SM-6800F ASES Interface Board - Ansaldo STS
Contents
1. The ADDRSEL4 ADDRSEL9 pins are connected through placement of jumpers on the upper connector PCB The Ground and SEL pins are connected appropriately when the upper connector is installed The only connections to make therefore are to the and CHn pins n 1 through 5 and to the 12V pins from the MICROLOK II system power supply 3 1 5 ASES Interface to Service Entrance Wiring To minimize the effects of noise US amp S recommends the use of twisted pair wiring between the ASES Interface Board 48 pin top PCB connector and the equipment rack terminal strip Twisted pair wiring should continue to the house service entrance panel 3 1 6 Service Entrance Surge and Transient Protection US amp S recommends that each transponder wire be protected with a Line to Ground Arrester and that each pair of transponder wires be protected by a Line to Line Arrester The US amp S part numbers are e Line to Ground Arrester USGA Red part number N451552 0201 e Line to Line Arrester USGA Blue part number N451552 0101 3 1 7 Service Entrance to Transponder Wiring For cabling from the service entrance to the transponder use US amp S part number A045849 0314 The connector at the transponder end is Amphenol part number 162 5040 12 10 SN August 2003 Rev 1 0 SM 6800F 3 7 Section 3 UNION SWITCH amp SIGNAL Functional Description 3 8 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 4 Part Numb2. After the telegrams have been produced they are copied into the MICROLOK II Application Source program As part of the MICROLOK II Application Logic compilation process the telegrams are checked for validity If a telegram does not pass the basic 64 bit CRC check the compiler rejects it Additional tests are performed to ensure that the various telegrams are unique For example if a telegram defined for Channel 1 would also be valid for another channel on that board the compiler will flag the condition as an error In such cases either the content or format of the telegram must be changed using TRANEDIT 6 4 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 7 Accessing ASES Information from the CPU Board 7 ACCESSING ASES INFORMATION FROM THE CPU BOARD 7 1 Viewing Encoder Channel Telegrams for an ASES Interface Board The ASES interface board option available via the CPU board enables you to view the telegrams being transmitted for a selected ASES interface board The procedure in this section describes how to select an ASES interface board and view the available data The LEDs on the ASES interface board report the state of their corresponding channels Any additional interface board information must be obtained by using the unit s CPU board The CPU board features two four character displays as well as four toggle switches for determining the data that appears in the displays These elements are illustrated b
3. August 2003 Rev 1 0 SM 6800F 5 1 Section 5 UNION SWITCH 4 SIGNAL Operating Parameters 5 2 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 6 Application Logic 6 APPLICATION LOGIC 6 1 Board Type ASES ENCODER Address Class 8 Bit VPA Formatting for the telegram message encoding For this board the formatting is as follows TYPE ASES ENCODER CHANNELI ADJUSTABLE FIXED ENABLE flag SEND lt telegram 1 gt IF control bit 1 lt telegram 2 gt IF control bit 22 lt telegram n gt IF control bit n CHANNEL2 ADJUSTABLE FIXED ENABLE lt flag gt SEND lt telegram 1 gt IF lt control bit 1 gt lt telegram 2 gt IF control bit 2 lt telegram n gt IF lt control bit gt CHANNELS ADJUSTABLE FIXED ENABLE lt flag gt SEND lt telegram 1 gt IF control bit 1 lt telegram 2 gt IF control bit 2 lt telegram n gt IF lt control bit gt August 2003 Rev 1 0 SM 6800F 6 1 Section 6 Application Logic UNION SWITCH amp SIGNAL CHANNEL4 ADJUSTABLE FIXED ENABLE SEND lt telegram 1 gt IF control lt telegram 2 gt IF control lt telegram n gt IF control CHANNELS ADJUSTABLE FIXED ENABLE SEND lt telegram 1 gt IF control lt telegram 2 gt IF control lt telegram n gt IF control 6 1 1 Notes on Card Definitions flag bit 12
