Electra Professional Level II Installation And Service Manual Download Page 283

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Summary of Contents for Professional Level II

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Page 2: ...Installation Service Manual the Electra Professional Level II and Level II Advanced systems are supportedby the following technical manuals Electra Professional Level II and Level II Advanced General Description Manual Stock Number 722020 Designed and developed to provide a general overview of the Electra Professional Level II and Level II Advanced systems its features configuration service featur...

Page 3: ...II Advanced Least Cost Routing Manual This manual is included with the Least Cost Routing software Stock No 722302 It provides instructions for the service technician for programming the customer s site for Least Cost Routing Electra Professional Level II and Level II Advanced Svstem Program Technician Manual This manual is included with the System Program Technician Software Stock No 722305 It is...

Page 4: ...CHAPTER 1 HARDWARE SPECIFICATIONS AND INSTALLATION ...

Page 5: ... 11 DOCRequirements l 7 EquipmentList l 8 Equipment General Information l 10 EquipmentDescription l 10 1 5 1 Level II Key Service Units and Power Supply Units l 10 1 5 2 Level II Advanced Key Service Units and Power Supply Units l l 1 1 5 3 CommonControl Key Telephone Unit l 11 1 5 4 Station Interface Key Telephone Units 1 12 1 5 5 Trunk Interface Key Telephone Units 1 12 1 5 6 Optional Key Teleph...

Page 6: ...BatteryBackup l 25 2 10 1 System Backup l 25 2 10 2 Memory Backup 1 25 Weights and Dimensions l 26 ExternalEquipmentInterface l 27 2 12 1 2 12 2 2 12 3 2 12 4 2 12 5 2 12 6 Music On Hold Station Background Music 1 27 External Paging Audio l 27 External Tone Ringer Night Chime Output 1 27 SMDROutput l 27 PCConnection l 27 RelayContact l 27 Visual and Audible Indications 1 28 2 13 1 Tone Patterns Ta...

Page 7: ...nsion KSU to an Installed System 1 48 4 3 7 Installing a PSF S 20 PSU in the Basic and Expansion KSUs l 50 4 3 7 1 General Information l 50 4 3 7 2 Installing a PSF S 20 PSU in the Basic KSU l 51 4 3 7 3 Installing a PSF S 20 PSU in the Expansion KSU l 51 4 3 8 Battery Installation l 53 4 3 8 1 Connecting the Built In Batteries l 53 4 3 8 2 Installing and Connecting Expansion Batteries 1 54 4 3 8 ...

Page 8: ...mation 51 1 Installation Precautions 5 1 2 KTU Installation Common Control KTUs 5 2 1 CPU F I 20 KTU 52 2 MMC F 11 KTU Interface KTUs 1 71 9 1 71 1 71 l 72 1 72 l 76 53 1 5 3 2 5 3 3 5 3 4 5 3 5 5 3 6 5 3 7 5 3 8 1 78 ESI F 8 21 KTU 1 78 SLI F 8G 21 KTU l 79 5 3 2 1 Power Failure Backup l 80 LLT F BG 10 KTU l 82 COI F 4 20 KTU 1 83 COI F 8 20 KTU 1 84 DID F 4 10 KTU l 85 TLI F B 10 KTU 1 86 DTI F ...

Page 9: ...ltilineTerminals l 140 7 2 1 ETW 8 l BK TEL l 140 7 2 2 ETW 16DC 1 BK TEL 1 141 7 2 3 ETW 16DD 1 BK TEL 1 141 7 2 4 ETW 24DS 1 BK TEL 1 142 7 2 5 Connecting a Multiline Terminal to the System 1 142 7 2 6 Installing the Designation Card Plastic Panel and Labels on a Multiline Terminal 1 143 7 2 7 Tilt Stand Adjustment 1 144 EDW 48 BK Console 1 145 7 3 1 Connecting the EDW 48 1 BK Console to the Sys...

Page 10: ...ce Manual SECTION 9 OPTIONAL EQUIPMENT CONNECTION 1 152 9 1 GeneralInformation 1 152 9 2 Music On Hold 1 152 9 3 ExternalPaging 1 154 9 4 External Tone Ring Night Chime l 156 SECTION 10 LCD INDICATIONS TABLE 1 158 SECTION 11 FEATURE ACCESS CODES l 160 Chapter 1 Table of Contents ...

Page 11: ...43 1 18 Bolting the Level II Expansion KSU to the Basic KSU 1 43 1 19 Attaching the Level II Expansion KSU to the Wall Mounting Bracket 1 44 l 20 Connecting the Cable Between Level II Basic and Expansion KSUs l 44 1 21 Bottom View of the Floor Mounting Brackets l 45 l 22 Removing the Level II Basic KSU Side Panel i 45 l 23 Hooking the Level II Basic and Expansion KSUs Together 1 46 l 24 Bolting th...

Page 12: ...the Floor l 62 Removing the Level II Advanced Basic KSU Top Panel l 63 Removing the Level II Advanced Expansion KSU Front Panel l 63 Attaching Each Level II Advanced Expansion KSU 1 64 PSF P 20PSUFuseLocations l 65 Installing the PSF P 20 PSU into the Level II Advanced Basic KSU l 65 Connecting the PSF P 20 PSU to the Terminal Board l 66 Installing the PSF P 20 PSU into the Level II Advanced Expan...

Page 13: ...F 11 KTU Switch Layout l 104 MIF F S 10KTUSwitchLayout l 106 Connecting the MIF Cable Assembly and the MIF F S 10 KTU to the ESF SB 10 KSU l 110 Connecting the MIF Cable Assembly and the MIF F S 10 KTU to the ESF XB 10 KSU l 111 MIF F 10 KTU Direct and Remote Connections l 113 SMDRPrintFormats 1 114 SMDR Print Formats Item Numbers l 115 MIF F L 10 KTU Switch Layout 1 116 Connecting the MIF Cable A...

Page 14: ...BK Console Connecting an Attendant Add On Console to the System Connecting a Single Line Telephone using the SLT F lG 10 ADP Removing the Screws from the SLT F lG 10 ADP Attaching the SLT F lG 10 ADP to a Wall WallMountingPreparation Mounting the WMU W BK Unit to the Wall Mounting the Multiline Terminal to the WMU W BK Unit Removing the Knockouts to Install ADA l W BK Unit or ADA B W BK Unit ADA l...

Page 15: ...Patterns 1 29 1 21 DSSBLF LED Indications l 30 l 22 NumberofRequiredInterfaceKTUs i 34 1 23 System Configuration Example 1 35 l 24 CPU F 20KTUAdjustments l 75 1 25 DTI F l 10 KTUIDTI F A 20 KTU Switch Settings for MB and SW1 l 89 l 26 DTI F I 10 KTUIDTI F A 20 KTU Switch Settings for SW2 l 90 l 27 DTI F j 10 KTU DTI F A 20 KTU LED Indications 1 91 l 28 Equipment Required for Tl Installation 1 95 l...

Page 16: ...L 10 KTU DTE PC or Printer Connections 1 119 MIF F L 10 KTU DCE MNP Modem Connections 1 119 MIF F A 10 KTU Switch SW3 Settings for PC Connection 1 124 MIF F A 10 KTU DTE PC Connections 1 125 Connection Information Connection and Port Relationships l 132 ADA l W BK Unit Cable Connection 1 151 ADA B W BK Unit Cable Connection l 151 LCDIndications 1 158 Access Code Tables l 160 xii Chapter 1 Table of...

Page 17: ...l of 64 ports The Level II Advanced system basic KSU can accommodate 64 ports Each of the two available expansion KSUs also support up to 64 universal ports Additional equipment such as Single Line Telephones external speakers voice mail facsimile machines etc can be connected to these systems to enhance their capabilities Figure l l Outside View of the Electra Professional Level II KSUs and Figur...

Page 18: ...to be directly connected to the telephone network A jack is provided by th lephone company Jacks for this type of customer provided equipment will not be provided on party lines or coin lines The telephone company may make changes in its technical operations and procedures If such changes affect the compatibility or use of this system the telephone company is required to give adequate notice of th...

Page 19: ...stem use the following number Level II System AY5USA 73705 MF E Level II Advanced AY5USA 74743 MF E 3 Facility Interface Codes FIG Ringer Equivalence Number REN Service Order Codes SOC and Jack types are shown in Table l l FIC REN SOC and Jack Types for KTUs Table l l FIC REN SOC and Jack Types for KTUs 04DU9 1SN 04DU9 1ZN 04DU9 1SN 04DU9 1ZN IMPORTANT NOTE This equipment is capable of providing u...

Page 20: ...MIUM OR SEALED LEAD BATTERIES MUST BE COLLECTED RECYCLED OR DISPOSED OF IN AN ENVIRONMENTALLY SOUND MANNER The incineration landfilling or mixing of nickel cadmium or sealed lead batteries with the municipal solid waste stream is PROHIBITED BY LAW in most areas Contact your local solid waste management officials for other information regarding the environmentally sound collection recycling and dis...

Page 21: ...his equipment has been tested and approved for compliance with the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC Rules which are designed to provide reasonable protection against such interference when operated in a commercial environment Operation of this telephone system in a residential area is likely to cause interference in which ca8e the user at his or her own...

Page 22: ...be required from the American Society of Composers Authors and Publishers or other similar organization if radio or TV broadcasts are transmitted through the Music On Hold feature of this telecommunication system NEC America Inc hereby disclaims any liability arising out of the failure to obtain such a license 1 2 9 Y_ 1 2 10 Service Requirements In the event of equipment malfunction all repairs s...

Page 23: ...ons may not prevent degradation of service in some situations Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier Any repairs or alterations made by the user to this equipment or equipment malfunctions may give the telecommunications company cause to request the user to disconnect the equipment Users should ensure for their own pr...

Page 24: ...tables I Table 1 3 Equipment Designation Maximum Quantity System Level II KSUs and PSUs T I Description ESF SB 10 KSU I IBasic KSU with Wall and Floor Mount Brackets I Expansion KSU with Wall and Floor Mount Brackets 1 Power Supply Unit For Battery Backup Table l 4 Level II Advanced KSUs and PSUs Equipment Designation Maximum Quantity System Description ESF XB 10 KSU I 1 Basic KSU with Wall and Fl...

Page 25: ...nnel 4 wire E M Tie Line Interface Tl FTl Fractional Tl Trunk Interface with Loop and Ground Start Trunk Signaling capability Tl FTl Fractional Tl Trunk Interface with Loop and Ground Start Trunk Signaling capability Tie line E M and DID Signaling capability Series 300 or higher1 DTI F l 10 KTU 1 I I 3 Interface Interface DTI F A 20 KTU 1 3 Table l 8 Maximum Other Optional KTUs Equipment Designati...

Page 26: ...ine or fax WMU W BK Unit 56 96 Wall Mount Unit SLT F lG 10 ADP 55 95 l channel Single Line Telephone Adaptor Note The recommended maximum is 16ADA B W BK Units however additional units can be installed depending on system traffic and the number of PBR circuits available 1 4 Equipment General Information One Electra Professional Level II and Level II Advanced Job Specifications Manual Stock No 7220...

Page 27: ...COI DID TLI PBR VRS ECR LLT DTI Up to three DTI KTUs can be installed ESF XE 10 KSU This Level II Advanced system expansion unit provides for an additional 64 ports that can accommodate up to 8 KTUs Fixed slots are intended for the MMC and MIF KTUs This KSU is designed to accommodate 2 4 or S channel interface cards PSF P 20 PSU Power Supply Unit and backup batteries are included with this KSU PSF...

Page 28: ...peration of up to two Off Premise Extensions OPX Each LLT F BG 10 KTU has a built in ringer RSG Up to 3000 ohms of loop resistance including the Single Line Instrument is acceptable between the LLT F PG 10 KTU and SLT A maximum of six LLT F OG 10KTUs can be installed in interface slots in the Level II system and a maximum of 22 in the Level II Advanced system 1 5 5 Trunk Interface Key Telephone Un...

Page 29: ...ion of a Tl Fractional Tl 24 DS 0 channels or fewer line The DTI F lo KTU contains circuitry for outside ring detection holding dialing and control functions A combination of Loop and Ground Start Trunks can be used on this DTI KTU DTMF or Dial Pulse dialing is also supported The two interface slots to the right of this KTU may need to be left vacant depending on System Programming A CLK F 21 Unit...

Page 30: ...4 11 KTUs can be installed in any of the systems interface slotsproviding eight channels MIF F S 10 KTU The Multipurpose Interface KTU provides two capabilities First it generates detailed call records of incoming outgoing conference and transferred outside calls Reports include digits dialed call duration trunks used etc Secondly this KTU also allows interfacing between a personal computer with t...

Page 31: ...6DC 1 BK TEL This Multiline Terminal is a fully modular instrument with 16 Flexible Line keys each with a two color LED eight function keys built in speakerphone a 16 character Liquid Crystal Display LCD ADA compatibility and a large LED to indicate incoming calls and messages A maximum of 56 ETW 16DC 1 BK TELs can be installed in a Level II system and 96 in a Level II Advanced system ETW 16DD 1 B...

Page 32: ...Adaptor provides the Multiline Terminal with connection for a cordless Single Line Telephone modem facsimile or answering machine An ADA 2 W BK Unit can be installed in any Multiline Terminal The recommended maximum is 16 ADA B W BK Units however additional units can be installed depending on system traffic and the number of PBR circuits available WMU W BK Unit The WMU W is a universal Wall Mount ...

Page 33: ...hows a conceptual representation of an installed system Refer to Figure l 3 System Block Diagram Also refer to Table l 10 Abbreviations for a list of abbreviations used in the systemblock diagram Table l 10 Abbreviations Hardware Specifications and Installation 1 17 ...

