Vodavi Starplus 96ex Hybrid Key Telephone System Installation Manual
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sTARPLUS@ 96EX Key Telephone System NORMAL SERVICE 0 , 4 E 0 5 II 0 6 ’ WHITE COLORED Figure 500-9 Central Office interface Board (COB) 500-l 2 Issue 1, June 1991
BARPLUS@ 96EX Key Telephone System Table 500-3 P-l Connecting Block PAIR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Table 500-4 P-2 Connecting Block PIN -28 1 27 2 28 3 29 4 30 5 31 6 32 7 33 8 34 9 35 10 36 11 37 12 38 13 39 14 40 15 41 16 42 17 43 18 44 19 45 20 46 21 47 22 4% 23 49 24 50 25 COLOR DESIG DESCRF L WH/BL CO 25T BU’JVH CO 25R WHQR CO 26T OR/“NH CO 26R co 27T WH@N GNPNH CO 27R C WHhN CO 28T BNiWH CO 28R 0 WH/SL CO 29T SLMH CO 29R B RD/BL CO 30T BURD CO 30R 4 RD/OR CO 3iT OR/RD CO 3lR RD/GN CO 32T GN/RD CO 32R RD/BN CO 33T BN/RD CO 33R RD/SL CO 34T SURD CO 34R BWBL CO 35T BUBK CO 35R C BWOR CO 36T 0 OR/BK CO 36R BWGN co 37T B GN/BK CO 37R BWBN CO 38T 5 BN/BK CO 38R BWSL CO 3QT SUBK co 39R YUBL CO 40T BUYL CO 4OR WOR OR/YL YUGN GNNL YUSN NW- Y L 9 sLn VIIBL BWI Vl/%IR O$vl VII&N GN/Vl Vl/BN BN/Vl VIISL SWI PAIR PIN COLOR DESIG DESCRF 1 26 WH/BL COlT 1 BUWH COlR 2 27 WH/OR CO 2T 2 OPJWH CO 2R 3 28 WH/GN CO3T C 3 GN/WH CO 3R 4 29 WH/BN CO4T 0 4 BN/WH CO 4R 5 30 WH/SL CO5T B 5 SL’WH CO 5R 6 31 RD/BL co 6T 1 6 BURD co 6R 7 32 RD/OR co7T 7 OFURD CO 7R 8 33 RD/GN co 8T 8 GN/RD co 8R 9 RD/BN CO QT 9 BN/RD CO QR 10 35 RD/SL CO 1OT 10 SURD CO 1OR 11 36 BIVBL COilT C 11 BUBK CO 1lR 12 37 BK/OR COl2T o 12 OR/BK CO 12R 13 38 BKIGN co 13T B 13 GN/BK CO 13R 14 39 BWBN COl4T 2 14 BN/BK CO 14R 15 40 BWSL co15T 15 SUBK CO 15R 16 41 YUBL co 16T 16 BL/YL co 16R 17 42 YUOR co17T 17 OFUYL CO 17R 18 43 WGN co 18T 18 GNNL CO 18R 19 44 YUBN CO IQT 19 BN/YL CO 1QR 20 45 WSL CO2OT C 20 slJYL co 2OR 21 46 VlfBL CO2lT 0 21 BWI CO2lR 22 47 VI/OR CO22T B 22 OR/VI CO 22R 23 48 Vl/GN CO 23T 3 23 GNIVI CO 23R 24 49 Vl/BN CO 24T 24 BNfVl CO 24R 25 50 VUSL SPARE 25 SWI SPARE issue 1, June 1991 500-l 3
. Key Telephone System NORMAL SERVICE 0 0 ? 6 Odb 3db Odb co 3 3bd @!5 Odb if!!5 co 4 3db Odb co 5 3db @!!3 Odb @!3 CO 6 3db Odb @!!F3 co 7 3db Odb 3db WHITE COLORED Figure 5OGlO Amplified CO Interface Board (COA) 500-14 Issue 1, June 1991
sTARPLUS@ 96EX Key Telephone System ORMAL ERVICE 0 GREEN COLORED 50-PIN STATION CONNECTOR Figure 500-11 Key Station lntetface Board (KIB) Issue 1, June 1991 500-15
sTARPLUS@ 96EX Key Telephone System Table 500-5 Station Connecting Block (KIB) PAIR I 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 PIN 26 I 27 2 28 3 29 4 30 5 31 6 32 7 33 L 9 35 10 36 11 37 12 38 13 39 14 40 15 41 16 42 17 43 18 44 19 45 20 46 21 47 22 48 23 49 24 50 25 COLOR WH/BL BUWH WH/OR OR/WH WH/GN GN/WH WH/BN BN/WH WH/SL SUWH RD/BL BURD RD/OR OR/RD RD/GN GNfRD RD/BN BN/RD RD/SL SURD BK/BL BUBK BK/OR OR/BK BK/GN GN/BK BK/BN BN/BK BKJSL SUBK YUBL BINL YUOR OR/YL WGN GN/YL WBN BNNL WSL SINL WBL BWI VI/OR OR/VI VIIGN GNIVI VIIBN BN/Vl VIISL SWI DESIG VT100 VR 100 DT 100 DR 100 - DESCRP - VT101 VR 101 DT 101 DR 101 - - VT102 VR 102 DT 102 DR 102 - - VI-103 VR 103 DT 103 DR 103 - - VT104 VR 104 DT104 DR 104 - K I B - VT105 VR 105 DT 105 DR 105 - - VT106 VR 106 DT 106 DR 106 - - VT107 VR 107 DT 107 DR 107 - - SPARE SPARE 500-16 issue 1, June 1991
