Siemens Saturn Iie Epabx General Description Manual

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SATURN IIE EPABX 
lnstallatlon Test Proccdurcs A30808-X5130-8120-1-8928 
Issue I, May 1986 
J46/P46 
J47/P47 
Figure 4.00 Location of Input Voltage Connectors 011 Basic Bockplnnc  
						

							SATURN IIE EPABX 
A30808-X5130-8120-1-8928 
nstallation Test Procedures 
Issue 1, May 1986 
i 
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I 
:42/?42 
J43/P43 
J44lP44 
Figure 4.0.1 Location cf Input Voltage Connectors on LTU Dackp!ane  
						

							SATURN IIE EPABX A30808-X5130-B120-l-8928 
Installation Test Procedures Issue 1, May 1986 
5.01 General. The SATURN IIE EPABX is a Stored-Program- 
Controlled (SPC) system. The system is shipped with two iden- 
tical floppy disks that contain the basic operating and the 
installation-dependent data. The operating program uses the 
installation-dependent data, commonly referred to as the sys- 
tem data base, to complete and process calls as required by 
the customer. This information includes such items as the 
number of station lines and trunks in the system, as well as 
their operating characteristics. 
The exact equipment configuration of the SATURN IIE Sys- 
tem must be defined in the data base in order for the system 
to operate properly. Depending on how the system is ordered, 
the data base is supplied in a standard format or, on request, 
can be supplied completely defined and prepared by Siemens. 
When the standard data base format is supplied, via the 
SATURN EPABX Data Base Preparation practice, the equip- 
ment configuration of the particular installation-site must be 
evaluated to determine if additional information must be ad- 
ded to the floppy disks. The floppy disks are updated via a 
service terminal. The procedures for defining the data base 
and inputting the data to memory are described in the 
SATURN EPABX Data Base Preparation practice and 
SATURN EPABX Customer Memory Update (CMU) Proce- 
dures practice. 
5.02 boadjng Operating D&a. After satisfactoriiy complet- 
ing the Power-Up/Output Voltage Tests in Section 4.00, the system’s operating program, contained on the floppy Uisks, 
is loaded into the FDD modules for the initial processor in- 
itialization. Both floppy disks are loaded, with either disk 
placed in either drive (FDDO or FDDI). Before proceeding with 
the loading procedures indicated in Table 5.00, the following 
precautions must be observed when handling the floppy disks. 
Figure 5.00 illustrates the floppy disk and storage envelope. 
a. Prior to using a floppy disk, leave disk in the same en- 
vironment as the FDD module for at least 5 minutes. 
b. Do not place heavy objects on floppy disk. 
c. Do not write on floppy disk. 
d. Do not touch floppy disk suriace while hand!ing. 
Damage to FDD head may occur due to skin oil pick- 
ing up dirt. 
e. Always return floppy dislc to storage envelope when it 
is not in use. 
5.03 Inputting CMU Data to F!oppy Disk. After satisfac- 
torily loading the operating disks as indicated in Table 5.00, 
refer to the SATURN EPABX Data Base Preparation practice 
which defines the particular system’s data base, and SATURN 
EPABX Customer Memory Update (CMU) Prccsdures prac- 
tice to input the installation-dependent da?a to memory 
Centering 1 
Hole 
Read/W 
Window Index 
Hole 
Protective 
Envelope 
I 
I 
Storage 
Envelope 
Figure 5.00 Floppy Disk and Storage Envelope  
						

