AlgoRex Introduction package EP7F Release Notes Fire & Security Products Siemens Building Technologies
Data and design subject to change without notice. / Supply subject to availability. © Copyright by Siemens Building Technologies AG We reserve all rights in this document and in the subject thereof.
About this document..................................................................................................... 1 1 Introduction ......................................................................................................... 3 1.1 Purpose of the document...................................................................................... 3 1.2 What’s new ........................................................................................................... 3 1.2.
5.3 UGA extensions ..................................................................................................22 5.3.1 Support of more UGA devices.............................................................................22 5.3.2 Simplified and more powerful programming........................................................22 5.3.3 New programmable timer for horn activation ......................................................22 5.4 PMI optimisations ..............................................
.10.9 Each operating access logged in event memory ................................................ 32 5.10.10 Support of 5-digit plan reference no.............................................................. 32 5.10.11 Improved integration/connection of sub-systems.......................................... 33 5.10.12 Evaluation of E90Mi as digital input .............................................................. 33 5.10.13 Function ‘Test’ with element ‘EL digital’ .....................................
.4.2 Automated support for BDV help generation.......................................................46 6.5 Powerful set-up ...................................................................................................46 6.5.1 Distribution on CD ...............................................................................................46 6.5.2 Easy installation of all components .....................................................................46 6.5.3 Versioning ...............................
11.4 Adapting procedures for BDV’s........................................................................... 65 11.4.1 Already prepared country specific BDV’s............................................................ 65 11.4.2 The country BDV’s have not been prepared yet ................................................. 68 11.5 Embedded SW package 734-1 ........................................................................... 69 11.5.1 Overview ..........................................................
About this document Modification index Version e004767c Date 25. January 2003 e004767b e004767a 21. November 2002 Brief description AlgoWorks Patch B - See pages 8, 58 CK11 Gateway - See page 53 EP7F Sales Release Version Field test version 1 Siemens Building Technologies Fire & Security Products 01.
2 Siemens Building Technologies Fire & Security Products e004767c.doc 01.
1 Introduction 1.1 Purpose of the document This document describes the differences between EP5 (SR1 update 2) and EP7F. It is intended for Tool Coordinators who need to know what is new and/or different in EP7F. The document is not a tutorial document and it does not describe the functions of the equipment and the related software. For assistance with respect to functionality of software reference is made to the online help functions forming an integral part of the software. 1.2 What’s new 1.2.
Various features - Extended control functionality: counters (activation of controls if e.g.
Improved Tool Customizing for Tool Coordinators - Powerful, country specific adaptation possibilities (language, editors (visibility), defaults, several Station templates, …) - Support of 3rd party / installer variants → protection of installed basis (no maintenance by 3rd party possible) Rescue Upload Existing configurations may be uploaded into the AlgoWorks tool in case that data has been lost on PC side or an existing configuration has to be taken over from 3rd party.
1.3.2 New documents The following documents have been rewritten and been assigned new document numbers. They are valid for EP7F only. In the table below the corresponding EP5 document numbers are provided for easy reference. Some of the documents are not available yet. They will be published in the EDMS on the Intranet as soon as possible. Tool Coordinator Documents Document title Release Notes TC Software Toolset Customizing TC EP7F EP7F doc. number e4767c e4768b EP5 doc.
i 2 System requirements 2.1 AlgoWorks NOTE: This chapter describes the current situation at the time of the sales release. All upcoming changes will be documented in document e6824, ‘Operating platform requirements’, which will be kept up-to-date and regularly published and which is the official reference. 2.1.1 PC hardware requirements Subject Processor RAM Hard disk space available Mouse CD drive Diskette drive Communication ports Screen resolution Colour set 2.1.
3 Versions and compatibility 3.1 AlgoWorks 3.1.1 AlgoWorks program ↔ AlgoRex site data (EP versions) AlgoWorks EP7F only allows direct editing of EP7F site data. Older site data can be converted to EP7F. 3.1.2 AlgoWorks version The current AlgoWorks version of the sales release is V1.32.0AB-000. Released TC Setups Setup Date 25. January 2003 Setup Version 1.32.0AB-000 21. November 2002 1.32.