Table 500-6 Power Failure Transfer Unit Connections(PFT) PAIR 1 2 3 4 5 6 7 8 9 IO 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 PIN COLOR 26 WH/BL 1 BUWH 27 WH/OR 2 OFUWH 28 WH/GN 3 GN/WH 29 WH/BN 4 BN/WH 30 WH/SL 5 SUWH 31 RD/BL 6 BURD 32 RD/OR 7 OFURD 33 RD/GN 8 GN/RD 34 RD/BN 9 BN/RD 35 RD/SL 10 SURD 36 BK/BL 11 BUBK 37 BK/OR 12 OR/BK 38 BK/GN 13 GN/BK 39 BlVBN 14 BN/BK 40 BKISL 15 SUBK 41 YUBL 16 BUYL 42 YUOR 17 OFUYL 43 WGN 18 GN/YL 44 WBN 19 BNNL 45 WSL 20 WYL 46 VlfBL 21 BWI 47 VI/OR 22 OR/VI 48 VUGN 23 GN/Vl 49 Vl/BN 24 BNNI 50 VIISL 25 SWI DESIG 1 TOT 1TOR SPARE SPARE 1 STIT iSTIR 1 STOT 1 STOR 2TOT 2TOR SPARE SPARE 2STiT 2STlR 2STOT 2STOR 3TOT 3TOR SPARE SPARE 3STlT 3STiR 3STOT 3STOR 4TOT 4TOR SPARE SPARE 4STlT 4STlR 4STOT 4STOR flOT 5TOR SPARE SPARE 5STlT 5STlR 5STOT 5STOR 6TOT 6TOR SPARE SPARE 6STlT 6STlR 6STOT 6STOR DESCRF P F T Table 500-7 Station Connecting Block (SLT) PAIR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 PIN 26 1 27 2 28 3 29 4 30 5 31 6 32 7 33 8 34 9 35 10 36 11 37 12 38 13 39 14 40 15 41 16 42 17 43 18 44 19 45 20 46 21 47 22 48 23 49 24 50 25 COLOR WHIBL BL/WH WH/OR OFUWH WH/GN GN/WH WH/BN BN/WH WH/SL SWH RD/BL BURD RD/OR OR/RD RD/GN GN/RD RD/BN BN/RD RD/SL SURD BK/BL BUBK BK/OR ORIBK BK/GN GN/BK BK/BN BN/BK BKISL SUBK WBL BLN YUOR ORIYL WGN GwL WBN BNM WSL SLM VIIBL BWI VI/OR OR/VI Vl/GN GN/Vl Vl/BN BN/Vl VIISL SWI DESIG VT100 VR 100 DESCRF - - v-r 101 VR 101 - - VT102 VR 102 - - VT103 VR 103 - - VT104 VRlO4 - - V-l-105 VR 105 - - VT106 VR 106 - Vi-i-07 VR 107 - - S L T Issue 1, June 1991 500-17
S-rARPLlJS@ 96Ex Key Telephone System CO1 TIP IN ------------------------.-------------------------------------------------- CO1 RING IN -------------------------i---------y --------------------------------------- SPARE STAl TIP Om ~------------------------------------------------------ STAl RING OUT !----------------------------------------------- STAl RING IN EQ”&NT SCREW TERMINN POWER FAILURE TRANSFER - ORJW - WIGN =i.+J - ww L LEC CONTACT NOTE: C-mwction to SIB interface is optional Figure 500-l 2 Power Failure Transfer Circuit (PFT) 500-18 issue 1, June 1991
E. Connect the customer provided ringing gener- ator and ringing devices(s) to the LBC contacts (Refer to Figure 500-12). F. Replace the plastic terminal strip protector. 500.14 KEY TELEPHONE INSTALLATION A maximum of 96 Key Telephones may be installed with the Starplus 96EX Hybrid Key Telephone Sys- tem (48 with the Basic KSU and 48 with the Expan- sion KSU). The Key Telephones are interfaced with KIB boards which each have eight circuits per board. Each KIB circuit interface is extended from the KSU to the MDF through the front edge connector on the KIB board. Also at the MDF are the terminated distribution ca- bles that are run from each Key Telephone location. Each Key Telephone requires two-pair twisted cable wiring to connect the Key Telephones to the System on a “home run” basis. The telephone end of the cable is terminated on a modular jack and the MDF end of the cable should terminate on a punchdown block making up the MDF. (Refer to Figure 500-13) Cross connecting (jumper) wires connect the tele- phone to the KIB. Each key telephone is assigned a three-digit intercom directory number in accordance with the locations of the equipped KlB’s. The installer should exercise caution when connect- ing a Key Telephone while System power is on. The first pair of wires is reserved for voice transmission. The second pair supplies power and data. The data/power pair is overload protected by internal circuitry on the KIB card. The proper polarity of the wired connections must be maintained for proper operation. 