Page 34: ... I FAX I SLI 8G 2w 0 I I ECR I I 1 I ESI 8 I I I SLT LLT 2G 1 I f _____________________________ J I DSW I I l ___ I CLK I I I I I 2w DID 4 DIDTrunk I On Hold Source Numbers in designate the number of channels supported when using the equipment listed Figure 1 3 System Block Diagram 1 18 Hardware Specifications and Installation ...

Page 35: ... System Control Capacities Level II Level II Advanced Basic Basic Expansion Basic Basic 2 Expansions Unit 5 8 8 24 1 1 2 4 32 56 56 64 N A 32 56 56 64 co1 16 28 28 32 DID 8 14 14 32 TLI Note 1 The number of Attendant Add On Consoles is included in the number of Multiline Terminals Note 2 Four of the eight channels are accommodated in the CPU Hardware Specifications and Installation 1 19 ...

Page 36: ... TEL 61 600 1500 I I I ETW 16DC1 BK TEL 46 450 1300 ETW 16DD 1 BK TEL 37 360 820 ETW 24DS1 BK TEL 46 450 820 EDW 48 t 1 BK Attendant Add On Console 102 1000 2000 with AC Adaptor SLT F lG 10 ADP 61 600 1200 Note 1 Note 2 Note 3 When installing an Attendant Add On Console the use of an AC Adaptor is required The length for the specified SLT Adaptor is the length between the ES1 KTU and the SLT Adapt...

Page 37: ...hielded Audio Cable 0 External Amplifier Hi Fi Shielded Audio Cable 2 4 2 Cabling Precautions When selecting cables and Main Distribution Frames MDF future expansion or assignment changes should be given due consideration Avoid running cables in the following places 0 A place exposed to wind or rain 0 A place near heat radiating equipment or where the quality of station cable covering could be aff...

Page 38: ... Current Idle Maximum IBasic I 1 3A 1 120 I 150 I Level II I Basic Expansion 1 9A 180 220 ILevel II Basic 1 9A 180 220 Advanced 1Basic 2 Expansions I 5 7A I 540 I I 660 I 2 5 4 Fuse Replacement Table Table 1 16 Fuse Replacement Unit PSF S 20 PSU PSF P 20 PSIJ Fuse No Fl F2 Fl F2 Specifications 125V 4 OA 125V i OA 125V 6 3A 25OV 12 OA Description AC Input DC Input AC Input DC Input Dimensions 114 x...

Page 39: ...Specifications 2 81 Transmission 0 Data Length From Multiline Terminal to ESI F 8 21 KTU 23 bits From ESI F 8 21 KTU to Multiline Terminal 23 bits 0 Data Transmission Rates Between ESI F 8 21 KTU and Multiline Terminal 184K bits set voice and signaling 0 Scanning Time for each Multiline Terminal 32 ms Network 0 TDM Switching PCM p Law 0 TDM Clock 2 048 MHz 0 TDM Data Bus 8 bit 0 TDM Timeframe 125 ...

Page 40: ...tandard 2500 set Nominal Current 0 Pulse Rate e Percent Break 0 Interdigit Interval 2 9 2 DTMF Address Signaling l Frequencies 500 type network 3omA 56 Vat RMS 20 Hz 500 type network 30 mA 56 Vat RMS 20 Hz 500 type network 3omA 56 Vat RMS 20 Hz 500 type network 30 mA Signaling 10 f 0 5 pps 20 f 1 0 pps 60 1 5 10 ppsf0 pps 770 ms 830 ms Two sinusoidal signals one from a high group of three frequenc...

Page 41: ...his battery backup will support all of the system functions for approximately 30 minutes in the event of a power failure Memory Backup A backup battery is equipped on the CPU F l 20 KTU VRS F 4 11 KTU MIF F S 10 KTU MIF F L 10 KTU MIF F A 10 KTU and the MIF F U 10 KTU These batteries when fully charged retain the system memory in the event of a power failure Refer to Table 1 17 KTU Battery Backup ...

Page 42: ...mm 90 mm 180 mm PSF P 20 PSU 3 lbs 80 14 96 3 54 7 09 1 6 kg 380 mm 90 mm 180 mm ETW 8 l BK TEL 2 Ibs 3 98 6 89 8 81 0 9 kg 101 mm 175 mm 223 mm ETW 16DC 1 BK TEL 2 lbs 30 3 98 6 89 8 81 1 kg 101 mm 175 mm 223 mm ETW 16DD 1 BK TEL 2 lbs 7 oz 3 98 8 07 8 81 1 1 kg 101 mm 205 mm 223 mm ETW 24DS 1 BK TEL 2 lbs 7 oz 3 98 8 07 8 81 1 1 kg 101 mm 205 mm 223mm EDW 48 t 1 BK CONSOLE 3 lbs 1 oz 2 72 6 89 8...

Page 43: ...ce 600 R 0 Relay Contact Rating 500 mA 24 Vdc 2 12 3 External Tone Ringer Night Chime Output 0 Output Level 10 dBm 0 Output Impedance 600 52 0 Relay Contact Rating 500 mA 24 Vdc 2 12 4 SMDR Output 0 Female Connector System Output Standard RS 232C 2 12 5 PC Connection 0 Female Connector System Output Standard RS 232C 2 12 6 Relay Contact 0 All Relay Contact Ratings 500 mA 24 Vdc Hardware Specificat...

Page 44: ...3501440 4801620 440 4401480 leaON 2 8 OFF 4401480 2 ax ON 4801620 120 IPM 440 0 7 sec l Call Forward Alert Tone l Call Forward Confirmation Tone 0 Confirmation l LCR Dial Tone Error Tone Burst Recall Tone CO PBX Ring Tone 1 3501440 440 620 1024 4801606 J 0 25 sec ON x 2 3 burstn 2 eec ON 4 seca OFF CO PBX Ring Tone 2 Internal Ring Tone 4801606 lwc ON 4801606 Attendant Ring Tone 4801606 0 5 Bet mn ...

Page 45: ...I Voice Mail Message Red I I Speaker ON Red I I I I I I I System Data Entry Red I I I I I I 1 I I Conference in Progress Red I I I w I I I All Conference Red I I I I I I I I Conference Circuits Used I I I I I I 1 I Hold Conference Call Red I I I I I I I ICM Call Hold Red 1 I I SPD Confirmation Red _ _ _ I r i_ Answer Incoming Trunk Exclusive Hold Red i k I i Green I I I 1 Function Callback Set Red...

Page 46: ...asic KSU has five interface slots and the Expansion KSU has three interface slots The Level II Advanced Basic KSU and Expansion KSU each have eight interface slots Each slot supports up to eight ports The hardware requirements dictate the number of ports available for installing station equipment When possible the same type KTUs should be paired together within a cable binder 25pair cable binders ...

Page 47: ... l 5 Level II Interface Slots and System Port Numbers BASIC KSU EXPANSION KSU 8 16 24 32 40 48 56 64 7 15 23 31 39 47 55 63 6 14 22 30 38 46 54 62 POC 5 13 21 29 37 45 53 61 SPP 4 12 20 28 36 44 52 60 UBU 3 11 19 27 35 43 51 59 2 10 18 26 34 42 50 58 1 9 17 25 33 41 49 57 IFl OPl IF2 OP2 IF3 OP3 IF OP4 IF5 IF6 IF7 IF8 Figure l 5 Level II Interface Slots and System Port Numbers 2 B Slot and System ...

Page 48: ...162 170 178 186 161 169 177 185 IF5 IF6 IF7 IF8 72 71 70 69 68 67 66 65 I 1IF1 0 71 IF2 OP2 IF3 OP3 1IF4 OP4 104 103 102 101 100 99 98 97 IF5 112 120 111 119 110 118 109 117 108 116 107 115 106 114 105 113 IF6 IF7 128 127 126 125 124 123 122 121 IF8 A L l 8 16 24 32 40 48 56 64 7 15 23 31 39 47 55 63 6 14 22 30 38 46 54 62 5 13 21 29 37 45 53 61 4 12 20 28 36 44 52 60 3 11 19 27 35 43 51 59 2 10 1...

Page 49: ...10 KTU BASIC KSU EXPANSION KSU IFl OPl 1IF2 OP2 1 IF3 OP3 1IF4 OP4 1 IF5 II IF6 I IF7 I IF8 C8 Cl6 C24 T8 C36 T16 c7 Cl5 C23 T7 c35 T15 C6 Cl4 c22 T6 c34 T14 C5 Cl3 c21 T5 c33 T13 c4 Cl2 c20 T4 C32 T12 C42 c3 Cl1 Cl9 T3 c31 Tll c41 c2 Cl0 Cl8 T2 C26 c30 TlO C38 Cl c9 Cl7 Tl C25 c29 T9 c37 f c CO Port Number T Telephone Port Number 2_ Note 1 Note 2 The TLI KTU has four available channels but only t...

Page 50: ...sed by 4 7 8 and IF5 IF8 TLI F B 10KTU 2 Divide the number of Tie lines being IFlIOPl IFWOP4 used by 2 7 16 and IF5 IF8 DTI F l 10 KTU 24 The number of Tl FTl channels being See Notes 1 and 2 DTI F Aqr 20KTU used 1 3 ECR F 11 KTU 8 Relays Required when installing multiple IFlIOPl IFUOP4 zones for external paging tone ring 1 1 and IF5 IF8 and or chime MIF F S 10 KTU Required when connecting an SMDR...

Page 51: ...and whether Automated Attendant DISA trunks are connected to the system Up to 24 Single Line Telephones or Automated AttendantiDISA trunks can be supportedby one PBR circuit 3 3 Installation Example The following example will aid in understanding some of the requirements when configuring an Electra Professional Level II system Refer to Table 1 23 System Configuration Example The equipment used in ...

Page 52: ...hone lines 4 2 2 Site Survey In most cases a survey of the customer s premises is needed to determine the placement of the Main Distribution Frame MDF A second visit to the site may be necessary to obtain the exact dimensions of the area selected for MDF cable lengths and possible IDF Intermediate Distribution Frame locations Collected information about the job site will generally permit the MDF t...

Page 53: ... approximately 40 lb 100 lb Therefore select a strong wall for mounting purposes Place the KSU according to the following spacing specifications Space distance between the KSU and the ceiling 20 in or more Space distance on both sides of the KSU 12 in or more Space distance on front of KSU 20 in or more Avoid connection of the KSU to an AC receptacle used in common with any other device computer f...

Page 54: ...sic and or Expansion KSUs 66M50 TYPE q TELCO FmlX 0 0 I v Figure 1 8 Typical Full MDF Layout 4 3 Installing the Level II Key Service Unit KSU Installation Precautions Before installation and cabling of the KSU observe these precautions 0 Before starting the work be sure the PSU power switch is OFF and disconnect the power cord from the AC outlet 0 Do not directly touch the soldered surfaces of the...

Page 55: ... is the expansion cabinet that provides the system with one PSU slot battery installation space and three additional interface slots Only one expansion KSU can be installed with the system This KSU is floor or wall mounted with the ESF SB 10 KSU Refer to Figure l 10 Level II Expansion KSU Figure l 10 Level II Expansion KSU Hardware Specifications and Installation ...

Page 56: ...4 3 4 1 Wall Mounting the Basic KSU Before wall mounting the basic KSU the wall mount bracket m be attached to a piece of plywood Using 314 fire retardant plywood backboard is recommended 1 Using four screws locally provided attach the wall mount bracket to the wall Refer to Figure 1 12 Attaching the Wall Mount Bracket of the Level II Basic KSU to the Wall Wall Mount Bracket Dimensions SU Bottom P...

Page 57: ...KSU to the Wall Mount Bracket Figure l l 3 Attaching the Level II Basic KSU to the Wall Mount Bracket 3 Using the two provided bolts secure the KSU to the wall mount bracket from the bottom Refer to Figure 1 14 Securing the Level II KSU to the Wall Mount Bracket Figure 1 14 Securing the Level II KSU to the Wall Mount Bracket Hardware Specifications and Installation l 11 ...

Page 58: ... 15 Removing the Side Panel 2 Attach the ESF SE 10 KSU wall mount bracket to the existing ESF SB 10 KSU wall mount bracket and secure it to the wall using two locally provided screws Refer to Figure 1 16 Attaching the Wall Mount Bracket of the Level II Expansion KSU to the Wall Expansion Wall Mount Bracket Dimensions Figure 1 16 Attaching the Wall Mount Bracket of the Level II Expansion KSU to the...

Page 59: ...sion KSUs Together Basic Expansion Figure 1 17 Hooking the Level II Basic and Expansion KSUs Together 4 Bolt the Expansion KSU to the Basic KSU using the four provided bolts Refer to Figure 1 18 Bolting the Level II Expansion KSU to the Basic KSU Figure 1 18 Bolting the Level II Expansion KSU to the Basic KSU Hardware Specifications and Installation ...

Page 60: ...sic Expansion Figure 1 19 Attaching the Level II Expansion KSU to the Wall Mounting Bracket 6 Attach the ribbon cable mounted on the Expansion KSU through the opening between the Basic and Expansion KSUs Refer to Figure l 20 Connecting the Cable Between the Level II Basic and Expansion KSUs 1 Basic Expansion Figure l 20 Connecting the Cable Between Level II Basic and Expansion KSUs 7 Attach the si...

