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GENEVO PRiMA 6 Installation Manual

Alarm control panels
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Installation manual
PRiMA 6 – 12 – 16 alarm control
panels
Read this manual thoroughly before starting any installation
work!
Installation manual Rev. 1.0 for firmware 1.03xx
©2014, Genevo sp. z o.o., all rights reserved.
Designed and manufactured in Poland.

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Summary of Contents for GENEVO PRiMA 6

  • Page 1 Installation manual PRiMA 6 – 12 – 16 alarm control panels Read this manual thoroughly before starting any installation work! Installation manual Rev. 1.0 for firmware 1.03xx ©2014, Genevo sp. z o.o., all rights reserved. Designed and manufactured in Poland.

  • Page 3: Table Of Contents

    Table of contents 1Safety related information.............6 2Manufacturer's responsibility..........7 3Handling of waste electronic equipment and waste batteries...................8 4General information...............9 5Features and general specification........9 5.1PRiMA16 system............9 5.2PRiMA6 system............10 5.3PRiMA12 system............11 6System components.............13 6.1Control panel main board..........13 6.2LCD keypad..............14 6.3EXT-Z8 zone expansion module.........15 7Installation and device connection........16 7.1Selection of mounting location for system components..............16...
  • Page 4 7.3.5.1LED indicator connection......29 7.3.5.2Connection of devices with Common- triggered inputs..........29 7.3.5.3Relay connection........30 7.4Back-up battery connection........30 7.5Installation of SIM card..........30 8First run and installer programming........31 8.1First run...............31 8.2GSM operator selection..........35 8.3Starting service mode without knowing the installer code.................35 8.4Hardware factory reset..........37 8.5Programming using a computer.........39 8.5.1Programming using GPRS connection....40 8.6Programming without computer........41...
  • Page 5 9.3PRiMA12 main board..........75 9.4PRiMA LCD keypad............76 9.5EXT-Z8 expansion module..........76...

  • Page 6: 1Safety Related Information

    1 SAFETY RELATED INFORMATION • PRiMA16 alarm control panel is an electric device, that requires AC 230V 50Hz supply for its operation. • Lack of care during installation may impose serious hazard for health or life! • An alarm panel should only be installed by a quali- fied technician.

  • Page 7: 2Manufacturer's Responsibility

    The installation shall be performed by a qualified technician, able to consider multiple technical requirements of a particular site. GENEVO takes no re- sponsibility for improper configuration or behavior of a security installation.

  • Page 8: 3Handling Of Waste Electronic Equipment And Waste Batteries

    Contact your local authorities to find the nearest place of collection of waste electronic equipment, or look up the list published on www.genevo.eu . The security system may be equipped with a lead-acid battery as a backup power source.

  • Page 9: 4General Information

    GENERAL INFORMATION PRiMA16 by GENEVO is a modern intruder alarm con- trol panel intended for security installations for small and medium-sized premises: flats, houses, shops, workshops etc. Its feature list covers typical needs of these systems. It stands out of the competition by it's easy installation, straightforward and intuitive pro- gramming and, unmatched user friendliness.

  • Page 10: Prima6 System

    mon switching), • 4 programmable low-current OC outputs (150 mA, common switching), • 2 AUX terminals for auxiliary power supply (12 V, 0.6 A total), • 8 user codes + installer code, • shared bus for keypads and expansion modules with automatic address configuration, •...

  • Page 11: Prima12 System

    • 2 programmable high current outputs (0.6 A, com- mon switching), • 2 programmable low-current OC outputs (150 mA, common switching), • 2 AUX terminals for auxiliary power supply (12 V, 0.6 A total), • 8 user codes + installer code, •...
  • Page 12 • 2 programmable high current outputs (0.6 A, com- mon switching), • 4 programmable low-current OC outputs (150 mA, common switching), • 2 AUX terminals for auxiliary power supply (12 V, 0.6 A total), • 8 user codes + installer code, •...

  • Page 13: 6System Components

    SYSTEM COMPONENTS CONTROL PANEL MAIN BOARD Figure 1: PRiMA 6/12/16 main board 1 – 12V backup battery connector, 2 – dedicated expansion connector (PRiMA16 only), 3 – RS-TTL PIN3 connector for PC programming, 4 – SERVICE jumper, 5 – IPX connector for GSM antenna (PRiMA6/16 only), 6 –...

