jablotron JA-63 PROFI Installation Manual
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jablotron JA-63 PROFI Installation Manual

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JA-63 „PROFI" Alarm system
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Summary of Contents for jablotron JA-63 PROFI

  • Page 1 JA-63 „PROFI“ Alarm system Installation manual...
  • Page 2 This manual is valid for control panel model (control panel board) (telephone communicator board). The use of Comlink Windows v. 57 software or higher is required for this control panel and can be obtained from our home page at www.jablotron.cz...

  • Page 3: Table Of Contents

    Contents: Architecture of the control panel.....................................4 Control panel installation ......................................5 Power cable wiring......................................5 Antenna for the radio module ....................................5 Rubber rod antenna used in the control panel..............................5 External antenna use ......................................5 Connection of a telephone line to the digital telephone communicator ........................5 Terminals and connectors on the main board ...............................6 The JA-60 keypad(s) ......................................7 Installation of wireless items....................................8...

  • Page 4: Architecture Of The Control Panel

    This product should be installed by professional installers. The manufacturer assumes no liability for damages caused by incorrect installation or improper use of this system. 1 Architecture of the control panel The JA-63 "Profi" is a fully programmable control panel with building block architecture. By programming, it can be split into two separately operated sections (with a shared section).

  • Page 5: Control Panel Installation

    2 Control panel installation • The control panel should be easily accessible but not visible. There should be a power socket available and also a telephone line (if the system has an optional built in dialer). • Attach the control panel’s rear housing to the wall (see drilling diagram on the last page of this manual). •...

  • Page 6: Terminals And Connectors On The Main Board

    5 Terminals and connectors on the main board There is a Digital data jack for the JA-60E keypad(s) and/or for a PC interface cable. The same connecter is also available on the bottom right corner of the control panel housing. The digital bus signals are also available on terminals 1234.

  • Page 7: The Ja-60 Keypad(S)

    Fig. 1 – Wiring examples 6 The JA-60 keypad(s) The system can be programmed and operated by JA- 60E keypad(s). As a maximum, 4 keypads can be wired to the control panel. The keypads can either be wired by cables equipped with modular jacks or by standard cables to terminals 1234.

  • Page 8: Installation Of Wireless Items

    7 Installation of wireless items If the control panel is equipped with a “R” radio module, it can work with all types of JA-60 wireless items and wireless UC output modules (see brief overview of items in section 21.1). • Detectors – up to 32 wireless JA-60 detectors can be enrolled to the control panel (two detectors can be enrolled to each zone) •...
  • Page 9 List of control panel programmable parameters factory note Function sequence options Enrolling of detectors and controllers 1& 7 scroll, 2 erases item R module Hard-wired zone input setting L1=delay 60 nn xyz nn– zone, x– triggering, L2=next d. y– reaction, s- section L3=instant L4=tamper Exit / Entrance delay...

  • Page 10: Enrollment (Teaching) Of Wireless Items Enter: 1

    10.1 Enrollment (teaching) of wireless items enter: 1 The wireless control panel (63KR or 63KRX) can enroll up to 32 wireless detectors (2 in each zone), up to 8 controllers (remote controls & keypads), wireless sirens and an additional JA-6x control panel as subsystem: •...

  • Page 11: Exit / Entrance Delay Sequence: 2 1 X

    • Next delay input (y=5) provides entrance delay only if at the moment of its triggering the entrance delay has been in progress (activated before by any delayed input). If no delayed input is triggered before next delayed, the triggering will cause an instant alarm.

  • Page 12: Radio Signal Jamming Testing Sequence: 2 6 X

    10.7 Radio signal jamming testing sequence: 2 6 x When this function is enabled, the control panel will indicate trouble if the working band is jammed for more than 30 seconds. Jamming will trigger an alarm when the control panel is armed. Do not enable this testing if the control panel does not have a radio module.

  • Page 13: Enrollment Of The Control Panel To A Uc-2Xx Or To A Master Control Panel Sequence: 2 9 9

    • Arming control of the subsystem by the master control panel can be disabled by erasing the corresponding cN position in the sub-control panel. For example if the master control panel was enrolled to position c3, scroll to this position in the enrolling mode and holding key 2 will erase the master control panel as a controller.

  • Page 14: Partial Arming Exit Delay Audible Indication Sequence: 3 4 X

    Note: wireless indoor siren UC-260 also provides this indication (either following this setting or indicating no matter this setting) Factory default setting: indication enabled 10.16 Partial arming exit delay audible indication sequence: 3 4 x Partial arming with provides an exit delay for delayed reaction detectors. The exit delay for partial arming can be indicated by the “beeping“...

  • Page 15: Control Panel Splitting Sequence: 690 X

    (for example permanently triggered detector, lost communication etc.) will remain displayed on the keypad. If the user ignores this warning, the system will arm after the exit delay, then the problematic item will be bypassed for this arming period. After disarming in such a mode, three beeps will be generated as well. When the indication is not selected, the problematic item will be bypassed when arming with neither warning nor alarm.

  • Page 16: Addressing Of The User Codes To Sections Sequence: 62 Nns

    10.26 Addressing of the user codes to sections sequence: 62 nns If the control panel is split (see 10.22), the user codes can be addressed to sections A or B by entering: 62 nns where: nn = user code number: from 01 to 14 actions' table split s =section: 1 = A, 2 = B...