Page 61: ...efer to Figure 1 21 Bottom View of the Floor Mounting Brackets Floor Mounting Bracket Floor Mounting Bracket Figure l 21 Bottom View of the Floor Mounting Brackets 2 Set the Basic KSU on a level surface near an AC outlet and against a wall Using two screws locally provided attach the KSU to the floor 4 3 5 2 Floor Mounting the Expansion KSU 1 Remove the side panel on the Basic KSU Refer to Figure ...

Page 62: ...3 Hooking the Level II Basic and Expansion KSUs Together Basic Expansion 1 I 0 0 I Figure l 23 Hooking the Level II Basic and Expansion KSUs Together 3 Bolt the Expansion KSU to the Basic KSU using the four provided bolts Refer to Figure l 24 Bolting the Level II Expansion KSU to the Basic KSU Figure 1 24 Bolting the Level II Expansion KSU to the Basic KSU l 46 Hardware Specifications and Installa...

Page 63: ...on KSUs 1 Basic Expansion Figure 1 25 Connecting the Cable Between the Level II Basic and Expansion KSUs 5 Attach the side panel taken from the Basic KSU to the right side of the Expansion KSU using the four screws 6 Remount the front covers and retighten the screws after the installation of the PSU batteries grounding cable and KTUs is complete Hardware Specifications and Installation l 47 ...

Page 64: ...moving the Level II Basic KSU Cover 2 Turn the PSU power switch on the Basic KSU to the OFF position and disconnect the KSU from the power source 3 Disconnect the connectors from the KTUM When disconnecting note the position of the special connectors on the KTU Refer to Figure l 27 Disconnecting the KTUs from the Level II Basic KSU Figure 1 27 Disconnecting the KTUs from the Level II Basic KSU l 4...

Page 65: ...de Bracket on the Level II Basic KSU Figure l 28 Removing the Slide Bracket on the Level II Basic KSU 5 If wall mounting the system refer to Section 4 3 4 2 Wall Mounting the Expansion KSU If floor mounting the system refer to Section 4 3 5 2 Floor Mounting the Expansion KSU Hardware Specification8 and Installation l 49 ...

Page 66: ...backup interface accepts 117 Vat and outputs 5V 5V and 24V to the system Fuse Replacement To replace the fuse s in this PSU first remove the PSU from the KSU Refer to Figure 1 29 PSF S 20 PSU Fuse Locations Fuse Fl is a 125V 4A fuse for AC input Fuse F2 is a 125V 7A fuse for DC input F2 DCinput Figure l 29 PSF S 20 PSU Fuse Locations Hardware Specifications and Installation ...

Page 67: ...ng the PSF S 20 PSU into the Level II Basic KSU Figure l 30 Installing the PSF S 20 PSU into the Level II Basic KSU 4 3 7 3 Installing a PSF S 20 PSU in the Expansion KSU 1 Mount the PSF S 20 PSU into the left slot of the Expansion KSU and secure using the two provided bolts Refer to Figure 1 31 Installing the PSF S 20 PSU into the Level II Expansion KSU Figure 1 31 Installing the PSF S POPSU into...

Page 68: ...ble Figure l 32 Securing the PSU Cable Using a Tie Wrap 3 Using the provided clamp and screw attach the PSU cable to the KSU as shown in the following diagram Refer to Figure l 33 Attaching the PSU Cable to the KSU Battery Clamp Tie Wrap Figure 1 33 Attaching the PSU Cable to the KSU HitrdwareSpecifications and Installtilion ...

Page 69: ...gure l 34 Connecting the Two PSF Built In Batteries Red Cord BlackCord 8 CAUTION Be careful not to reverse the and 8 of the batteries Figure l 34 Connecting the Two PSF Built In Batteries 2 Mount the battery hold down plate and tighten the screw Refer to Figure 1 35 Placing the Batteries in the Level II KSU Figure 1 35 Placing the Batteries in the Level II KSU Hardware Specifications and Installat...

Page 70: ...4 3 8 2 Installing and Connecting Expansion Batteries 1 Take out the original batteries and disconnect the cords from the batteries 2 Using the provided cords connect the pairs of built in batteries and expansion batteries in parallel with each other Refer to Figure l 37 Connecting Expansion Batteries to the Original Batteries Orfgtnal Sattery Black Expansion Battery Figure l 37 Connecting Expansi...

Page 71: ...igure 1 38 Connecting the Batteries to the Power Supply CAUTION l Make sure the cord connected to the DC IN on the power supply unit is disconnected before connecting the batteries a Be careful not to reverse the and 8 polarities on the batteries l When the batteries are connected be sure the batteries are not in contact with any metal on the KSU 4 3 8 3 Cable Routing The cable routing with only t...

Page 72: ...n accordance with the local operating telephone company procedures 3 If no water pipe ground is available a ground rod should be installed in accordance with the local operating telephone company procedures 4 A grounding terminal is provided on the ESF SB 10 KSU Connect the grounding conductor to the hexagonal screw with the green colored head terminal Refer to Figure l 40 KSU Grounding Note The p...

Page 73: ... a battery installation space and eight interface slots for the installation of telephones CO PBX lines Tie lines VRS DID Digital Trunk Tl PBR and ECR KTUs The KSU can be either floor mounted or wall mounted Refer to Figure 1 41 Level II Advanced Basic KSU Figure 1 41 Level II Advanced Basic KSU 4 4 2 Y_ Expansion KSU ESF XE 10 KSU The ESF XE 10 KSU is the expansion cabinet There are three fixed s...

Page 74: ...fore floor or wall mounting the KSU the KSU cover must be removed 1 Loosen the eight cover screws and remove the front cover Refer to Figure l 43 Removing the Level II Advanced Basic KSU Cover Figure 1 43 Removing the Level II Advanced Basic KSU Cover l 58 _ and Installation ...

Page 75: ...g the template Refer to Figure l 44 Attaching the Wall Mount Bracket of the Level II Advanced Basic KSU to the Wall Figure l 44 Attaching the Wall Mount Bracket of the Level II Advanced Basic KSU to the Wall 2 Holding the Basic ESF XB 10 KSU lower the two hooks that protrude from the rear of the KSU over the wall mount bracket and secure to the wall mount bracket from the side using the two provid...

Page 76: ...fer to Figure l 46 Removing the Front and Top Panels Figure 1 46 Removing the Front and Top Panels 2 Using the seven screws locally provided attach the wall mount bracket to the wall using the template Refer to Figure 1 47 Attaching the Wall Mount Bracket of the Level II Advanced Expansion KSU to the Wall Figure 1 47 Attaching the Wall Mount Bracket of the Level II Advanced Expansion KSU to the Wa...

Page 77: ...e side using the two provided bolts Refer to Figure 1 48 Securing the Level II Advanced Expansion KSU to the Wall Mount Bracket Figure 1 48 Securing the Level II Advanced Expansion KSU to the Wall Mount Bracket 4 Attach each Expansion KSU and top panel using the provided screws Refer to Figure 1 49 Attaching Each Level II Advanced Expansion KSU Figure l 49 Attaching Each Level II Advanced Expansio...

Page 78: ...tom side of the Basic KSU using the bolts provided Refer to Figure l 50 Attaching the Floor Mount Bracket to Basic KSU Figure l 50 Attaching the Floor Mount Bracket to Basic KSU 2 Attach the Floor Mounting Bracket to the floor using the screws locally provided Refer to Figure 1 51 Attaching the Floor Mount Bracket to the Floor Figure 1 51 Attaching the Floor Mount Bracket to the Floor Hardware Spe...

Page 79: ... Refer to Figure 1 52 Removing the Level II Advanced Basic KSU Top Panel Figure 1 52 Removing the Level II Advanced Basic KSU Top Panel 2 Remove the front panel from the Level II Advanced Expansion KSU Refer to Figure 1 53 Removing the Level II Advanced Expansion KSU Front Panel 1 Figure 1 53 Removing the Level IIAdvanced Expansion KSU Front Panel Hardware Specifications and Installation ...

Page 80: ...ansion KSUs 4 4 6 1 General Information This power supply unit is supplied with both the Basic and Expansion KSUs It has a backup interface accepts 117 Vat and outputs 5V 5V and 24V to the system Fuse Replacement To replace the fuse s in this PSU first remove the PSU from the KSU Fuse Fl is a 125V 4A fuse for AC input Fuse F2 is a 125V 7A fuse for DC input Refer to Figure 1 55 PSF P 20 PSU Fuse Lo...

Page 81: ... PO PSU into the left slot of the Level II Advanced Basic KSU and secure using the two provided bolts Refer to Figure 1 56 Installing the PSF P 20 PSU into the Level II Advanced Basic KSU Figure l 56 Installing the PSF P 20 PSU into the Level II Advanced Basic KSU Hardware Specifications and Installation 1 65 ...

Page 82: ... Board Figure 1 57 Connecting the PSF P 20 PSU to the Terminal Board 4 4 6 3 Installing a PSF P 20 PSU in the Expansion KSU 1 Mount the PSF P 20 PSU into the left slot of the Expansion KSU and secure using the two provided bolts Refer to Figure l 58 Installing the PSF P 20 PSU into the Level II Advanced Expansion KSU Figure 1 58 Installing the PSF P 20 PSU into the Levai ii Advanced Expansion KSU ...

Page 83: ... of lower cabinet Figure 1 59 Connecting the PSUs in the Level II Advanced Expansion KSUs 4 4 7 Battery Installation 4 4 7 1 Connecting the Built In Batteries 1 Connect the two batteries in series Refer to Figure l 60 Connecting the Two PSF Built In Batteries RedCord BlackCord 8 CAUTION Be careful not to reverse the and 8 of the batteries Black Figure l 60 Connecting the Two PSF Built In Batteries...

Page 84: ...ew Refer to Figure l 61 Placing the Batteries in the Battery Box Figure 1 61 Placing the Batteries in the Battery Box 3 Connect the battery cord to the terminal board Refer to Figure 1 62 Connecting the Battery Cable to the Terminal Board Figure 1 62 Connecting the Battery Cable to the Terminal Board 1 68 Hardware Specifications and Installation ...

Page 85: ...ry Refer Figure 1 63 Connecting the Expansion Cable and Battery Red Figure 1 63 Connecting the Expansion Cable and Battery 2 Connect the external battery to the terminal board Refer to Figure l 64 Connecting the External Battery to the Terminal Board 0 0 j j ZY I O i j Figure l 64 Connecting the External Battery to the Terminal Board Hardware Specifications and Installation 1 69 ...

Page 86: ...res 2b If no water pipe ground is available a ground rod should be installed in accordance with the local operating telephone company procedures 2 A grounding terminal is provided on the ESF XB 10 KSU Connect the grounding conductor to the hexagonal bolt with the green colored head terminal Refer to Figure 1 65 Level II Advanced KSU Grounding Note The provided ferrite core should be wrapped with t...

Page 87: ...extreme care must be taken to avoid static discharge when handling KTUs 5 1 2 KTU Installation 1 Make any connections and switch settings on the KTUs before inserting them in the KSU Refer to Sections 5 2 Common Control KTUs 5 3 Interface KTUs and 5 4 Optional KTUs for the switch settings for individual KTUs 1 2 A switch MB is provided on the KTUs except the CPU and MMC KTUs to protect circuitry f...

Page 88: ...sing unit CPU A l bit microprocessor executes the programs stored on the ROM ICs to control the whole system while transferring data to and from other KTUs This KTU consists of a main control section and a Time Division Switch TDSW section It also has a built in external hold tone interface circuit Other capabilities include CNF six 4 party circuits internal MOH source DTMF receivers PBR and KF Ke...

Page 89: ...he system the clock calendar must be set This also applies when battery backup fails for any reason When the CPU F j 20 KTU is removed for long term storage set the SW BTS switch to OFF This will prevent the battery from constantly discharging The battery when fully charged will retain memory contents for approximately 14 days Switch RES is the reset switch When pressed this switch interrupts all ...

Page 90: ...ROM X25 II GNDol CN4 0 g III EXT 0 INT The operation verification LED LEDl always flashes when the system is in normal operation and steadily lights when the system is reset Figure 1 68 CPU F J 20KTU Switch Settings 4 DIP SW BTS p CN2 LED1 RES TPl _ TP2 TP3 MOHV MOHS MOH IN Hardware Specifications and Installation ...

Page 91: ...e MOH is to be used Note 1 MOHV Center To adjust the volume of MOH DIP SW A 1 1OFF 1Not USed DIP SW B 2 Not Used DIP SW C 3 OFF OFF Multi Function System ON llON Key Function System Note 2 CN2 1N A 1 Not Used I CN4 1N A 1 For connecting the CLK F 21 Unit N A NIA Ground voltage check terminal 5V voltage check terminal W3 I N A I 5V voltage check terminal Note 1 Internal MOH has two melodies Select ...

Page 92: ...KTU controls data transmission between the CPU F 20 KTU and the interface cards installed in the ESF XE 10 KSU where it is installed Switch Settings LED Indications LED1 on this KTU continuously flashes indicating it is receiving power The RES button allows this KTU to be reset This resets the entire KSU where it is installed Refer to Figure l 69 MMC F 11 KTU Switch Settings Figure 1 69 MMC F 11 K...

Page 93: ...o the ribbon cable as shown below Refer to Figure l 70 Ferrite Core Installation to MMC F 11 KTU Ribbon Cab e 1 a Figure l 70 Ferrite Core Installation to MMC F 11 KTU Ribbon Cab e CAUTION This procedure can only be performed when the system power is off If a second expansion cabinet ESF XE 10 KSU is to be installed the ribbon cable of the MMC F 11 KTU in this KSU must be attached to the MMC F 11 ...

