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Temaline Intrusion Detection Module

Temaline Intrusion Detection Module. Temaline Intrusion Detection Module. The Module is an option integrated into the Temaline Interface subsystem. It is used for the configuration, via the Temaline Interface's displays (EBI) , of ID (Intrusion Detection)

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Temaline Intrusion Detection Module

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  1. EBI-TEMA

  2. Temaline Intrusion Detection Module EBI-TEMA

  3. Temaline Intrusion Detection Module The Module is an option integrated into the Temaline Interface subsystem. It is used for the configuration, via the Temaline Interface's displays (EBI), of ID (Intrusion Detection) TemaServers, which are used for the management of the intrusion detection peripheral devices, i.e. detectors, actuators, and all man-machine interface's peripheral devices. The option is enabled through the Tema License, not through the EBI License. EBI-TEMA

  4. EBI TEMA Intrusion Detection Glossary: Detectors: Field devices connected to the RTUA10 I/O modules. Intrusion Digital Outputs: Outputs on RTUA10 modules, commandable from the EBI or by the TemaServer ID via a feedback program or from a Mini Terminal. Intrusions Zones: For performing global arming/disarming of all of the detectors associated with a zone and testing a zone. Logics: A collection of detectors that must be in alarm status, either simultaneously or not, in order to rise to an alarm for the logic. Mini Terminals: Peripheral devices( keypad, readers, displays) for interfacing with the Intrusion Detection Module on the LON bus level. Operative Notes: Messages that can be associated with objects, to be displayed on the Mini Terminal of the Intrusion Detection module. Peripheral Configurator: For configuration of the Intrusion Detection Central Unit (TemaServer ID) through a Mini Terminal if the EBI is not available. Peripheral Operators: Operators who have access to the plant management functions via the Mini Terminals. Peripheral Profiles: Defines the access rights to the management features that are available via the Mini Terminals. Plants: A collection of detectors, Intrusion Digital I/O modules, Mini Terminals and zones. Typologies: The statuses that an object may assume, the events (alarmconditions) that it may generate, and the commands that can be run on it. For detectors and logics, in addition to the default typologies, you can create customized typologies. EBI-TEMA

  5. Architecture Central Unit EBI-TEMA

  6. RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 RTU A10 Central Unit 3 Central Unit 2 Central Unit 1 Architecture Detector D LOGIC1 D D D D D D D D D D D D Zone CC D Zone CA Zone AB Zone AA LOGIC2 D D Mini terminal D D D Mini terminal Zone BB Zone BA Plant C Plant A 1 Plant per ID Tema Server. 128 Zones as default per system 56 External RTUA10 per Tema Server 240 Input/output per Tema Server 240 Detectors per Logic 128 Logics as default per system 5 Mini Terminals per Tema Server, but only 2 C02. Mini terminal Plant B EBI-TEMA

  7. Hardware EBI-TEMA

  8. Hardware RTU Q03 (60W) Q01 and Q04 are not approved yet for ID EBI-TEMA

  9. Hardware Inside View. Central Unit. TemaID ID Tema Server The central unit is equipped with anti-removal and anti-open tamper EBI-TEMA

  10. Hardware Central Unit EBI-TEMA

  11. Central Unit EBI-TEMA

  12. Central Unit Modem: The central unit has an RS232 serial line) on a standard J27 connector (9 pole male) and two power supplies on the J29 screw connector for modem connection (optional). The modem must be housed inside the central unit; it is suggested to use the handheld Oltremare modem (see Optional Parts List), which has a +5VDC power supply. J27 J29 EBI-TEMA

  13. Central Unit One, two, or three Fiamm-GS da 42 A/H 12V batteries may be utilized. You must use the dipswitch on the Control Board to set the number of batteries inserted, so that periodic battery testing will be conducted properly. The “ON” position indicates that the battery is present: Battery 1 SW 1 Battery 2 SW 2 Battery 3 SW 3 EBI-TEMA

