_ FCO DS-630Q2-F001, Problem between Dispatcher cable & switched cable ______________________________________________________________________________ | DIGITAL FCO CATEGORY PAGE 1 | | [F] OF 15 | |______________________________________________________________________________| | FIELD CHANGE ORDER NUMBER: DS-630Q2-F001 | |______________________________________________________________________________| | APPLICABILITY: | | This FCO should be installed on all MIRA systems shipped before 03-July-1989 | | (Continued on Page 2) | | | | | |______________________________________________________________________________| | PROBLEM & SYMPTOM: Cross-talk problem between Dispatcher cable and switched | | cable. Revision incompatibility problem between M7764-00 and M7763-00 module | | (Continued on Page 3) | |______________________________________________________________________________| | SOLUTION: See Page 3. | | | | | |______________________________________________________________________________| | QUICK CHECK: See Page 3. | | | | | |______________________________________________________________________________| | PRE/COREQUISITE FCO: None | MTTI HRS | | | | | | 3.5 Hrs | |___________________________________________________________________|__________| | TOOL/TEST EQUIPMENT: None | | | | | |______________________________________________________________________________| | FCO PARTS INFORMATION | |______________________________________________________________________________| | FCO KIT NO. | DESCRIPTION OF CONTENTS | EQ KIT VARIATION | |______________|____________________________________________| APPLICABILITY | | EQ-01568-02 |(2) M7763-00 Modules, (4) M7764 Modules, | | | |(2) 70-27118-03 Cables, (2) 70-27118-06 Cables N/A | | FA-04882-01 |FCO Document | | |______________|____________________________________________|__________________| | FCO CHARGING INFORMATION | |______________________________________________________________________________| | WARRANTY/CONTRACT || NONWARRANTY/NONCONTRACT | |___________________________||_________________________________________________| | ON-SITE | OFF-SITE || ON-SITE | OFF-SITE | MATERIAL ONLY | |_____________|_____________||_____________|_____________|_____________________| |TRAVEL/| EQ | | EQ ||TRAVEL/| EQ | | EQ |ORDER-ADMIN,HANDLING | |INSTALL| KIT |INSTALL| KIT ||INSTALL| KIT |INSTALL| KIT |PKG,SHIPPING & EQ KIT| |_______|_____|_______|_____||_______|_____|_______|_____|_____________________| | DEC | DEC | DEC | DEC || CUS | CUS | CUS | CUS | CUS | |_______|_____|_______|_____||_______|_____|_______|_____|_____________________| | APPROVALS | |______________________________________________________________________________| | CSSE | FSHQ LOGISTICS | FS PRODUCT SAFETY | |J-Claude Chalumeau | | Bob Brister | |___________________|____________________________|_____________________________| | CSSE MANAGER | FS. MICROFICHE LIBRARIES | FCO RELEASE DATE | | Guy Caillaud | | 01 APR 1990 | |___________________| |_____________________________| | MICROMEDIA | | FCO REVISION | | Diane MacDonald | | A | |___________________| |_____________________________| | POPULATION | | PARTS AVAILABILITY | | | | | |___________________|____________________________|_____________________________| _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 2 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ Applicability: (Continued from Page 1) All MIRA systems, Revision A1 or A2, with the following part numbers are affected: o DS-630Q2-A2/A3 This FCO is also required for Special Customized MIRA systems (not always referred to with the part numbers listed above), that use the MIRA logic modules M7763 and M7764 at Revision D or below. This FCO incorporates ECO's M7763-AE006, M7764-AE004, DS630QZ-AE004. This FCO also provides all the functionality enhancements made in the following ECO's: o M7763-AE004 Implement DC LOW o M7764-AE003 add LM339 to drive DCOK (DC LOW) o M7763-AE005 etch re-layout to suppress extra wires Implementation: Planned call, as the whole system must be shutdown, and the customer application must be stopped to install this FCO. