE 5 Access to EE >Entry/Exit<...
  • Page 259 Chapter 5: Menu reference 8.7.7 Easy unset 7 Easy unset >Yes< If enabled, you can unset premises entering a PIN or badging a valid card without pressing any other keys. 8.7.8 Remote options 1>Remote config Set remote configuration options. 8.7.8.1 Remote config 1 Remote config >Yes<...
  • Page 260 Chapter 5: Menu reference • After changing the scheme from classic to flexible, all programmed object dependencies (for example, condition filters, cameras, etc.) will be unavailable. The appropriate parameters will be set to “Not exist” instead of previously programmed objects, until the scheme is changed back. See also “Zone, output, and door addressing”...
  • Page 261 Chapter 5: Menu reference 8.8.3 System tamper areas 3 SysTamp areas >1..< The System tamper areas option allows assigning system tampers and faults to the specified areas. At least one area must be selected. 8.8.4 Siren retrigger 4 Siren retrig. >No<...
  • Page 262 Chapter 5: Menu reference 8.8.8 Mon 3 HC out 8 Mon 3 HC out >Enable< Monitor 3rd high current output option defines whether high current output 3 is monitored or not. Output 3 mode depends on the panel model. See “Outputs” on page 30 for details.
  • Page 263 Chapter 5: Menu reference 8.9.2 Unset Time 2 Unset Time > < The maximum allowed unset time of the ATM. The allowed range is 1 to 255 minutes. 8.9.3 Ext Unset Time 3 Ext Unset Time > < The maximum allowed extended unset time of the ATM. The allowed range is 0 to 255 minutes.
  • Page 264 Chapter 5: Menu reference 9 Dialler menu 1>CS 2 Event options The menu is used to program all system-wide communication options. 9.1 Central station 0>Add CS 1 CS 1 The Advisor Advanced system lets you program up to 16 central stations. 9.1.0 Add CS Access the menu to add a central station.
  • Page 265 Chapter 5: Menu reference 9.1.n.2 Transm path 1>PSTN 4 IP The transmission path defines the type of connection for reporting alarms to the central station. Paths are defined in menu “9.3 Path options” on page 267. 9.1.n.3 Protocol 3 Protocol >(X)SIA<...
  • Page 266 Chapter 5: Menu reference In case a few areas have the same account numbers, and “9.1.n.9 OP/CL report” option on page 262 is set to Yes, a special operation takes place for SIA/XSIA reporting of opening/closing depending on the area modifier setting (see “9.1.n.8.1 XSIA”, page 261).
  • Page 267 Chapter 5: Menu reference 9.1.n.8 Protocol opt 1>(X)SIA 2 VOICE It is possible to customize the communication protocol parameters using the Protocol opt menu. 9.1.n.8.1 XSIA 1>Area modifier The XSIA menu allows you to set options for the SIA and XSIA protocol. 9.1.n.8.1.1 Area modifier 1 Area modifier >Off<...
  • Page 268 Chapter 5: Menu reference 9.1.n.8.1.5 SIA frequency 5 SIA frequency >Bell< The SIA frequency menu allows you to select one of two standards for modem communication regarding transmitted/received frequencies used by transmitter/receiver. This option allows you to select between CCITT and BELL. 9.1.n.8.2 VOICE 1>Suppress FTC The VOICE menu allows you to configure voice reporting options listed below.
  • Page 269 Chapter 5: Menu reference 9.1.n.11 Delete CS To remove a central station, select a central station using the cursor, or by entering the central station number, and go to the Delete central station menu. The display shows: 10 Delete CS >Cancel<...
  • Page 270 Chapter 5: Menu reference 9.1.n.4.2 Dest port 2 Dest port > < The destination port is used to report to the host selected in “9.1.n.4.1 Dest name” on page 263. 9.1.n.4.3 Ping host Pinging... Tx/Rx: 2/2 The Ping host command allows you to send a ping to the selected central station. This command is used to check if the central station is present and accessible from the panel in the network.
  • Page 271 Chapter 5: Menu reference 9.1.n.8.3.3 Receiver nbr 3 Receiver nbr >0001< A receiver identifier used in central stations with multiple receivers. The allowed value is a hexadecimal number from 0001 to FFFF. 9.1.n.8.3.4 Line nbr 4 Line nbr >0001< A line identifier used in central stations with multiple receiving lines. The allowed value is a hexadecimal number from 0001 to FFFF.
  • Page 272 Chapter 5: Menu reference 9.1.n.4.1 Type 1 Type >Phone< The Type submenu defines who receives the reports directed to the specified central station: • Phone: The report is sent to a specified phone number. Menu “9.1.n.4.2 Phone/User/UG” below configures this phone number. •...
  • Page 273 Chapter 5: Menu reference 9.2.2 Voice mapping 01>AN Msg number The Voice mapping menu allows you to assign a particular voice message (0 to 14) to each system event. 0 means that no message is assigned. The list of events is shown in Appendix A “Advisor Advanced events” on page 311.
  • Page 274 Chapter 5: Menu reference Note: Particular options in this menu differ for specific transmission paths. For specific options, see: • “PSTN specific options” on page 269 • “ISDN specific options” on page 270 • “IP specific options” on page 270 •...
  • Page 275 Chapter 5: Menu reference 9.3.n.8.2 Omit 1st call 2 Omit 1st call >No< Use this option when sharing a telephone line with other equipment (for example, a fax or an answering machine) that automatically answers incoming rings. If set to Yes, the panel hangs up after a number of incoming rings programmed in “9.3.n.8.1 Ring count”...
  • Page 276 Chapter 5: Menu reference One of the following dial tone options can be selected: • None • Default (CTR21) • • Other (Netherlands) 9.3.n.6 Dialing 6 Dialing >DTMF< The Dialling menu allows you to select the PSTN dial mode: pulse or tone (DTMF).