Page 94: ...aptors A maximum of seven ESI F 8 21 KTUs can be installed in the Level II system and a maximum of 12 in the Level ITAdvanced system Switch Settings LED Indications When the green LED LED21 is lit it indicates the ES1 KTU is receiving power The red LED LEDl indicates one or more of the eight circuits of the KTU is in use Switch MB is the ON OFF switch for this KTU Refer to Figure 1 72 ESI F 8 21 K...

Page 95: ...il or Push Button Single Line Telephone connection A maximum of six SLI F 8G 21 KTUs can be installed in the Level II system and a maximum of 11 in the Level II Advanced system Switch Settings LED Indications An SLI can support up to eight Single Line Telephones modems Voice Mail ports or fax ports This SLI is required when power failure transfer of CO lines two maximum per KTU and or message wait...

Page 96: ... to a CO PBX line to allow origination and termination of calls Refer to Figure 1 74 Power Failure Backup Flowchart Note 1 Note 2 Note 3 YES INO I I ISystem failure no calls can be originated CO line and power failure transfer Single Line Telephone directly connected Calle can be originated and terminated Note 2 I I The backup period for the Electra Professional Level II and Level II Advanced syst...

Page 97: ...ransfer via the SLI F 8G 21 KTU to the COI F 4 20 or COZ F 8 20 KTU A 4 conductor cable locally provided is required to connect the SLI F G 21 KTU to the 66 Ml50 block Refer to Figure 1 75 Connecting CO Line and Single Line Telephone for Power Failure Transfer Note When selecting a Single Line Telephone for power failure transfer make sure it matches the dialing type of the CO line 10 pps 20 pps o...

Page 98: ...rt message waiting A maximum of six LLT F BG 10 KTUs can be installed in the interface slots of the Level II system and a maximum of 22 in the Level II Advanced system Switch Settings LED Indications The green LED LEDl when lit indicates the LLT F BG 10 KTU is receiving power The red LED LED2 when lit indicates one or more of the two circuits of the KTU are in use Switch MB is the ON OFF control f...

Page 99: ...ED Indications This CO1 KTU contains four switches that are designated SW1 SW4 for the selection of trunk type Loop or Ground Start Each switch is associated with an individual circuit Red LEDs lOl 401 indicate the status of the circuit When a Loop Start trunk is connected to a circuit its associated switch must be set to the LP position If a Ground Start trunk is connected the switch must be set ...

Page 100: ...ED Indications This CO1 KTU contains eight switches that are designated SW1 SW8 for the selection of trunk type Loop or Ground Start Each switch is associated with an individual circuit LEDs 101 8011indicate the status of each circuit When a Loop Start trunk is connected to a circuit its associated switch must be set to the LP position If a Ground Start trunk is connected the switch must be set to...

Page 101: ...en LED LED11 is lit it indicates that the DID F 4 10 KTIJ is receiving power Switch MI3 is the ON OFF control for this KTU LEDs 101 401 represent the four individual circuits and their status A busy line indication lamp LED 101 LED 401 lights when the associated line CHl CH 4 is busy Refer to Figure 1 79 DID F 4 10 KTU Switch Layout Piggyback LED 301 LED 401 I CNl El This KTU includes a piggybacke...

Page 102: ...ttings LED Indications Switches designated SW101 and SW201 allow selection of Type I or Type V for channels 1 and 2 respectively Red LEDs 101 and 201 indicate the statusof the two associated circuits When the green LED LEDl is lit it indicates the TLI F B 10 KTU is receiving power Switch MB is the ON OFF control for this KTU Refer to 6 2 3 1 TLI F B 10KTU Cable Connections and to Figure l 80 TLI F...

Page 103: ...t must be connected on the CPU F j 20 KTU Refer to Figure 1 86 Installing the DTI F J 10 KTU or DTI F A 20 KTU in the ESF SB 10 KSU and Table 1 29 Required Slotsfor DTI F j 10 KTU or DTI F A 20 KTU Installation When using a second DTI KTU in the Level II Advanced system this KTU must be connected to the first DTI KTU installed in the system A third DTI KTU is then connected to the second DTI KTU t...

Page 104: ...SW2 cl CN4 III CN5 III CN6 h LED6 i LED6 LED7 LED6 s LED5 LED4 LED3 LED2 LED1 LEDI 1 Green MB CN4 cl Figure 1 81 DTI F J 10KTU Switch Layout SW2 CN5 CN4 II Figure 1 82 DTI F A 20 KTU Switch Layout Series 300 or higher ...

Page 105: ...smitted When a valid signal is available the AIS may be removed The AIS is an unframed all ones signal Either the Central Ofice or far end equipment may busy out an entire DS 1 facility by sending an AIS If an AIS is received and since it is unframed the Yellow Alarm is transmitted to the far end Note 2 Explanation of Switch Positions l SWl 1 0 and SWl 2 0 This position is used for normal operatio...

Page 106: ... this switch is ON LED 1 8 indicates the status of CH 9 16 of the Tl 24 DS 0 channel 3 OFF 0 If this switch is ON LED 1 8 indicates the status of CH 17 24 of the Tl 24 DS 0 channel 4 OFF 0 If this switch is ON LED 1 8 indicates the status of the alarm from the Tl trunk 5 OFF 0 If this switch is ON LED 1 8 indicates the status of the alarm from the Tl trunk 6 OFF 0 7 OFF 0 Not Used Must be 0 when o...

Page 107: ...tection If two of the four or five data framing bits that are received are in error this LED lights red LED4 Remote Alarm Indication AI Detection If the remote alarm signal is received this LED lights red LED5 Cyclic Redundancy Check CRC Error Event Detection If a CRC error has occurred the LED lights red LEDG Excessive Bipolar Violations BPV Detection If an excessive bipolar violation condition i...

Page 108: ...20 KTU Only one CLK F 21 Unit can be installed in either system Switch Settinas LED Indications LED1 lights when the 1 5 MHz clock is not provided from the Tl trunk LED2 lights when the output clock to the CPU F j 20 KTU 16 MHz is not provided from the CLK F 21 Unit Refer to Figure l 83 Mounted CLK F 21 Unit Tnn View CPU F 20 KTU 1 5M BRT LED1 0 1 1 I 1 T5T Jr Jl LED2 0 a a V TPl CNl 51 CN4 I CLK ...

Page 109: ... The carrier uses 8 Kbps of Tl FTl bandwidth for network supervision and diagnostics leaving 1 536 mbps for user data Electrical Specifications The electrical specifications describe the Tl FTl interface the Tl FTl cross connect interface and the characteristics of the signals received from and transmitted to the Tl FTl facility 1 Support Digital Trunk Type Tl FTl 2 SupportTrunk Signal Type DTI F ...

Page 110: ...o determine whether the configuration is ZCS or BSZS The installer must assign this configuration via the Electra Professional Level II and Level II Advanced System Programming Frame Synchronization According to EIAfI IA 464 A for 24 channel transmission there are two types of frame configurations 12 multiframe and 24 multiframe This method depends on the LXCIXC The installer must ask the LXCYIXCt...

Page 111: ... the equipment that is required for Tl Table 1 28 Equipment Required for Tl Installation DTI F j 10 KTU Description Quantity 24 channels Tl FTl trunk interface board 1 2 or 3 CLK F 21 Unit Tl FTl Clock Synchronization Unit 1 L Installation Cable Connection cable between DTI and CLK package 4 MHz clock Y_ 1 per DTI KTU and CLK included with DTI KTU OR 1 per DTI KTU and DTI KTU interface Twisted pai...

Page 112: ...ots on the ESF XB 10 KSU or the IFl OPl slot on the first ESF XE 10 KSU installed Refer to Figure 1 87 Installing the DTI F l 10 KTU or DTI F A 20 KTU in the ESF XB 10 KSU or ESF XE 10 KSU Note If the DTI KTU is used the interface slot s adjacent to the DTI interface slot can be used The number of slots that must remain empty depends on the number of DTI channels being used ESF SB 10 KSU ESF SE 10...

Page 113: ...F A A C 1 0 P 1 DTI F lo KTU or DTI F A 20 KTU Figure l 87 Installing the DTI F lo KTU or DTI F A 20 KTU in the ESF XB 10 KSU or ESF XE 10 KSU Table l 29 Required Slots for DTI F lo KTU or DTI F A 20 KTU Installation No of DTI F lo KTU or Required Slots for DTI F lo KTU DTI F A 20 KTU Channels Used or DTI F A 20 KTU Installation 1 8 1 2_ I 9 16 I 2 I Hardware Specifications and Installation l 97 ...

Page 114: ... A 20 KTU and the CLK F 21 Unit 1 2 3 4 Wrap the cables provided with the DTI F lo KTU or DTI F A 20 KTU twice two turns around a ferrite core Connect CN6 and CN4 on the DTI F lo KTU or DTI F A 20 KTU to CN2 and CN3 on the CLK F 21 Unit using the provided cable with the DTI F lo KTU or DTI F A 20 KTU Refer to Figure l 88 Connecting the Cable Between the DTI F lo KTUs or DTI F A 20 KTUs and the CLK...

Page 115: ...su Tl Runk DTI KTU CN6 7 i 1 I i CNl Tl Trunk DTI KTU CN6 I i I I CN5 v i _ _ I 2 L csu Tl Trunk DTI KTU TOCLK CN6 TOCLK CN4 CLK UNIT FMDTI CN2 I I I Ferrite Core wrap cable 2 turns Figure l 88 Connecting the Cable Between the DTI F J 10 KTUs or DTI F A 20 KTUs and the CLK F 21 Unit Hardware l 99 ...

Page 116: ...December 1993 l I I I Figure l 89 Example of Three DTI F J 10KTUs or DTI F A 20 KTUs Attached to the CLK F 21 Unit ...

Page 117: ...PBR F 4 11 KTU can be installed in the Level II system and two can be installed in the Level II Advanced system Switch Setting LED Indications The green LED LED11on the PBR F 4 11 KTU when lit indicates the KTU is receiving power The red LED LED21is the DTMF signal indication LED that when lit indicates one or more DTMF signal receiver circuits are receiving DTMF signals Switch MB is the ON OFF co...

Page 118: ...ures A maximum of two VRS F 4 11 KTUs can be installed in either system Each VRS F 4 11 KTU has four record playback channels The maximum recording time of each channel is 240 seconds The recording time for each channel can be divided as follows 0 15 sec 16 messages 240 sec 0 30 sec 8 messages 240 sec l 60 sec 4 messages 240 sec 0 120 sec 2 messages 240 sec Switch Settings LED Indications SWl on b...

Page 119: ...e Ringer One of the two RCA jacks is used for External Tone Ringer Night Chime audible output The other RCA jack is used for External Paging audible input output Refer to Figure 1 92 ECR F 11 KTU Switch Layout and Table 1 31 ECR F 11 KTU Connectors Adjustments Only one ECR F 11 KTU can be installed in either system Switch Setting LED Indications The green LED LED11 on the ECR F 11 KTU when lit ind...

Page 120: ...lation Service Manual L CNl CN4 i JK2 For External Paging JKl For External Tone Ringer Night Chime MB Switch LEDl For Maximum Volume of External Ringer Output Turn VRl Counterclockwise Figure 1 92 ECR F 11 KTU Switch Layout l 104 Hardware Specifications and Installation ...

Page 121: ...n Terminals Pin No Terminal Name Function 16 8RM SRC External Tone 15 Ringer 4 14 7RM 7RC External Tone 13 Ringer 3 12 6RM 11 6RC 10 5RM 9 5RC 8 4RM 7 4RC External Tone Ringer 2 External Tone Ringer 1 Night Chime 6 3RM 5 3RC 4 2RM 3 2RC 2 1RM 1 1RC External Paging Zone C External Paging Zone B External Zone A Paging 5 4 4 MIF F S 10 KTU The MIF KTU serves two purposes it allows the connection of a...

Page 122: ... indicates the MIF is exchanging data communications with the system CPU The red LED LED3 when lit indicates the SMDR function is outputting a call record Refer to Figure 1 93 MIF F S 10 KTU Switch Layout Switch MB is the ON OFF control for the KTU Also refer to Table l 33 MIF F S 10 KTU Switch SW3 Settings for PC and MNP Modem Connections Table l 34 MIF F S 10 KTU Switch SW4 Settings for Printers...

Page 123: ...g Description OFF 0 Connection to CN7 ON 1 0 PC Direct 1 MNP Modem Connected OFF 0 Not Used ON 1 OFF 0 Not Used ON 1 OFF 0 Not Used ON 1 OFF 0 ON 1 Parity and Stop Bits sws 5 SWS 6 Parity Stop Bits 0 0 None 2 OFF 0 1 0 None 1 ON 1 0 L Even 1 1 1 Odd 1 OFF 0 Baud Rates ON 1 sws 7 SWS 8 RS 232C 0 0 9600 bps OFF 0 1 0 4800 bps ON 1 0 1 2400 bps I 1 l 1200 bps Hardware Specifications and Installation ...

Page 124: ...e 1 Test Mode Note Operation of MIF stops when set to the Test Mode 2 OFF 0 ON 1 Not Used 3 OFF 0 Not Used ON 1 4 OFF 0 Data Bits RS 232C for Printer ON 1 0 bit 1 7 bit 5 OFF 0 Parity and Stop Bits ON 1 sw4 5 SW4 6 Parity Stop Bits 0 0 None 2 6 OFF 0 1 0 None 1 ON 1 0 1 Even 1 1 1 Odd 1 OFF 0 ON 1 OFF 0 ON 1 Baud Rates sw4 7 SW4 8 0 0 1 0 0 1 1 1 RS 232C 4800 bps 2400 bps 1200 bpe 300 bps l 108 Ha...