500.15 DSS/DLS INSTALLATION The DSSDLS is assigned to operate with a Key Telephone. Up to three units can be assigned to a station. There is no limit to the number of units that can be installed in a System, but each unit uses a Key Telephone interface circuit and this reduces station capacity on a one-per-one basis. A two-pair twisted cable is required for connecting the DSS unit. The cable should be placed from the DSS to the MDF in a “home run” manner. The DSS end of the cable is terminated on a three-pair mod- ular jack and the MDF is ‘punched down” on a terminal block for cross connection to the appropri- ate station cable (Refer to Figure 500-13 and Table 500-5). Since the System supplies power to the DSS, no transformer or external power device is required. 500.16 PHONE BOX INSTALLATION The 96EX Phone Box can make calls to preassigned stations as well as receive intercom calls. The unit should be located in weather protected areas where paging or monitoring is required. The Phone Box wnsists of a top housing and bottom mounting plate. The top housing has a speaker, microphone, wire terminals and electronic circuitv. The housings are separated by inserting a thin, flat-edged tool at the bottom rim of the assembly. By pressing inward on the recessed retaining tab, the assembly will open. The wnnection of the Phone Box(es) to the KSU is identical to that of the key telephone. Refer to Figure 500.13 The bottom plate of the Phone Box assembly is fastened to the wall by mounting with customer supplied No. 8 or larger pan head screws. The cable is routed through the cable-entry holes provided on the bottom plate and is wnnected to the screw terminal strip on the upper housing. Four (4) screw terminals are identified by wire color on the silk- screened printed circuit board to wrrespond with the wiring sequence at the punchdown connector at the MDF. The slack wiring should be pulled back through the bottom mounting plate and the top housing snapped shut. 500.17 SINGLE LINE TELEPHONE INSTAL- IATION Single Line Telephones (SLT’s) can be exchanged for Key Telephones on an eight-for-eight basis. The following items are required for a System installing SLTs: l I SIB bard (installed in KSU)(supports 8 SLTS) l I RG unit (installed into EPH2 Housing) l 1 APL board (installed in Basic KSU) The SIB is wlor coded with green ejector tabs and is plugged into any designated KIB card slot. Each SIB board supports eight telephones (standard DTMF Single Line Telephones and message waiting DTMF SLTs). The Ring Generator Unit (RG) must be installed into the External Power Supply Housing 2 (EPH2) to provide power for ringing and message waiting for SIB’s (Refer to Figure 500-4). When the number of SIB’s installed exceeds the traffic han- dling of the two DTMF receivers, the SLU module should be installed. The Single Line Telephone DIMFRS (Receiver/Sender) Unit (SLU) installs on the Application Board (APL) and provides four addi- tional DTMF receivers and one additional DTMF sender to support Single Line Telephones. Issue 1, March 1992 500-19
. GREEN ~ RED VR DT DR I 1 Key Telephone Wiring GREEN ~ ‘ED VR Single tine Telephone Wiring GREEN RED - VT I J DSSIDLS Console Wiring GREEN , RED BLACK YELLOW ~zqq BLK YEL REDGRN Phone Box Wiring Figure 500-13 Station Modular Block Wiring VT VR DT DR 500-20 Issue 1, June 1991