  • Page 277 Chapter 5: Menu reference 9.3.n.4.1 IP config 1 IP config >Dynamic< If the IP config is set to Dynamic, the DHCP is enabled. If this value is Static, you must configure the other options in this menu that are described below. 9.3.n.4.2 IP address 2 IP address >000.000.000.00<...
  • Page 278 Chapter 5: Menu reference menu below. If this option is set to Dynamic, the DHCP is used to obtain the DNS IP address. If DHCP is disabled, this menu is not available. 9.3.n.5.2 DNS server 2 DNS server >000.000.000.00< The DNS server menu allows you to set the DNS address if it is different from the DNS provided by DHCP server, or if DHCP is disabled in menu “9.3.n.4.1 IP config”...
  • Page 279 Chapter 5: Menu reference 9.3.n.7.1 Firewall 1 Firewall >On< Use the Firewall menu to enable (On) or disable (Off) the built-in firewall. 9.3.n.7.2 Reply on PING 2 Reply on PING >No< The Reply on PING defines whether the firewall allows answering to ping requests.
  • Page 280 Chapter 5: Menu reference 9.3.n.5 GSM Setup 1>SIM card PIN 0000 The GSM Setup menu lets you set up GSM reporting and control. Notes • Before using the SIM card in the system, insert it into a mobile phone and verify its validity, checking the credit and sending a test SMS message.
  • Page 281 Chapter 5: Menu reference the system automatically selects another network, if the configured network is unavailable. 9.3.n.5.2.3 Net.scanning 0>Rescan nets 1 * MyGSM The Network scanning menu lists all available networks. It also lets you force another scan. The list contains GSM network names that are preceded by one of the following marks that define the network availability: •...
  • Page 282 Chapter 5: Menu reference 9.3.n.5.2.3.m.3 Availability 3>Availability Connected The Availability values are described in “9.3.n.5.2.3 Net.scanning” on page 275. 9.3.n.5.2.3.m.4 RSSI 4>RSSI -35 dBm [IIII ] The Received Signal Strength Indication (RSSI) value is diagnostic information. See also “1.2.8.8 RSSI” on page 134. 9.3.n.5.2.3.m.5 Use this net.
  • Page 283 Chapter 5: Menu reference 9.3.n.5.3.3 Check number 3 Check number >+48600000000< The Check number is the phone number that is used for sending credit check SMS messages, if this check mode is chosen in “9.3.n.5.3.2 Check mode” on page 276. 9.3.n.5.3.4 Request code 4 Request code >...
  • Page 284 Chapter 5: Menu reference 9.3.n.5.4.2 Jamming threshold 2 Jamm threshold >20< Configure the threshold for jamming detection report. The allowed range is from 1 (−111 dBm) to 31 (−51 dBm). The default value is 20 (−73 dBm). 9.3.n.6 SMS Setup 1>SMS Center num None The SMS Setup menu lets you change various SMS settings.
  • Page 285 Chapter 5: Menu reference The SMS reports and unrecognized SMS commands have two separate counters. However, the maximum limit defined in this menu is the same for both counters. There is no limit for messages if this value is set to 0. 9.3.n.6.4 SMS header msg 4 SMS header msg >...
  • Page 286 Chapter 5: Menu reference 9.3.n.7.2 User name 2 User name > < The User name must be specified by the GPRS provider. 9.3.n.7.3 User password 3 User pass > < The User password must be specified by the GPRS provider. Note: The following GPRS configuration menus are equal to appropriate IP configuration menus, except they apply only to the IP connection via the GPRS...
  • Page 287 Chapter 5: Menu reference 9.3.n.10 MMS Setup 1>MMS center None The menu lets you to configure various MMS settings. Note: Contact your GSM provider to get information on all settings in this menu. 9.3.n.10.1 MMS Center 1 MMS center > <...
  • Page 288 Chapter 5: Menu reference 9.3.n.11 Module info 1>Module version 731000V01 The informational screens contain GSM dialer firmware version, modem type, etc. 9.4 PC connection 1>Connections >>> A PC connection can be used for: • Upload / download (U/D) • Management •...
  • Page 289 Chapter 5: Menu reference Common options 9.4.1.n.1 Name 1 Name >PC conn 1 < The connection name can consist of up to 16 characters. 9.4.1.n.2 Transm path 2>Transm path PSTN The Transmission path option defines which communication path is used to establish the selected PC connection.
  • Page 290 Chapter 5: Menu reference Note: You cannot delete a PC connection unless your user group authorizes you to do so. 9.4.2 PC callback 1>Primary 2 Backup The PC callback option defines which PC connection is used as a callback station. If the PC call back option is set to Off (no connection assigned), then auto- answer is active.
  • Page 291 Chapter 5: Menu reference 9.4.5 Listening port 4 Listening port > < Listening port is an IP port that is used for receiving uploading/downloading requests from the remote PC. The default listening port is 32000. Caution: Incoming requests via GPRS are accepted only if the GPRS connection is permanent and never closes automatically.
  • Page 292 Chapter 5: Menu reference 9.4.1.n.4.2 Destination port 2 Dest port > < The Destination port defines which IP port is used to establish the selected PC connection. 9.4.1.n.4.3 Ping host Pinging... Tx/Rx: 2/2 The Ping host command allows you to send a ping to the selected PC. This command is used to check if the PC is present and accessible from the panel in the network.
  • Page 293 Chapter 6 Software Summary The chapter describes how to connect Advisor Advanced control panel to PC for programming and firmware upgrading. Content Programming Advisor Advanced via configuration software 288 Upgrading Advisor Advanced firmware 290 Installing AAFlash on the PC 290 Connecting Advisor Advanced to the PC 290 Archiving current firmware and settings 291 Upgrading Advisor Advanced firmware 291...

