Vodavi Starplus Hybrid Key Telephone System Installation Manual

							Digital Key Telephone Systems 
STARPLUS@ SPD 1428 & 2858 
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665-l 8 
Issue 1, November 1991  
						

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&sue 1, November 1991 
665-l 9  
						

							, 
Digital Key Telephone Systems STARPLUS@ SPD 1428 & 2858 
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665-20 Issue 1, November 1991  
						

							STARPLUS@ SPD 1428 & 2856 
Digital Key Telephone Systems 
2856 Digital Key-System 
Eng. Ver. O.lH 
DATE: MM/DD/Y!t TIME: HH:MM:SS 
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Figure 665-8 DB Printout of LCR Tables (Cont’d) 
Issue 1, November 1991 
665-21  
						

							Digital Key Telephone Systems sTARPLUS@ SPD 1428 & 2856 
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Figure 665-9 DB Printout of LCR Tables (Cont’d) 
66522 Issue 1, November 1991  
						

							sTARPLUS@ SPD 1428 & 2856 Digital Key Telephone Systems 
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Figure 665-10 DB Printout of LCR Tables (Cont’d) 
Issue 1, November 1991 665-23  
						

							Digital Key Telephone Systems STARPLUS@ SPD 1428 & 2856 
System Data Base Printouts (Cont’d) 
1. Printing Entire System Data Base 
Programming Steps 
If a complete printout of the entire data base in 
desired: 
1. Press the ENTIRE SYSTEM flexible button 
(Button #8). The following will be shown on the 
display phone: 
2. To print the entire data base, press the HOLD 
button. The display will update to indicate what 
portion of the data base in being printed. Description 
With a printer connected to the RS-232C port, of the 
CPB, the currently stored customer data base can 
be printed or “uploaded” into a file. This command 
allows the entire data base to be “dumped” as a 
permanent record which can serve as a hard copy 
of the data base. 
The system Baud rate must match that of the printer 
or receiving device. 
Printing the entire data base takes a while to print. 
The data base is printed in the following order: 
l All System Parameters 
0 All CO Line programming (CO Lines 01-28) 
0 All Station attributes (Stations 100-l 55) 
l All Group No (UCD, Hunt, VM) 
* Toll Tables (allow, deny and special tables) 
l System Speed Dial Numbers (bins 20-99) 
l LCR Tables 
Default: None 
Related Programming: SMDR Programming for 
setting the baud rate or the RS232C port. 
When the system has finished sending the entire 
data base to the printer, confirmation tone will be 
heard. 
665-24 Issue 1, November 1991  
						

							STARPLUS@ SPD 1428 & 2858 
Digital Key Telephone Systems 
SECTION 700 
SYSTEM CHECKOUT 
700.1 INTRODUCTION 
700.3 POWER UP SEQUENCE 
Prior to actual power up and initialization, the Star- 
The power up sequence involves the proper applica- 
plus Digital (SPD) Key Telephone System should be 
tion of AC power to the System, and CPB LED’s. A 
checked over to avoid start up delays or improper 
successful power up is assured if the installation 
loading. A step-by-step checklist is provided for this 
checklist has been followed. 
purpose. 
1. 
700.2 PREUMINARY PROCEDURES 
1. 
2. 
3. 
4. 
5. 
2. Make sure that the Basic Key Service Unit 
(KSU) is properly grounded. 
Verify that all PCB’s are firmly plugged into the 
correct card slot positions or expander modules 
are firmly seated onto their connectors. 
Inspect the MDF for shorted wiring and im- 
proper polarity that would affect the Digital Ter- 
minal or DSS console. 3. 
4. 
5. 
Make certain that the nicad battery is set to 
“ON”. (SPD 2856 only) 
Make sure that plug-ended MDF cables con- 
nected to the KSU are secure and are plugged 
into the correct position. Plug the AC power cord of the Key Service Unit 
into the dedicated 117V ac outlet. 
Turn the power switch of the KSU to ON. 
The CPB has one (1) red LED located on the 
front of the CPB card. 
If the power up is suc- 
cessful, the red LED will flash. 
Press the reset button on the CPB. The above 
CPB LED indication will repeat. 
The system is ready for programming. If any 
problems have occurred, Refer to Section 800, 
Maintenance and Troubleshooting. 
Table 700-l Power Supply Tests 
VOLTAGE VOLTAGE 
TEST POINT 
DESIGNATIONS 
READING LOCATION REMARKS 
117VAC +117 VAC fl 0% Commercial Power 
Source 
7he power supply is preset at the time of manufacturing, but should be checked at system initialization with a 
digital volt meter having an accuracy of +l%. 
ONICS,, lnc:. 
Issue 1, November 1991 700-l  
						