  14. Hardware { Central Unit LON terminals See next page Fuses 9 / 2 / 12 / 4 / 3 / 6 / 5 B1 B2 B3 J34 J20 J14 J22 J21 J32 J33 3 Batteries J20, J14, J22, and J21 are ext. RTUA10s power J34 is for miniterminal power J32 and J33 are for the power supply for external devices associated with the special outputs “Central Unit Failure” and “Alarms.” EBI-TEMA

  15. EBI-TEMA

  16. Hardware Lon Daisy Chain Configuration Central Unit Note: JP3 closed on LON Repeater Board JP4 open on LON Repeater Board EBI-TEMA

  17. Hardware Lon Free-Topology Configuration Central Unit Note JP3 open on LON Repeater Board JP4 closed on LON Repeater Board EBI-TEMA

  18. Hardware Lon Ring Configuration Central Unit Note: JP3 closed on LON Repeater Board JP5 closed on LON Repeater Board EBI-TEMA

  19. Hardware Central Unit You must use the dipswitch on the Control Board to set the number of batteries inserted, so that periodic battery testing will be conducted properly. The “ON” position indicates that the battery is present: Battery 1 SW 1 Battery 2 SW 2 Battery 3 SW 3 EBI-TEMA

  20. Hardware Central Unit EBI-TEMA

  21. Hardware Central Unit EBI-TEMA

  22. Hardware Hardware Central Unit EBI-TEMA

  23. Hardware Central Unit EBI-TEMA

  24. Hardware Central Unit EBI-TEMA

  25. Hardware Central Unit EBI-TEMA

  26. Hardware Allowed numbers of RTU A10s and Mini Terminals per ID Tema Server 56 External RTUA10 x 4 = 224 + 4 Internal RTUA10 x 4 = Total 240 Input and 240 Output 5 Mini Terminals of which 2 can have a C02 Graphical Display Total number of external RTU’s (all types) = 58 EBI-TEMA

  27. Hardware RTU types managed by the Intrusion Detection Module Not yet approved Not yet approved Not yet approved Not yet approved Not yet approved EBI-TEMA

  28. Hardware Mini Terminals managed by the Intrusion Detection Module EBI-TEMA

  29. Mini Terminals with Display EBI-TEMA

  30. RTUA10 connections EBI-TEMA

  31. RTUA10 (internal) EBI-TEMA

  32. The internal RTUA10s must be configured as normal RTUA10s. RTUs have three leds as below: - Red Led = status for +12V out sensors • ON = +12V present (internal fuse working) • OFF = +12V not present (internal fuse not working) - Green Led = Communication status between RTUA10 and CTU: • ON = Communication OK • Blinking = Communication not present • OFF = Fail status - Yellow LED: [LonWorks Service LED] • Off: normal status • Steady On: Neuron Chip without application and not configured • Blinking 0.5Hz: Neuron Chip in application status present, but notconfigured. Note: the LED also goes on as an indication of activation of the service PIN via internal button or via EBI “WINK” command EBI-TEMA

  33. RTUA10 (internal) J5 L E D S O U T P U T S J7 J7 J9 J9 J10 J10 J11 J11 J19 J21 J19 J22 J21 J23 J22 J14 J23 J15 J16 J17 J25 J26 J27 J28 EBI-TEMA

  34. RTUA10 (internal) IN: balanced 5-state input (short / normal / alarm / protection / cut) OUT: digital relay output (with exchange contact, 42 VAC/DC 5 A – 10A /1 sec peak) Input 1-8 Output 1-8 J7 J9 J10 J11 J19 J21 J22 J23 EBI-TEMA

  35. RTUA10 (internal) IN: balanced 5-state input (short / normal / alarm / protection / cut) OUT: digital transitor output Open collector – 100mA max In - output 9-16 J14 J15 J16 J17 J25 J26 J27 J28 EBI-TEMA

  36. RTUA10 (internal) Detector with Input Test/Reset Standards Detector EBI-TEMA

  37. 1 2 3 1 2 3 1 2 3 1 2 3 4 5 6 4 5 6 4 5 6 4 5 6 RTUA10 (internal) Wiring of the sensor simulator used in the training center. Input 1 and output 1. J5 Green J7 Yellow White J9 Out Brown Tamper Cut Tamper Cut Simulator J10 Short Alm Nml Short Alarm Normal EBI-TEMA

