Mitel Sx-2000 Integrated Communications System Control Sheet Manual

							5 
’ SX-ZOOOSGICS 
COMMISSIONING 
Install Circuit Cards 
Ensure that the Main and Peripheral Control cards, the Peripheral Interface cards 
(PICs), and the Digital Service Unit (DSU) cards are installed in the correct card slots 
before loading the commissioning software. The following chart describes the card 
installation procedure for the SX-2000 SG (Chart 5-1) system. 
Chart 5-l Install Circuit Cards on the SX-2000 SG ICS 
Apply power 
to the system by setting the following 
circuit breakers to ON: 
mtenance Unit 
If the Plane A System Processor 
card does not begin self-test, or if 
errors are indicated on the numeric 
display, reinsert the card. If the 
card fails self-test a second time, 
Power-up self tests are only 
Leave all other cards (except filler 
Slots 1 through 24 on each shelf in 
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Chart 5-l Install Circuit Cards on the SX-2000SG ICS 
(continued) 
Step Action Comments 
a. Insert all Digital Service Units (DSUs) into their Refer to Figure 5-l. 
appropriate slots. 
Slots 29 through 32 on the Control 
Shelf. 
Additional DSUs may be installed 
in a DSU Shelf, if present. 
9. Go to Chart 5-2 for the procedure to load 
commissioning software. 
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(A) PEAPHERALSHELP 
1 2 3 4 5 6 7 8 810 11 12 13 14 15 16 17 18 18 20 21 22 23 24 25 26 27 23 28 30 31 32 33 
I 
PERlPHERAL INTERFACE CARDS I I 
I I 
PERIPHERAL 
SWlTCH 
12345s 7 8 8 10 11 12 13 14 15 16 17 18 18 20 21 22 23 24 25 26 27 23 28 30 31 32 33 
MAIN CONrFiOL COMPLEX MESSAGE SWITCH CIRCUIT SWKCH DlGKILSEB’lCE UNITS 
Notel. 
N&P. 
Note 3. 
Note 4(a). 
pg p 
Note 6: 
Note7. The minlmlon system omfiguration must have cards indicated by * symbd In&&d in shelves as dwn. 
Three versions ofthe predurge card exist: MC2S&IA, MC2808A and MC2SUAB. MC28346 isinstalled h dot 26, MC280AA 
kinstelledin dot32, andMCZE0BAcanbelnskOedinCan~ol Shdfdot26aPeipherd Shdfslot31. 
In later systemstie prsiwge card and the peripheral extender card are canbiied cn tie peripheral extender (MC304S&!. 
when this Is the case a flkr card o( a baknced twsceiver card Is Installed In dot 31. 
A Cotid RAM II card may be instdkd h place of four Contrd FlAh4 I cards. 
Conbol RAh4 II cardsmaynotbelnstelkdln slots11 Uuu 13. 
DigM Service Unltslots may be wapkd by TRX, Dsl, CP or CEPT ardsor filler plates. 
Balanced Transceivercardfa 16drcultwilch Bnk qfion. 
The MC20a4D is usad es the standard mm pro- in processor slots. However, the system prccesor may be an 
MC2wAB (SPJ a MC500AA (SP II);tntheMain Cot&d slot1 timaydso bean MC2C8 (SP III) or MC2llAA (MC ll). When in 
MC2WAB,MC208, MCZHAA, OT MC213 (CR II) is used, the MCPOlCB Bus Manager and MC202CA Memory Managec must 
beins+aUed. 
Figure 5-1 SX-2000 SG Card Configuration 
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load Commissioning Software 
5.2 The following chart details the steps required to install commissioning software on 
the SX-2000 SG system. 
Chart 5-2 Load Commissioning Software On Plane A 
step Action Comments 
1. Remove the “Wriie Protect” tab on the Commissioning The floppy diskette and the hard 
floppy diskette. disks are protected from 
corruption since by default when 
tests are run on these devices 
only designated test pages are 
accessed by them. 
2. Insert the commissioning floppy diskette in the floppy Turn the latch on the floppy disk 
disk drive. drive to lock the diskette in place. 
3. Press and hold the PANEL SWITCH ENABLE button The System Processor executes a 
on the Maintenance Panel, and press the PLANE A series of preloading tests. Refer 
LOAD SOURCE button. to Practice 9125-060-353NA, 
General Maintenance Information, 
Note: DO NOT remove the floppy diskette from the for a description of the processor 
floppy disk drive. Both System Processor cards card diagnostic tests. If errors 
are trying to access the disk driie. occur, loading halts and an error 
code is returned on the Main 
Controller numeric display. If an 
error should occur, repeat step 3. 