  • Page 294: Programming Advisor Advanced Via Configuration Software

    Chapter 6: Software Programming Advisor Advanced via configuration software There are different PC configuration and administration tools that are designed to make Advisor Advanced system programming fast and simple, without the need for complex commands or strings. All the information is entered directly from your Windows desktop.
  • Page 295 Chapter 6: Software 3. Please note that the communication session is closed after data is uploaded / downloaded. This means that after the Service In timer (programmed in “8.1.3.6 Installer in-time” described on page 235) expires, a new user authorization is required. Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...

  • Page 296: Upgrading Advisor Advanced Firmware

    Chapter 6: Software Upgrading Advisor Advanced firmware The Advisor Advanced panel firmware is upgradeable via USB DFU (device firmware upgrade) interface. Use the AAFlash software to do that. Access level 4 (manufacturer) applies when changing the operating program software and needs to be executed at the local programming site. Downgrading is not permitted.

  • Page 297: Archiving Current Firmware And Settings

    Chapter 6: Software After that, the USB LED turns on, the TX LED turns off, and the RX LED continues blinking. If this is the first DFU connection, the system prompts you to find Advisor Advanced USB DFU drivers to install. Choose the driver located in the subdirectory “Driver”...

  • Page 298: Upgrading Bootloader

    Chapter 6: Software Upgrading bootloader Particular panels with older bootloader firmware cannot be upgraded to a new firmware. In this case an upgrade of bootloader firmware to a newer version is required. Upgrade bootloader firmware as described below. Caution: Bootloader is a crucial part of the Advisor Advanced panel. Make sure that the procedure is performed in the right order (steps 5 to 7), and the power supply is not removed while step 7 is in progress, otherwise the system can be damaged.
  • Page 299 Chapter 6: Software The panel restarts. It is now running in DFU mode with new bootloader firmware. If the backup was created in the step 5, the panel starts to restore the existing application firmware and the database. Otherwise, it is now ready for a new firmware upgrade.
  • Page 300 Chapter 6: Software Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 301 Chapter 7 Troubleshooting Summary The chapter contains information on resolving known hardware and configuration problems. It also describes how to recover the system when the installer access is lost. Content Recovery procedure 296 Device troubleshooting 297 Advisor Advanced control panel 297 LCD keypads 298 Remote expanders —...

  • Page 302: Recovery Procedure

    Chapter 7: Troubleshooting Recovery procedure If the installer PIN is lost, installer access is impossible. In this case the installer can perform a recovery procedure. To recover installer access: 1. Remove mains and battery power from the panel. 2. Set jumper T1. 3.

  • Page 303: Device Troubleshooting

    Chapter 7: Troubleshooting Device troubleshooting Advisor Advanced control panel Condition Possible cause The LCD keypad has all LEDs The system data bus line may be connected incorrectly. flashing, and displays the “System The address links on the keypad may be incorrectly set. Fault”...

  • Page 304: Lcd Keypads

    Chapter 7: Troubleshooting LCD keypads Condition Possible cause All the LEDs on the keypad are The DIP switches may be incorrectly set (the address set on flashing the keypad may be incorrect and therefore polling to the keypad is not being acknowledged). The system data bus line may be connected incorrectly.
  • Page 305 Chapter 7: Troubleshooting Condition Possible cause Some or all expander zones are The zone numbers for the expander have been calculated permanently in tamper (or incorrectly, and zone type numbers have therefore been permanently in alarm if “8.6.1 Input assigned to the wrong zones in the zone database. See mode”...
  • Page 306 Chapter 7: Troubleshooting Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 307 Chapter 8 Regulations Summary These pages describe settings and actions required by particular regulations and norms. Content Options affected by EN 50131 regulations 302 EN 50131 Grade 2 302 EN 50131 Grade 3 303 EN 50136 policy 305 Transmitter polling interval requirements 305 EN 50131 Grade 3 certified components 306 EN 50131 compliance precautions 307 Options affected by other regulations 308...

  • Page 308: Options Affected By En 50131 Regulations

    Chapter 8: Regulations Options affected by EN 50131 regulations EN 50131 Grade 2 Required settings The following options and values are mandatory for EN 50131-1 Grade 2 regulations. • 1.2.6.n.3 Period, see “Transmitter polling interval requirements” on page 305. • 2.2.1.n.3.3 View areas and 2.2.1.n.3.5 Control areas settings are identical •...