  • Page 14: Lcd Keypad

    LCD KEYPAD Figure 2: PRiMA LCD keypad 1 – General LED indicator of system status: • green: system disarmed, • blinking orange: important system information, de- scribed in the section „Important information in the system”, • red: system armed. 2 – Quick access keys, function of which is indicated by proper icon displayed on the screen.

  • Page 15: Ext-Z8 Zone Expansion Module

    phanumeric values (e.g. when entering user names). EXT-Z8 ZONE EXPANSION MODULE EXT-Z8 zone expansion allows the expansion of PRiMA16 and PRiMA12 system with 8 hardwired fully configurable zones. It is also fitted with dedicated TMP inputs for connection of a tamper switch, and a super- vised auxiliary supply output with a separate protec- tion.

  • Page 16: 7Installation And Device Connection

    INSTALLATION DEVICE CONNECTION SELECTION OF MOUNTING LOCATION FOR SYSTEM COMPONENTS • Alarm control panel shall be installed in a secured area, with no easy access by unauthorized person- nel. • If GSM signal in the installation location will be inad- equate for proper operation of the system, an exter- nal GSM antenna installed in an optimal location might be required.

  • Page 17: Enclosure And Control Panel Main Board Installation

    • During the placement of the detectors, their manu- facturer's specification shall be considered as well as the common industry practice. ENCLOSURE AND CONTROL PANEL MAIN BOARD INSTALLATION To avoid making any damage to the main board, static electricity shall be discharged be- fore attempting any installation work on the electronics.

  • Page 18: Making Electrical Connections

    wall: • unscrew the locking nut from the threaded SMA connector body, • insert the SMA connector body through the pre- pared enclosure opening, • fix the securing nut from the outside, while locking the connector body against turning using a proper wrench, to lock the SMA connector in the enclosure wall.

  • Page 19: 2Connection Of Keypads And Expansion Module To The Bus

    control panel should be always on during normal use, and the user should be notified on the means to turn off the circuit (e.g. by indicating a circuit breaker used to switch off the circuit). 7.3.2 Connection of keypads and expansion module to the Bus.

  • Page 20: 3Connection Of Detectors

    Rysunek 4: Connection of modules to the bus 7.3.3 Connection of detectors • Several ways of connection of detectors to the con- trol panel are possible, using multiple line termina- tion configurations. • PRiMA panels supports the following line termina- tion configurations: NC –...
  • Page 21 1.1 kΩ or 2.2 kΩ line resistance – not violated (zone sealed), line open or closed – violation. 2EOL/NC – double line termination resistor, full su- pervision. 1.1 kΩ line resistance – not violated (zone sealed), 2.2 kΩ line resistance – violation, line closed or open –...

  • Page 22: 1Examples Of Connection Of Detectors Using

    7.3.3.1 Examples of connection of detectors using different line termination. Figure 5: NC type detector connected in NC mode Figure 6: NO type detector connected in NO mode Figure 7: NC type detecotr connected in EOL mode...
  • Page 23 Figure 8: NO type detector connected in EOL mode Figure 9:NC type detector connected in 2EOL/NC mode Figure 10: NO type detector connected in 2EOL/NO mode...

  • Page 24: 4Connection Of Sounders

    7.3.4 Connection of sounders. Sounders with the built-in backup battery (self-con- tained sounders) and sounders without a back-up bat- tery may require different way of connection to the panel. In order to find out a proper way of connecting the sounder, please refer to the manual by the sounder manufacturer.

  • Page 25: 2Self-Contained Sirens (With A Back-Up Battery)

    Figure 11: Connection of a sounder without back-up battery 7.3.4.2 Self-contained sirens (with a back-up bat- tery) Self-contained sounders do use permanent 12V supply for charging the battery, and separate trigger outputs used to start acoustic and optical signaling. • In PRiMA panel, high-current outputs (OUT1, OUT2) are switching the COMMON potential („-OUT1”, „- OUT2”...