FLASH variants Station type CC1142 CC1143 CI1142 CT1142 CI1143-T1 CI1143-TE CI1143-TL CI1143-T5 CT1143-T1 CT1143-TE CT1143-TL CT1143-T5 CA1142 CA1143-T1 CA1143-TE CA1143-TL CA1143-T5 3.2.
3.2.5 Device type E3L030 4 VdS firmware Name VdS Interface Firmware version V4.2 Outline quantities of C-Bus participants This chapter describes the quantitative limits of the various station types. Possibly performance related limitations depending on the outline quantities are not taken into account. For earlier EPs consult the corresponding release notes or the corresponding edition of the planning document 1076, but use chapter 4.1.
CT1143 CT1142 CTYT17xx CTYTE7xx CTYTL7xx CTYT57xx AlgoPilot Pilot B3Q565 CTQT17xx CTQTE7xx CTQTL7xx CTQT57xx - AlgoPilot B3Q560 - 4x512Kx8Bit Z3S070 (2x512Kx8Bit) (2x1024Kx8Bit) CA1143 CA1142 CAYT17xx CAYTE7xx CAYTL7xx CAYT57xx AlgoPilot B3Q565 (Parallel control terminal) AlgoPilot B3Q560 (Parallel control terminal) - 4x512Kx8Bit - CAQT17xx CAQTE7xx CAQTL7xx CAQT57xx Z3S070 (2x512Kx8Bit) (2x1024Kx8Bit) Country codes program files: 00 = international; T1 = China simplified; TE = China t
Number of ZONES per SECTION (average) < 3 Use of ELEMENT texts i CI1142: CI1145: CC1142: CC1143: CI1142: CI1145: CC1142: CC1143: -15% -15% -20% -20% -10% -10% Special structures now need to be counted equivalent to the following number of devices: Structure • D–Bus participants with an own D–Bus address (e.g. DOT1151, DO1131, DM1154, DCW1151, DOW1171...
4.1.3 Maximum number of criteria in zones control 4 and 6 (RAM) To trigger a zone control 4 or 6, 1 to 16 criteria can be programmed. Each criterion requires a certain amount of memory. Therefore the maximum number of criteria is limited according to the following graphs.
Diagram 'Maximum ratings of controls' CC1143 Above diagrams ’Maximum ratings of controls’ apply also for EP5 (SR1), EP5 and EP4 4.1.4 Max. number of ZONE time channel Max. 16 ZONES time channel are permitted per station. 4.1.5 Maximum number of I-Bus-modules Table ’Maximum number of I-Bus-modules’ Stationtype CI1145 CI1142 I-Bus modules ...16 1) ..4 2) ...16 1) ..8 2) CC1142 ...16 1) CC1143 3) ...
4.1.6 Limits of 5V supply All I-Bus modules are supplied with 24V and 5V. The available current for the 5V, supplied from main CPU is limited: ’Main CPU’ Available current E3X10x 1100mA B3Q...
4.2 Control terminal limits (CT) No limits are known for CI1145 configurations. 4.2.1 Maximum number of texts The number of texts of other stations (i.e. AREAS) that can be displayed on one control terminal (CT/CI) is limited. The following calculation must be used: twice the number of visible SECTIONS + the number of visible ZONES + the number of visible ELEMENTS with element text = number of texts Limit for ’CT1142’ (B3Q460/480/670, B3Q660/680) The max. number of texts is fix 8500.
4.3 Gateway limits (CK) 4.3.1 Limits of the memory (RAM) CK1142: Suited for CI1145, CI1142, CC1142 stations EPROM set: 'CKQ007xx RAM sets: 4x Z3S080 or 2x Z3S070 CK1143: Suited for CC1142, CC1143 stations EPROM set: 'CKW007xx RAM sets: 4x Z3S070 (RAM upgrade necessary on E3H020) 4.3.2 Limits of CERLOOP addressing Via one gateway a maximum of 8 C-Bus stations (CI/CC) can be addressed. If more than 8 C-Bus stations (CC/CI) are present, they must be split up on two gateways.