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 3 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ Problem/Symptoms: (Continued from Page 1) Intermittent data corruptions happen when testing switched KMV1A with MDM Diagnostics in MIRA Systems. The data was corrupted by cross-talk between cables generated by the BC05L cable between the MIRA watch-dog Module (M7763-00) and the dispatcher module (M7764-00). A re-layout of the two modules M7763-00 and M7764-00 has been necessary to adapt the impedances between these modules. Both M7764 and M7763 become Revision E with the new etch. A new cable 70-27118 has been designed to replace the BC05L cable. The new modules M7763 and M7764 at Rev E cannot be used with the previous Revision D or below. Solution: (Continued from Page 1) Replace all modules M7763 and M7764 at Revision D or below by new modules at Rev E and replace BC05L dispatcher cables at one time. Quick Check: (Continued from Page 1) If all the cables on the watch-dog module M7763-00 are flat cables, this FCO is required. If you find a round cable (70-27118-03) connected to the M7763, the module is at the correct Revision (E), and the FCO is not required. NOTE: This can be checked in both Systems A or B, as they must be identical in terms of revision levels of M7763. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 4 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ INTERCONNECTION OF MIRA MODULES (SYSTEM A only is shown) --------------------------------------------------------- WATCH DOG MODULE TO BE REPLACED COMPUTER A -------------------------- CPU BOX SLOT 3 / M7763 / / +-------+ / / | J2 | / / +-+---+-+ / / | +--------------+ / | 70-23890-03 | / +--------------+ | / / | | / / | | / +-------+ / | | / | J1 | / | | / +-+---+-+ / | | ---------------| +------------------+---+------------+ | BC05L-03 Replaced by 70-27118-03 cable +----------------------+---+--------+ | | | | | | | | | | | | | DISPATCHER MODULE TO BE REPLACED | | | | | | | | SWITCHING -----------------| |--------| |------------ BOX A / M7764 | | | | / SLOT 1 / | |+-----+++---++ / / | || J6 || J5 | / / | |+-+-+-++-----+ / / | | | |_____________________ / | | | BC05L-06 replaced / | | +----------------------- / | | by 70-27118-06 / +-----+ +-----+ ++---++ +-----+ to M7764 J5 / | J4 | | J3 | | J1 | | J2 | Expansion Box / ++---++ ++---++ +-----+ ++---++ (Large MIRA / | | | | | | / only) __________| |____| |_______________| |____/ | | | | | | | | | | | | 70-23891-03 70-23892-03 70-23893-03 TO DISPATCHER M7764 TO THROUGH PASS TO ALARM PANEL IN OTHER SYSTEM CONNECTOR (TWISTED HALF TURN) (TO FRONT PANEL) _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 5 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ FIELD INSTALLATION AND TEST PROCEDURE FOR FCO DS-630Q2-F001 ----------------------------------------------------------- Preliminary Recommendations : ---------------------------- This FCO replaces all watch-dog, dispatchers modules and BC05L cables attached to these dispatchers. This replacement requires the complete MIRA to be powered down. Before making any modifications to the system, insure both MIRA systems have no hidden faults in their hardware. The best way to check complete MIRA system integrity is to ask the System Manager or User to run the MIRA TEST command and if the test is successful, to make a MIRA SWAP with his application. If the system has a fault somewhere, do not attempt to implement this FCO, but fix the system first. The interconnection of the modules and cables to be replaced is shown on Page 4. The test procedures under VMS are separate and given on Page 11. The watch-dog link cable (70-23891-03) between the A and B Systems, connected on J4 of M7764 modules in switching boxes 0, is a half-turn between both systems. It is wise to mark the upper side on both ends of this cable before disconnecting. There are some "traps" with in MIRA behavior for non-aware persons during use of diagnostics. See Test procedure on Page 10 for details. =========== **WARNING** =========== The customer might have modified the SYSTARTUP.COM to include the startup of MIRA software. Some processes require undetermined time to start, and could cause TIME-OUT when the software MIRA is started. To avoid this potential problem of MIRA time-out when you will reboot the Operating System, you must check the SYSTARTUP.COM on both System A and B before you stop the system. If MRA$STARTUP is included in the system startup command file, modify the SYSTARTUP file and put the MIRA start command (@SYS$MANAGER:MRA$STARTUP) as a comment line. You must do these checks and modifications on both Systems A and B. This will allow you to start MIRA software manually and check the system as described on Page 11 after you have installed the FCO. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 6 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ Field Installation ------------------ Pre-test of system ------------------ 1. Check the SYSTARTUP files on both systems as described in the **WARNING** on Page 5. Modify the files if necessary and ask the System Operator to stop the application. Installation of this FCO needs to stop both Systems A and B, as it will later require removing of BC05L-06 cable in the FCC pipe on large systems. 2. Run MIRA test on System A and System B (see test on Page 11). 3. If MIRA test is successful on both systems, issue a SWAP at operator console. If MIRA SWAP fails, do not attempt to install this FCO. Refer to MIRA Installation and Maintenance Guide EK-MIRAI-MM. 4. Stop MIRA on both systems using MIRA STOP DCL command. (standby first, then Master) 5. Shut down the system by executing the Shutdown Command Procedure. $ @SYS$SYSTEM:SHUTDOWN on both systems. FCO Hardware Installation ------------------------- 6. Power-off Instructions -After the system has been powered-down, Switch off both CPU A and B with Front Panel CPU switches. Place the two Circuit Breakers for System A at the top of cabinet and System B at the bottom of cabinet, in the "OFF" (0) position. -Wait five minutes to allow the capacitors to bleed down. 7. Use ALL ESD safety precautions to prevent DOA modules in upgrade kit. 8. Utilize static strap. Unpack FCO material. 9. On System A (Top system): 10. Open the Unswitched I/O panel door. 11. Remove the M7763-00 module from slot 3. Note switch settings. 12. Disconnect cable BC05L-03 from connector J1. 13. Mark orientation and disconnect cable 70-23890-03 (20 pins) from connector J2. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 7 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ 14. Take the new module M7763-00 at Rev. E and reconnect the cable 70-23890-03 (20 pins) into connector J2. 15. Connect the new round cable (3 feet) 70-27118-03 into J1 of the M7763 module (note mark on connector upper side). 16. Set CSR and Vector address switches as on the old M7763 module. (See switch settings on Page 14, if necessary). 17. Plug the new M7763-00 into slot 3 of CPU box. 18. Route the new round cable 70-27118-03 to the switching box 0. (It will go to the dispatcher M7764 in slot 1 of this box). 19. Remove the dispatcher module M7764-00 from slot 1 of switching box 0. Note the switch position E5 on the left of the board. (See switch settings on Page 14, if necessary). 20. Disconnect cables from connectors J5, J6, J2, J1, J3, J4. 21. Reconnect cables on the new M7764-00 rev E module on connectors J2, J1, J3, J4. Note cables orientation especially J4 (watch dog link). 22. Replace the BC05L-03 cable from the M7763-00 by the round cable (3 feet) 70-27118-03. Connect it to J5 (right hand side) of the M7764 module. Note that J5 and J6 locations can vary on previous revisions modules (A, B, C or D). 23. Remove the BC05L-03 flat cable from the system, store it for return to logistics. 