  • Page 26: 3Sirens Triggered With "+12V" Signal

    In case of sounders triggered by removing 0V (com- mon) from the trigger input, a reversed output polarity configuration shall be used Figure 12: Connection of self-contained sounder Detailed information on the sounder triggering can ➔ be found in its accompanying documentation. 7.3.4.3 Sirens triggered with “+12V”...

  • Page 27: 5Connecting Of Devices To Pgm Outputs

    Figure 13: Connection of sounder with “+12V” trigger • The relay may be controlled by either High-current (OUT) or Low-current (PGM) outputs. • The „+OUT1” and „+OUT2” terminals do provide constant 12V, regardless of panel state. It is recom- mended to use these terminals as a power source for the sounder.

  • Page 28: 1Led Indicator Connection

    load current may lead to permanent damage to the control panel main-board. Examples of PGM3...PGM6 connections. 7.3.5.1 LED indicator connection. Figure 14: Connection of LED indicator to PGM output 7.3.5.2 Connection of devices with Common-trig- gered inputs • used e.g. to connect universal transmitters Figure 15: Connection of device with Common triggered input...

  • Page 29: 3Relay Connection

    7.3.5.3 Relay connection Figure 16: Relay connection BACK-UP BATTERY CONNECTION • Connect the battery wire plug into a proper control panel connector (Fig. 1, item 1), • connect the Faston connectors to the battery termi- nals. CAUTION!!! Pay close attention to maintain proper battery po- ➔...

  • Page 30: 8First Run And Installer Programming

    this, insert it with gold connectors facing the PCB, aligning the marked SIM corner as shown with the symbol marked on the PCB. A SIM card shall be in- serted fully until stopped. A part of properly installed SIM card will protrude beyond PCB edge. FIRST INSTALLER PROGRAMMING...
  • Page 31 • if the battery is properly connected to the panel, • if the GSM antenna pigtail is securely connected on the panel PCB, • if proper GSM antenna is attached to the SMA con- nector, • if the SIM card is properly inserted into its socket. NOTICE It is recommended that the first run will be per- ➔...
  • Page 32 • Depending on configuration, right after power-up an alarm/tamper may be indicated. • In this case it is necessary to perform alarm restore by entering the following sequence on the keypad: • Panel programming with the keypads is performed using service mode. Entering service mode is achieved by entering installer code followed by „#”...
  • Page 33 Not performing modules registration will cause ➔ that they will be not supervised by the panel, the panel will not respond to modules tamper and the panel will not store their individual settings (like keypad display brightness). • Panel programming using the keypad is described in the section: „Programming without computer”...

  • Page 34: Gsm Operator Selection

    The panel will display the list of system status ➔ that do need an intervention or acknowledg- ment. If there are no status that do require an inter- ➔ vention, the panel will display „System OK”. Pressing the Accept key will suppress any ➔...
  • Page 35 • turn of all the power to the panel (primary AC sup- ply, battery backup supply), • set the jumper to the Service position (Fig. 1, item 4) according to the following drawing: - service position, • connect back the battery, switch on the primary AC power, •...

  • Page 36: Hardware Factory Reset

    it indicates active service lock function set by an installer. In this case it is necessary to follow the chapter „Hardware factory reset”. HARDWARE FACTORY RESET If it is impossible to enter service mode by using Ser- vice jumper (see: Starting service mode without know- ing the installer code) it indicates active service lock function set by an installer.
  • Page 37 power, • all the settings and codes will be restored to a fac- tory default configuration immediately, • set the jumper to Normal operation position (Fig. 1, item 4) according to the following drawing: - normal system operation position, • remove the jumper from PIN3 connector (Fig. 1, Item 3), according to the following drawing: - normal system operation position.

  • Page 38: Programming Using A Computer

    For connection between panel and computer, an RS- TTL cable with PIN3 connector shall be used. This may be GENEVO CUSB-PIN3 cable, or compatible PIN3 SA- TEL programming cable. NOTICE If an error message „The application failed to ini- ➔...

  • Page 39: 1Programming Using Gprs Connection

    8.5.1 Programming using GPRS connection PRiMA6/12 panels may be programmed remotely via GPRS. In order to configure the system for remote GPRS programming it it necessary to: • select GSM operator from the list or configure GPRS settings in the control panel (APN, username, pass- word), •...