4. also provided For reference related MICROLOK II system manuals include e SM 6800A MICROLOK II System Description e SM 6800B MICROLOK II System Hardware Installation Manual e SM 6800C MICROLOK II System Startup Troubleshooting and Maintenance e SM 6800D MICROLOK II System Application Logic Programming e SM 6800E MICROLOK II i Lok Features Description Other manuals that provide information on related US amp S systems include e SM 6700A Genisy 2000 Multi Purpose Non vital Control Communications System Application Logic Programming e SM 6700B GENISYS 2000 Multi Purpose Non vital Control Communications System Hardware Installation and Configuration kl e SM 6470A MicroTrax Coded Track Circuit System Application Logic Programming e SM 6470B MicroTrax Coded Track Circuit System Hardware Installation and Configuration US amp S provides no shop maintenance procedures for the MICROLOK II system circuit boards These boards are not repairable in the field MICROLOK is a registered trademark of Union Switch and Signal ECode is a registered trademark of Union Switch and Signal i Lok is a registered trademark of Union Switch and Signal GENISYS is a registered trademark of Union Switch and Signal MicroTrax is a registered trademark of Union Switch and Signal August 2003 Rev 1 0 SM 6800F 1 1 Section 1 UNION SWITCH amp SIGNAL General Information 1 2 Rail Team and Technica
5. bit 22 bit n gt flag bit 12 bit 22 bit n e Amaximum of two ASES ENCODER boards up to a control of 10 transponders may be defined in each application e Ifan enable statement is not supplied for a channel it will be given a default configuration of FIXED ENABLE 0 e The CHANNEL 41 through CHANNELS keywords must all be present e Amaximum of twelve telegrams can be defined in each channel e Telegrams are 32 byte hex strings that must be enclosed in quotations These strings are created using an external telegram compiler There is an example telegram shown in Section 6 1 2 below e The compiler verifies the length of the telegram The compiler ignores white spaces and verifies that there are sixty four characters e The compiler verifies that all telegrams are unique to the application e The compiler verifies the telegram through a telegram checker For more information see Section Telegram Generation and Checking 6 2 SM 6800F August 2003 Rev 1 0 Section 6 Application Logic UNION SWITCH amp SIGNAL 6 1 2 Example Telegram An example telegram is shown below 3ABF 86C1 D886 0312 AFFE 3383 ODBF F008 7878 7878 7878 7904 79EB B18F C81E 061C 6 1 3 Example Channel Definitions for an ASES Board This example demonstrates how to use the ASES board It sets up the five channels in different ways Although there are no telegrams defined for channel 3 the channel sti
6. configured 8 2 Viewing the ASES Board Status Display In addition to providing system configuration activities the Development System allows users to view the ASES board status displays On the program s Board Information screen the button indicated in Figure 8 4 initiates the viewing of a board s status August 2003 Rev 1 0 SM 6800F 8 3 Section 8 UNION SWITCH amp SIGNAL Configuring Boards and Displaying Status Information Se T A Settings me 3 1 COM Board Information Y MICROLOK Il Development System Figure 8 4 ASES ENCODER Button on a Board Information Screen The screen will display one or two selection buttons depending on how many ASES interface boards are being used You can display status information for an ASES interface board by clicking on the appropriate selection button The procedure below describes an example of displaying status information for an ASES interface board 1 To display status information for an ASES interface board click on one of the selection buttons on the Board Information screen Status information appears for the board as shown in zy MICROLOK Il Development System i 8 hd Print Ser g Feii Program S Temperature Test 1 at address 1 on COM 1 Board ASES ODER Status ASES ENCODER ASES board status Channel 1 DISABLED Channel 2 DISABLED Channel 3 1460 C6C2 8747 386F 0405 BSCO C8BB 1603 1242 6451 4510 4363 EEOD E27E B
7. into account every eventuality that may arise with technical equipment in service Please consult US amp S s local sales representative in the event of any irregularities with our product We expressly disclaim liability resulting from any improper handling or use of our equipment even if these instructions contain no specific indication in this respect We strongly recommend that only approved US amp S spare parts be used as replacements Copyright O 2003 Union Switch amp Signal Inc An Ansaldo Signal Company rights reserved August 2003 Rev 1 0 SM 6800F i UNION SWITCH amp SIGNAL ISSUE DATE REVISION INDEX REVISION DESCRIPTION APPROVAL DATE 10 02 First release 7 28 03 Revisions per ECO 13139881 2 Standard manual reformat 8 4 03 Revisions per FTR 8 1 03 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL TABLE OF CONTENTS August 2003 Rev 1 0 SM 6800F iii UNION SWITCH amp SIGNAL LIST OF FIGURES iv SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 1 General Information 1 GENERAL INFORMATION 1 1 Introduction This manual will provide sufficient information for users to correctly instalLone or more ASES Advanced Speed Enforcement System interface boards into a MICROLOK II cardfile Additional information about application logic telegram generation and application checking and compiling is