5 CS1140/45 system software 5.1 General improvements 5.1.1 Migration of EP5 versions The EP5 functionality was split into several versions und sub-versions: - International release: - EP5 (SR1 update 2) - Country specific releases: - EP5 Z1 (1 special site in Switzerland) - EP5 Z2 (France: extension of UGA functionality, Scandinavia: support of CBA) - EP5 Z3 (Australia) All the features of these packages have been migrated to EP7F and are now included in the international standard version. 5.1.
Changed representations Following table shows representations that have changed in order to comply with the new physical tree: EP5 FU DS11a DE DS11a T-Tap DE LON 1 Collective DE DS11c line DE DS11i col. DE DS11a col. I/O DE DS11i in DE DS11i out DE DS11i horn DE board in DE board out DE MS9i in DE MS9i out DE DS11a in DE DS11a out DE DS11a horn 5.1.3 1303 1409 1451 FU A+ DE A+ mod. DE LON 1 module 1410 1402 1432 → DE DS11i mod. DE A+ mod.
New criteria for controls Following new criteria for controls have been introduced: - common pre-alarm counter (areas, sections, zones) - evacuation function active (ST transfer) - unacknowledged ALARMS (area) - unacknowledged FAULTS (area) - various other criteria have been made accessible (e.g.
5.1.6 Applications available on serial interface ports The allocation of the applications to the two serial interfaces has been changed. Application EP5 AlgoWorks CA11 / CT11 Visualizer System logger Printer / Pager Interface B3D021 K1 X B3D021 K2 X X X EP7F B3D021 B3D021 K1 K2 X X X X Remark: instead of the modem box B3D021 the itf. card E3I020 can be used with the respective connections. 5.2 C-Bus improvements 5.2.
5.3 UGA extensions The functionality of the French UGA system has been extended and improved. 5.3.1 Support of more UGA devices EP7F supports now 16 UGAs per ICO (8 UGAs supported up to and including EP5/EP5-Z2). 5.3.2 Simplified and more powerful programming In EP7F the common alarm field is a counter and not a binary field anymore and therefore the field clearly indicates the number of alarms in a node and all its child nodes. Conclusion: There is only 1 reference per sub-tree necessary (e.g.
5.4.2 Operation and information on larger LCD The new operating panels B3Q660/680 provide: - larger display (double size) - soft keys - improved arrangement of information for easier operation The availability of functions depends on access level, context and state of the node. The larger LCD can display: - 1 title line - 6 message lines (means 2 full messages or 6 short messages) - 1 status line - 6 soft keys This allows the simultaneous display of messages or a specific tree view and functions. 5.4.
5.4.8 Locking of ‘acknowledge’ on operating panels (Country specific function for Singapore) New option per operating panel: Upon the first ALARM message the function ‘acknowledge’ of the operating panel is completely blocked and the LED of the acknowledge key is disabled for the configured time. Afterwards the LED starts flashing again and the message(s) can be acknowledged. Range: 1..
5.4.13 Configurable quiescent display text If no message is present a pre-configured (country specific or site specific) text with max. 6 x 40 characters is displayed. 5.4.14 Structure of menu trees definable per user level For the new comfort terminal with soft keys the structure of the menu tree can be configured per user level. AlgoWorks provides a dedicated function list editor. Additionally the secondary menu functions have been better arranged. 5.4.
5.5.
5.6 Extinguishing improvements The extinguishing application has been revised and improved in many aspects. Involved are thereby CS1140/45 embedded software and E3G080 firmware. Feature / change The manual call point triggers a “normal” fire alarm if manual extinguishing is blocked. One message only if automatic and manual extinguishing are blocked New (section) message ‘extinguishing preALARM’ SW checks if automatic extinguishing release is possible – if not then the message ‘autom.
5.7.3 CB320A (CB319A) This is the input module for the connection of the collective fire detection system SynoLINE300 (industrial standard) to interactive or AnalogPLUS. The CB320A requires a separate 24V supply. It can be used in dry, dusty and wet areas. 5.7.4 DOTE1152 The new AlgoRex detector DOTE1152A is now fully supported. The multi criteria Smoke Detector DOTE1152A is using sophisticated algorithms for fire detection and an additional incorporated sensor for carbon monoxide.
