Vodavi Starplus 96ex Hybrid Key Telephone System Installation Manual
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STARPLUS@ 96EX Key Telephone System Table 400-l System Capacity (Cont’d) DTMF Receivers: DTMF Senders: Page Zones: Internal: External: 6 max (two (2) on the APL four (4) additional provided on the optional SLU board) 3 .max (two (2) on the APL, one (1) addiiionai provided on the optional SLU board) 4 Zones 1 Zone (Reguires APL Board) Table 400-2 Electrical Specifications AC Input to Power Supply Power Consumption Power Supply Fuse - AC input Longitudinal Balance: Idle Channel Noise: Cross Talk Attenuation: Single Frequency Distortion: (300 Hz - 3,400 Hz) Ringing Sensitivity: Ringer Equivalence Number: (REN) CO Line Signaling - DTMF: Input Level Range: Music Source (input) Contact Rating External Page Control Loud Bell Control RAN Port Control External Page Port Output Impedance Output Power UL File Number: 117V ac k I OY& 60 Hz single phase 120~ AC @6A 720 watts (maximum) (2 power supplies + Expan- sion KSU) 5A 125V AC 60 db from 200 Hz to 1,000 Hz 40 db from 1,000 Hz to 4,000 Hz Less than 15 dbmco for all connections Greater than 75 dbm Station to CO and Station to Station Station to CO Line and Station to Station: Better than 2.0% or 34 db Output level -30 dbm to 0 dbm 16 Hz to 30 Hz at 40 VRMS minimum 30 Hz to 67 Hz at 50 VRMS minimum 0.5B Frequency pair at -5 dbm +1 .O dbm Frequency tolerance kl.5% +lO db maximum 2 mW max. at 0 dBm 2K ohms input impedance 1 .OA, 24V dc I .OA, 24V dc 1 .OA, 24V dc 600 ohms @ 0 dBm 1 mW Maximum El 09461 400-6 issue 1, June 1991
Table 400-3 Environmental Specifications Operating Temperature Recommended Operating Temperature Storage Temperature Relative Humidity Heat Dissipation (BTU’s) 32’tolO4’F 70’ to 78’ F -40’ to 140’ F 5% to 90% non-condensing 2450 BTU’s Maximum (Both power supplies) Table 400-4 Loop Limits Electronic Telephone: (including Single Line Telephone, Phone Box, and DSS/DLS) Off-Premise Extensions (OPX) 500 feet of 26 AWG Cable 1000 feet of 24 AWG Cable 1500 feet of 22 AWG Cable 1400 Ohms maximum loop, not including tele- phone. Table 400-5 Dialing Specifications DTM F Dialing Frequency Deviation Rise Trne Duration of DTMF Signal Interdigit Time PULSE Dialing Pulse Dialing Rate Pulse Break/Make Duration Dialing Memory System Speed Dialing Station Speed Dialing Save Number Redial Last Number Redial cm TYP kl% 3 msec. 75 msec. minimum 75 msec. minimum . 10 or 20 pps. 60/40 or 66/33 80 numbers (24 digits) 20 numbers (24 digits) I number (32 digits) 1 number (32 digits) Loop Start Table 400-6 FCC Registration Numbers For Systems configured as a key system (button appearance) use: For Systems configured as a hybrid system (dial access codes) use: DLP82V-17568-KF-E DLP82V-17568-MF-E Issue 1, June 1991 400-g
SrAwLus@ 96EX Key Telephone System Table 400-7 Dimensions and Weight BASIC KEY SERVICE UNIT Height 17.r Width 23” Depth 13.3” Weight 60 lbs. (unloaded) EXTERNAL POWER SUPPLY HOUSING (EPS) Height 13.1” Width 13.5” Depth 12..w Weight 36 lbs. (loaded) DSS/DLS CONSOLE Height 3” Width 5.5” Depth 9.125” Weight 2 lbs. PHONE BOX Height 1.75” Width 5.Y Depth 4 Weight 1 lb. EXPANSION KEY SERVICE UNIT Height 17.8” Width 15.6” Depth 13.3” Weight 45 lbs. (loaded) POWER SUPPLY Height 4.75” Width 4 Depth 9” Weight 5 lbs. KEY TELEPHONE Height 3.75” Width 8.0” Depth 85 Weight 3 lbs. 1 Table 400-8 Miscellaneous Specifications Memory: Random Access Memory (RAM): Programmable Read-Only-Memory (PROM) Telephone Transmitter: Talk Paths: CO/PBXICentrex paths: Intercom Paths: Music Channels: Account Codes: Number of digits per code: Number of Account Codes: Speed Dialing Capacity: System Speed Station Speed 128K expandable to 512K. 384K expandable to 512K. Electret mic compatible. 40 CO/PBXCentrex talk paths (non-blocking) 14 talk paths (only 12 available for SLTs) 1 channel provides music for music-on-hold and background music up to 12 unverified digits unlimited 1360 total bins in system 80 bins per system 1280 bins per system