L Each SLT requires one-pair cab!e. The cable shou!d be placed from the telephone location to the MDF in a “home run” manner. The telephone end of the cable run should be terminated in a modular jack (Refer to Figure 500-13). The MDF end should be “punched down” on a terminal block for cross con- nection to the appropriate station cable (Refer to Table 500-7). 500.18 OFF-PREMISE EXTENSION INSTAL- LATION (OPX) The OPX board can be installed in all but the first KIB card slot of the System. It can be inserted and removed with power on using the “Normal/Sewice” switch on its top front edge. It also has an adjustable control directly above the “Normal/Service” switch. This control is set at the factory for proper operation; DO NOT make adjustment to this control. One (1) Single Line Ring Generator and M/W Power Supply Unit (RG) and one (1) Application Board (APL) are necessary to support the OPX card. An additional Single Line DTMFRS Unit (SLU) may also be needed if the combined traffic of OPX, SLT, and DISA calls affects the availability of receiver circuits. A 50-pin amphenol type female connector is pro- vided on the front edge of the OPX. This allows the OPX System extensions to be cabled to the Main Distribution Frame (MDF). Twenty-five pair cabling Table 500-8 OPX Station Connecting Block PAIR PIN COLOR DESIG DESCRP 1 26 Wl-UBL Tl 1 Bln’VH RI 2 27 WH/OR UNUSED iti3 OR/WH UNUSED 3 WH/GN UNUSED 3 GN/WH UNUSED 4 29 WH/BN T2 4 BN/WH R2 5 30 WH/SL UNUSED 0 5 SUWH UNUSED 6 31 RD/BL UNUSED z 6 BURD UNUSED 7 32 RD/OR T3 7 OR/RD R3 8 33 RD/GN UNUSED 8 GN/RD UNUSED 9 34 RD/BN UNUSED 9 BN/RD UNUSED 10 35 RD/SL T4 Jo- SURD R4 NOTE: PAIRS 11 THROUGH 25 UNUSED STAtwLus@ 96EX Key Telephone System must be prepared with a male connector to extend the OPX extension to the MDF. The cable should be routed through the bottom cable access area of the KSU or Expansion cabinet. The cable(s) then should be terminated on industry standard 66Ml-50 punch-down connector block(s). After the amphenol type cable connector has been attached, the cable should be secured to a cable clamp at the bottom of the KSU or Expansion cabinet Connection from the OPX punch-down block to an FCC approved RJ2lX connector can be done by cross-connect wiring. Refer to Table 500-8 for pair identification for each of the OPX circuits. Each OPX port requires an OLl3C network circuit. An FCC registered interface, such as RJ2lX is re- quired to connect to the public network. Only SLT devices capable of sending true DTMF can be used on an OPX circuit provided by the system. When an OPX board is installed, four station ports are ren- dered unusable, reducing the maximum number of station in the system by four. For example, with an OPX board inserted into the second KIB card slot extensions 108 through 111 support OPX circuits (extensions 112 through 115 are not usable). 500.19 WALL MOUNTING lHE TELEPHONE All wnnections to the Key Telephone are fully modu- lar. To wall mount the Key Telephone, it is neces- sary to have one Wall Mount Kit and one standard-type jack assembly designed for normal wall hanging applications. A. Unplug the line cord from the phone. This line cord will not be required and should be retained as a maintenance replacement item. B. Lift the plastic number retainer upward and expose the screw underneath. Remove the screw and the handset tab. Replace it with the handset tab from the Wall Mount Kii. C. Be careful to position the tab so that the protru- sion faces the hookswitch. This will allow the handset to remain secure when the telephone is on the wall. Replace the screw and snap the number retainer into place. D. Substitute the short modular cord from the Wall Mount Assembly into the modular wnnector vacated by the line cord. E. Align the wall mount baseplate with holes on the bottom of the telephone. Snap in place. F. Now match the two key hole slots on the base- plate with the lugs on the 630-A type jack. Align the modular wnnector and slide telephone into place (Refer to figure 500-l 4). Issue 1, June 1991 500-21