  • Page 309: En 50131 Grade 3

    Chapter 8: Regulations Refer to appropriate sections and manuals. Caution: When any option, any additional function or any additional zone type in this section does not comply with the EN 50131 requirements, the EN 50131 Grade 2 label must be removed from the system. Additional functions The Wireless PIR Camera functionality brings along video verification feature, this additional function is fully available without compromise to standards the...
  • Page 310 Chapter 8: Regulations Refer to Table 29 below for all supported options for notification requirements. Table 29: EN 50131-1:2006 options Notification equipment (Alarm reporting) Grade 3 options Remotely powered audible WD Optional Optional Optional Self-powered audible WD Optional Optional Optional Main ATS [1] ATS 4 ATS 4...

  • Page 311: En 50136 Policy

    Chapter 8: Regulations • 8.4.4 Forced set: Off • 8.4.7 AS fault retry: 15 minutes • 8.4.8 AS user retry: Disable See also the appropriate RAS manual for more details. EN 50136 policy Required settings: • “9.1.n.7 Retry count”: 1 •...

  • Page 312: En 50131 Grade 3 Certified Components

    Chapter 8: Regulations Standard and Required Comm. path and Option Required category polling interval dialler value ATS5 (T4) 180 s IP built-in, or GPRS 9.1.n.8.3.2 Heartbeat time 00:02'30 via ATS7310 ATS6 (T6) 20 s IP built-in 9.1.n.8.3.2 Heartbeat time 00:00'10 LPS1277: Issue 3.0 ATS4Plus 10 min...

  • Page 313: En 50131 Compliance Precautions

    Chapter 8: Regulations Reporting devices Panel can support 1 GSM device connected onto MI bus. • ATS7310: GSM communication device • ATS7440: IP/GPRS alarm dialer • ATS7700: PSTN interfance board When any option, any additional function or any additional zone type in this section does not comply with the EN 50131 requirements, the EN 50131 Grade 3 label must be removed from the system.

  • Page 314: Options Affected By Other Regulations

    Chapter 8: Regulations Options affected by other regulations ACPO policy Required settings are all EN 50131 Grade 2 settings with the following modifications: • 4.2.n.5.1 Entry alarms, Delayed • 8.2.4 Engineer reset, tamper enabled • 8.7.6 Alarm confirm: - AB mode, enabled for all relevant areas - AB time, 30 min minimum, 60 min maximum - EE Confirm, enabled - TA confirm, enabled...