Table 400-9 Key Telephone Audible Signals TYPE OF SIGNAL FREQUENCY SIGNAL DURATION Key Telephone Signals: Incoming CO Line Intercom Tone Ringing Intercom Call Announce W-V Transferred CO Line CO Line Recall Message Wait Call Back Message Wait Reminder Tone CO Queue Call Back Camp-on Paging Alert Tone 121511471 1215/l 471 935 1215ll471 1215/1471 1215t1471 771 1215/l 471 1215/1471 935 0.8s onI2.4~ off; repeated 0.4s on/o.4s off/o.4s on/2.os off 0.2s otVO.2~ off (3 bursts) 0.8s orV2.4~ off 0.8s onl2.4~ off 0.4s onfo.4s offlO.4s oIv2.os off 0.6s on (timed) 0.2s orVO.6~ off; repeated 0.2s orVO.2~ offIO.2~ on (once) 1 sec. (burst) Key Telephone Confidence Tones Intercom Ringback Call Announce Busy Tone Error Tone Intercom Dial Tone DND Tone Paging Confirmation Programming Confirmation Programming Error Confimation Tone 701 935 701 701 701 701 935 1471 1471 1471 0.4s on/o.4s ofvo.4s olv2.os off 0.2s 011/0.2s off (3 bursts) 0.4s orVO.4~ off, repeated 0.2s orVO.2s off, repeated Continuous 0.2s orVO.2s off, repeat 3~‘s. pause, 0.5s repeat 1 set burst 1.4 set burst 0.2s on/O.2s off, 6x’s 1 set burst, I time Issue 1, June 1991 400-l 1
mARPLUS@ 96EX Key Telephone System Table 400-10 DSS/BLF Button Visual Indicators TYPE OF SIGNAL ~--r INDICATOR FLASH RATES Off-Hook/Busy (All Stations) Incoming Intercom Ring (Destination) Call Announce (Destination) Message Wafting Call Back (Destination) Do Not Disturb (All Stations) Door Box Calling (Assigned Stations) Automatic Call Back (Destination) Steady 120 ipm flutter 120 ipm flutter 120 ipm flutter 60 ipm flash 30 ipm flash 120 ipm flutter Table 400-l 1 CO Line Button Visual Indicators TYPE OF SIGNAL INDICATOR FLASH RATES Incoming CO Ring Transferred CO Ring Recall Queued Line Exclusive Hold System Hold I-Hold (only when hold preference is system) In Use 30 ipm flash 120 ipm flash 460 ipm flutter 460 ipm flutter 120 ipm flash 60 ipm wink 30 ipm double flash Steady 400-12 Issue 1, June 1991
sTARPLUS@ 96EX Key Telephone System Table 400-12 Function Button Visual indicators TYPE OF SIGNAL INDICATOR FLASH RATES Call Forward (active) Message Waiting (active) Camp-on (active) Call Back (active-initiator) CO Line Queue (active) Do Not Disturb (DND active) Mute (microphone off, handset xmit off) ON/OFF (speakerphone on/on-hook dialing Conference (active) Hold (Camp-on) Hold (all intercom channells busy) Speed (momentarily ON until bin address dialed) Personalized Messages intercom Call (Hold Button) LOOP Pool Transfer Flash Pickup 30 ipm flash 15 ipm flash 60 ipm flash 120 ipm flash Steady 60 ipm flash Steady Steady Steady 120 ipm flash Steady Steady 15 ipm flash 15 ipm flash Same as CO Line buttons Same as CO Line buttons Steady until transfer complete Steady during dialing Momentary ON Issue 1, June 1991 400-l 3