Page 125: ... SG 8 ______ 7 SGBG 7 _______ 7 SG SG DSR DR 2 c 20 ERJDTR 20 ___ _ 20 ERJDTR DCD CN10 c 8 CD DCD 8 C 8 CD DCD Note The arrows show the direction of data flow during operation Table l 36 MIF F S 10 KTU DCE MNP Modem Connections MNP Modem Note The arrows show the direction of data flow during operation Hardware Specifications and Installation l 109 ...

Page 126: ...lling the KTU connect the RJ35 pin connectors to CN8 or CN7 into the MIF F S 10 KTU When connecting a PC connect the small connector on the MIF Cable Assembly to CNlO on the MIF F S 10 KTU then remove the RS 232 connection bracket from the KSU and attach the RS 232 on the MIF Cable Assembly to the RS 232 connection bracket using the screws on the RS 232 connectors This same type connection procedu...

Page 127: ...Installation Service Manual 1II Level II Advanced December 1993 Figure l 95 Connecting the MIF Cable Assembly and the MIF F S 10 KTU to the ESF XB 10 KSU Hardware Specifications l 111 ...

Page 128: ...cian Manual included with the Electra Professional Level II and Level II Advanced System Technician software Also refer to Figure 1 96 MIF F 10 KTU Direct and Remote Connections Figure 1 97 SMDR Print Formats and Figure l 98 Print Formats Item Numbers 1 Required Equipment 1 MIF F S 10 KTU with NEC provided MIF Cable Assembly 2 RS 232 straight cable for direct connection or reverse cable for remote...

Page 129: ...IF FO_lOKTU MIF Cable Assembly I CN7 ri i I I RS 232 I I Straight Cable Remote Connection MNP Modem Used Basic KSU OP Slot or IF1 IF4 MIF Fo 10KTU MIF Cable Assembly I I I PC RS 232 Reverse Cable Figure 1 96 MIF F I 10 KTU Direct and Remote Connections Y_ e l 113 ...

Page 130: ...92 A oo 09 B 05 12 C 00 15 32 G DlOO J Ic D 123 E Ic 999 D E 07 03 92 A oo 09 08 05 12 OG B C D 999 E 00 15 32 102885167537000 G H 1234567890 I DlOO Note 1 Note 2 1 J Example number 4 above is the SMDR output format when the incoming caller hangs up first If the called party hangs up first the SMDR output information is reversed A K are the printout item numbers The temporary station number is 999...

Page 131: ...ing Call ITC Conference on Transferred Incoming Call OTC Conference on Transferred Outgoing Call Station Number 12 3 This number depends on whether the system is set as 2 3 or 4digit station number in System Programming Transferred Station Number 234 This number depends on whether the system is set as 2 3 or 4digit station number in System Programming Call Duration 0 0 15 3 2 00 hour 15 minute 32 ...

Page 132: ... software Stock No 722305 for programming instructions using a PC Switch Settings LED Indications The green LED LEDl when lit indicates the MIF F L 10 KTU is receiving power The red LED LED21 when flashin data communications with the system CPrii indicates the MIF is exchanging The red LED LEDS when lit indicates the SMDR function is outputting a call record Refer to Figure l 99 MIF F L 10 KTU Swi...

Page 133: ...N 1 OFF 0 ON 1 OFF 0 ON 1 OFF 0 ON 1 OFF 0 ON 1 Description Connection to CN7 0 PC Direct 1 MNP Modem Connected Not Used Not Used Not Used Parity and Stop Bits sw3 5 sw3 6 Parity Stop Bits 0 0 None 2 1 0 None 1 0 1 Even 1 1 1 Odd 1 i Baud Rates sw3 7 SW3 8 RS 232C 0 0 9600 bps 1 0 4600 bps 0 1 2400 bpe 1 1 1200 bps Hardware Specifications and Installation 1 117 ...

Page 134: ...ON 1 OFF 0 ON 1 OFF 0 ON 1 OFF 0 ON 1 OFF 0 ON 1 Description ModeSetting 0 Operation Mode 1 Test Mode Note Operation of MIF stops when set to the test mode I lotUsed Vat Used ata Bits RS 232C for Printer 0 bit 1 7 bit Parity and Stop Bits sw4 5 SW4 6 Parity Stop Bits 0 0 None 2 1 0 None 1 0 1 Even 1 1 1 Odd 1 Baud Rates I sw4 7 SW4 8 RS 232C 0 0 4800 bps 1 0 2400 bps 0 1 1200 bps 1 1 300 bpa 1 118...

Page 135: ... 2 c 20 ER DTR 20 20 ER DTR DCD CN1O 1 18 CD DCD 8 1 18 CD DCD 1 Note The arrows show the direction of data flow during operation Table l 40 MIF F L 10 KTU DCE MNP Modem Connections MIF CNS MIF Cable Reverse _ Assembly RS 232 MNP Modem Cable I I I I FG FG 1 _ 1 FG FG 1 1 ____ 11 FG FG RXD RD 5 1 1 2 SD TXD 2 1 13 RD RXD TXD SD 4 _ 3 RD RXD 3 ___ ___ 2 SD TXD CTS CS 6 c 4 RS RTS 4 5 CS CTS RTS RS 3...

Page 136: ...J35 pin connector The other end of the cable terminates at an RS 232 connector This connector must be mounted in the KSU This same type of connection procedure must be performed on the ESF XB 10 KSU or ESF XE 10 KSUs Refer to Figure l 100 Connecting the MIF Cable Assembly and the MIF F L 10 KTU to the ESF SB 10 KSU and Figure l 101 Connecting the MIF Cable Assembly and the MIF F L 10 KTU to the ES...

Page 137: ...ervice Manual Electra Professional Level II 8zLevel II Advanced December 1993 Figure l 101 Connecting the MIF Cable Assembly and the MIF F L 10 KTU to the ESF B 10 KSU Hardware Specifications and Installation 1 121 ...

Page 138: ...lectra Professional Level II and Level II Advanced System Program Technician Manual included with the Electra Professional Level II and Level II Advanced System Technician software Required Equipment 1 MIF F L 10 KTU with NEC provided MIF Cable Assembly 2 RS 232 straight cable for direct connection1 or reverse cable for remote connection1 3 IBM or IBM compatible PC with 286 or higher and MS DOS Ve...

Page 139: ...itch Settings LED Indications The green LED LEDl when lit indicates the MIF F A 10 KTU is receiving power The red LED LEDB when lit indicates the MIF is exchanging data communications with the system CPU Refer to Figure l 102 MIF F A 10 KTU Switch Layout Table l 41 MIF F A 10 KTU Switch SW3 Settings foi PC Connection and Table 1 42 MIF F A 10 KTU DTE PC Connections Switch MB is the ON OFF control ...

Page 140: ...ition ON OFF Description SW31 Setting 1 OFF 0 Not Used ON 1 2 OFF 0 Forward No Answer ON 1 0 Allow 1 Deny OFF 0 Not Used ON 1 OFF 0 Not Used ON 1 OFF 0 Parity and Stop Bits ON 1 sw3 5 sw3 0 Parity Stop Bits 0 0 None 2 OFF 0 1 0 None 1 ON 1 0 1 Even 1 1 1 Odd 1 OFF 0 Baud Rates ON 1 sw3 7 SW3 8 RS 232C 0 0 9600 bps OFF 0 1 0 4800 bps ON 1 0 1 2400 bps 1 1 1200 bps ...

Page 141: ... can be installed into an Option Slot OP or into one of the four Interface Option Slots IFl OPl IF4 OP4 in the ESF SB 10 KSU ESF XB 10 KSU or the first ESF XE 10 KSU installed This KTU is shipped with two cable assemblies MIF cable assembly One end of each cable has an RJ35 pin connector The other end of the cable terminates at an RS 232 connector This connector must be mounted on the KSU This sam...

Page 142: ...December 1993 Figure l 103 Connecting the MIF Cable Assembly and the MIF F A 10 KTU to the ESF SB 10 KSU l 126 Hardware Spacfications and Installation ...

Page 143: ...Figure l 104 Connecting the MIF Cable Assembly and the MIF F A 10 KTU to the ESF XB 10 KSU Hardware Specifications and Installation 1 127 ...

Page 144: ...Block s l S 25 ACD Group Agent Assignment l 12 00 ACD Group Pilot Number Assignment l 12 01 ACD Group Overflow Destination Assignment and l 12 02 ACD Overflow Timer Selection 5 4 7 MIF F U 10 KTU The MIF F U 10 KTU provides the Uniform Call Distribution UCD feature Only one MIF F U 10 KTU can be installed in either system Note MIF F A 10 KTU and MIF F U 10 KTU cannot both be installed in the same ...

Page 145: ...N OFF 123 456 76 123 456 76 Battery Liz SW21 I Green MB ON OFF Dip Switches Not used for this KTU CNB Cable Connections CN7 No used for this KTU Figure l 105 MIF F U 10 KTU Switch Layout Hardware Specifications and Installation 1 129 ...

Page 146: ...diating equipment or where the quality of PVC covering could be affected by gases and chemicals 0 An unstable place subject to vibration 6 2 Wiring Between the KSU and the MDF 6 2 1 KSU Cables The Level II Basic KSU is equipped with two MDF Cable Assemblies and the Expansion KSU is equipped with one MDF Cable Assembly Each of the Level II Advanced Basic and Expansion KSUs are equipped with three M...

Page 147: ...D BR BK GN YL OR VI BL 5 ____ ___I _ _ __ _ __ _ _ I 6 I __ _ I __ __ I _____ I ___ I __ I I _ I I 7 OR WH BL RD 1 SL RD BR BK GN YL OR VI 8 WH OR RD BL j RD P BK BR YL GN VI OR 9 1 ____ _ __ I _ _ _ _ _ _ _ _ _ _ 10 I _____ __ _ _ __ _____ _ Figure l 106 MDF Cable Assembly Diagram 25 pair cable Hardware Specifications and Installation 1 131 ...

Page 148: ... SL BK R GN T T T TT SL RD YL T RD R R R TR BK BL BK R GN T T BL BK YL T RD R R BK OR BK R GN T T OR YL YL T RD R R R RR YL GN BK R GN T T TT GN YL YL T RD R R TR YL BR BK R GN T T BR YL YL T RD R R YL SL BK R GN SL YL YL T RD VI BL BK GN f T RT BL VI YL RD R RR VI OR BK R GN T T T TT OR VI YL T RD R R R TR VI GN BK GN GN VI YL RD I h VI BR BK GN T T BR Vl YL RD R R __ I _ _ SL VI NM T NM N C N C ...

Page 149: ...ctions explain this procedure 1 Cut the four cables the same length and insert them into the connector Ensure that all four cables have been inserted all the way to the end of the cover Refer to Figure l 107 Attaching the Cables to the Connector Make sure that no burrs areleftbehmd on the Cut ends Cover end Adaptable Cable Core Covering Outside Diameter 0 40 mm 0 66 mm 1 ICTCable 1 0 50mm 1 0 80mm...

Page 150: ...ze the pliers to crimp the cables If the cover is loose press the cover again with the pliers Note If sufficient pressure cannot be applied when the screw of the pliers is in the center position change the position of the screw that allows the jaws of the pliers to close Be careful when squeezing the hands of the pliers excessive pressure could cause damage to the connector Refer to Figure l 109 P...

Page 151: ... V and Tl can be connected to this system It is recommended that only twisted pair wiring be used to cross connect the lines from the RJ2lX termination block to the MDF Half tapping or parallel connections must not be used on outside lines connected to the system 6 2 3 1 TLI F P 10 KTU Cable Connections Channel Pins Note 1 TLI F 2 10 KTU contains one 4 position connector for assembly by the instal...

Page 152: ...e 2 Note 3 Note 4 The NEC provided six 4 position connector cable CANNOT be used to support this KTU Refer to Figure l 106 MDF Cable Assembly Diagram Connector pins 1 16 are counted from the bottom to the top of the KTU when it is installed into an interface slot External speakers and amplifiers must be locally provided Note 5 External speakers must be 600 52 1 136 Hardware Specifications and Inst...

Page 153: ...by twisted pair cable Refer to Figure l 110 MDF Trunk Connection DTI F J 10KTU DTI F A 20 KTU Note 1 The maximum distance from the DTI F J 10 KTU or DTI F A 20 KTU to CSU is 655 feet using 22 AWG Note2 CSU is recommended for maintenance loop back or alarm function or surge protection The customer needs to purchase and install the CSU q TR ________ TR lT ______ ll 2 RR 1 RR csu __ __ R r ________ L...

Page 154: ...to Section 5 3 2 1 Power Failure Backup 6 2 4 Modular Terminal Connections When connecting Multiline Terminals Attendant Add On Consoles or SLT Adaptors to the MDF or IDF individually twisted l pair cabling must be used Refer to Table 1 43 Connection Information Connection and Port Relationships for lead functions Refer to Figure l 111 Modular Terminal for Connection of Multiline Terminals and Att...

Page 155: ...connections should be made If dialing during power failure is required Single Line Telephones should be equipped with DPASI MF dialing to match the outside lines If trunks are Ground Start then Single Line Telephones must be equipped with a ground button When Single Line Telephones are installed they can operate as power failure telephones via cross connection on the MDF Refer to Figure l 113 Cros...

Page 156: ...are provided with the telephones etc 7 2 Multiline Terminals 7 2 1 ETW 8 l BK TEL This Multiline Terminal is a fully modular instrument with eight Flexible Line keys each with a two color LED eight function keys built in speakerphone Ancillary Device Adaptor ADA compatibility a large LED to indicate incoming calls and messages and a tilt stand Refer to Figure l 114 ETW 8 1 BK TEL Multiline Termina...