  • Page 315: Sbsc Policy

    Chapter 8: Regulations • For SES Grade 3 is not allowed to program GPRS communication as primary CS, it is only allowed in Grade 2. • The table below indicates the required polling intervals for SES Grade 2 and Grade 3. Primary CS (IP) AÜA-B25 AÜA-B5...
  • Page 316 Chapter 8: Regulations Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 317 Appendix A Advisor Advanced events For Advisor Advanced system events, see Table 31 below. For access control events, used to program door controllers, see Table 32 on page 322. Table 31: Advisor Advanced events Group Event Event description Notes Zone ACTIVE Zone active Zone in active state...
  • Page 318 Appendix A: Advisor Advanced events Group Event Event description Notes SHUNT FAULT Zone shunt fault Fault — zone is active when unshunt DOOR SHUNT Door shunt Zone shunt by door shunt DSHUNTWARN Door shunt warning Zone in shunt warning time by door shunt Group Event...
  • Page 319 Appendix A: Advisor Advanced events Group Event Event description Notes FTCPANIC Panic and FTC A panic alarm active while FTC present MEDICAL Medical alarm A medical alarm active FSMEDICAL Medical during full A medical alarm active while area full set PSMEDICAL Medical during part A medical alarm active while...
  • Page 320 Appendix A: Advisor Advanced events Group Event Event description Notes ZNAM Zone masking At least one zone in the area is in anti-mask alarm state ZNTAMPER Zone tamper At least one zone in the area is in tamper state KEYPADTAMPER Keypad tamper A keypad assigned to the area is in tamper state...
  • Page 321 Appendix A: Advisor Advanced events Group Event Event description Notes WALK Walk test User/Installer Walk test is active WALKZNACTV Walk test zone Zone in walk test is activated active A-ALARM A-Alarm A-alarm active (unconfirmed alarm), reset after unset or expiration of AB timer and no B- alarm.
  • Page 322 Appendix A: Advisor Advanced events Group Event Event description Notes AREA Door shunt warning A zone in the area is in shunt DSHUNTWARN warning time UNSETDELAYED Unset delayed Area unset delayed PROHIBITUNSET Prohibit unset User unset prohibited ZNSHUNT Zone shunted A zone in the area is shunted SHUNTFAULT Faulty zone...
  • Page 323 Appendix A: Advisor Advanced events Group Event Event description Notes BATTFAULT Battery fail TAMPER Expander tamper Device tamper FUSEFAULT Fuse fault SIRENFAULT Siren fault RCVFAULT Receiver fault Wireless expander receiver fault ISOLATED Expander isolated BATTLOW Battery low Expander battery is low BTESTACTV Battery test active Expander battery test is active...
  • Page 324 Appendix A: Advisor Advanced events Group Event Event description Notes GSMJAMMING GSM jamming GSM jamming detected POWER UNIT FA Panel PSU fail BTESTACTV Panel battery test active BTESTFAIL Panel battery test fail DLRBATTFAULT Dialer battery fault MODRESET Dialer module reset DEVTAMPERINH Panel tamper inhibited...
  • Page 325 Appendix A: Advisor Advanced events Group Event Event description Notes System ALLSET All set All areas in the system are set AUTOANS Auto Answer Auto answer procedure started (1 min) RCONNACTV Remote connection Remote connection active RCONNFAIL Remote connection Remote connection fail (1 min) fail LPRGACTV Local programming Local programming active...
  • Page 326 Appendix A: Advisor Advanced events Group Event Event description Notes FORCED Door forced Door zone has been activated without unlocking DOTL Door DOTL Door zone active after shunt time SHUNTING Door shunting Door zone has been shunted READER FAULT Door reader fault Door reader communication problem READER TA...
  • Page 327 Appendix A: Advisor Advanced events Group Event Event description Notes Thursday Thursday Active on Thursdays Friday Friday Active on Fridays Saturday Saturday Active on Saturdays Sunday Sunday Active on Sundays Group Event Event description Notes Fob learned Fob programmed Active for 3 seconds after a ATS1235+ successful programming Button 1...
  • Page 328 Appendix A: Advisor Advanced events Group Event Event description Notes ALARM An alarm state At least one area is in alarm EXIT An exit state At least one area is in exit state NRTS Not ready to set At least one area in area group is in not Ready To Set state AREASET An area has been...
  • Page 329 Appendix A: Advisor Advanced events Group Event Event description Notes Low sec.inside Door low security Card or PIN required to access inside at the "IN" reader Low sec.outs. Door low security Card or PIN required to access outside at the "OUT" reader Anti-passback Anti-Passback is active Door shunting...
  • Page 330 Appendix A: Advisor Advanced events Group Event Event description Notes Anti-psbck dis Anti-passback Disable anti-passback for disable selected door Group Event Event description Notes Region Limit Region limit Active when the number of people in any region reaches the present limit (255 events, 1 per region) Usr to Outside Move users in...