  • Page 40: Programming Without Computer

    PROGRAMMING WITHOUT COMPUTER Before starting programming the panel, read the ➔ information in the „First run” chapter first. Local panel programming is possible only by using ser- vice mode. In this mode, the panel does not perform any security functions, and ignores all tamper signals. 8.6.1 Restoring factory default settings If current settings shall be replaced by a factory default...

  • Page 41: 2Service Mode Entering And Exiting

    log. 8.6.2 Service mode entering and exiting Entering service mode is possible from the keypads ➔ home screen, Service access may be disabled by the Master user ➔ (User menu > Service access) Service mode entry is performed by entering in- ➔...
  • Page 42 The accept function key enters selected menu item – parameters editing, or sub-menu. The Go back func- tion key returns to previously displayed menu. Service functions uses number of edit menus, depend- ing on the type of parameter programmed. The following types of editing functions are available in service menu: •...
  • Page 43 check/uncheck function key alternates between checking and unchecking selected item. The Ac- cept function key accepts currently selected item and quits edit mode. The GoBack function key dis- cards selection and quits edit mode without making any changes to the selection. •...
  • Page 44 cally change between characters assigned to a particu- lar key. By pressing any other key, or by waiting 1sec, the cursor advances and allows entering next charac- ter. Function keys move the cursor to the left and right, respectively. The Backspace function key deletes a single character to the left side of the cursor position.