24. Connect the new second round cable (6 feet) 70-27118-06 in connector J6 of the M7764 module. Although this new cable is thicker than flat one, it fits between module and top of the box. 25. Set up the switches E5 as they were on the old M7764 module. 26. Plug the M7764 Module in the backplane. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 8 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ 27. Open the expansion cabinet, open the Top I/O panel. 28. Extract the M7764 module from slot 1 of the extension switch box 1. 29. Note the switch position at location E5. 30. Disconnect the flat cable BC05L-06 from connector J5 or J6. 31. Remove this BC05L-06 cable from the FCC pipe between both cabinets. Store it for return to logistics. Be careful not to disconnect other cables when removing this cable from the FCC pipe. 32. Route the new round cable 70-27118-06 from the M7764 dispatcher J6 connector (the left hand one) in the CPU cabinet through the FCC pipe to the top extension switch box of the second cabinet. Be careful not to disconnect other cables. 33. Remove the second M7764 Rev. E module from the EQ kit. 34. Connect the round cable 70-27118-06 to the J5 connector (on the right hand side of the M7764 module). 35. Set up E5 switches as they were on the old modules. 36. Plug the M7764 module into slot 0 of the switching box. Although this new cable is thicker than flat one, it fits between module and top of the box. 37. Insure all the cables are properly set up in the box. 38. Close the I/O panel box of the expansion cabinet. 39. Go to the main CPU cabinet. Close I/O Panel. 40. Check if all cables are properly set up. Close the CPU panel. 41. You can now Power Up system A. Observe the CPU self test sequence. (It is possible to see a double boot during self tests, this is not a failure, the second pass must be OK, proceed to next step). 42. Start loading of diagnostics on the CPU A. 43. Once the diagnostics are loading, you can start the FCO installation on System B. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 9 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ Upgrade System B ---------------- 44. Repeat the similar procedure for system B to replace M7763 and M7764 modules and cables. Using the same recommendations as as mentioned from Step's 10 through 40. 45. Do not power-on System B immediately. Testing MIRA with Diagnostics ----------------------------- 46. Test System A with MDM Diagnostics. Once the diagnostics are loaded, you can power-up System B and start loading diagnostics on System B. 47. Running system exerciser tests in verify mode on both systems A and B is normally sufficient. During MIRA tests check warning messages, to insure switching boxes and switching modules are correctly seen by the MIRA Diagnostics. See Diagnostics for details on Page 10. 48. When Diagnostics have been run successfully, power-off both Systems A and B to reset the entire system. Testing MIRA under VMS ---------------------- 49. Power-on both Systems and Boot the Operating System on both CPU's. WARNING: After FCO installation the MIRA Software will fail if only one CPU is booted with Operating system. 50. Log in as system operator. 51. Test MIRA as described in MIRA Testing procedure on Page 11. 52. Modify the SYSTARTUP files if necessary and ask the System Operator to restart his application. Complete site Administration ---------------------------- 53. Update the module revisions to E1 and system revision level to A3 on the MIRA configuration sheet in the cabinet. 54. Package the material in the same ESD boxes and close boxes. 55. Update the Site Management Guide to reflect this FCO. 56. Report this FCO activity on the LARS in the "Fail Area/ Module/FCO/Comments" as per example on Page 15. 