sTARPLUS@ 96EX Key Telephone System Table 400-13 Single Line Telephone Audible Signals TYPE OF SIGNAL FREQUENCY SIGNAL DURATION w Incoming CO Line Intercom Tone Ringing Transferred CO Line CO Line Recall CO Queue Call Back 20 Hz, 50-9OV AC 2.osotl/4.osoff 20 Hz, 50-9OV AC l.Oson/O.2soff/O.8son/4.Osoff 20 Hz, 50-9OV AC 2.0s otv4.osoff 20 Hz, 50-9OV AC 2.0s0~4.0s0ff 20 Hz, 50-9OV AC 2.0s orv4.osoff Sinale Line Confidence Tones: Intercom Ringback Call Announce Busy Tone Error Tone Intercom Dial Tone DND Tone Paging Time-out Call MD Warning Tone Camp-on Tone Conference Warning Tone Confirmation Tone DND Warning Tone 1 .Os oti3.Os off; repeated 0.2s on/O.2s off (3 bursts) 0.5s on.IO.5~ off: repeated 0.5s on/O.% off; repeated Continuous 0.2s 011/0.2s off, repeat 3x’s, pause, 0.5-s; repeated 0.5s on/O.5s off; repeated 0.2s on/O.2s off (six times) 0.2s burst (1 time) I set burst (I time) 1.4 set burst (1 time) 0.2s on/O.2s off (6 bursts) Table 400-l 4 Ring Gen./Message Wait (RG) Spebifications Ring Generator Input: Ring Generator Output: Message Waiting Output: Ring Generator Capacity: Simultaneous Ringing (same cadence): Ring Cycles: Maximum Number of Simuttaneous SLTs ring ing:(cycied) 24 Vdc 20 Hz, SO-90 VAC 90 V dc, unregulated 5 Single Line Telephones 5 25
Table400-15 OPXTelephone AudibleSignals TYPE OF SIGNAL OPX Signals: incoming CO Line intercom Tone Ringing Transferred CO Line CO Line Recall CO Queue Call Back FREQUENCY SIGNAL DURATION 20 Hz, SO-9OV AC 2.0s onI4.os off 20 Hz, 50-9OV AC 1 .Os on/O.2s off/O.8s 01I4.0~ off 20 Hz, 50-9OV AC 2.osorv4.osoff 20 Hz, 50-9OV AC 2.0s on/4.osoff 20 Hz, 50-9OV AC 2.osonf4.osoff .* OPX Confidence Tones, Intercom Ringback Busy Tone Error Tone Intercom Dial Tone DND Tone Paging Time-out Call FWD Warning Tone Camp-on Tone Conference Warning Tone Confirmation Tone DND Warning Tone *Precise Tone Plan 440+480 480+620 480+620 350+440 480+620 480+620 35ot440 35oi440 480+620 350+440 350+440 1 s on/3s off 0.5s otiO.5~ off; repeated 0.25son/O.2% off, repeated Continuous 0.2s orVO.2~ off, repeat 3x’s, pause, 0.5s; repeated 0.5s olvo.5s off 0.2s orVO.2~ off (six times) 0.2s burst (1 time) 1 set burst (1 time) 1.4 set burst (1 time) 0.2sorVO.2~ off (6 bursts) lssuel,Junel991 400-15
400.8 MEAN TlME BEWEEN FAILURE W’TW The Mean Time Between Failure (MTBF) for each component of the 96EX Key Telephone System is shown in Table 400-l 6. The MTBF figures are cal- culated based on: 0 Specifications: BellCoRe “TR-TSY-000332” 0 Quality Factor: Level 2 0 Environmental Factor: Group Benign (1 .O) 0 Method: Parts Count Method Mean Time Between Failure (MTBF) represents for a particular interval, the total functionina life of a population of an item divided by the &mber of failures within the population during the measure- ment interval. The definition holds for the time. cv- cles, miles, events, or other measures of life units. This does NOT provide adefinite failure time but only indicates possible failure probabilities based on cal- culations. To calculate a particular systems MTBF: 1. multiply the quantity of each component in the system by its failure rate. Component Power SUPPlY = Resultant 2 X 2064.2 = 4128.4 2. Add the resultants from step 1 for all compo- nents used to configure a system. 3. Divide the total number derived from step 2 &9 l,OOO,OOO,OOO. This will provide the system’s MTBF rated in hours. . 1 ,ooo,ooo,ooo = System MTBF Rated Total (from Step 2 in Hours Table 400-16 Mean Time Between Failures (MTBF) DEVICE FAILURE RATE Basic Key Service Unit (BKSU) Expansion Key Service Unit (EKSU) Power Supply Unit (PS) DC/DC Convetier (DC/DC) Central Processor Board (CPB) Central Qffice Interface Board (COB) Key Station Interface Board (KIB) Single Line Interface Board (SIB) Application Board (APL) RS-232C Module (RSM) Singie Line DTMFRS Unit (SLU) Power Failure Transfer Unit (PFT) Ring Generator Unit (RG) Battery Charging Unit (BC) Key Telephone DSS/DLS Console Phone Box 574.7 356.9 2064.2 4160.0 16179.3 9341.4 5093.0 10677.4 7818.7. 1212.4 825.2 1615.0 1509.0 2310.6 6022.9 2511.3 4209.2 MTBF IN HOURS MTBF IN YEARS (for a single unit) (for a single unit) 1740038.3 198.6 2801905.3 319.9 484449.2 55.3 240384.6 27.4 61807.4 7.1 107050.3 12.2 196347.9 22.4 93655.8 10.7 127898.5 14.6 824810.3 94.2 1211827.4 138.3 619195.0 70.7 662690.5 75.6 432788.0 49.4 166033.0 19.0 3986200.1 45.5 237574.8 27.1 400-16 Issue 1, June 1991