							SATURN IIE EPABX A3080&X5130-B120-l-8928 
Installation Test Procedures Issue 1, May 1986 
WARNING 
Hazardous voltages exist within the equipment cabinet. Be e&e&y careful when 
performing testir;g/~roobleshooting procedur- LJ with the equ&ment panel(s) removed. 
Table 5.00 Loading Procedures for Operaling Disk 
;TEP 
PROCEDURE VERIFICATION !F VERIFICATION 
IS NOT OBTA!NED 
1 On the PSU, shown in Figure 5.01, 
place the FAtLURE TRANSFER 
switch in the AUTO position, 
2 Insert a floppy disk into slot opening 
of each FDD until it stops (Figure 5.02). 
NOTE: 
Either system disk may be placed in 
either FDD. 
3 Close FDD latch to secure floppy disk 
in place. 
4 Perform the following operations on 
the CIOP PCB (Figure 5.03). 
a) Connect service terminal to Set CIOP DlP switches (Figure 5.03) 
TTY connector on CIOP PCB for service terminal in use per Table 
(Figure 5.03). 5.01. 
b) Depress the reset switch locat- The following ihree messages should 
If a failure occurs during initia!ization, 
ed under the CIOP llY con- appear on the service terminal: the LEDs flash a binary value to indi- 
nectar. Use pencil or other cate loading error as described in Ta- 
nonmetallic object to depress 1) THE SIB SIDE IS READY FOR 
ble 5.02. 
the switch. 
USE 
Should any of the failures described 
2) READY TO START BOOT 
in Table 5.02 occur during processor 
LOADER initialization, remove the floppy disks 
3)“* BOOT LOADER COMPLETE”’ from FDDs and insert the spare flop- 
py disks into the FDDs. If no failures 
After the last message, the red cccur, the floppy disks previously re- 
STO-ST3 LEDs perform a cycling se- moved are defective. If the same 
quence and the green ACTV LED re- failure occurs, refer to ACTION 
mains lit. cOlumn in Table 5,02 
When the loading process is com- 
plete, the red LEDs stop cycling and 
one LED remains lit for a few se- 
conds, then cycling starts again. The 
green LED (ACTV) remains lit. 
If no failures occur during processor 
initialization, the four red LEDs display 
a code indicating that processor in- 
itialization has been completed and 
the processor is on-line. Concurrent- 
ly, the service terminal displays soft- 
ware version, date base version, patch 
level of disk software, site information 
and the prompt ENTER PASSWORD. 
If it is desired to perform CMU proce- 
dures or clear the alarm stack, enter 
the appropriate password. If the 
proper password is entered, a date- 
and-time prompt is displayed. If an in- 
correct password is entered, INVALID 
PASSWORD ENTERED is displayed. 
5-2  
						

							SATURN IIE EPABX A30808-X5130-0120-1-8928 
Installation Test Procedures lssuc 1, May 1936 
Table 5.00 Loading Procedures for Operating Disk (Continued) 
STEP PROCEDURE VERlFlCATlON IF VERIFlCAT!ON 
IS NOT OBTAINED ’ 
5 If the operating disks that were load- 
ed did not contain a Siemens-. 
prepared data base, refer to SATURN 
EPABX Data Base Preparation prac- 
tice to define the particular system 
data base, and the SATURN EPABX 
Customer Memory Update Proce- 
dures practice to input the installation- 
dependent data to the system 
memory. 
Table 5.01 CIOP DIP Switch Settings 
CAUTION: 
Before removing GOP PCB to set switches, place BASIC PS circuit brea!:er on lhe PSU 
to the off (c?own) position. After replacement of ClOP PCB, place circuit breaker back 
to the on (up) position. 
SWITCH 
NUMBER SWITCH ON (CLOSED) SWITCH OFF (OPZX) 
1 Maintenance/ Test Normal 
2 Not Used 
Not Used 
3&4 
Baud Rate (see note) Baud Rate (see no?e) 
5 One Stop Bit Two Stop Bits 
6 Odd Parity Even Parity 
7 
Parity Disabled Parity Enabled 
8 Seven Bits Eight Bits 
NOTE: The following are the baud rate combinations for switches 3 and 4. 
SW3 SW4 BAUD RATE 
OFF OFF 300 
ON OFF 1200 
OFF ON 
2400 
ON ON 9600 
5-3  
						