8. telegram Critical Error A software detected fault that initiates a system shutdown A register used to store a telegram until it can be read by the Diagnostic Buffer processor for the purpose of checking the telegram s integrity An error generated when the diagnostic routine detects a corrupted Piagugsti telegram in the diagnostic buffer Service Entrance An entrance into a wayside control hut through which wiring passes Telegram A 255 bit message A program that converts a text file of the user programmed data Telegram compiler inputs into a 255 bit telegram that is used by the system August 2003 Rev 1 0 SM 6800F 2 1 Section 2 UNION SWITCH amp SIGNAL Glossary 2 2 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 3 Functional Description 3 FUNCTIONAL DESCRIPTION 3 4 Introduction The ASES Interface Board serves as an interface between the MICROLOK system and ATSS transponders The board consists of five independent encoder channels Each channel is capable of accepting and storing a 255 bit telegram from the MICROLOK II processor board When the channel is activated the telegram is converted to a serial format compatible with the ATSS transponder protocol and continuously transmitted to the transponder A typical example is shown in The example shown uses channels one two and five of the ASES Interface Board Channels 3 and 4 are not used Any
9. this manual Two features are of particular use for troubleshooting include e System Event Log Indicates the presence of any faulty MICROLOK PCBs e Board Information Displays the actual telegram selected for transmission to the wayside transponder NOTE There are certain faults in the output driver stages of the ASES Interface PCB that are not detectable by the MICROLOK diagnostic software and thus will not visible with the Development System therefore if everything else checks out properly swap the ASES Interface PCB with a known good board 9 2 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 9 Troubleshooting ASES Interface Operations August 2003 Rev 1 0 SM 6800F 9 3 Section 9 UNION SWITCH amp SIGNAL Troubleshooting ASES Interface Operations Q b End of Manual 9 4 SM 6800F August 2003 Rev 1 0
10. 2 eco m 3 saa E li E Printed BI 6 Circuit sta BI 7 8 gai gt sj B zoe ed zl 12 Ew Q Adjacent PCB Keying Adjacent Keying Plug Tabs Set at Keying Plug Connector Factory Connector Male Female Figure 3 3 MICROLOK II Cardfile Slot Keying Plug Installation August 2003 Rev 1 0 SM 6800F 3 5 Section 3 Functional Description UNION SWITCH amp SIGNAL To Transponder 1 To Transponder 2 To Transponder 3 To Transponder 4 To Transponder 5 The vital power source for the ASES Interface Board is different from the vital power source for all other MICROLOK II I O Boards The ASES Board requires a dedicated set of VCOR contacts to break 12VDC from the MICROLOK II system power supply not B12 Because of the low current draw max 300 ma per ASES Board one set of VCOR contacts may be used to feed multiple ASES Boards within a cardfile VCOR Rela 48 pin Connector 1 0 KM Channel 1 16 3 4 20 Channel 5 24 C2 E2 System 12VDC N17064401 ASES INTERFACE PCB CONNECTIONS O PCB ADDRESS SELECT CIRCUITS Figure 3 4 Connection Diagram for the Upper Rear Connector SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 3 Functional Description
11. 5F8 4 07 Channel 4 7460 CBC3 0807 7867 0405 0880 1643 1209 8518 3000 4953 4531 4EBB 48FD 5430 Channel 5 46C3 AC87 3867 DIDA 1880 A4B3 1603 1008 7878 7878 7323 995D C2FB E3CB 8406 Figure 8 5 ASES Interface Board Status Screen 8 4 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 8 Configuring Boards and Displaying Status Information The screen reports which channels are disabled and shows telegram messages being transmitted on the enabled channels To remove the interface board status screen note that you must click on the Back button at the top of the window 2 After you have completing viewing status information for the selected interface board click on the Back button to return to the Board Information screen 3 Repeat the steps above if there is another ASES interface board in the cardfile for which you wish to view status information August 2003 Rev 1 0 SM 6800F 8 5 Section 8 UNION SWITCH 3 SIGNAL Configuring Boards and Displaying Status Information 8 6 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 9 Troubleshooting ASES Interface Operations 9 TROUBLESHOOTING ASES INTERFACE OPERATIONS There are four hardware elements necessary for the successful transmission of the correct ASES telegram from the wayside to an on board train operator e MICROLOK II Cardfile including I O boards and ASES Interface Board e Wiring between MICROLO