							SECTION 800 
MAINTENANCE AND TROUBLESHOOTING 
800.1 PRINTED CIRCUIT BOARD (PCB) 
TROUBLESHOOTING CHARTS 
Table 800-l SPD 1428 Basic KSU 
FUNCTION 
1 .Central Processor 
board (CPB) to control 
system operation. 
2.Read Only Memory 
(ROM) with factory set 
instructions. 
3.Random Access 
Memory (RAM) 
protected by a nicad 
battery. 
4.Halt switch for manual 
system restart. 
5. Provides RS-232C 
port for SMDR and 
Terminal/Remote 
Programming. 
6. Contains on-board 
300 baud modem for 
remote system access. 
7. Provides all system 
tones such as ICM dial 
tone and busy tone, etc. CONTROL OPTIONS 
I/O Module 
1200 Baud Modem 
Switch settings for 
EPROM Memory Size 
(See Table below) 
J26 Jumper for setting 
RAM Memory Size 
(See Table below) FAULT OPTIONS 
1 .Complete system 
failure. 
2.Erroneous call 
processing. 
3.lnoperative features in 
system operation. 
4.Paftial failures in 
system operation. 
5Continual system 
restarts. 
6,Failure of SMDR. 
7.Loss of unique 
customer data- base 
programming. 
Table 800-2 SPD 1428 EPROM Memory Size 
SIZE OF CHIPS EPROM MEMORY SIZE 
Table 800-3 SPD 1428 Static RAM Memory Size 
SIZE OF CHIPS 
(in Bits) 
256 Kbit chips 
(256K chips) 
1 Megabit chip 
(2048 chips) 
4 Megabit chips 
(4096 chips) J26 
JUMPER EPROM MEMORY SIZE 
POSITION (in bytes) 
2-3 2 - 256K chips = 64K bytes 
4 - 256K chips = 128K bytes 
2-3 2 - 1 Meg chips= 256K bytes 
4 - 1 Meg chips= 512K bytes 
2 - 4 Meg chips= 1024 bytes 
l-2 
4 - 4 Meg chips= 2048K bytes 
Issue 1, November 1991 800-l  
						

							Digital Key Telephone Systems %ARPLUS@ SPD 1428 & 2856 
Table 800-4 SPD 2856 Central Processing Board (CPB) 
FUNCTION 
1 .Central Processor 
board (CPB) to control 
system operation. 
2Read Only Memory 
(ROM) with factory set 
instructions. 
3Random Access 
Memory (RAM) 
protected by a nicad 
battery. 
4.Halt switch for manual 
system restart. 
S.Provides RS-232C 
port for SMDR and 
Tem-rinaVRemote 
Programming. 
6. Contains on-board 
300 baud modem for 
remote system access. 
7. Provides all system 
tones such as ICM dial 
tone and busy tone, etc. CONTROL 
OPTIONS FAULT OPTIONS 
1 .Complete system 
failure. 
2.Erroneous call 
processing. 
3.lnoperative features in 
system operation. 
4.Partial failures in 
system operation. 
5Continual system 
restarts. 
6,Failure of SMDR. 
7.Loss of unique 
customer data- base 
programming. 
Table 800-5 SPD 2856 CPB Static RAM Memory Size 
SIZE OF CHIPS 
(in Bits) 
1 Megabit chip 
(2048 chips) 
4 Megabit chips 
(4096 chips) EPROM MEMORY SIZE 
(in bytes) 
2 - 1 Meg chips= 256K bytes 
4 - 1 Meg chips= 512K bytes 
2 - 4 Meg chips= 1024 bytes 
4 - 4 Meg chips= 2048K bytes 
Table 800-6 SPD 2656 CPB EPROM Memory Size 
SIZE OF CHIPS 
(in Megabits) 
1 Megabit chips 
(1024 chips) 
2 Megabit chips 
(2048 chips) 
4 Megabit chips 
(4096 chips) 
8 Megabit chips 
(8192 chips) SW1 SWITCH POSITIONS 
1 (SA) ( 2 (SB) 1 3 (SC) 14 (not used) 
OFF OFF OFF 
OFF 
(open) (open) (open) 
(open) 
ON OFF OFF OFF 
(closed) (open) (open) (open) 
ON ON OFF 
OFF 
(closed) (closed) (open) (open) 
ON ON ON OFF 
(closed) (closed) (closed) (open) 
OFF= OPEN ON=CLOSED EPROM MEMORY SIZE 
(in bytes) 
2 - 1 Meg chips = 256K bytes 
4 - Meg chips = 512K bytes 
2 - 2 Meg chips = 512K bytes 
4 - 2 Meg chips = 1024K bytes 
2 - 4 Meg chips = 1024K bytes 
4 - 4 Meg chips = 2048K bvtes 
2 - 8 Meg chips = 2048K bytes 
4 - 8 Meg chips = 4096K bytes 
800-2 Issue 1, November 1981