							I’ 
A30808-X5130-(3120-l-8928 
Issue 1, May 1986 
Table 5.02 LED Display Values for Loading Errors 
HEX 
CCDE ERRCR DETECTED 
0 
1 
2 
3 
4 
5 
6 
: 
D 
E 
F 
8 
9 
A 
I3 Start of self test not halted 
Main processor error 
EPROM checksum error 
MEM slot 0 low 64k test error 
8k by 8 static RAM test error 
IRAM memory test error 
ORAM memory test error 
SIB side error 
Global memory error 
Watchdog iimer error 
SIB serial loopback test error 
SIB counter timing test error 
Start boot process (self test done) 
Disk coniroller error 
Drive not ready error 
CRC retry errcrs exceed 8  ST0 
LED 
OFF 
:z 
OFF 
OFF 
OFF 
OFF 
OFF 
ON 
ON 
ON 
ON 
ON 
ON 
ON 
ON 
Notes: 
I 
ST1 
LED 
OFF 
OFF 
OFF 
OFF 
ON 
ON 
% 
ON 
ON 
ON 
%F 
OFF 
OFF 
OFF ST2 
LED 
OFF 
OFF 
ON 
ON 
OFF 
OFF 
% 
OFF 
OFF 
ON 
%F 
OFF 
ON 
ON ST3 
LED 
OFF 
ON 
OFF 
ON 
OFF 
ON 
OFF 
ON 
OFF 
ON 
OFF 
ON 
OFF 
ON 
OFF 
ON ACTION 
_._________-________ 
Note 1 
Note 1 
Notes 1 and 3 
Noie 1 
Note 1 
Note 1 
Note 1 
NOieS 1 and 3 
Note 1 
Note 1 
Note 1 
______-___--___-____-- 
Note ‘1 
Note 2 
Note 2 
1. Upon failure, retry loading procedure. If failure persists, replace CIOP PC3. 
2. Upon failure, retry loading procedure using another set of floppy disks. If failure persists, chcc!i/replace disk drives 
and then CIOP PCB, if necessary. 
3. If reload and CIOP PCB replacement (Noie 1) is not effective, replace memory PCBs starting from sloi 0 until failure 
is no longer present. 
Figure 5.01 Po*wr Sys?em Unit (Front View)  
						

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SATURN IIE EPABX 
Installation Test Procedures A30808-X5130-6120-1-8928 
Issue 1, May 1986 
LATCH 
OPEN 
LATCH 
CLoSED  
/ 
/ 
? 
25 
0 
WRITE 
PROTECT 
NOTCH 
FLOPPY 
/ DiSi’c 
Figure 5.02 Floppy Dish Loading Proceduics  
						

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SATURN IIE EPABX 
Installation Test Procedures A30800-X5130-6120-l-8928 
Issue 1, May 1986 
LED 
LED 
(Red) 
ST3 
LED 
ACTW 
r 
LED 
Connector 
Service 
Terminal 
‘witch 
Figure 5.03 CIOP Printed Circuit Coard 
5-6 (6 pages)  
						