  • Page 45: 3Service Functions List

    8.6.3 Service functions list 8.6.3.1 General settings 101. Set installer code Allows to enter new installer code Default setting 12345 107. Default codes and settings Restores all settings and user codes to factory de- fault configuration. In order to prevent unwanted use, proceeding with reset requires confirmation.
  • Page 46 Enable or disable selected general system options: 1. Faults auto-restore enabled – fault indication is suppressed au- tomatically when the fault is not longer present (default), disabled – fault indication requires manual acknowledgment to suppress (EN50131). 2. Installer tamper restore enabled –...
  • Page 47 end of exit delay will be notified immedi- ately disabled – alarm from a zone violated at the end of exit delay will be notified when the zone will be restored and violated again (de- fault). 7. Tamper on 10 wrong codes enabled –...
  • Page 48 structure. 138. AC fault delay Changes the AC fault detection delay in minutes. Setting to 0 disables the delay. Default: 5 8.6.3.2 Hardware List of connected modules Displayes the list of detected modules connected to system bus. mark displayed by the module name indi- cates that the module is registered in control panel.
  • Page 49 GSM settings 154. GSM operator Selects GSM operator from the list. “Automatic” mode tries to auto-detect GSM operator by the information from GSM network, and apply rele- vant Pre-paid/GPRS settings. Selection of “Other” requires Pre-paid USSD commands and GPRS settings to be entered manually. Selecting any operator from the list applies relevant set- tings to the Pre-paid and GPRS configuration.
  • Page 50 GPRS settings 191. GPRS APN 192. GPRS username 193. GPRS password 194. GPRS DNS 199. Remote downloading request SMS SMS command to initialize remote GPRS programming. Default: connect Pre-paid settings 189. Pre-paid options 1. Pre-paid support Enables Pre-paid related functions in user menu 2.
  • Page 51 Suffix for USSD top-up request (part of the top-up command to the right of top-up code). 184. Pre-paid balance check code USSD command used to check pre-paid bal- ance. Pre-paid balance check Pre-paid balance top-up Keypads settings 243. F1 function key assignment 244.
  • Page 52 – Away mode Quick-arm disabled. 3 Reserved 4 Reserved 5 Hold-down Panic discreet enabled – hold-down Panic alarm discreet (notification/reporting only) disabled – hold-down Panic alarm with full alarm Default: 1, 2 8.6.3.4 Zones Line (EOL) configuration 301...306. EOL for Z1...Z6 (PRiMA 6)
  • Page 53 301...316. EOL for Z1...Z16 (PRiMA 12,16) Z1...Z16 line configuration, depending on detec- tors wiring. See: “Device connecting” chapter. 0 Disabled 1 NC 2 NO 3 EOL (1.1k, or 2.2k) 4 2EOL/NC (2×1.1k) 5 2EOL/NO (2×1.1k) Default: Z1-Z8: NC, Z9-Z16: Disabled Zone function 321...326.
  • Page 54 trigger an immediate intruder alarm con- dition. Violations during exit delay are ignored. Typical use case: motion detectors in a hallway accessible after opening an en- try door equipped with “delayed” type door contact. 3 Instant Violation during armed state and during entry delay triggers immediate intruder alarm.
  • Page 55 6 Panic discreet Violation will trigger immediate notifica- tion of discreet panic (depending on the settings: remote notification and/or re- porting) 7 24h fire Violation will trigger immediate notifica- tion of fire hazard (depending on the settings: sounders, remote notification and/or reporting) 8 Medical Violation will trigger immediate notifica-...
  • Page 56 ing/disarming 11 Keyswitch away arm on-off (state, bistable) Violation of the zone will arm the system in away mode. System will remain armed as long, as the zone is violated. Zone re- store will disarm the system. If there was an alarm notified during arm state, disarming the system using the Keyswitch zone will restore alarm condi- tion.
  • Page 57 If there was an alarm notified during arm state, disarming the system using the Keyswitch zone will restore alarm condi- tion. Typical use case: keyswitch arming/dis- arming 14 Conditional delayed Conditional delayed zone will be de- layed, if the violation will be notified within 1min after activation of the “De- lay grant”...
  • Page 58 20 Disarm Violation will Disarm the system. Default: Z1: 1, Z2-Z16: 3 Zone options 341...346. Z1...Z6 zone options (PRiMA 6) 341...356. Z1...Z16 zone options (PRiMA 12,16) Enable or disable zone options for Z1...Z16, ac- cording to the following list. 1 Priority (checked when arming) enabled –...
  • Page 59 arming. 2 Auto-bypass 3 enabled – after 3 subsequent alarms from a particular zone, the panel will au- tomatically bypass the zone until the next arm/disarm cycle or restore. disabled – no limitation on the number of alarms from a single zone. 3 Chime enabled –...
  • Page 60 381...386. Z1...Z6 name (PRiMA 6) 381...396. Z1...Z16 name (PRiMA 12,16) Zone name programming for zones Z1...Z16, which are used for SMS notification, system state check and event log viewing. Default: „Zone n”, where: n – zone number Zones view Displays a real-time view of zone status.
  • Page 61 naled when armed. 3 Intruder alarm Activated by intruder alarm condition. 4 Fire alarm Activated by fire alarm condition, trig- gered by detectors or “Hold-up” function key. 5 Panic Activated by hold-up condition, triggered by zones or keypad (both audible and discreet hold-up).
  • Page 62 13 Outputs fault Indicates OUT1, OUT2 fault (short, over- load). 14 Tamper Activated by tamper condition: 2EOL zones, “Tamper” type zone, modules tamper. 15 Arm indicator Indicates system armed state (Away, Stay modes). 16 Away arm indicator Indicates system Away armed state. 17 Stay arm indicator Indicates system Away armed state.
  • Page 63 24 Service mode indicator Indicates active service mode. Default: OUT1: 2, OUT2: 1, PGM3...PGM6: 0 Outputs cut-off time 521...524. OUT1...PGM4 cut-off time (PRiMA6) 521...526. OUT1...PGM6 cut-off time (PRiMA12,16) OUTx, PGMx outputs cut-off time, by default specified in seconds. If a “Cut-off time in min- utes”...
  • Page 64 (bell squawk) when arming/disarming using arm/disarm zones: 1 short chirp: arming, 2 short chirps: disarming, 4 short chirps: disarming with alarm re- store. 3 Latch disabled – output deactivates after pro- grammed time, enabled – output does not deactivate after programmed time, remains active until manually canceled.
  • Page 65 MA12,16) OUT1...PGM6 activation delay in [s]. Default: 0 8.6.3.6 SMS and voice notification Telephone numbers 601...609. Telephone numbers 1...9 for messaging. Define telephone numbers for messaging (both SMS and Audio). Tel. number 1 is an Administra- tor's telephone number. On top of standard messages set, Administrator will receive a low Pre-paid balance notification, and fail to arm notification.
  • Page 66 numbers 1...9 For each telephone number, the following audio event notifications may be enabled: - Intruder alarm, - Tamper, - Arm/disarm, - Fault, - Intruder restore, - Other alarm, - Other restore, - User action. Default: Tel.1-Tel.8: 1,2 Tel.9: - 691.
  • Page 67 8.6.3.7 ARC reporting Primary ARC configuration 721. Events reported to Primary ARC receiver 711. ARC account number (identifier) ContactID compatible account number assigned by the ARC – four characters 0...9, B...F 712. Primary ARC transmission format - Contact ID tel.: dial-in Contact ID for tele- phone line receivers, - Contact ID SMS: ContactID code sent via SMS, - SMS plain text: text event code transmission...
  • Page 68 - test at hours (at a particular time), - test every hours (with defined time interval). 794. Hour of test transmission 795. Minute of test transmission Hour and minute of a test transmission (“Test at hours” mode), or time interval specified in Hours and Minutes (“Test every ...
  • Page 69 Default: „arm” 802. SMS command Stay arm SMS command to Stay arm the system. Default: „stayarm” 803. SMS command Disarm SMS command to Disarm the system. Default: „disarm” 804. SMS command Alarm restore SMS command to Restore alarms. Default: „restore” 805.
  • Page 70 811...814. SMS command output A...D On SMS command to turn on output “Controlled A...D”. Default: „output A...D on” 815...818. SMS command output A...D Off SMS command to turn off output “Controlled A...D”. Default: „output A...D off” 819. SMS command outputs status request SMS command to check state of outputs “Con- trolled A...D”.
  • Page 71 8.6.3.9 Schedulers (PRiMA16, PRiMA12 only) Scheduler 1 Scheduler 1 function 0. Disabled 1. Disarm 2. Stay arm 3. Away arm 4. Turn on output “Controlled A” 5. Turn on output “Controlled B” 6. Turn on output “Controlled C” 7. Turn on output “Controlled D” 8.