12. 8 790D OFOA 3065 1332 8383 IF as52 7A53 06C3 6DC7 786F 0645 B9CO 9ABB 1643 1008 7878 7878 7D44 0E33 F35C 185C 9AE7 IF as53 August 2003 Rev 1 0 SM 6800F 6 3 Section 6 UNION SWITCH amp SIGNAL Application Logic LASE 46C3 AC87 3862 03DA 1880 A4B3 1603 1008 7878 7878 796D 2147 CBFO CD8A DD9D IF as54 LASE 46C3 AC87 3867 03DA 1880 A4B3 1603 1008 7878 7878 7923 995D C2FB E3CB 84D6 IF as55 LASE 46C3 AC87 386F 03DA 19C0 A4B3 1603 1008 7878 7878 790D 445B BBAB 7857 2356 IF as56 SASD C6C3 ADO6 4312 EFFE 2B84 ODBF F2EA 8923 830D CD00 4995 A9B8 9895 0768 3B4F IF as57 3A5E 06C3 AC86 0312 AFFE 2B84 OD9F F2A9 BFIB 830D 80A8 496E B5D1 2421 F577 7285 IF as58 7A5E 46C3 ADO7 7862 03DD B8BC C8B7 1643 1008 7878 7878 79E2 DA20 AD7F 6E73 5C57 IF as59 TASE 46C3 ADO7 7867 03DD B880 C8B7 1643 1008 7878 7878 7 5 47F6 BD93 750B 2930 IF asSa 7JA5E 46C3 ADO7 786F 03DD B9CO C8B7 1643 1008 7878 7878 7914 46CF 7EAA 7 65 3054 IF as5b 1 72 C6C3 EB87 3862 0525 9880 2D43 1603 1008 7878 7878 79AE AB6E A32D 63ED 1ADD IF as5c LOGIC BEGIN ASSIGN 1 TO CPS ENABLE ASSIGN 1 TO as13 ASSIGN 1 TO as12 ASSIGN O TO as21 ASSIGN 1 TO as41 ASSIGN 1 to as5c NV ASSIGN ASES ENCODER Channel5Enable TO LED 1 END LOGIC END PROGRAM 6 1 4 Telegram Generation and Checking An external telegram compiler is used to create the telegrams This software TRANEDIT was developed by ATSS
13. K II and the wayside transponder e Wayside transponder e On board vehicle equipment There are two tools which are helpful in troubleshooting the above equipment e Transponder Tester L34100 e MICROLOK II Development System 9 1 Transponder Tester L34100 The Transponder Tester when placed above the wayside transponder queries the transponder and records the telegram being transmitted The telegram information may be used to pinpoint the trouble source as shown in Table 9 1 Table 9 1 Telegram Information and Trouble Sources TELEGRAM INFORMATION SOURCE OF PROBLEM The correct telegram is present The on board vehicle equipment is faulty The transponder is faulty Operation of the transponder can be No telegram is present verified by using the Check Transponder feature of the Transponder Tester Either the wiring to MICROLOK or some element within the MICROLOK cardfile is faulty or the transponder is faulty The default telegram is present when Faulty wiring may be ruled out by checking for the presence of the ASES Interface Board is active opens or shorts Operation of the transponder can be verified by using the Check Transponder feature of the Transponder Tester August 2003 Rev 1 0 SM 6800F 9 1 Section 9 UNION SWITCH amp SIGNAL Troubleshooting ASES Interface Operations 9 2 MICROLOK Il Development System The operation of the MICROLOK II Development System is described elsewhere in
14. L SM 6800F Pittsburgh PA 15219 3120 Batesburg SC 29006 ASES Interface Board MICROLOK II Integrated Vital Interlocking Coded Track Circuit and Non vital Code Line Controller Addendum to SM 6800A E August 2003 COPYRIGHT 2003 Revision 1 0 UNION SWITCH amp SIGNAL PRINTED IN USA UNION SWITCH amp SIGNAL SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL PROPRIETARY NOTICE This document and its contents are the property of Union Switch amp Signal Inc hereinafter US amp S This document has been furnished to you on the following conditions no right or license under any patents or any other proprietary right in respect of this document or its content is given or waived in supplying this document This document or its content are not to be used or treated in any manner inconsistent with the rights of US amp S or to its detriment and are not to be copied reproduced disclosed to others or disposed of except with the prior written consent of US amp S IMPORTANT NOTICE US amp S constantly strives to improve our products and keep our customers apprised of changes in technology Following the recommendations contained in the attached document will provide our customers with optimum operational reliability The data contained herein purports solely to describe the product and does not create any warranties Within the scope of the attached document it is impossible to take