5.9 i Commissioning improvements NOTE: Commissioning is a process that involves both, the embedded system as well as the SW tool AlgoWorks. Many of the commissioning improvements are also closely related to AlgoWorks. Therefore, this chapter includes also information about AlgoWorks where useful. Please see online help of AlgoWorks Station Management for a detailed description of the commissioning processes. 5.9.
5.9.4 New detector line functions Setting detector line powerless A new function at detector line level allows to switch a line completely powerless. Only one isolation message is displayed for clear information on the status. Available for interactive, AnalogPLUS, MS9i and CBA. Setting detector lines to stub forward or stub backward New functions allow to set an interactive (loop) line to ‘stub forward’ or ‘stub backward’.
5.9.10 Display of open line isolators In order to better support localization of short circuits on detector lines the devices with open line isolators generate a message on the operating panel (via element node). 5.10 Various improvements 5.10.1 Correct handling of ‘appl.
5.10.5 Improved usage of dedicated inputs and outputs Inputs and outputs for remote transmission device and reset on E3X10x usable for other applications Until now the dedicated inputs and outputs for remote transmission device and the I/O ‘reset’ on the main CPU board E3X10x could not be used for other applications. This is now possible in EP7F. Configuration of I/O's I/O's can be used in several ways: - dedicated usage (e.g. RT fire out) - for general purpose, defined by hardware construction (e.g.
5.10.11 Improved integration/connection of sub-systems New pre-configured zone ‘digital’ types - Gas warning - Extinguishing pre-alarm - Extinguishing released Support of collective lines in digital zones In addition to digital inputs EP7F also supports the evaluation of collective lines in digital zones via the element ‘EL col. det. 1’. This is particularly of help if sub-systems are connected via DC elements.
5.10.
5.10.18 New out modes for LON outputs and parallel indicators New out modes have been added to the existing out (LED) modes (off, on, slow, fast). Now, infopoint states like ‘unacknowledged’ can also be taken into account (not for DE LON out) and inversions of the existing modes are supported as well. Mode inactive Out state if the referenced infopoint is unacknowledged in any other state 0 1 2 3 4 5 6 101 102 103 5.11 off on slow fast off fast slow fast on slow fast on on slow off Removed bugs 5.
5.11.3 Re-addressing of devices on an interactive line Bug description In case of address collisions on an interactive line only 4..5 devices are re-addressed automatically by the system. This can cause problems if 2 already commissioned lines are connected together. Bug corrected in EP7F (see also 5.9.7). 5.11.
5.11.8 AVF with DO1101 (Australia only) Bug description AVF (Alarm Verification Function) does not work together with detector DO1101. After 20 seconds an alarm is evaluated because the control unit does not reset the detectors within this time. Bug corrected in EP7F. 5.11.9 Supervision time in element ‘digital’ Bug description If an input linked with an ‘EL digital’ is activated the supervision timer is started.
5.12 Restrictions and known bugs 5.12.1 CA11 operating with B3Q660/80 Restriction Operating is very slow, reaction time up to 3 seconds. 5.12.2 Function unit MS9i (E3M060) Bug description Concerning function unit MS9i E3M060: A fully operating detector line is disconnected completely (both sides of the loop). This will cause only a line fault, but not any detector faults. 5.12.
5.12.6 Australian functionality The specific Australian functionality is not fully supported with the sales release version of EP7F. 5.12.7 No support of Hebrew and Arabic texts Display of customer texts and standard texts in Hebrew and Arabic language is not supported yet. However, editing in AlgoWorks is already possible. 5.12.8 Display of “connecting” text on CT/CI During the connection phase of a station CT11 or CI11 there is a text displayed which informs the user about the status.
6 AlgoWorks Software Toolset AlgoWorks EP7F now runs on Microsoft Windows NT4 or 2000 (see also chapter 2.1.2). It consists of two main components, the Site Management (SIM – the former SMS- and Shell-functionality) and the Station Management and diagnosis component (SAM – the former SWE and SWD). If the AlgoWorks is started the Site Management appears. An opened station will be represented in the Station Management, which includes the capability for configuration, parameterization and diagnosis.