  • Page 331 Appendix A: Advisor Advanced events Group Event Event description Notes Other Area disarmed Area disarmed Area disarmed (16 events, 1 per area) Area alarm Area alarm Zones in alarm in area (16 events, 1 per area) DGP out.active DGP outputs System output assigned to this DGP is active (16 events, 1 per outputs).
  • Page 332 Appendix A: Advisor Advanced events Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 333 Appendix B Advisor Advanced reporting codes Table 33 below shows descriptions of SIA, CID, and VdS reporting codes used in Advisor Advanced. Table 34 on page 332 lists allowed values for the appropriate reporting codes. Table 33: SIA, CID, and VdS reporting code descriptions Function Note Reporting...
  • Page 334 Appendix B: Advisor Advanced reporting codes Function Note Reporting code code code priority 0x61 R401 Closing normal Set by user R407 Closing normal Set remotely R409 Closing normal Set by key 0x30 E374 Exit error Exit fault Medium 0xB0 R143 Expansion restore Expander / keypad trouble restore...
  • Page 335 Appendix B: Advisor Advanced reporting codes Function Note Reporting code code code priority 0xE1 E401 Unset normal Unset by user E407 Unset normal Unset remotely E409 Unset normal Unset by key 0xE1 E406 Unset from alarm Unset by user / key / remotely 0x21 E120...
  • Page 336 Appendix B: Advisor Advanced reporting codes Function Note Reporting code code code priority 0xB0 R384 Detector or fob low battery restore 0x30 E384 Detector or fob low battery 0x37 E350 Communications fail ISDN / GSM / voice / audio device fail 0xB9 R354 Communications...
  • Page 337 Appendix B: Advisor Advanced reporting codes Function Note Reporting code code code priority 0x51 E570 Technical bypass — Gas detector inhibit 0xD1 R570 Technical unbypass — Gas detector uninhibit 0x30 E381 Technical long Gas detector long supervision — gas supervision alarm 0xB0 R381 Technical long...
  • Page 338 Appendix B: Advisor Advanced reporting codes Function Note Reporting code code code priority 114. UR 0xA0 R150 Technical zone — Medium general alarm restore 115. TS 0x71 E607 Single zone walk test Start of single zone test, also High start for multiple zones selected 116.
  • Page 339 Appendix B: Advisor Advanced reporting codes Subevent type and range Group Point range code code range Zone (1–128, 257–368) E374 Area (1–8) Zone (1–128, 257–368) Expander (299–307), keypad R143 System (0) Expander (65–72), (401–408) keypad (1–8) Expander fuse (316–324) R300 System (0) Expander (65–72) Expander poll (332–340), keypad R330 System (0)
  • Page 340 Appendix B: Advisor Advanced reporting codes Subevent type and range Group Point range code code range Zone (1–128, 257–368) E409 Area (1–8) Zone (1–128, 257–368) User (1–50) E406 System (0) User (1–50) Zone (1–128, 257–368) Area (1–8) Zone (1–128, 257–368) System (0) E120 System (0) Keypad (1–8)
  • Page 341 Appendix B: Advisor Advanced reporting codes Subevent type and range Group Point range code code range Communication path (0–6) [1] Expander (299–307) E344 System (0) Expander (65–72) Communication path (0–6) [1] Zone (1–128, 257–368) R384 Area (1–8) Zone (1–128, 257–368) Fob (1–112) Zone (1–128, 257–368) E384 Area (1–8)
  • Page 342 Appendix B: Advisor Advanced reporting codes Subevent type and range Group Point range code code range Zone (1–128, 257–368) R154 Area (1–8) Zone (1–128, 257–368) Zone (1–128, 257–368) E570 Area (1–8) Zone (1–128, 257–368) 100. WU Zone (1–128, 257–368) R570 Area (1–8) Zone (1–128, 257–368) 101.
  • Page 343 Glossary Access control The control of entry to, or exit from, a security area through doors. Action Action is a user programmed function, which can be done automatically according to the programmed schedule. Action list Action lists are used to group configured actions. They can be done automatically according to the programmed schedule.
  • Page 344 Glossary Central station A company that monitors whether an alarm has occurred in a security system. The central station is located away from the premises/area it monitors. Condition filter A set of rules that is created by logic inputs and logic equations. Used to control outputs and user groups.
  • Page 345 Glossary High Security Region High security regions (HSR) require a certain number of high security (HSR) 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.
  • Page 346 Glossary Nuisance alarm An alarm that is triggered by a security device, without any burglar. It could be caused by open windows, pets or incorrect projection of security equipment. Online / offline Operational/non-operational. A device may be offline due to a malfunction in the device itself or it may be disconnected from the control.
  • Page 347 Glossary Special day A date when alternative time frames in an active schedule are valid. Tamper A situation where a zone, a keypad, control panel, expander or associated wiring are tampered with, or accidentally damaged. The Advisor Advanced tamper facility activates a signal when tamper occurs.