15. N SWITCH amp SIGNAL Section 3 Functional Description CHANNEL ACTIVE OFF CHANNEL INACTIVE ASES INTERFACE Figure 3 2 ASES Interface Board Front Panel August 2003 Rev 1 0 SM 6800F 3 3 Section 3 UNION SWITCH amp SIGNAL Functional Description 3 1 2 Upper Rear Connector The upper rear connector is a 48 pin DIN 41612 Type E connector used for field wiring Pins on this connector also supply the board with its cardfile slot address which is assigned via jumpers that reside inside the cardfile mounted housing of the connector s mating half Note that the jumper settings must match the board address found in the mll application file listing Details for correctly installing the jumpers as well as additional information about the upper connector can be found in the MICROLOK Hardware Installation manual document number SM 6800B A connection diagram for the upper connector is shown in If a user does not wish to employ all five channels for a given application any combination of channels can be used and they do not have to be connected in sequential order For example an application requiring only two channels could use Channel 1 and Channel 4 3 1 3 Lower Rear Connector The lower rear 96 pin DIN connector on the ASES Interface PCB plugs into the MICROLOK II cardfile motherboard to interface with the internal bus system Mounted alongside the connector is the twelve tab male keying strip Tabs on this keyin
16. combination of the five available channels can be used Processor Backplane gt ASES Interface gt Outputs 3 and 4 Board MC68332 l 1 1 l gt Unused l l l l l l l l l MicroLok II Cardfile N Transponder 1 Train L34000 Transponder 2 L34000 Transponder 5 L34000 Figure 3 1 ASES Interface Between MICROLOK I and Transponders August 2003 Rev 1 0 SM 6800F 3 1 Section 3 UNION SWITCH amp SIGNAL Functional Description NOTE The ASES Interface Board has no user adjustable features 3 1 1 Front Panel Description The ASES Interface Board front panel is shown in Each of the five red LEDs provides information about a single channel and is labeled with the corresponding channel number for clarity The LED corresponding to Channel 1 is at the top of the front panel and the LED corresponding to Channel 5 is at the bottom During operation the LEDs appear in one of two states off or flashing The two states are described in Table 3 1 Table 3 1 Front Panel LED States and Descriptions STATE DESCRIPTION The channel is not in use Off Possible reasons include no telegrams being sent through that channel or that a critical error has occurred The channel is actively transmitting a telegram with no diagnostic errors Flashing 3 2 SM 6800F August 2003 Rev 1 0 UNIO
17. elow ACTION ACCEPT Figure 7 1 CPU Board Displays and Toggle Switches Follow the steps below to display ASES interface board information 1 Using the CPU board s toggle switches toggle the board s displays until ASES BRDS appears as shown in August 2003 Rev 1 0 SM 6800F 7 1 Section 7 UNION SWITCH amp SIGNAL Accessing ASES Information from the CPU Board Figure 7 2 ASES BRDS in CPU Board Displays 2 With ASES BRDS showing on the CPU board displays toggle the MENU UP DOWN switch to the DOWN position The CPU board displays will show ASES BRDn indicating the selection of one of the installed ASES interface boards Note that the menu is configured for one or two ASES interface boards 3 To change the ASES interface board selection toggle the MENU L R switch as necessary until the desired ASES interface board number is indicated in the lower display 4 Toggle the MENU UP DOWN switch to the DOWN position to display the Telegram status of the first channel for the selected ASES interface board The channel information which will be shown in the lower display can be as follows e DISABLED channel is disabled and not transmitting telegrams e NULL channel is active and transmitting a NULL telegram e XXXX XXXX XXXX channel is active and a telegram is being transmitted 5 To change the channel selection toggle the MENU L R switch as necessary until the desired channel nu