  • Page 72: Prima16 Main Board

    SPECIFICATIONS PRIMA16 MAIN BOARD EN50131-1 security grade........Grade 2 Supply voltage ....16 – 18V AC ±10%, 50–60 Hz Standby current consumption (battery)..100 mA Max. current consumption (battery)....300 mA Standby current consumption (230V)....45mA Max. current consumption (230V)....150mA Power supply type acc. to EN50131-6....type A Power supply output voltage....13,8 V DC ±15% Battery fault detection voltage....11,4 V ±...

  • Page 73: Prima6 Main Board

    PRIMA6 MAIN BOARD Supply voltage ....16 - 18V AC ±10%, 50–60 Hz Standby current consumption (battery)..100 mA Max. current consumption (battery)....300 mA Standby current consumption (230V)....45mA Max. current consumption (230V)....150mA Power supply type acc. to EN50131-6....type A Power supply output voltage....13,8 V DC ±15% Battery fault detection voltage....11,4 V ±...
  • Page 74 PRIMA12 MAIN BOARD EN50131-1 security grade........Grade 2 Supply voltage....16 - 18V AC ±10%, 50–60 Hz Standby current consumption (battery)....45 mA Max. current consumption (battery)....100 mA Standby current consumption (230V)....35mA Max. current consumption (230V)......75mA Power supply type acc. to EN50131-6....type A Power supply output voltage....13,8 V DC ±15% Battery fault detection voltage....11,4 V ±...
  • Page 75 PRIMA LCD KEYPAD EN50131-1 security grade........Grade 2 Supply voltage.......12V DC -15% + 20% Standby current consumption......35 mA Max. current consumption.........50 mA Environmental class acc. to EN50130-5......II Operating temperature range....-10…+55 °C Max. humidity......93±3%, non-condensing Dimensions (W×H×D)......120×110×28 mm Weight..............165 g EXT-Z8 EXPANSION MODULE EN50131-1 security grade........Grade 2 Supply voltage.......12V DC -15% + 20% Standby current consumption......40 mA...
  • Page 77 Installation manual Rev. 1.0 for firmware 1.03xx ©2014-2015, Genevo sp. z o.o., all rights reserved. Legendy 20, 80-180 Gdansk tel. (+48) 58 380 07 05 mob. 605 919 926 info@genevo.pl www.genevo.pl Designed and manufactured in Poland.

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