If the second loading attempt fails, 
refer to Practice 
9125~060-35O-NA, 
Troubleshooting Procedures. 
4. Check that the Maintenance Terminal returns the 
following message: 
SX-2000COMMlSSlONING IN PROGRESS 
(Date and name of load is output) 
TIME: 0O:OO:OO 
CONFIGURATION REPORT NOW BEING 
GENERATED 
5. Check that after a delay, the system outputs a Refer to Appendix A., Table A2-2, 
configuration report for control cards. for an example of a control card 
configuration report. 
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Chart !5-2 Load Commissioning Sofhvare On Plane A 
(continued) 
and reinsert the incorrectly 
configured card. Enter the 
CONFIG command to generate a 
new report. If the card still does 
ENTER SPACE TO 
TO RETURN TO COMMAND MODE> 
PERIPHERAL SWITCH HARDWARE 
CONFIGURATION IN PROGRESS 
owing message: 
Any commands entered at the Maintenance Terminal 
after this point require the Maintenance Terminal 
RETURN key be pressed. Any command entered 
hereafter is assumed to be terminated this way. to check the RAM refresh circuitry. 
If a RAM location loses its refresh, 
a bus error is likely to occur. The 
system returns a bus error 
message on the Maintenance 
Terminal, including the address at 
which the fault occurred. Note the 
address and refer to Practice 
9125-060-352-NA, Maintenance 
Messages, to determine which 
RAM card is faulty. Replace the 
riate card and restart this 
from step 3 before 
endix A., Table A2-6, for an 
le of EPRINTL command 
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Main and Subsystem Control Tests 
5.3 Main and Subsystem Control Tests are performed on the SX-ZOOOSG system as 
described in the following chart, 
Note: When the Main Control subsystem tests are run, the Mass Storage System is also 
tested.The ‘Write Protect” tab on the commissioning diskette should be removed prior to 
running these tests. The diskette is automatically protected from corruption, since the 
system knows where the load is located and will not overwrite it, even if the disk is 
UNPROTECTed. By default the system onlytests designated test pages on the hard disks 
in the PROTECT mode, but writes randomly over the entire disk in the UNPROTECT 
mode. In the case of initial software installations, where system software is not installed 
on the hard disks prior to shipping, the UNPROTECT command should be issued from the 
Maintenance Terminal. This performs a DESTRUCTIVE TEST on the hard disk unit. 
Destructive testing of the floppy disk unit does not require removal of the commissioning 
diskette from the drive, since the test does not affect the commissioning software stored 
on the diskette. 
Chart 5-3 SX-2000 SG Main and Subsystem Control Tests 
Step Action Comments 
1. Set the test program to test the Control Shelf cards by 
entering the following commands: 
STEST 
ETEST l-25 Suppress all testing. 
Enable testing of slots 1 - 25 on 
the active control shelf. 
2. Set the number of passes the test program will run to Optional: the defaut number of 
1 by entering the following command: passes is 1. 
PASS 1 
3. Start the test by entering the following command: Tests are executed from the lowest 
to the highest slot. 
TEST 
Disk tests are executed during 
If the test on a slot is successful, the system responds testing of slot 14. 
with: 
0O:OO:OO 000 TEST COMPLETE - NO ERRORS ON 
SLOT NUMBER xx (cabinet number) (shelf number) 
(test number) (pass number) 
and the system proceeds to test the next slot. 
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Chart 5-3 SX-2000 SG Main and Subsystem Control Tests 
(continued) 
Step Action Comments 
(c&t) if errors are detected, an error message is returned. if a card fails a test, remove and 
Refer to Appendix A. for a list of error messages. m-insert the failed card, and rerun 
the test on that slot by issuing the 
following command: 
TEST (slot number) 
if the card in question fails again, 
replace it. 
if the System Processor must be 
replaced, then the system must be 
restarted as described in 
Chart 5-2. 
Refer to 9125-060-35CLNA, 
Troubieshootiong, for further 
information. 
4. Go to Chart 54. 
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Peripheral Subsystem Tests 
5.4 The following chart details the steps required to perform peripheral subsystem tests 
on an SX-2OOOSG system. 