18. ers 4 PART NUMBERS able 4 1 lists the part numbers associated with ASES Table 4 1 ASES Part Numbers PART NOTE NUMBER DESCRIPTION OTES N17064401 MICROLOK II ASES Interface Board Version 5 20 and higher includes support for ASES and ECode transit codes Version 5 20 and higher includes support for ASES and ECode transit codes Software used to compile text files to a binary message utilized by the encoders transponders It can also be used to decompile binary data into a text format N451232 1701 MICROLOK II Executive N451232 1781 MICROLOK Development System N451232 2606 TRANEDIT Full Version NOUO Cable assembi PCB 48 pin top connector with cable length 10ft cable y as specified by project August 2003 Rev 1 0 SM 6800F 4 1 Section 4 Part Numbers 72 SM 6800F UNION SWITCH 3 SIGNAL August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 5 Operating Parameters 5 OPERATING PARAMETERS able 5 1 lists the ASES Interface Board s operating parameters Table 5 1 ASES Interface Board Operating Parameters PARAMETER RANGE Supply Voltage 5VDC and 12VDC Operating Temperature 40 C to 70 C Humidity 0 to 95 non condensing 170 mA total at 5 VDC 60 mA at 12 VDC for each channel in use 5 Current Draw channels x 60 mA 300 mA maximum 0 milliamp at 12 VDC Derived from the MICROLOK II system power supply
19. formation NOTE The board and channel ENABLE options are user configurable via the Development System program only if the options are identified as adjustable parameters in the application software The procedure below describes an example of configuring an ASES interface board 8 2 To configure an ASES interface board click on one of the selection buttons on the System Configuration selection screen The dialog box shown in Figure 8 2 appears Il Development System m B g ME Save le C Sae 3 EA ge 2 Program ASES Temperature Test 1 at address 1 on COMI Configure Board ASES ENCODER ASES ENCODER ASES Encoder address 20 8 bit General Enable v default SET Selective Shutdown Channel 1 default SET Channel 2 default SET Channel 3 D default SET current CLEAR Channel4 default SET current CLEAR I Channel 5 V default SET lt lt Figure 8 2 ASES Interface Board Configuration Screen 2 Ensure that a check mark appears in the ENABLE selection box at the top of the screen If necessary click on the ENABLE selection box to insert a check mark 3 Ensure that a check mark appears in the selection box for each channel that is active As needed click on the empty selection box next to a channel you wish to activate a check mark appears to indicate that the channel is active You can also click
20. g strip are removed at the factory according to a specific pattern which identifies the particular PCB PCB keying information is shown on US amp S drawing D451019 sheet 7607 3 1 4 Keying Plug Installation Each MICROLOK II cardfile motherboard has a 96 pin lower connector for each PCB slot A female keying guide is installed alongside the connector At the field location once the cardfile PCB configuration has been determined the guide is used to ensure proper PCB placement in the cardfile Keying plugs Part J709146 0473 are inserted into the MICROLOK cardfile motherboard keying guide to match the tab pattern of the particular PCB to be installed into that cardfile slot lists the keying plug locations for a slot occupied by an ASES Interface able 3 2 PCB Figure 3 3 jllustrates the process of keying plug installation A pair of needle nose pliers can be used to remove a keying plug in the event one should need to be removed Table 3 2 MicRoLok li Cardfile Motherboard Keying Plug Locations KEYING PLUG LOCATION FIGURE 3 3 PRINTED CIRCUIT PART NO BOARD ASES INTERFACE N17064401 3 4 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 3 Functional Description 96 pin Female Connector on Insert Keying Cardfile d Motherboard 96 pin Male db Keying Connector on PCB Plug No EI 1 ol
21. l Support The Rapid Action Information Link RAIL team was created in 1996 to serve the technical needs of current and potential US amp S customers Convenient 24 hour access and a rapid resolution to customer problems are the trademarks of this organization The RAIL team which is staffed primarily by US amp S product and application engineers is ready to assist and resolve any technical issues concerning the MICROLOK system or any other US amp S product Any questions regarding the contents of this service manual should be directed to the RAIL team by telephone at 1 800 652 7276 or through Internet e mail at railteam Q switch com 1 2 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 2 Glossary 2 GLOSSARY The information below defines selected terms and abbreviations that appear in this document TERM ABBREVIATION DEFINITION ASES Advanced Speed Enforcement System AT Systems AB ATSS is a Swedish company engaged in the design ATSS engineering production and distribution of automated train protection systems for rail based transportation Channel A path along which an electrical signal passes A A device comprised of multiple ICs that has the ability to receive Circular Shii iRegisier transmit and reload transmitted data on a first in first out basis Cvclic Redundancv Check The check consumes 64 bits of the CRC E message and it is used to ensure the integrity of the