							SATURN IIE EPABX 
A30808-X5130-BlZO-l-8920 
Installation Test Procedures Issue 1. May 1986 
6.01 General. After satisfactorily loading the cperating disk 
and inputting CMU data to system memory via a service ter- 
minal, the operational capability of the system must be veri- 
fied after the necessary MDF cross-connections are 
performed. The SATURN IIE System software contains a 
group of system and apparatus (ancillary equipment) diag- 
nostic test routines which are accessed via the maintenance 
phone. Resulting visual and/or audible responses from these 
on-line diagnostic 
tests make it possible to verify correct oper- 
ation or detect and isolate system and apparatus malfunc- 
tions. If in doubt about a SATURN PCB or apparatus 
maliunctioning, craft personnel should refer to the SATURN 
IIE EPABX Mainionance and Troubleshooting praciice for fur- 
ther details. If a SATURN PCB or apparatus is proven to be 
defective, craft personnel should proceed according to the 
instructions contained in the MRA kit. 
6.02 Connecticn of Maintenance Phcne and Modem. 
Figures 6.00 and 6.01 provide the details for the maintenance 
phone and modem initial MDF cross-connections. Figure 6.00 
also identifies the leads used when interfacing other main- 
tenance related equipment such as a power failure transfer 
subsystem and dry contact closures for remote minor and 
major alarm indications. Note that such equipment is 
customer-provided and craft personnel should follow the 
manufacturer’s instructions when installing them. To connect 
ihe maintenance phone and modem, the initial MDF cross- 
connections aie as follows: 
a. 
Maintenance Phone. At the MDF connecting block on 
which PSU cable J13 is terminated, cross-connect the 
T&R leads of pair number 1 (W/BL- BL/W) to the T&R 
leads of the subscriber line circuit assigned for main- 
tenance purposes (refer to Figure 6.00 for details). Note 
that this subscriber line circuit must be classmarked 
with the Maintenance Diagnostic Test (TESTDIAG) and 
Apparatus Test (TSTAPP) features. 
b. Modem. From the system T&R connecting block that 
allocates system MDF cable J44 from the basic shelf, 
cross-connect the T&R of pair number 24 (V/BR- BR/V) 
to the T&R leads of the subscriber line circuit to be used 
for modem application (refer to Figure 6.01 for details). 
The subscriber line circuit to be used for modem ap- 
plication must be assigned to a class of service in 
which the Data Line Security (DATASEC) classmark has 
been enabled. 
After the above initial MDF cross-connections have been 
performed, the DTMF telephone set to be used as the 
maintenance phone can be connected to the modular 
jack designated MTCE PHONE on the PSU if equipped 
with a standard modular plug, or connected at the MDF 
to the T&R leads of the associated subscriber line cir- 
cuit. Note that if a permanent maintenance phone is desrred in tho equipment, it may be installed neartho 
front of the cabinet, and cross-connected per Figure 6.02. 
6.03 MDF Cross-Connecting Procedures. After the main- ’ 
tenance phone and modem connections have been complet- 
ed, perform the necessary MDF cross-connections according 
to the equipment configuration plan. The following illusira- 
tions are provided to assist craft personnel in the MDF cross 
connections of peripheral interfacing devices: 
a. 
b. 
C. 
d. 
e. 
f. 
9. 
h. 
i. 
i 
k. 
I. 
m 
n. 
0. 
Figures 6.02 and 6.03 - Cross-Connections for rotary 
or pushbutton Single Line Telephone Instruments in- 
terfacing with SLMA-S and SLA16 PCBs, respectively. 
Figure 6.04 - Cross-Connections for Siemens Digital 
Telephone Interfacing with SLMD PCB. 
Figure 6.05 - Cross-Connections for SATURN Atien- 
dant Console. 
Figure 6.06 - Cross-Connections for Central Office 
(CO) and Direct Inward Dialing (DID) Trunks. 
Figure 6.07 - Cross-Connections for Two-Wire (Type I) 
E&M Tie Trunks. 
Figure 6.03 - Cross-Connections for Four-l”dirc (T]pe 
I) E&M Tie Trunks. 
Figure 6.09 - Cross-Ccnnections for T;:jo-Wire (T]pe I!) 
E&M Tie Trunks. 
Figure 6.10 - Cross-Connections for Four Wire (Type 
II) E&M Tie Trunks. 
Figure 6.11 - Cross-Connections for Recorded An- 
nouncement Equipment (DID and Tie Trunk Vacant 
Number Intercept, and ACD Announcement Service). 
Figure 6.12 - Cross-Connections for Coda Calling 
Equipment with or without Answerbaclc Capability. 
Figure 6.13 -Cross-Connections for DTMF Dial Dicta- 
tion Equipment. 
Figures 6.14 and 6.15 - Cross-Connections for Music- 
on-Hold Feature via a Music Source, interfacing with 
a TMBA4 and an SLMA/SLAlG PCB, respectively. 
Figure 6.16 - Cross-Connections for Zoned Paging 
Equipment With Answerback Capability. 
Figure 6.17 - Cross-Connections for Zoned Paging 
Equipment Without Answerback Capability. 
Figure 6.18 - Cross-Connections for Zoned Universal 
Night Answer (ZUNA or UNA) Signaling Equipment, 
6-l  
						

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SATURN IIE EPABX A30808-X5130-B120-l-B928 
lnstallatlon Test Procedures Issue 1, May 1986 
,-Syslein MDF Cable J13 
Cross-connect .to SLMA circuit designated 
for the maintenance telephone. 
1 PXFER (No&h Ooen1 
J , I 
PXFER (Normally Closed) Cross-connect to failure transfer 
relay(s) subsystem (customer- 
provided). 
\$$! > :tG TIP (Major-NC) 
> RING (Major Common) 
0 14 
D > FUBL TIP (Major-NO) Dry contact closures 
for remoie miner and 
major alarm indica- 
tions (customer- 
provided). 
Syslem Maiafcnancc Connecting Blsck 
Figure 6.00 Mainienance Phone and Mainienance-Related Cross-Conneciions 
System MDF Cable 144 from Basic Shelf 
rSystem T&R Connecting Block 
Cross-connect to SLMA circuit i 
designated for Modem application. ! 
Note: The cross-connections shown are used for the 
RAUP PCB. 
Figure G.01 Modem Cross-Connections