Support of 3rd party variants For the protection of the Siemens project business, a separate 3rd party version of the tool is supplied. For 3rd party, also specific Base Data Variants can be created. This makes it possible to prevent 3rd party companies from editing or uploading data of sites that were created or are maintained by Siemens. 6.2 Site Management 6.2.1 Introduction A completely new and much improved Site Management is provided with AlgoWorks EP7F.
6.2.4 Converter Automatic conversion to new tree structure In EP7F, the structure of the physical tree has substantially changed in respect to older EP versions. The EP7F converter performs the necessary steps to remodel the physical tree according to the new structure. Use of Country Defaults To decide whether or not a value has been edited (and therefore must be kept during the conversion process) it is compared by the converter to the country default and no longer to the system default (meta data).
6.3 Station Management 6.3.1 Enhanced Node Editor Fields are arranged on different tabs The fields of the selected node are arranged on different tabs in the node editor according to functionality. Special tab for ‘Events’ Events (info points and associated fields as ‘infoclass’, ‘V2’, ..) are displayed in an event-oriented way on a separate, specific tab. Improved field specific data types It is no longer required to consult the help in order to find out the meaning for a certain parameter.
6.3.3 Customer text handling Enhanced editing capabilities Customer texts may be entered in the dialog that is used when a new node is created. It is possible to remember the last customer text so it will be used for all nodes created subsequently. Customer texts can also be edited directly in the logical or physical tree. Memory of latest customer texts The last 100 customer texts are stored in memory and can be re-used from within both the create dialog and the node editor.
Improved fault upload The fault upload has been completely reworked. It is much faster now, even over a modem connection. The erroneous nodes as well as all affected nodes are clearly marked: - erroneous nodes (“sources” of the faults): marked yellow - path to such nodes and nodes which are affected by the fault (e.g. logical zones/elements → geographical part which is not (properly) protected because of the fault): marked blue.
6.3.8 Filter It is possible to set one of the following filters: - all unlinked nodes - all nodes that have no customer text - all nodes that are not localized. The nodes that are found are marked in the tree. This makes it a lot easier to ensure that work on a station is complete. 6.3.9 Consistency checks There are a large number of checks that help finding some of the most common or critical errors in the configuration. The affected nodes can be jumped to by a simple double-click.
6.6 Restrictions / known bugs 6.6.1 16bit characters not fully supported in path and directory names 16bit characters must not be used in path and directory names of the AlgoWorks installation. Otherwise, conversion of EP4 (or older) sites to EP7F is not possible. Therefore, in Asian countries that are using 16bit character sets, AlgoWorks must be installed in a separate path using 8bit characters only! 6.6.
7 CT11 Visualizer 7.1 Introduction Until now, the existing SW tool ‘CT11 Visualizer’ was not a sellable product. It was a supporting tool for product presentations and training. The new SW tool ‘CT11 Visualizer’ provided with EP7F is now officially a sellable product. It is a completely new application that has been improved in many aspects compared to the existing tool. 7.
8 CS1140/45 hardware 8.1 Overview of newly introduced HW Products - Master modules E3X102 / E3X103 Comfort Terminals B3Q660 (International) and B3Q680 (Nordic) Standard Terminals B3Q670 (Australia) and B3Q565 (Asia/Pacific) LON I/O card K3I110 8.
8.3 Master Modules E3X102 / E3X103: New features - New main CPU: Motorola 68302 / 32 MHz - Mechanically compatible to existing E3X101 - All FLASH and SRAM are soldered in Separate ordering of RAM and EPROMS no longer necessary Upgrade via board exchange only - FW programmed ex works in FLASH Memory E3X102: 2 MByte FLASH, 1 MByte SRAM -> CC1142 i.e. CCX007xx E3X103: 2 MByte FLASH, 2 MByte SRAM -> CC1143 i.e.
8.4.