sTARPLUS@ 96EX SECTION 500 INSTALLATION Key Telephone System 500.1 SITE PLANNING The Starplus 96EX Hybrid Key Telephone System, like most electronic off ice equipment, should not be subjected to harsh environmental conditions. To assure easy servicing and reliable operation, several factors must be considered when planning the sys- tem installation. Always remember the following BEFORE installing the KSU and wiring: The Basic KSU, Expansion KSU and External Power Supply Housing are designed for wall mounting. Both power supplies operate on 117V ac, 60 Hz single phase electricity. A3-wire (parallel blade with ground) receptacle must be provided on a dedicated, separately fused q 5 ampere circuit. The KSU should be within 25 feet of the tele- phone company (Telco) RJ2lX. The KSU should be centrally located and care should be taken to stay within prescribed cable lengths. It is recommended that 24 AWG 3-pair twisted cable be used. Mounting space for standard backboard, or a plywood type board for MDF blocks, if a stand- ard backboard is not used. A well ventilated area having a recommended temperature range of 70 to 78 degrees Fahren- heit and a humidity range of 5 to 90% (non-con- densing). Lighting and accessibilii of KSU for servicing. Protection from flooding, flammable materials, excessive dust, and vibration. Proximity of radio transmitting equipment, arc welding devices, copy machines, and other electrical equipment that are capable of gener- ating electrical interference. Access to a good earth ground such as a me- tallic COLD water pipe. Inspect the pipe for non-metallic joints. 500.2 UNPACKING THE 96EX BASIC SYS- TEM Remove the Key Service Unit from the shipping carton and stand it upright on a level working surface with the cover facing forward. Remove the cover by turning the two screws on the front of the cabinet l/4 turn and tilting the cover outward. Remove all remaining items from the Basic System packing box and inspect for shipping damage. The Basic System ships with all the components neces- sary for a working 8 CO line by 16 station system. The components included in the Basic System Pack- age are: l (1) Basic Key Service Unit (BKSU) - BKSU Mounting Template l (1) External Power Housing 2 (EPH2) - EPH2 Mounting Template - AC Power Cord - Battery Bypass Board (installed in EPH2) 0 (1) Power Supply (PSl 0) 0 (1) DC/DC Converter (DC/DC) l (1) Central Processor Board (CPB) - Including 96EX Installation Manual 0 (1) Central Office Board (COB) l (2) Key Station Interface Board (KIB) - Including 16 Key Station User Guides l (1) Attendant User Guide Optional System items are: 0 0 0 0 0 0 0 0 0 0 0 0 Expansion Key Service Unit (EKSU) Additional Central Office Interface Board WW Amplified Central Office Interface Board (COA) Additional Key Telephone Interface Board WI Single Line Telephone Interface Board (SIB) Off-Premise Extensions Board (OPX) Applications Board (APL) Single Line Telephone DTMFRS Unit (SLU) RS-232C Module (RSM) Power Failure Transfer Unit (Pm) Battery Charging Board (BC) Single Line Ring Generator and Message Wait Power Supply (RG) Refer to Appendii B for a complete component offering and their associated part numbers. Issue 1, June 1991 500-l