  • Page 17: New Service Code Setting Sequence: 5 Nsc Nsc

    10.29 New service code setting sequence: 5 nSC nSC The Service Code can be used to enter the programming mode. A new Service Code must be entered twice in a row to avoid an error. To change the code enter: 5 nSCnSC where nSC is your new Service Code (four digits) Example: to change service code to 1276 enter: 5 1276 1276...

  • Page 18: Voice & Sms Messages Setting

    12 Voice & SMS messages setting A control panel equipped with the X module can automatically send 2 voice and 5 short text messages (or dial a Pager) . The most convenient programming of the dialer is via a connected PC using the Comlink software (see section 17). Programming can also be performed manually from the keypad: •...

  • Page 19: Automatic Sms Sending Sequence: 7Xxx

    12.2 Automatic SMS sending sequence: 7xxx..xxF5 If Jablotron’s SMS server service is provided in your country (check with your distributor), the following setting allows the control panel to send alarm text messages (SMS) automatically to a desired mobile phone: 7 xx…x F9 yy..y F7 00F9 F7zz..z F5 where: xx…x = telephone number of the SMS server (check with your distributor if this...

  • Page 20: Dialing Method Sequence: 9 0 X

    9 y x Alarm reaction where Panic – silent no reaction Intruder voice1 and SMS Fire voice 2 only Tampering SMS only Technical trouble Notes • Final texts of alarm SMS are generated by the SMS server (providers computer) – based on the digital code sent by the alarm system (check with provider for more details) •...

  • Page 21: Reaction To An Incoming Call Sequence: 05

    Monitoring Station in the same order as they the highest priority (voice and SMS messages Jablotron recommends use of the MS-300 happened. are sent later with lower priority). A User or monitoring station with ComGuard SW.

  • Page 22: Reporting Codes Setting Sequences: 00 And 01

    Internal structure of the CID protocol is shown in part 16.1. This protocol provides the most in-depth data for the monitoring station and its use is recommended by Jablotron. • The Surgard protocol has 4/2 structure plus one more digit which is generated automatically (see 14.3) •...

  • Page 23: Protocol And Format Setting Sequence: 03

    Protocol and Format setting sequence: 03 14.3 This sequence is used to select the communication protocol and format. Its structure is as follows: 03 x y x - protocol (0 – 9, see table bellow) y - format (0 - 3 see table on right Formats format reports...

  • Page 24: Digital Communicator Reset Sequence: 096060

    Digital communicator reset sequence: 096060 14.6 By entering this code the factory default settings of all parameters are restored in the digital dialer. All phone numbers, reporting codes, account codes etc. are erased. This reset doesn’t effect the voice dialer’s settings. The reset sequence 0 9 6060 Note: All communicator settings are stored in non-volatile memory and remain unchanged even after switching off the power supply.

  • Page 25: Central Monitoring Station Report Codes Table

    16 Central Monitoring station report codes table A two digit report code rc (00 to FFh) can be set for every event. If 00 is programmed as a report code, that event will not be reported. The major events group is marked by Rc. When formats 3/1 or 4/1/1 are used, only 16 of these major events are reported to the Monitoring Station.

  • Page 26: Internal Structure Of Contact Id Protocol

    16.1 Internal structure of Contact ID protocol The data in the CID protocol has following standardized structure: XXXX 18 Q XYZ 01 CCC where XXXX is the account code of the installation, 18 is the code identification (identical for all events), Q is a number from 1 to 3, XYZ is the event number, 01 is the subsystem number, CCC event source details (see the table below).

  • Page 27: Personal Computer Used With Ja-63

    17 Personal Computer used with JA-63 The JA-63 system can be connected to a Personal Computer (PC) locally, using the PC-60A interface cable. It is also possible to dial into the system from a remote PC using the JA-60U modem (see section 18). Comlink software is designed for the Windows system. User can check and operate the JA-63 system easily via their PC, can read complete events memory with all details, can view the map of the installation (seeing topical triggering of the detectors) etc.

  • Page 28: Remote Access To The System

    18 Remote access to the system The JA-60U modem can be used for the remote connection of the JA-63 to a personal computer with Comlink software or a remote JA-60E keypad using a standard telephone line. It is necessary to know the remote control access code for the system (see 13.2). Details on how to use the JA-60E keypad remotely can be found in the JA-60E manual.

  • Page 29: Possibilities To Extend The System

    The following description includes the basic assortment of accessories. Jablotron is systematically introducing new and improved items to the market. You can get the most current information from your distributor or you can visit Jablotron’s Internet home page at: www.jablotron.com 21.3 Wireless items - can be used with a wireless version...

  • Page 30: The Digital Bus Items

    PC interface cable PC-60A - can be used to connect the control panel to a serial port (COM) on your computer. Suitable SW, ComLink, is provided on a floppy disk or you can visit Jablotron’s Internet home page at: www.jablotron.com download a free version of it.

  • Page 31: Control Panel Specifications

    ** can be operated according to ERC REC 70-03 * can be connected to analogue interfaces TBR 21/1998, EG 201 121 V1.13/2000, AS/ACIF S002/2001 (Australia) Hereby, Jablotron Ltd., declares that this JA-63 is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC.

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