Page 157: ...em Figure 1 115 ETW 16DC1 BK TEL Multiline Terminal 7 2 3 ETW 16DD 1 BK TEL This Multiline Terminal is a fully modular instrument with 16 Flexible Line keys each with a two color LED eight function keys built in speakerphone Ancillary Device Adaptor ADA compatibility 16 character by 2 line Liquid Crystal Display LCD 20 programmable One Touch keys with red LED for BLF a large LED to indicate incomi...

Page 158: ...te incoming calls and messages and a tilt stand Refer to Figure 1 117 ETW 24DS1 BK TEL Multiline Terminal A maximum of 56 ETW 24DS1 BK TELs can be installed in a Level II system and a maximum of 96 in a Level II Advanced system 7 2 5 Figure 1 117 ETW 24DS1 BK TEL Multiline Terminal Connecting a Multiline Terminal to the System 1 Plug a telephone cord into the modular jack on the bottom side of the...

Page 159: ...en place the bottom hooks in the Multiline Terminal Snap the plastic panel into place to secure it Refer to Figure l 119 Installing the Designation Card Plastic Panel and Labels on a Multiline Terminal Remove the station number label and place on the handset hook Remove the Directory Card from the sheet and put it on the Directory Tray Refer to Figure 1 119 Installing the Designation Card Plastic ...

Page 160: ...hey lock Refer to Figure l 120 Unfolding the Legs on the Tilt Stand Figure l 120 Unfolding the Legs on the Tilt Stand 2 To fold the legs on the tilt stand a Turn the Multiline Terminal upside down b Press the mold under the legs C Fold the legs toward the body of the telephone Refer to Figure l 121 Folding the Legs on the Tilt Stand 1 Figure 1 121 Folding the Legs on the Tilt Stand Hardware Specif...

Page 161: ...tem The EDW 48 BK Console may be associated with any of the following Multiline Terminals ETW 16DC 1 BK TEL ETW 16DD 1 BK TEL or ETW 24DS1 BK TEL 1 Plug a telephone cord into the modular jack on the bottom side of the Attendant Add On Console 2 Lead the cord out through the cord groove Refer to Figure 1 123 Connecting an Attendant Add On Console to the System Figure 1 123 Connecting an Attendant A...

Page 162: ...erator One cable with RJll connections at both ends is provided with this unit This cable is used to connect the adaptor to an ESI F 8 21 KTU port The other RJll connector is used to connect an SLT or other similar device 7 4 1 Connection Figure 1 124 Connecting a Single Line Telephone using the SLT F lG 10 ADP shows the connection from an ESI F 8 21 KTU port to a Single Line Telephone using the S...

Page 163: ...lG 10 ADP Refer to Figure l 125 Removing the Screws from the SLT F lG 10 ADP 1 Figure l 125 Removing the Screws from the SLT F lG 10 ADP 2 Using the two provided wood screws attach the unit to the wall Close the unit and secure with the two screws previously removed Refer to Figure l 126 Attaching the SLT F lG 10 ADP to a Wall 1 Figure 1 126 Attaching the SLT F lG 10 ADP to a Wall Hardware Specifi...

Page 164: ... Mounting Unit WMU W BKII The WMU W Unit can be connected to any Multiline Terminal in the system 1 Remove the station number plate and designation strip 2 Remove the hanger by sliding it out Remount it back in the original position with the projected side facing upward Refer to Figure 1 127 Wall Mounting Preparation Figure l 127 Wall Mounting Preparation 3 Reinstall the station number plate and d...

Page 165: ... to the Wall 1 Figure l 128 Mounting the WMU W BK Unit to the Wall 5 Mount the Multiline Terminal onto the wall mounting unit by aligning the notches on the bottom of the Multiline Terminal with the rails on the wall mounting unit Refer to Figure l 129 Mounting the Multiline Terminal to the WMU W BK Unit Figure 1 129 Mounting the Multiline Terminal to the WMU W BK Unit Hardware Specifications and ...

Page 166: ...swering machine The maximum distance between the ADA O W BK Unit and the equipment is 10 feet using 24 AWG An AC DC adaptor is required for power supply to the ADA B W BK Unit The ADA B W BK Unit has a built in RSG Hookflash detection Message Wait and disconnect signal are not supported The recommended maximum is 16 ADA B W BK Units however additional units can be installed depending on system tra...

Page 167: ...nit into the Multiline Terminal using the screw nrovided component side down Refer to Figure l 131 ADA l W BK Unit or ADA 2 W BK Unit Installation 1 6 Connect the external device fax modem answering information provided in El machine etc using the Figure l 131 ADA l W BK Unit or ADA B W BK Unit Installation Table l 44 ADA l W BK Unit Cable Connection ADA l W BK Unit I From I To I I CNl I CN4 1 Tab...

Page 168: ...sing the MOH jack located on the CPU F l 20 KTU For music source input level and impedance refer to Section 2 12 1 Music On Hold Station Background Music in this chapter To install 1 Make a slit on the cable insulation approximately l 112 inches long at a distance of 12 inches from the plug end on the cable to be connected to the MOH jack Take special care not to cut into the shield wire and inner...

Page 169: ... prevent the possibility of short circuits 7 Connect the plug end into the CPU F l 20 KTU MOH jack Refer to Figure l 1 33 Music Source Connection MOH q Audio Shielded Cable output Music Source CPU IN I J P0bWr Termmal Figure 1 133 Music Source Connection 8 Route the cable down and to the right side of the KSU to avoid interference with the insertion and the removal of KTUs Exit the other end of th...

Page 170: ... locally provided amplifier and speaker s which are connected to the output of the amplifier If the amplifier is a 2 way amplifier 2 way paging is available Shielded audio cable should be used for external paging audio connections This audio cable from JK2 to the external amplifier should be wrapped three turns around a ferrite core For connection information to a locally provided amplifier refer ...

Page 171: ...evel II Level IIAdvanced External Amplifier Zone A 1 RC ml 1 RM 1 tC I Zone C I 3RMl 1 4 b 5 ECR F 11 KTU 1 Paging Night Chime External Tone Ringer Ferrite Core wrap cable 3 turns Figure 1 135 Connecting External Paging Hardware Specifications and Installation 1 155 ...

Page 172: ...ernal tone ringing appears at the phone jack JKl on the ECR F 11 KTU The level is adjustable with the volume control VRl on the ECR F 11 KTU Shielded audio cable is required for this feature The ECR F 11 KTU provides five relay contacts for External Tone Ring Night Chime Refer to Section 6 2 3 2 ECR F 11 KTU Cable Connections These contacts are labeled as follows 4RC and 4RM Night Chime 5RC and 5R...

Page 173: ...II Level II Advanced December 1993 External Amplifier 1 RC nl 1 RM _ I 2 RC j 72 2RM 1 3 RC j 73 3RM _4RC n 4RM J B5RC n5 5RM n 6RM I i ECR F 11 KTU Paging Night Chime External Tone Ringer Figure 1 136 Connecting External Tone Ring Night Chime m 1 157 ...

Page 174: ...nceling Customized Message System Wide or From Individual Station Night Mode Switch MESSAGE CLEAR NIGHT MODE SET NIGHT MODE RESET NT TENANT Resetting Night Mode Setting Night Mode For Tenant Canceling Callback System Wide Resetting FNC LED Telephone Password 1 Telephone Password 2 Setting Password CO PBX Restriction After Setting Password Display on Station Outgoing Restricted Telephone After Canc...

Page 175: ... Message Detail Recording Not Available Tenant Paging Error Message Busy Message Printer Problems External Speaker Setting Automatic Tandem Trunk Transfer IN OUT Trunk Resetting Automatic Tandem Trunk Transfer Setting or Confirmation of Transferred Trunk of Automatic Tandem Trunk Transfer Transferred Trunk Not Assigned Originator Originator Originator Originator Oridnator External All Paging Trunk...

Page 176: ... Note 2 Note 3 Note 4 Operable only on telephones specified at the time of installation Operable only on Single Line Telephones Operable on Multiline Terminals or Single Line Telephones The controls in parentheses are not necessary for your own telephone or own tenant Operable only when the Speed Dial number is set to 2 digits 90 mode Enter the new values in the Access Code Table No system default...

Page 177: ...celing Do Not FNC Dial69 FNC Installation Disturb Call Forward All Calls Setting Customized Message Display FNC Dial 70 Dial Dial Dial XX XX YY YY I FNC Selects Display Sets Display XX XX Date of Return YY YY Time of Return Operations enclosed in 1are optional Canceling Customized FNC Dial 78 FNC Installation Message Display by System Canceling Customized Message Display Setting Canceling Night Mo...

Page 178: ...s Operations enclosed in I are optional Confirming System Speed Dial Number CNF LNRJSPD Dial XXX XXX Speed Dial Buffer Number 00 89 000 999 Confirming Station Speed Dial Number CNF LNR SPD Dial 9 X 9X Speed Dial Buffer Number 90 99 Enter 0 9 for last digit Note 2 Canceling System Speed Dial FNC _ LNWSPD Dial XXX FNC Installation Number XXX Speed Dial Buffer Number 00 89 IO00 999 Canceling Station ...

Page 179: ...o 3 times HOLD Dial XX Xl FNC 9X Speed Dial Buffer Number 90 99 Enter 0 9 for last digit Y CO PBX Accees Code maximum 4 digita Installation Note 2 ZZ System or Station Speed Dial ButTerNumber WO 99 XX X Name to be stored using the Character Code knaximum 13 characters Operations enclosed in I are optional Programming Feature Access Keys for Feature Access FNC LNWSPD 9 X Feature Access Key B Dial D...

Page 180: ...ional FNC LNIUSPD One Touch Key Dial Dial YY FNC YY Feature Access Code Confirming One Touch Key FNC One Touch Key FNC Operation in is required only if the arrow is displayed Canceling One Touch Key Placing a Call with One Touch Key FNC LNRJSPD One Touch Key FNC Press the One Touch key programmed for the desired feature While the extension is being seized handset is lifted or the SPKR key is press...

Page 181: ...tting Trunk Queuing Dial q o DialXX XX Tenant Number 00 47 Note 4 IIntra Tenant Call Pickup Dial 68 INote 4 Dial q q Call Pickup Tie in Same Tenant Call Pickup PBX in Same Tenant Dial q CI Note 4 ICall Pickup CO in Same Tenant Dial q q Dial q o Internal Emergency All Call Paging Dial 51 Dial 52 Dial 53 Dial 54 IInternal Zone C Paging IInternal Meet Me Dial 55 Dial 56 Dial 57 Dial 58 IExternal Zone...

Page 182: ...up XXXX Station number YY YY Time according to 24 hour clock Dial q q 3 Dial XXXX Dial 9 9 9 9 Hang Up XXXX Station number Dial 00 DialXX X Hangup XX X Password maximum 10 digits Dial q I Dial XXX Hang Up XXX Password haximum 10 digita Dial 00 DialXX X DialW Y Hangup XX X Old Pasaword maximum 10 digits YY Y New Paaaword maximum 10 digite Dial q I Dial XXXX Hang Up XXXX Station number Dial40 Hangup...

Page 183: ... 0 9 for last digit YYYY Access Code maximum 4 digita Notes 2 4 ZZ Z Telephone Number maximum 24 digita Clearing Station Speed Dial 76 Dial 9 X Hangup Dial Buffer Number by Notes 2 4 Single Line Telephone 9X Speed Dial Buffer Number 90 99 Enter 0 9 for la digit Placing a Call Using a Dial77 Dial9X Speed Dial Buffer Number by Single Line Telephone MF5pe 9X Speed Dial Buffer Number 90 99 Enter 0 9 f...

Page 184: ...ed Attendant Number 15 8 Z 1 Day Mode 2 Night Mode 3 Weekend Mode Voice Prompt Message Dial 0 q Dial X Dial 2 Dial Y Recording Confirmation x 1 hording Erasing 2 Confirmation 3 Erasing Y 1 Meeeage for Dial Tone 2 Message for Call Waiting Tone Note 4 Note 4 Delay Announcement Dial o I Dial X Dial 3 Recording Confirmation x 1 hording Erasing 2 Confirmation 3 Erasing Note 4 Attendant Call Dial 0 Inst...

Page 185: ... Message Dial0 Hangup Dial 1 Dial Dial Operation Notes Installation Single Line OK only for DP type telephones Installation Installation While seizing a CO PBX Line Function Microphone ON OFF FNC Dial 1 Seized Outside Line FNC Dial 3 Number Display Drop Key FNC Dial 5 Store and Repeat FNC Dial 7 Save and Repeat FNC Dial 9 Exclusive Hold FNC HOLD Seized Internal Line FNC 6 Operation Note Hardware S...

Page 186: ...December 1993 Electra Professional Level II Level II Advanced Installation Service Manual THIS PAGE INTENTIONALLY LEFT BLANK l 170 Hardware Specifications and Installation ...

Page 187: ...CHAPTER 2 PROGRAMMING ...

Page 188: ...e Terminal for Programming 2 5 2 5 3 PageSwitching 2 8 2 5 4 DataCopy 2 9 2 5 5 Data Entry Selection 2 9 2 5 6 Confkmation i 2 12 2 6 Test 2 12 SECTION 3 SYSTEM DATA LIST 2 13 LKl SystemMode 2 13 LKl COLine 2 13 LK2 ICM 2 16 LK3 SLT 2 17 LK4 Transfer Automated Attendant A A 2 18 LK5 SMDRLCR 2 19 LK6 DSS 2 19 LK7 ESP 2 19 LK8 PBWMiscellaneous 2 20 LK9 DISA 2 20 LK 10 CAR 2 21 LK 11 WI 1 2 21 LK 12 ...