22. ll must be specified Up to twelve telegrams can be defined for each channel In this example channel 5 has the maximum number of telegrams When multiple telegrams are selected for any given channel the first selected telegram for the channel is the telegram that is transmitted Channels 3 and 4 are disabled so those channels are not transmitting any telegram Channel 2 is enabled but no telegram is selected therefore it transmits the NULL telegram The NULL telegram consists of all zeroes which makes the transponder transmit its own default telegram MICROLOK II PROGRAM ASES example INTERFACE LOCAL BOARD ASES ENCODER ADJUSTABLE ENABLE 1 TYPE ASES ENCODER CHANNEL ADJUSTABLE ENABLE 1 SEND 3ABF 86C1 D886 0312 AFFE 3383 ODBF F008 7878 7878 7878 7904 79EB B18F C81E 061 IF asil 7BBF 86C1 D907 7841 1FFA 18BF FF43 1643 564B 4050 0878 7BC9 5F43 8A4F 42C2 BEF1 IF as12 7BBF 86C1 D907 7843 1FFA 18BF FF43 1643 564B 4050 0878 79D6 FEAD 07D5 996E DBAD IF as13 CHANNEL2 ADJUSTABLE ENABLE 1 SEND TAAC 86C2 6787 7867 0579 F880 6842 0E43 1008 7878 7878 79EF 92B9 99A0 60ED B11B IF as21 CHANNEL3 CHANNELA ADJUSTABLE ENABLE 0 SEND 7BBF 86C1 D907 7846 1FFA 18BF FF43 1643 564B 4050 0878 7998 46B7 OEDE B72F 82E6 IF as41 CHANNELS ADJUSTABLE ENABLE 1 SEND 7A53 06C3 6DC7 7862 0645 B880 9ABB 1643 1008 7878 7878 7943 B710 396E 3D73 DAC8 IF assi 7A53 06C3 6DC7 7867 0645 B880 9ABB 1643 1008 7878 787
23. mber is indicated in the upper display 7 2 SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 8 Configuring Boards and Displaying Status Information 8 Configuring Boards and Displaying Status Information The MICROLOK II laptop computer based Development System program provides two options related to ASES boards e Configuring ASES boards e Displaying ASES board status information The options are described in the sections below 8 1 Configuring ASES Boards The Development System provides options for system configuration activities On the program s System Configuration screen the button indicated in Figure 8 1 initiates board configuration 5 MICROLOK II Development System 1 4 Program ASES Temperature Test 55 COM System Configuration Please select one of the configuration options below System Configuration Figure 8 1 ASES ENCODER Button on a System Screen The screen will display one or two selection buttons depending on how many ASES interface boards are being used You can configure an ASES interface board by clicking on the appropriate selection button The configuration activities you can perform include e Enabling or selectively disabling a particular board e Enabling or selectively disabling one or more board channels August 2003 Rev 1 0 SM 6800F 8 1 Section 8 UNION SWITCH amp SIGNAL Configuring Boards and Displaying Status In
24. on boxes with check marks to remove the marks and deactivate the channels 4 After the board has the proper values for the application click on the DONE button in the lower left corner of the screen The dialog box shown in Figure 8 3 Appears SM 6800F August 2003 Rev 1 0 UNION SWITCH amp SIGNAL Section 8 Configuring Boards and Displaying Status Information J MICROLOK 1 Development System 1 74 2 8 NE ME Copy Ua i sl M1 Configure Board ASES ENCODER Program ASES Temperature Test 1 at address 1 on CC ASES ENCODER ASES Encoder address 20 8 bit VPA General Enable V default SET Selective Shutdown T Channel 7 defa SET Channel2 defaut SET Channel 3 M current SET defaut SET Channel FF curent SET defaut SET Channel5 V defauk SET 3 You have made 2 changes to this configuration You selected Channel 3 previously unselected You selected Channel 4 previously unselected Will you want to save these changes Figure 8 3 Confirmation Dialog Box on ASES Interface Board Configuration Screen The dialog box lists the changes you have initiated and requests you to confirm them 5 Click on the YES button to complete the board configuration The system redisplays the system configuration selection screen 6 Repeat the steps above if there is another ASES interface board in the cardfile to be
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