  • Page 348 Glossary Advisor Advanced ATSx500A(-IP) Installation and Programming Manual...
  • Page 349 Index adding a time frame, 228 adding a trigger, 223 access control, 68 adding a user group, 168 reporting, 209 adding a user to the system, 162 access denied, 200, 208 adding an action, 229 access options, 246 addressing, 31, 253 access zone, 45 alarm, 126 account, 276...
  • Page 350 Index encryption, 265 events, 266 battery frequent heartbeat, 265 status, 135 GSM, 274 battery replacement, 16, 137 GSM network, 274, 275 battery test, 135 heartbeat, 264 automatic test, 136 line number, 265 battery replacement, 137 PC connection, 282 duration, 136, 137 phone number, 263 frequency, 136 protocol, 259, 261...
  • Page 351 Index default values, 30 indication, 204, 212 defaulting panel, 30 intelligent door, 68 defaults, 114, 249 interlock, 210 de-isolate, 173, 174 location, 197 delayed unset, 52 lock, 200 delete lock when closed, 207 door, 204 low security, 200, 211 expander, 152 move, 203 filter, 218 name, 197...
  • Page 352 Index duress final door, 176 disable, 207 final set, 235 firewall, 272 firmware, 290 flash, 290 earthing, 20 flexible addressing scheme, 253 EN 50131 requirements, 61 fob, 164, 191 enable door, 139 add, 94, 191 encryption, 265, 269 assigned user, 191 key, 284 buttons, 192 end time, 228, 231...
  • Page 353 Index HSR, 70, 214 LCD message, 241 HSU, 70, 214 LCD options, 241 LCD reader, 161 LDR, 122 learn card, 164 IN reader, 197 LED, 206 inactive days, 123, 236 LED test, 125 inhibit, 53, 174 line number, 265 inhibit limit, 189 link speed, 273 input, 171 listing open zones, 121...
  • Page 354 Index pry-off tamper, 10 PUK, 133, 274 OH 2000, 264 pulse count, 183 omit first call, 269 pulsed lock and unlock, 71 open door, 139 door lock procedure, 72 open zones, 121 door open procedure, 72 OUT reader, 197 output, 30, 67, 214, 217 active time, 222 quick installation, 2 add, 219...
  • Page 355 Index RTE, 179, 201 reporting, 65, 166 control, 209 soak test, 175 disabled when areas set, 209 time, 236 schedule, 211 software revision, 139 RTE zone, 209 special day, 225, 230 RTS, 242 creating, 230 deleting, 231 end time, 231 name, 230 schedule, 77, 205 start time, 231...
  • Page 356 Index transmission path, 259, 267 trigger, 76, 217 walk test, 80, 82, 127, 129, 175 creating, 223 active walk test, 82, 129 deleting, 224 confirmed alarm, 82, 129 name, 223 frequency, 128 state, 126 reduced walk test, 129 troubleshooting, 297 single zone, 129 data gathering panels, 298 standard walk test, 127...
  • Page 357 Programming map Programming map 1 Service menu 1.1 Display logs 1.2 Test menu 1.2.1 Input tests 1.2.1.1 Show open zones 1.2.1.2 Number of used zones 1.2.1.3 RF RSSI test 1.2.1.4 RF diagnostics 1.2.1.5 Cam range test 1.2.1.6 Inactive days 1.2.1.7 Zone kOhm 1.2.1.8 Detector test 1.2.1.8.1 Duration 1.2.1.8.2 Test time...
  • Page 358 Programming map 1.2.6 Test call opts 1.2.6.n Select CS 1.2.6.n.1 Test call mode 1.2.6.n.4 Extend 1.2.6.n.2 Test call time 1.2.6.n.5 Freq TC if FTC 1.2.6.n.3 Period 1.2.6.n.6 Man. test call 1.2.7 IP diagnostic 1.2.7.n Choose interface 1.2.7.n.1 IP statistics 1.2.7.n.4 Ping CS 1.2.7.n.2 Ping host 1.2.7.n.5 NTP status 1.2.7.n.3 Ping PC...
  • Page 359 Programming map 1.4 Bypass panel lid 1.4.1 Panel lid time 1.4.2 Restore lid 1.5 Default panel 1.6 Service in 2 Device menu 2.1 Installed remotes 2.2 Edit Keypad&Exp 2.2.1 Keypad devices 2.2.1.0 Add keypad 2.2.1.n Select keypad 2.2.1.n.1 Keypad type 2.2.1.n.2 Keypad address 2.2.1.n.3 Keypad options 2.2.1.n.3.1 Keypad name...
  • Page 360 Programming map 2.2.2 Expander devices 2.2.2.0 Add expander 2.2.2.n Select expander 2.2.2.n.1 Expander type 2.2.2.n.2 Expander address 2.2.2.n.3 Expander range 2.2.2.n.4 Exp settings 2.2.2.n.4.1 Expander name 2.2.2.n.4.2 Tamper area 2.2.2.n.5 Expander menu 2.2.2.n.4.3 Isolate expander 2.2.2.n.6 Delete expander 2.2.2.n.4.4 Input mode 2.2.2.n.4.5 EOL Wireless specific options: 2.2.2.n.4.4 Supervision...
  • Page 361 Programming map Four-door expander specific options 2.2.2.n.4.6 Output modules 2.2.2.n.4.7 Region count limit 2.2.2.n.4.8 Macro Logic 2.2.2.n.4.8.0 Add macro 2.2.2.n.4.8.m Select macro 2.2.2.n.4.8.m.1 Macro name 2.2.2.n.4.8.m.2 Formula 2.2.2.n.4.8.m.2.x Select event 2.2.2.n.4.8.m.2.y Select Operator 2.2.2.n.4.8.m.3 Macro output 2.2.2.n.4.8.m.3.1 Output Func. 2.2.2.n.4.8.m.3.2 Duration 2.2.2.n.4.8.m.3.3 Activate 2.2.2.n.4.8.m.4 Delete macro 2.2.2.n.4.9 Local Devices...
  • Page 362 Programming map 3 User menu 3.1 Users Common options: 3.1.0 Add user 3.1.n Select user 3.1.n.1 User name 3.1.n.2 PIN 3.1.n.2.1 Change PIN 3.1.n.2.2 Remote PIN 3.1.n.3 User card 3.1.n.2.2.1 Set PIN 3.1.n.4 RF fobs 3.1.n.2.2.2 Enable login 3.1.n.5 Language 3.1.n.6 User groups 3.1.n.9 Select mode 3.1.n.10 Delete user...