Page 189: ...CodeAssignmentI 2 43 PBX CTXAccessCodeAssignmentII 2 44 Off Hook Ringing Selection 2 45 Automatic Day Night Mode Switching Time Assignment 2 46 Distinctive Ringing by Telephone or CO Selection 2 47 PrivateLineAssignment 2 48 Route Advance Block Assignment 2 49 Automatic Day Night Mode by Day of Week Selection 2 50 Speed Dial Number Name Display Selection 2 51 Tie DID Line First Ring Pattern Select...

Page 190: ...ection 2 87 Second Delay Announcement Repeat Interval Time Selection 2 88 Barge In Alert Tone Assignment 2 89 Delayed Ringing Timer Assignment CO 2 90 LK 1 System Mode LK2 1CM Internal Paging Timeout Selection 2 91 Intercom Call Voice Tone Signal Selection 2 92 Automatic Callback Release Timer Selection 2 93 2 3 or 4 Digit Station Number Selection 2 94 Call Arrival Key Block Assignment 2 95 Specif...

Page 191: ...er Delay Time Assignment Automated Attendant Message Access Code l Digit Assignment Automated Attendant Message Access Code 2 D Assignment Automated Attendant Message Repeat Selection LK 1 System Mode LK 5 SMDR LCR SMDRPrintFormat Printer Connected Alarm Selection Printer Line Feed Control Selection DISA ID Code Digit Selection SMDR Valid Call Timer Assignment SMDR Incoming Outgoing Print Selectio...

Page 192: ...unt Number Selection Call Arrival Key Hunt Number Forward Assignment Call Arrival Key Port Name Assignment Call Arrival Key to Call Appearance Block Assignment 2 167 2 168 2 169 2 170 2 171 l l l 00 l 11 01 l 11 02 l l l 03 l 11 04 l 11 05 l 11 06 l 11 07 LK 1 System Mode LK 11 DTI SignalFormatSelection Clear Channel Selection LineLengthSelection Robbed Bit Signaling Channel Selection DTIMaintenan...

Page 193: ...O PBX Incoming Signal Detect Time Selection 2 205 Tie Line Loop Off Guard Time Selection 2 206 Tie Line Length of Wink Signal Selection 2 207 Tie Line Length of Delay Signal Selection 2 208 Tie Line Outgoing Timeout Selection 2 209 Tie Line Incoming Interdigit Timeout Selection 2 210 Tie Line Wink Delay Signal Detect Timeout Selection 2 211 Tie Line Outgoing Guard Time Selection 2 212 Tie Line Dia...

Page 194: ...t DISA ID Number Station Assignment Bilingual LCD Indication Selection HFUSelection Hold Transfer Recall Display Selection Receiving Internal All Call Page Selection Trunk Digit Restriction Fax Indication Station Assignment Fax Indication Networking Assignment Voice Mail SLT Selection VoicePromptSelection Extension Line Key Ring Assignment Day Mode Extension Line Key Ring Assignment Night Mode ADA...

Page 195: ...ClockCalendarSetting 2 269 2 270 2 271 2 272 2 273 2 274 2 275 2 276 2 277 2 279 2 280 2 281 2 282 2 283 2 285 2 286 2 287 2 288 2 289 SECTION 5 FUNCTION TIMER CHART 2 291 SECTION 6 CODE RESTRICTION 2 295 6 1 General 2 295 6 2 DefaultAssignments 2 295 6 3 MemoryBlocks 2 296 6 4 Memory Block Description 2 296 6 4 1 General 2 296 6 4 2 OCC Assignment Operation 2 296 6 4 3 B Dig Matching Table Assign...

Page 196: ... 2 299 6 5 1 OCC Tables with Default Values 2 299 6 5 2 Digit Matching Tables with Default Values 2 300 6 6 Code Restriction Alogrithm 2 305 SECTION 7 ARACTER CODE TABLES 2 307 SECTION 8 DISPLAY ABBREVIATIONS 2309 Chapter 2 Table of Contents ix ...

Page 197: ...THIS PAGE INTENTIONALLY LEFT BLANK X Chapter 2 Table of Contents ...

Page 198: ...tery is on before programming begins may result in the loss of data in the event of a power outage 1 2 Using This Chapter This chapter is divided into the following sections Section 1 General Gives a general overview of System Programming Section 2 System Programming Presents in outline format the terms and structure that the technician should be familiar with before attempting to program the Elec...

Page 199: ...nal is OFF LINE it cannot be signaled by any station in the system Note The off line mode does not timeout 1 4 System Data Programming System Data Programming may be required for the following reasons 0 When the system is installed for the first time 0 When components of an existing system are replaced 0 When functions of an existing system are changed Refer to Figure 2 l Programing Flowchart New ...

Page 200: ...eight modes and some of the modes subdivided into sub modes The following shows the modes and sub modes for the Level II and Level II Advanced systems w Sub Mode LKl System Mode LKl CO Line LK2 ICM LK3 SLT LK4 Transfer Automated Attendant A A LK5 SMDWLCR LK6 DSS LK ESP LK8 PBRJMiscellaneous LK9 DISA LK 10 CAR LKll DTI LK 12 ACD UCD LK2 LK3 LK4 LK5 LK6 Tenant Mode LK7 Ye LK8 CO PBX Line Mode Teleph...

Page 201: ...at is connected to Port 01 or 02 the Multiline Terminal must be idle Although System Programming can be performed while other Multiline Terminals are in use some of the System Programming is written into memory immediately after the programming process while other System Programming will not be written until the stations are idle In the latter case the programming station display shows DATA ENTRY ...

Page 202: ...ing is performed using a Multiline Terminal with LCD connected to station Ports 01 or 02 The following describes the key operations LED indications and the display for System Programming 0 0 0 0 0 0 0 0 0 0 hfea ga Waiting LED 1 Display LCD I Fkibb line ke s TGE K 8 Selection RECALLKey Nat Page v g e CNFKey Nut aw ber Tenant number etc ClearData P8um DhLKw Cursor movement to the left Cursor moveme...

Page 203: ... character space to the left each time is pressed me___ Used for moving the cursor The cursor moves one character space to the right each time is pressed 0 Used for writing data After entering data press TRF and the data is written TRF _ into memory and the Memory Block Data No increments by one Used for selecting another mode Press ANS to switch modes as follows l Mode or Sub Mode selection Retur...

Page 204: ...entering the off line mode for programming the following displays appear 1 PROGRAM MODE ___ _ 1 B Selecting Memory Block locations TIME DISPLAY System Mode nLK1 1 SYSTEM BASE I 1 _ _ J LK Line Key TIME DISPLAY I t 00 PAUSE 3 0s TIME DISPLAY Tenant Mode 1 00 00 NOT USED I TIME DISPLAY 1 CO PBX Line Mode Telephone Mode Trunk Group Mode Copy Mode I 011 _ TIME DISPLAY Ol Ol RINGDY 101 _ TIME DISPLAY 1...

Page 205: ...s on each page and corresponding tenant numbers 24 Key Multiline Terminal 16 Kev Multiline Terminal Display Flexible Line Keys Flexible Line Keys Page 1 El 00 Page 2 For System Programming a value piece of data is assigned to each Flexible Line key When there are more value assignments than there are Flexible Line keys entering value assignments can continue on the following page The page number i...

Page 206: ...erminals connected to Ports 01 and 02 During programming System Data is shown on the LCD of the off line terminal Off Line Programming Mode Procedure PE J p pJ p CO PBX Line r MemoryBlock c System Mode Selection Increment Memory Block Item Number By One i iANS I 1 I I I i I I System Model G ICM System Mode m SLT System Mode TRF A A System Mode SMDRLCR System Model G DSS System Mode nL ESP System M...

Page 207: ... Mode p Copy Mode Copy Mode e Tenant Mode Copy CO PBX Line Mode Copy Telephone Mode Copy Trunk Group Mode Copy LLK 7 KTU Interface Mode pi Special Mode G Special Mode Special Mode t Use dial pad ROM Version Confirmation System Speed Dial Memory Clear Station Speed Dial Memory Clear I I Data Input I END Programming ...

Page 208: ...D 0 Goes on FNC LED FNC Flashing 0 Goes offl FNC SPA LED Flashing PROGRAM MODE TIME DISPLAY SYSTEM BASE _ _ _ TIME DISPLAY 0 Goes on MIC 0 Goeson ICM 00 PAGING 90s _ ___________ System Programming Setting Use dial pad A 2 COIPBX 1 Display1 Data Entry Write l l l SPKR MIC ICM Goes of3 0 PAGING 90s IQ2 CALL BACK 30m I 02 CALL BACK 10m 103 STA NO 3DGT 1 _ _ Programming ...

Page 209: ... Block after entering the off line programming mode and enter the Data Entry Number The data is shown on the display I Mode Setting Enter System Data No IEND 2 6 Test After completion of programming test the functions of System Programming for proper operation Programming ...

Page 210: ...ephone 29 I Private Line Assignment Not Specified 30 Route Advance Block Assignment Default Programming Value 3 sec I 1 sec 3 sec Pattern B 1Pattern A Pattern B 600 ms Page 1 20 ms 40 ms 60 ms 80 ms 100 ms 140 ms 160 ms 200 ms Page 2 400 ms 600 ms 800 ms 1 sec 1 5 2 sec 3 5 sec sec sec 1 min I 1 2 4 min No Limit Table 1 30 sec Table 2 60 sec Table 3 2 times 20 sec No Limit Table 1 1 100 sec Table ...

Page 211: ...nt Refer to Memory Block 47 I IAccess Code 2 Digit Assignment Refer to Memory Block All Dial 000 Not Used Not Specified 50 I ICO PBX Outgoing Digit Add Assignment Not Specified I I 51 CO Line First Ringing Pattern Selection Ring Pattern A Pattern A H Nil 52 PBX Line First Ringing Pattern Ring Pattern B Pattern A H Nil Selection 53 Tie DID Line Delay Ring Pattern Ring Pattern D Pattern A H Nil Sele...

Page 212: ...able to OCC Refer to Memory Block Table Assignment Tie Line Code Restriction All Restricted Assignment Code Restriction Class Class 15 Assignment When Lockout is Set First Delay Announcement Start 20 sec 0 sec 10 sec 20 sec 30 sec Time Selection 40sec 50s 60sec First Delay Announcement 1 Time 1 2 3 4 5 6 7 8 times Repeat Selection First to Second Delay 20 sec Osec 10 sec 20 sec 30 sec Announcement...

Page 213: ...nt 00 01 01 23 Not Set 9 DND 10 Meeting 111 Business Trip 12 Not In 13 With Guest 14 Out of Office 15 18 Not Specified Station No A maximum of 13 characters Refer to Character Code Table 19 20 22 23 24 Intercom Ring Pattern Selection Pattern B Tone Off Tone On Pattern A Pattern H Intercom Ring Tone Selection Tone A Tone A Tone H Call Forward No Answer Timer 10 sec 10 sec 20 sec 30 sec 60 sec Selec...

Page 214: ...Hookflash Selection Yes Yes No Hookflash Start Time Selection 300 ms Page 1 100 150 200 ms ms ms 250 ms 300 ms 350 ms 400 ms 450 ms Page 2 500 ms 550 ms 600 ms 650 ms 700 750 ms ms 800 ms 850 ms Hookflash End Time Selection Refer to Memory Block Voice Mail Digit Add All Blank Assignment Voice Mail DTMF Delay Timer 1 sec 0 1 2 3 4 sec sec sec sec sec Selection 5 sec 6 8 sec sec Voice Mail Disconnec...

Page 215: ...em Trunk by Night Mode Selection Automated Attendant PBR Timeout Response Selection No Yes No Normal Call Normal Call Release 09 11 Automated Attendant PBR Start FR FR Same time Time Selection AF After Automated Attendant Message No Yes No Day Night Mode Selection 12 13 Automated Attendant Message to Tenant Assignment Automated Attendant Answer Delay Time Assignment 00 4 sec All Automated Attendan...

Page 216: ... Assignment 26 SMDR Incoming Outgoing Print Outgoing All Outgoing Incoming Selection LK6 DSS Data No Function Name Default Programming Value 01 Attendant Add On Console to Telephone Port Assignment Refer to Memory Block 03 DSS Call VdicePTone Signal Selection Voice Tone Voice 05 Attendant Add On Console Key Refer to Memory Block Selection LK7 ESP Data No Function Name 02 External Speaker Connectio...

Page 217: ...ion 4 hr 15 sec 16 messages 13 VRS Message Function Assignment No Message 1 15 1Tone Assignment 1Refer to Memorv Block 16 Voice Prompt to Tone Refer to Memory Block I Assignment I 17 1PC Programming Password 1Class 1 2 All Blank 18 25 Assignment Site Name Assignment ACDKJCD Group Agent Assignment No Assignment Not Specified LK9 DISA Off Single Line Telephone On Automated AttendantJDISA Refer to Me...

Page 218: ...1 IClear Channel Selection zcs I BSZS zcs I 1 02 L me Length Selection 0 131 ft 4 State A and Bl Refer to Memory Block 4 State A and B 16 State A B C and Dl 03 Robbed Bit Signaling Channel Selection 1 04 1DTI Maintenance Selection 1 05 1TI Channel Selection Remote Loopback 1Remote Loopback Local Loopback Refer to Memory Block I 06 1Signaling Selection Loop Start ILoop Start Ground Start 1 I 07 I D...