8.5.3 Software The Flash Tool software is integrated in AlgoWorks Site Management. Detailed information on flash programming: see online help. Reset the station after every actuation of the FLASH DIP-switch! 8.6 LON I/O card K3I110: New features - LON bus participant - 16 programmable outputs NO (contacts 30V/1A, galvanically separated, nonsupervised): X56...X63 - 16 programmable contact inputs NO, NC (contacts supervised for short circuit, open line, ground fault: X30 and deviation: X31...
9 Update of already existing (field test) sites EP7F - It is mandatory, that all (field test) sites realised before FG4 - i.e. with preliminary hard- and software – MUST be updated to official versions within reasonable time. - Divisional units involved in field-testing will be contacted directly with all necessary details regarding exchange of hardware and software. 10 CK11 Gateway 10.
10.4 DMS7000 telegram specification A new edition of the DMS7000 telegram specification document provides the complete overview of all telegrams used in EP7F. Numbered and individual copies of this document are available from FSP under the conditions of a licence agreement. 10.5 Versions and compatibility 10.5.1 Gateway software i Above CK11 software versions must only be used in combination with the AlgoRex embedded software version EP7F on the same C-Bus.
10.6 New and changed features 10.6.1 Support of new C-Bus connection model C-Bus population With EP7F, all fixed limits per station type have been removed and the maximum number of stations (CC11, CI11, CT11, CK11) has been extended. However, the total number of C-Bus participants is still 16. See chapter 4.3 for more details. Visibility settings For CK11 stations sitting on a C-Bus, the same area visibility assignment mechanisms as for CT11 stations now apply as well.
Areas from C-Bus station no. 1 must not be split up across more than one gateway CK11! The main reason to use several CK11 per C-Bus is quantity restrictions. See chapter 10.7 for more details. For special applications this flexibility may also be used to reduce the number of points lost in the potential failure case of a single CK11, or to propagate the same information to several independent management networks or -stations.
10.6.3 Propagation of emergency alarms The AlgoRex stations and the C-Bus (using extra bus wiring) support the propagation of emergency (degrade) alarms in case of a single system fault. The CK11 now correctly transmits such emergency alarms also to the management system. 10.6.4 Smart reconnect Up to EP5, a C-Bus connection loss to a CC11 station always caused a complete rebuild of the process image in the CK11 after the reconnect.
11 Update 1 The AlgoWorks update 1 includes different changes, so the following packages are included: - AlgoWorks setup 1.32.0AB (Patch B) BDV setup version ‘BDV Package EP7F_J0_730_08’ Standard Embedded Software packages 734-1 Additional and changed documents 11.1 AlgoWorks version 1.32.0AB-000 (Patch B) The AlgoWorks setup version 1.32.0AB (Patch B) is a full setup with update capability. Compared to the released AlgoWorks setup version 1.32.0 (21.
After finishing the setup procedure the new AlgoWorks version 1.32.0AB-000 will be installed. The folder ‘FlashToolGui_WinHelp’ within the directory ‘…\J0_CFG\TC_Sources_CFG\HELP_SOURCES’ will be created. The added station management help topics and the project file will be included. The new file ‘CC11List.exe’ will be included. 11.2.2 The customizing process is in progress Please follow the description to update the released AlgoWorks 1.32.0-000 to the AlgoWorks 1.32.0AB-000. Install AlgoWorks 1.
3. Run the ‘AlgoWorks setup 1.32.0AB’. After finishing the setup procedure the new AlgoWorks version 1.32.0AB-000 will be installed. The folder ‘FlashToolGui_WinHelp’ within the J0_CFG directory structure will be created. The added station management help topics and the project file will be included. Actualised version of ‘Export Gateway data’ (file ...\tools\lister\cc11list.exe) is included. 60 Siemens Building Technologies Fire & Security Products e004767c.doc 01.
Actualize the Online Help 1. Copy the folder ‘FlashToolGui_WinHelp’ into your configuration(s) manually. (E.g. B0_00_CFG\TC_Source_CFG\Help_Sources) copy Result 61 Siemens Building Technologies Fire & Security Products 01.