  38. Hardware RTUA10 (external) The RTUA10 is equipped with anti-removal and anti-open tamper. Lon Ring Configuration Lon Free-Topology Configuration --------------------------------------------------------------------------- RTUA10 Module RTUA10 Module EBI-TEMA

  39. Hardware RTUA10 (external) Inputs Detectors with Input Test/Reset Standards Detectors EBI-TEMA

  40. Hardware RTUA10 (external) Outputs Intern Power Extern Power EBI-TEMA

  41. Software components and Installation EBI-TEMA

  42. Software and Installation Software components and Installation Windows 2000 Server or Windows 2000 Professionel Microsoft.NETFramework 1.1with SP1(for the Temaline subsystem WEB modules) EBI 300.1 with SP1 EBI/TEMA 4.5.4. ServerClientEBIR300_1_TemaGenUpdate_ver4 (from the EBI homepage) ctu45407.ID firmware for the Intrusion Detection Tema servers A EBI license without Access control, but with TEMA Interface. A Tema license with Intrusion detection enabled. RTFM EBI-TEMA

  43. Software and Installation EBI-TEMA

  44. Software and Installation Install the software as described in the EBI_Tema installation guide and the EBI installation guide. Install Windows 2000 Install Microsoft.NET Framework 1.1 w / SP1 Install EBI Server 300.1 with SQL Server or MSDE REBOOT Use Quick Builder to set up the Station(s), (Operator base Security Install EBI_300.1 SP 1 See next slide REBOOT Check the Station(s) configuration files(s) Stop the EBI Server to Database only Assign TEMA profiles to operators and Station(s) Install ServerClientEBIR300_1_TemaGenUpdate_ver4 Define TEMA Point server REBOOT Install EBI_TEMA 4.5.4. REBOOT REBOOT EBI-TEMA

  45. Software and Installation Install Microsoft.NET Framework V.1.1 / SP1 1. Check that these two services are running 2. Then Install NET Framework 1.1(dotnetfx.exe) and then install NET Framework SP1 (NDP1.1sp1-KB867460-X86.exe) Must be a Honeywell Administrator; automatically done during Tema installation EBI-TEMA

  46. Software and Installation Use Quick Builder to set up the Station(s), (Operator base Security Check the Station(s) configuration files(s) EBI Station types: Assign TEMA profiles to operators and Station(s) Configure the stations by using Quick Builder. The station can be: Static or Rotary The stations must be configured for Operator Based Security if you want to use profiles and visibility for operators ( and you really want that !! ). Station Based Security = NO Security !!!! Define TEMA Point server EBI Station setup: • The installation procedure of the Tema Subsystem will automaticallyset the following: • Toolbar for station • Tema shapes path for station • Station scripting objects ProgId • One Tema default Area EBI-TEMA

  47. Software and Installation Use Quick Builder to set up the Station(s), (Operator base Security Check the Station(s) configuration files(s) Assign TEMA profiles to operators and Station(s) Define TEMA Point server EBI-TEMA

  48. Software and Installation Use Quick Builder to set up the Station(s) Associating a TEMA Profile to the Station: Modify the Station(s) configuration files(s) Assign TEMA profiles to operators and Station(s) Define TEMA Point server EBI-TEMA

  49. Software and Installation Associating a Area Profile, a TEMA Visibility and a TEMA Profile to the Operators: Area Profile: A combination of areas and a time program Use Quick Builder to set up the Station(s) Modify the Station(s) configuration files(s) Assign TEMA profiles to operators and Station(s) Define TEMA Point server EBI-TEMA

  50. Software and Installation Defining a TEMA Type Point Server: An area with the nameTE will be automatically created during the installation. Use Quick Builder to set up the Station(s) Modify the Station(s) configuration files(s) Assign TEMA profiles to operators and Station(s) Define TEMA Point server Area(s) for TEMA pointserver EBI-TEMA

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