57. Return the old material ASAP to Logistics Center _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 10 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ MIRA STANDALONE DIAGNOSTICS using MDM --------------------------------------- For the FCO installation test purpose it is sufficient to run Exerciser Test in Verify Mode. As non-switched options and switched options cabling is not modified, there is no need to test the system with external loopbacks. The MIRA functional tests provide informations that must be carefully checked after installation of this FCO. They are given by warnings and information messages: o The switch boxes not present or recognized by the test are noticed by warning messages. As you have a large MIRA with two boxes you must not have any warning for switching boxes. o The switching modules present in the system must all be listed with messages like: "switching module address 1 present in Box 0 " Additional information on Alarm are given too. WARNING only if you need to run in SERVICE MODE ----------------------------------------------- DO NOT ATTEMPT TO RUN TEST IN SERVICE MODE UNLESS YOU SUSPECT CABLING PROBLEM on Alarm Panel, MIRA Control Panel, or switched option. MIRA MDM diagnostics, when they are use in SERVICE MODE differs considerably from usual Diagnostics Test. In practice all the tests need the use of the MIRA utilities to close or open switches. MDM releases below release 128 need use of MDM in command line mode or special set up for Menu mode described in MIRA release notes EK-MIRAI-RN-001. System Exerciser Test --------------------- Do not attempt to use it with loopback at I/O panel level, if you are not familiar with MIRA tests with switched options. This test needs to close the MIRA switches using MIRA utilities, before you start exerciser. MIRA tests are organized into groups of subtests (see Maintenance Manual, EK-MIRAI-MM, Chapter 3.7.6). Two major modes are available: INSTALLATION MODE: When both systems are not booted with Operating System. Use preferably this mode to check the system for FCO if necessary. MAINTENANCE MODE: One system is running application, stand alone diagnostics on the other. In this mode the MIRA diagnostics communicates with MIRA Driver of the Master system to check availability of the switches. _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 11 OF 15 |_|_|_|_|_|_|_| | _______________________________|_________________________________________ MIRA TESTING PROCEDURE UNDER VMS (Typical check when starting a MIRA system, useless messages have been deleted) Username: SYSTEM Password: Welcome to VAX/VMS V4.7A $ @MRA$STARTUP *-* MIRA Driver loaded *-* $ MIRA MIRA> SHO VERSION MicroVAX MIRA Switch Control Software Version 2.1-B MIRA> SHOW Local System State : MASTER Remote System State : UNKNOWN Swap State : ENABLED Dc Low State : DISABLED Local Timer Value : .3 s Clock Synchronization : DISABLED Module Module State Switch Map 0 DISC/NOSWITCH UNASSIGNED 1 CONNECTED SAME 2 CONNECTED SAME 3 CONNECTED SAME 4 CONNECTED SAME 5 DISC/NOSWITCH UNASSIGNED 6 DISC/NOSWITCH UNASSIGNED 7 DISC/NOSWITCH UNASSIGNED 8 DISC/NOSWITCH UNASSIGNED 9 DISC/NOSWITCH UNASSIGNED 10 DISC/NOSWITCH UNASSIGNED 11 DISC/NOSWITCH UNASSIGNED Total Connected: 4 Total Assigned: 4 MIRA> TEST Local loop test : OK Remote loop test : OK Watchdog link connected Switching box 0 connected Switching box 1 not connected Front panel connected Alarm I/O panel connected Module Test Status 0 FAIL/NOSWITCH DISC/NOSWITCH 1 OK CONNECTED 2 OK CONNECTED 3 OK CONNECTED 4 OK CONNECTED 5 FAIL/NOSWITCH DISC/NOSWITCH 6 FAIL/NOSWITCH DISC/NOSWITCH 7 FAIL/NOSWITCH DISC/NOSWITCH 8 FAIL/NOSWITCH DISC/NOSWITCH 9 FAIL/NOSWITCH DISC/NOSWITCH 10 FAIL/NOSWITCH DISC/NOSWITCH 11 FAIL/NOSWITCH DISC/NOSWITCH _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 12 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ MIRA TESTING PROCEDURE UNDER VMS (continued) MIRA> SHO Local System State : MASTER Remote System State : STANDBY Swap State : ENABLED Dc Low State : DISABLED Local Timer Value : .3 s Clock Synchronization : DISABLED Module Module State Switch Map 0 DISC/NOSWITCH UNASSIGNED 1 CONNECTED SAME 2 CONNECTED SAME 3 CONNECTED SAME 4 CONNECTED SAME 5 DISC/NOSWITCH UNASSIGNED 6 DISC/NOSWITCH UNASSIGNED 7 DISC/NOSWITCH