2. Copy the missing Station Management help topics and the RoboHelp help project file (Sam.mpj) from the directory ‘..\J0_CFG\TC_Sources_CFG\Help_Sources\Sam’ into directory ‘…\TC_Sources_CFG\Help_Sources\Sam’ your configuration(s) manually. (E.g. ‘B0_00_CFG\TC_Source_CFG\Help_Sources\SAM’) New added files with Patch B SAM0_Communication_Menu.htm SAM0_Debugging_Menu.htm SAM0_Edit_Menu.htm SAM0_Environment_About.htm SAM0_Environment_Calling_Help.htm SAM0_Environment_Close.htm SAM0_Environment_customize.
Actualize the ‘Export Gateway data’ functionality Copy the new CC11list.exe file from the directory ‘...\J0_CFG\Tools\Lister’ to your country configuration(s). (E.g. ‘...\B0_00_CFG\Tools\Lister’.) Copy Adapt the AlgoWorks service technician setup name Adapt the file ‘setup.rul’ for the ST setup project as follow. Follow the TC document e004768 ‘Customizing of AlgoWorks program setup’ to open the project. old new 63 Siemens Building Technologies Fire & Security Products 01.
11.3 Base Data Variants J0_730_08 11.3.1 Overview of the changes Modified international Base Data Variants (BDVs) are provided with the update 1 of the EP7F sales release. The following tables gives an overview of the changes and the concerned countries. Following changes have been made to the new BDVs J0_…_08 compared to the sales release versions J0_…_07: Change 1 Message Layout ‘Nordic 3 (Denmark)’, level ‘AREA’:The length of the ‘CSX no.
11.4 Adapting procedures for BDV’s 11.4.1 Already prepared country specific BDV’s If country specific BDVs have already been prepared and one of the changes 1 or 2 listed in the table above, is relevant, then there are two possibilities how to update to the new BDVs: Minor changes were made If only minor changes have been made in the country specific BDV’s (and no translation has been done), these changes can be re-done based on the new international BDV’s.
4. Select ‘Step2: BDV’ and run the ‘BDV EP7F_J0_730_08’. After finishing the setup procedure the new BDV versions are installed. 5. Create your country specific BDV’s again. 66 Siemens Building Technologies Fire & Security Products e004767c.doc 01.
Procedure in case of major changes 1. Remove BDV versions EP7F_J0_730_07. Follow the procedure described in the TC document e004768 ‘How to remove BDVs’ 2. Select ‘Step2: BDV’ and run the ‘BDV EP7F_J0_730_08’. After finishing the setup procedure the new BDV versions are installed. 3. Contact the hotline and send the already prepared country specific BDV’s to the HQ. 4. When you get the BDV’s back from HQ the name of the Base Data Variant has to be the same.
11.4.2 The country BDV’s have not been prepared yet i If the country specific adaptations have not been started yet, it is strongly recommended to use the new international BDVs. Procedure to install the BDV J0_730_08 1. Remove BDV versions EP7F_J0_730_07. Follow the procedure described in the TC document e004768 ‘How to remove BDVs’. 2. Remove the directory ‘…\TC_Sources_BDV’ manually. 3. Remove all created Base Data Variants based on J0_730_07. (maybe for your training purpose) 4.
11.5 Embedded SW package 734-1 11.5.1 Overview The new embedded SW package 734-1 includes all embedded software files. New Embedded SW included CK11 11.5.2 Procedure to install package 734-1 1. Remove the embedded Software ‘Standard EmbeddedSW Package 734’ Select ‘Programs-AlgoRex EP7F-AlgoWorks EmbeddedSW – Remove Standard EmbeddedSW Package 734’ 2. Select ‘Step3: Embedded SW’ and run the Standard EmbeddedSW Package 734-1’. After finishing the setup procedure the new embedded versions are installed.
11.6 Documents The ‘AlgoWorks update 1’ CD includes new and changed document compared to the released CD on 21. November 2002. The following documents are affected.
Siemens Building Technologies AG Alte Landstrasse 411 CH-8708 Männedorf Tel. +41 1 - 922 61 11 Fax +41 1 - 922 64 50 www.cerberus.ch Document no. e004767c Edition 01.