Note: If peripheral redundancy is not provided, references to Plane B should be ignored, except 
for the Peripheral Switch Matrix (PSM) card in slot 27. This card connects the Peripheral 
Subsystem Controllerto the Peripheral Interface cards in the second plane of a peripheral 
pair; i.e., the PSM in plane B is driven by the processor in plane A and the PSM in plane A 
is driven by the processor in plane B. 
Chart 5-4 SX-2000 SG Peripheral Subsystem Tests 
Step 
Action Comments 
1. Fully insert the Peripheral Bus Extender Cards in slot 
30 of Shelf 3 and Shelf 4. 
2. Set the following circuit breakers on the Control 
Cabinet PDU to ON: 
- Shelf 3 Power Converter 
- Shelf 4 Power Converter 
- Shelf 3 Loop Feed 
- Shelf 4 Loop Feed 
3. Fully insert the Plane A Peripheral Switch Control 
cards in the Control Cabinet as follows: Refer to Figure 5-l. 
- Peripheral Switch Matrix Cards: 
Shelf 3, Slot 28 Inserting the processor card 
Shelf 4, Slot 27 initiates the power-up tests on 
- Peripheral Subsystem Processor: Shelf 3, Slot 29 Plane A Peripheral Switch 1. The 
- Balanced Transceiver: Shelf 3, Slot 31 (if 16 Circuit numeric display shows each test 
Switch Link option is as it is performed. If an error 
provided) occurs, loading halts and an error 
- Balanced Transceiver: Shelf 3, Slot 32 code is returned on the display. If 
an error should occur, remove and 
reinsert the faulty card. If the 
second loading attempt fails, refer 
to Practice 9125-060-350-NA, 
Troubleshooting Procedures. 
4. Generate a configuration report for the peripheral 
shelves by entering the following command: 
PCONFIG 
The system responds with the following confirmation 
The system will generate the 
message: configuration report for the 
PERIPHERAL SWITCH HARDWARE peripheral shelves as described in 
CONFIGURATION IN PROGRESS Appendix A., Table A2-3. 
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Chart 5-4 SX-2000 SG Peripheral Subsystem Tests 
(continued) 
abinet Number DIP switch 
WARNING: DUPLICATE PERIPHERAL REPORTS 
RECEIVED FOR CABINET XX SHELF XX CHECK 
CAB. DIP SWITCH SElTINGS, ENTER  TO 
PRINT PERIPHERAL CONFIGURATION 
Begin testing the Peripheral Process 
Switch Matrix cards by entering the following 
Disable all tests previously enabled 
TEST 29 of the specified shelf and slot 27 
of the partner shelf of the pair. As 
each slot is tested, a test result 
message will be output. 
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							Chart 5-4 SX-2000 SG Peripheral Subsystem Tests 
(continued) 
Step Action Comments 
9. 
Test PlCs on Peripheral Shelf 3 by entering: 
STEST Suppress all previous testing. 
ETEST l-24 Enable testing of slots 1 - 24. 
TEST Test cards in slots 1 -24. 
If the test on a slot is successful, the system 
responds with: 
0O:OO:OO 000 TEST COMPLETE - NO ERRORS ON 
SLOT NUMBER xx (cabinet number) (shelf number) 
(test number) (pass number) 
and the system proceeds to test the next slot. 
If errors are detected, an error message is returned. Reinsert the card and test again. 
Refer to Appendix A. for a list of error messages. Replace any cards which fail the 
second test. 
10. Begin testing of PlCs on Shelf 4 by entering: 
SHELF 1,4 Move to Shelf 4 in Cabinet 1. 
STEST Suppress all previous testing. 
ETEST l-24 Enable testing of slots 1 - 24. 
TEST Test cards in slots 1 - 24. 
The system responds as in step 9, and then proceeds If errors are detected, error 
to the next slot. messages are returned. Reinsert 
the card and test again. Replace 
any cards which fail the second 
test. 
11. If the system is equipped for Peripheral Control Set the test program to test 
Redundancy, after setting the appropriate circuit another shelf by entering the 
breakers, repeat Steps 1 to 10 for Plane B of the command: 
Peripheral Shelf pair. 
SHELF (cabinet number), 
(shelf number) 
12. Repeat Steps 1 to 11 for any additional shelf pairs. 
13. Type SHELF to return to  prompt. 
14. Go to Chart 5-5. 
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