  • Page 363 Programming map 4 Zones and areas 4.1 Zone menu 4.1.0 Add zone 4.1.n Select zone Common options 4.1.n.1 Zone name 4.1.n.2 Zone type 4.1.n.3 Isolated 4.1.n.4 Zone location 4.1.n.5 Zone areas 4.1.n.6 Zone options 4.1.n.6.1 Inhibit 4.1.n.6.20 Technical unset 4.1.n.6.2 Isolate 4.1.n.6.21 Technical part set 4.1.n.6.3 Excl.
  • Page 364 Programming map 4.2 Areas 4.2.n Select area 4.2.n.1 Area name 4.2.n.2 Exit time 4.2.n.3 Entry time 4.2.n.2.1 Exit time 1 4.2.n.3.1 Entry time 1 4.2.n.2.2 Exit time 2 4.2.n.3.2 Entry time 2 4.2.n.2.3 PS Exit time 1 4.2.n.3.3 PS Entry time 1 4.2.n.2.4 PS Exit time 2 4.2.n.3.4 PS Entry time 2 4.2.n.4 Other timers...
  • Page 365 Programming map 4.5 Cameras 4.5.n Select camera 4.5.n.1 Camera name 4.5.n.2 Pics by zone 4.5.n.3 Pics by filter 4.5.n.3.m Select filter 4.5.n.3.m.1 Choose filter 4.5.n.4 Pics by rep ev 4.5.n.3.m.2 Event type <n> 4.5.n.4.m Select event 4.5.n.3.m.3 Report as 4.5.n.5 Isolated 4.5.n.6 Max pics 24h 4.5.n.7 Remote pics 4.5.n.8 Test pic to CS...
  • Page 366 Programming map 5 Door menu 5.1 Doors Common door options 5.1.0 Add door 5.1.n Select door 5.1.n.1 Door name 5.1.n.2 Door location 5.1.n.3 Door readers 5.1.n.4 Door output 5.1.n.5 Door timers 5.1.n.5.1 Unlock time 5.1.n.5.2 Extended time 5.1.n.6 Door options 5.1.n.6.1 Door zones 5.1.n.6.1.1 Door zone 5.1.n.6.3 Alarm control...
  • Page 367 Programming map Intelligent door specific options 5.1.n.3 Door readers 5.1.n.3.5 Readers opts 5.1.n.3.5.1 Card and PIN 5.1.n.3.5.5 LEDs option 5.1.n.3.5.2 Two cards 5.1.n.3.5.6 Time&Attendance 5.1.n.3.5.3 NoSchedule req 5.1.n.3.5.7 Disable Duress 5.1.n.3.5.4 Card format 5.1.n.6 Door options 5.1.n.6.1 Door zones 5.1.n.6.1.2 Second zone 5.1.n.6.1.3 DOTL zone 5.1.n.6.2 Door unlocked 5.1.n.6.2.3 Pulsed L&UnL...
  • Page 368 Programming map 5.2 Door groups 5.2.0 Add Door Gr 5.2.n Select door group 5.2.n.1 Door Gr name 5.2.n.2 Door Gr data 5.2.n.3 Delete Door Gr 5.3 Regions 5.3.0 Add region 5.3.n Select region 5.3.n.1 Region name 5.3.n.2 Delete region 6 Outputs and filters 6.1 Condition filters 6.2 Outputs 6.1.0 Add filter...
  • Page 369 Programming map 7 Calendar 7.1 View 7.1.n Date 7.1.n.1 Auto setting 7.1.n.2 By object 7.1.n.3 Special day 7.1.n.3.1 Day type 7.1.n.3.2 Recurring 7.1.n.3.3 Until date 7.2 Schedules 7.2.0 Add schedule 7.2.n Select schedule 7.2.n.1 Schedule name 7.2.n.2 Active 7.2.n.3 Date 7.2.n.4 Time 7.2.n.4.0 Add time frame 7.2.n.4.m Select time frame...
  • Page 370 Programming map 8 System option menu 8.1 Timer menu 8.1.1 Time and date 8.1.2 Siren options 8.1.2.1 Activation 8.1.2.2 Delay time 8.1.2.1.1 Internal siren 8.1.2.2.1 Internal siren 8.1.2.1.2 External siren 8.1.2.2.2 External siren 8.1.2.1.3 F/P/M internal 8.1.2.1.4 F/P/M external 8.1.3 System misc opts 8.1.3.1 Armed display 8.1.3.4 Mains reporting delay 8.1.3.2 Card and PIN...
  • Page 371 Programming map 8.4 Set options 8.4.1 RTS options 8.4.2 Inhibit includes 8.4.3 Part set 8.4.3.1 Report BA 8.4.3.4 PS1 name 8.4.3.2 Access to EE 8.4.3.5 PS2 name 8.4.3.3 EE full set 8.4.4 Forced set 8.4.5 Forced set options 8.4.6 Pending alarms 8.4.7 AS fault retry 8.4.8 AS user retry 8.5 Access options...
  • Page 372 Programming map 8.7 Panel and AB options 8.7.1 Panel name 8.7.2 Panel language 8.7.3 Duress method 8.7.4 PIN length 8.7.5 PIN chg mode 8.7.6 Alarm confirm 8.7.6.1 AB mode 8.7.6.2 AB time 8.7.6.2.1 Intrusion AB time 8.7.6.2.2 Holdup AB time 8.7.6.3 System confirm 8.7.6.4 EE confirm 8.7.6.5 Access to EE...
  • Page 373 Programming map 9 Dialler menu 9.1 Central station 9.1.0 Add CS 9.1.n Select central station Common options: PSTN and ISDN specific options: 9.1.n.1 CS name 9.1.n.4 Phone 9.1.n.2 Transm path 9.1.n.3 Protocol IP and GSM/GPRS specific options: 9.1.n.5 Accounts 9.1.n.4 Destination/IP 9.1.n.5.m Select area 9.1.n.4.1 Dest name 9.1.n.4.2 Dest port...
  • Page 374 Programming map 9.2 Event options 9.2.1 CS mapping 9.2.2 Voice mapping 9.2.3 Delayed events 9.3 Path options 9.3.n Select path Common options: PSTN specific options: 9.3.n.1 Path name 9.3.n.3 Line fault delay 9.3.n.2 Line fault 9.3.n.4 Transm path 9.3.n.4 Expander menu 9.3.n.5 Dial tone 9.3.n.8 Ring setup 9.3.n.6 Dialing...
  • Page 375 Programming map GSM/SMS/GPRS specific options: 9.3.n.4 Transm path 9.3.n.5 GSM Setup 9.3.n.5.1 SIM card PIN 9.3.n.5.2 Networks 9.3.n.5.2.1 Net.selection 9.3.n.5.2.2 Sel.net.only 9.3.n.5.2.3 Net.scanning 9.3.n.5.2.3.0 Rescan nets 9.3.n.5.2.3.m Select a network 9.3.n.5.2.3.m.1 Network name 9.3.n.5.2.3.m.2 Network code 9.3.n.5.2.3.m.3 Availability 9.3.n.5.2.3.m.4 RSSI 9.3.n.5.2.3.m.5 Use this net.
  • Page 376 Programming map 9.4 PC connection Common options: 9.4.1 Connections 9.4.1.0 Add PC conn 9.4.1.n Select PC connection 9.4.1.n.1 Name 9.4.1.n.2 Transm path 9.4.1.n.4 Phone number 9.4.1.n.5 Retry limit 9.4.1.n.6 Delete PC conn PSTN specific options: GSM specific options: 9.4.1.n.3 Modem protocol 9.4.1.n.3 Conn.

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