UNASSIGNED 8 DISC/NOSWITCH UNASSIGNED 9 DISC/NOSWITCH UNASSIGNED 10 DISC/NOSWITCH UNASSIGNED 11 DISC/NOSWITCH UNASSIGNED Total Connected: 4 Total Assigned: 4 MIRA> TEST Local loop test : OK Remote loop test : OK Watchdog link connected Switching box 0 connected Switching box 1 not connected Front panel connected Alarm I/O panel connected Module Test Status 0 FAIL/NOSWITCH DISC/NOSWITCH 1 OK CONNECTED 2 OK CONNECTED 3 OK CONNECTED 4 OK CONNECTED 5 FAIL/NOSWITCH DISC/NOSWITCH 6 FAIL/NOSWITCH DISC/NOSWITCH 7 FAIL/NOSWITCH DISC/NOSWITCH 8 FAIL/NOSWITCH DISC/NOSWITCH 9 FAIL/NOSWITCH DISC/NOSWITCH 10 FAIL/NOSWITCH DISC/NOSWITCH 11 FAIL/NOSWITCH DISC/NOSWITCH _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 13 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ MIRA TESTING PROCEDURE UNDER VMS (continued) MIRA> SWAP MIRA> SHO Local System State : STANDBY Remote System State : MASTER Dc Low State : DISABLED Local Timer Value : .3 s Module Module State Switch Map 0 DISC/NOSWITCH UNASSIGNED 1 DISCONNECTED SAME 2 DISCONNECTED SAME 3 DISCONNECTED SAME 4 DISCONNECTED SAME 5 DISC/NOSWITCH UNASSIGNED 6 DISC/NOSWITCH UNASSIGNED 7 DISC/NOSWITCH UNASSIGNED 8 DISC/NOSWITCH UNASSIGNED 9 DISC/NOSWITCH UNASSIGNED 10 DISC/NOSWITCH UNASSIGNED 11 DISC/NOSWITCH UNASSIGNED Total Connected: 0 Total Assigned: 4 MIRA> TEST Local loop test : OK Remote loop test : OK Watchdog link connected Switching box 0 connected Switching box 1 not connected Front panel connected Alarm I/O panel connected Module Test Status 0 FAIL/NOSWITCH DISC/NOSWITCH 1 OK DISCONNECTED 2 OK DISCONNECTED 3 OK DISCONNECTED 4 OK DISCONNECTED 5 FAIL/NOSWITCH DISC/NOSWITCH 6 FAIL/NOSWITCH DISC/NOSWITCH 7 FAIL/NOSWITCH DISC/NOSWITCH 8 FAIL/NOSWITCH DISC/NOSWITCH 9 FAIL/NOSWITCH DISC/NOSWITCH 10 FAIL/NOSWITCH DISC/NOSWITCH 11 FAIL/NOSWITCH DISC/NOSWITCH MIRA> EXIT Do not forget to reactivate the MIRA start into the SYSTARTUP files if you have modified these files. ****** END OF TEST SYSTEM IS READY FOR APPLICATION USE ****** _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 14 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ MIRA SWITCH SETTINGS M7764-00 DISPATCHER MODULE (SWITCH LOCATION E5) ---------------------------- Main Cabinet (Switching Box 0) _______________________ | 3 | 2 | 1 | 0 | Bit ------------------------- | ON | OFF | OFF | OFF | Switch Setting Main Cabinet ------------------------- E5 E5 E5 E5 1 2 3 4 Switch Number Expansion Cabinet (Switching Box 1) _______________________ | 3 | 2 | 1 | 0 | Bit ------------------------ | OFF | ON | OFF | OFF | Switch Setting Main Cabinet ------------------------ E5 E5 E5 E5 1 2 3 4 Switch Number M7763-00 WATCHDOG MODULE ------------------------- Vector Address location E24 example (400) MSB LSB Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Switch E24 E24 E24 E24 E24 E24 E24 1 2 3 4 5 6 7 OFF ON OFF OFF OFF OFF OFF CSR Address location E33 example (767000) MSB LSB Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Switch E33 E33 E33 E33 E33 E33 E33 E33 E33 E33 1 2 3 4 5 6 7 8 9 10 OFF ON ON ON OFF OFF OFF OFF OFF OFF _ _ _ _ _ _ _ | FCO DS-630Q2-F001 | | | | | | | | | |d|i|g|i|t|a|l| | PAGE 15 OF 15 |_|_|_|_|_|_|_| | | _______________________________|_________________________________________ LARS CATEGORY F USA GIA EUROPE Activity - (a)Contract and Warranty W U Y (b)IN-DEC Contract K Hardware Segment Code 111 Non Contract/Non Warranty F F F (c)RTD/Off-site Agreement F Product Line 16 DEC Option DS-630Q2-XX DS-630Q2-XX DS-630Q2-XX Type of Call M M M Action Taken D D I Fail Area-Module-FCO-Comments MIRA-F001 MIRA-F001 MIRA-F001 Material Used EQ-01568-02 EQ-01568-02 EQ-01568-02 (a) Warranty Optimum, Warranty Standard and Warranty Basic (on-site) Agreements. (b) Applies to INDEC AREA ONLY - Warranty Optimum, Warranty Standard and Warranty Basic (on-site) Agreements. (c) RTD=Return to Digital or Off-site Agreements; If Field Engineer On-site, use Activity Code "F". \^ 630Q2 \\630Q2 \\DS-630Q2 \\CHALUMEAU \\1990 \\APR \\FCO_DOCS