Page 219: ...runk Assignment CO PBX Ringing Variation Selection Tie DID Line Type Assignment TrunkDTMF Duration Interdi Selection Tie Line Prepause Time Selection All Speed Dial Confirmation Allowed All Tenant No Assignment Programming Value 1 Default Programming Value Not Specified A maximum of 13 digits numbers hyphens spaces Out and In Out and In In Refer to Memory Block No Normal Not Specified No Yes Norma...

Page 220: ...sec 7 sec 8 sec 9 sec 10 sec 11 sec 12 sec 13sec 21 Tie Line Length of Wink Signal 180 ms 30 ms 60 ms 90 ms Selection 120 ms 150 ms 180 ms 210 ms 240 ms 270 ms 300 ms 330 ms 360 ms 390 ms 420 ms 450 ms 480 ms 22 Tie Line Length of Delay Signal 300 ms 0 ms 300 ms 600 ms Selection 900 ms 1200 ms 1500 ms 1800 ms 2100 ms 2400 ms 2700 ms 3000 ms 3300 ms 3600 ms 3900 ms 4200 ms 4500 ms 23 Tie Line Outgo...

Page 221: ...B 4dB 6dB 8dB 12 dB 16 dB Sl s2 OdB 30 Tie Line Internal Receive Pad 2dB Selection 2dB 4dB 6dB 8dB 12dB 16 dB Sl s2 OdB 31 Tie Line External Transmit Pad 2 dB Selection 2dB 4dB 6dB 8dB 12 dB 16 dB Sl s2 OdB 32 Tie Line External Receive Pad 2dB Selection 2dB 4dB 6dB 8dB 12 dB 6dB Sl s2 OdB 33 Disconnect Recognition Time Selection 3 sec 0 sec l sec 2 sec 3 sec 4 sec 5 sec 6 sec 7 sec 8 sec 9 sec 1 0...

Page 222: ...r Telephone Refer to Memory Block Mode 13 CO PBX Busy Forward Station Not Specified Assignment 14 Intercom Master Hunt Number Selection No 15 17 Intercom Master Hunt Number All Telephones Forward Assignment Not Specified Station to Class of Service Refer to Memory Block Feature Assignment Station Number 18 Station Name Assignment Not Specified Up to 6 digits characters1 I l9 ITrunk Outgoing Restri...

Page 223: ...Mode Ring I 39 ADA 2 Ring Mode Assignment 1Station Number only 40 41 LCR Class Selection SIE CAR Ringing Line Preference Selection Class 0 Yes 42 43 Call Forward Busy No Immediately Delay Selection Station to Call Appearance Block Not Specified Assignment No Delay Yes Immediately 90 91 SLT Data Line Security Assignment Telephone Ringing Variation Selection SLT Norm SLT Norm SLT Data Medium M Mediu...

Page 224: ...d Assignment Off Not Used Disabled LK 6 Copy Mode 1 Data I I No Function Name Default Programming Value I 2 1Tenant Mode Copy Assignment 1 N A I N A I I 3 1CO Line Mode Copy Assignment 1 N A I N A I 4 I ITelephone Mode Copy N A N A Assignment 5 I I Trunk Group Mode Copy N A N A Assignment LK 7 KTU Mode Data I I No Function Name Default Programming Value 1 Card Interface Slot Assignment Refer to Me...

Page 225: ...dvanced Installation Service Manual LK 8 Special Mode Data No Function Name Default Programming Value 1 ROM Version Confirmation 2 System Speed Dial Memory Clear 3 Station Speed Dial Memory Clear 8800 Second Initialization N A N A N A N A 2 28 Programming ...

Page 226: ...lection The NOTES section is used to alert the Technician of exceptions to programming Status indication LEDs When CO PBX line key 1 System Mode is pressed the MIC LED lights When CO PBX line key 1 is pressed a second time CO line the ICM LED lighta The OPERATIONS are for guiding the Technician through the procedures for programming a specitic Memory Block Preen theee keye in this sequence Display...

Page 227: ...Pause Selection I l l 24 PBX CTX Acceea Code Aeeignment I System 1 CO Line Data No 1 00 PC Programming Guide TECH B C C D USER NOTES 1 A pause is automatically inserted following a behind CO PBX Access Code for example 9 by programming CO PBX lines as PBX in Memory Block 3 91 Trunk Type Selection and l l 24125 PBWCTX Access Code Assignments I II 2 Manual pauses can be stored to be used when dialin...

Page 228: ...mory Block l l 02 Hookflash Time Selection 5 Press the SPKR key to go back on line 8 Additional Programming IMemory Block No I Memory Block Name IRequired I 3 92 ITrunk Unetalled DP DTMF Selection System 1 CO Line Data No 1 1 01 I I PC Programming Guide TECH B C C B USER 1 This Memory Block is used when CO PBX or Tie lines are assigned to send Dial Pulse signaling in Memory Block 3 92 Trunk Instal...

Page 229: ...C C C USER NOTES 1 A l or 2 digit Access Code can be assigned in Memory Block l l 46147 Access Code l Digit 2 Digit Assignment for Single Line Telephones to send a hookflash signal on a CO PBX line default 6 2 On a per Single Line Telephone basis a hookflash from the Single Line Telephone can put an existing call on hold or send a hookflash signal on the CO PBX line H Additional Programming Memory...

Page 230: ...l 2 23 System Call Park Recall Time Selection System 1 CO Line Data No 1 03 NOTES 1 Calls put on Exclusive Hold will recall using the data selected in Memory Block l l 63 Hold Recall Time Selection Exclusive 2 Calls placed on Hold on call appearence keys will recall using this Memory Block 3 Calls parked in System Call Park locations will recall using Memory Block l 2 23 System Call Park Recall Ti...

Page 231: ...dial the busy CO PBX number 2 Setting Data Allowed Table 1 Calling Time 001 100 sec Table 2 Call Waiting Time 001 100 sec Table 3 Call Attempts 001 255 times 000 cannot be entered 3 If call Pick up groups are assigned using Memory Block 4 09 the CO limits must be alligned to the same Tennant Group in Memory Block 2 01 for this feature to work 4 After entering data for Table 3 pressing the TRF key ...

Page 232: ...de TECH B I C USER NOTES 1 This timer is used for three different features These features and their functions are described below l Elapsed Call Timer The time needed after dialing until the Elapsed Call Timer is displayed and started l SMDR Start Timer The time needed after dialing until the SMDR Valid Call Timer is started see Memory Block l 5 25 SMDR Valid Call Timer Assignmentll For outgoing c...

Page 233: ...ie DID lines assigned for Delayed Ringing will follow this assignment after the delayed ringing starts 4 This feature uses the same ringing tone Low Medium High that can be selected in Memory Blocks 3 07 CO PBX Ringing Variation Selection and 4 91 Telephone Ringing Variation Selection If High is selected in those Memory Blocks this feature will not function 5 Selection of No Limit 001disables this...

Page 234: ...r Station A ext 100 and Station C ext 102 are assigned to ring on the Tie line in Memory Blocks 4 01 and 4 02 CO PBX Ring Assignment Day Night Model NOTES When station user D wishes to speak to statior user A dial ext 100 I At Station A a The ICM LED blinks and a ring tone different from the normal ringing tone is heard b The call can be answered by lifting the handset c In this instance Station B...

Page 235: ...u dial 907 4000 LNR SPD 12345 after seizing a CO PBX line When manual pause is not specified dialed number 907 4000 XXX 345 is sent out i Data in Speed Dial buffer 12 When manual pause is specified dialed number 907 4000 12345 is sent out T Pause 2 The pause is inserted if Last Number Redial Save and Repeat or Store and Repeat is used to redial the number 3 When this feature is allowed Multiline T...

Page 236: ...ndant Add On Consoles are also activated by this Memory Block I COE BX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block 1 1 12 Station Transfer Camp On Recall Timer Selection 5 Press the SPKR key to go back on line W Additional Programming Memory Block No Memory Block Name Required I 1 1 12 Station Transfer Camp On E call Timer Selection 1 1 1 1 1 1 1 1 1 1...

Page 237: ...s the SPKR key to go back on line I Additional Programming Memory Block No Memory Block Name Required l 1 11 System Tranafer Cauw On Selection PC Programming Guide TECH B I H USER S K NOTES 1 When a station with an Attendant Add On Console assigned to it transfers or camps on a call to a station and the call goes unanswered the call recalls using Memory Block l l 64 Attendant Add on Console Transf...

Page 238: ...ode ARer entering all pages of 8X pressing the TRF key will write the selected data and advance to Memory Block l l 24 PBX CTX Access Code Assignment I 8 Press the SPKR key to go back on line System CO Line Data No 1 1 18 PC Programming Guide TECHIB K E IUSER 1 Page Switching Tenant Number 00 47 corresponds to CO PBX line key 00 01 02 03 LK5 LK6 LK7 LKB 04 05 06 07 Paee 2 Tenants 08 15 LKl I LK2 I...

Page 239: ...divided into nine groups Refer to System Speed Dial Number Access Code Table 2 One or more tenants can be enabled to use each of the groups 3 This Memory Block determines which tenants can use each group 4 When Speed Dial is set to 1000 900 999 cannot be restricted 5 X in each Access Code is displayed even if it is not entered 6 x any digit O 9 IRequired I I I L 1 33 Speed Dial Number Name Display...

Page 240: ...gramming IMemory Block No I Memory Block Name Required 3 91 jTrunl5 Type Selection I I PC Programming Guide TECH B G E USER NOTES 1 Features such as Code Restriction do not operate properly unless a behind PBX CTX Access Code is specified Only PBX lines assigned in Memory Block 3 91 2 A pause is not inserted in the number of an outgoing call on a CO line 3 Up to six characters three numeric and th...

Page 241: ...on 5 Press the SPKR key to go back on line l Additional Programming Memory Block No Memory Block Name Required 3 91 Trunk Type Selection PC Programming Guide TECHIB G F USER NOTES 1 Features such as Code Restriction do not operate properly unless behind a PBX CTX Access Code is specified Only PBX lines assigned in Memory Block 3 91 2 A pause is not inserted in the number of an outgoing call on a C...

Page 242: ...e selected data and advance to Memory Block l l 27 Automatic Day Night Mode Switching Time Assignment 5 Press the SPKR key to go back on line Ye W Additional Programming IMemory Block No I Memory Block Name IRequired I 401 COIPBX Ring Assignment Day Mode 1 d 402 ICO PBX Rine Aeeienment Nieht Mode 1 4 PC Programming Guide TECH B B A H USER S J L NOTES 1 Off hook ring tone volume is lower than on ho...

Page 243: ...e from a terminal assigned this feature 2 The start times of Day Mode and Night Mode can be specified in System Programming to automatically switch modes at the specified times 3 A start time for Day Mode only or Night Mode only cannot be programmed 4 Day Mode and Night Mode cannot be programmed to have the same start time 5 The time is entered in military time only 6 The first time input represen...

Page 244: ... Additional Programming IMemory Block No I 2 Memory Block Name PC Programming Guide TECH B B A E USER NOTES 1 TEL refers to Telephone Mode l The type of ringing tone is specified for each telephone in Memory Blocks 4 01 and 4 02 CO PBX Ring Assignment Day Night Mode or 4 91 Telephone Ringing Variation Selection 2 CO refers to CO PBX Line Mode l The type of ringing tone is specified for each CO PBX...

Page 245: ...owever the Single Line Telephone can access the line by dialing the Specified Line Seizure Access Code if assigned in Memory Blocks l l 4611 1 47 Access Code l Digiti2 Digit Assignment1 Function No 063 or 064 3 If a station is allowed Barge In originate and a second station is allowed Barge In receive Barge In is not allowed on a Private Line unless both stations share the Private Line A Default 4...

Page 246: ...ine n Additional Programming I I PC Programming Guide TECH B C A F USER NOTES 1 If 00 not set is programmed no trunks will be accessed for this priority setting 2 If Route Advance Block Numbers are assigned and a line key is pressed or an Access Code is dialed the system will start searching for an idle line in a specified group beginning with the Trunk Group assigned priority 1 3 If all CO PBX li...

Page 247: ...the SPKR key to go back on line PC Programming Guide TECH B J D USER S D NOTES 1 By designating two time settings in Memory Block l l 27 Automatic Day Night Mode Switching Time Assignment one of the two settings can be assigned to each day of the week Example l To specify Day Night Mode automatic switching time 1 for Monday Friday and Day Night Mode automatic switching time 2 for Saturday and Sund...

Page 248: ... advance to Memory Block l l 34 Tie DID Line First Ring Pattern Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I Memory Block Name IRequired I l 1 18 1System Speed Dial Restriction by Tenant l l 35 ISDeed Dial Buffer Allocation I PC Programming Guide TECH B H B USER NOTES 1 If a message the name of the dialed party has not been entered only the dialed n...

Page 249: ...ory B k Name l l 07 Tie DID Line Delay Ringing Timer Selection Required l l 53 Tie DID Line Delay Ring Pattern Selection 1 2 19 Intercom Ring Pattern Selection 4 01 CO PBX Ring Assignment Day Mode 1 1 34 PC Programmine Guide ITECHIA D R D USERI 1 NOTES 1 Specify one of the following ringing tones for incoming calls on Tie lines 1 Pattern 1 I I 4 Pattern 4 5 Internal Ring Signal Tone 6 Voice Announ...

Page 250: ...l l 36 CO PBX Call Forward All Calls Selection 5 Press the SPKRkey to go back on line Ye n Additional Programming Memory Block No Memory Block Name System 1 CO Line Data No 1 35 PC Programming Guide TECH B H A USER NOTES 1 The 100 code option allows for 90 System Speed Dial memories and 10 Station Speed Dial memories 2 The 1000 code option does not allow for Station Speed Dial memories Required l ...

Page 251: ...l write the selected data and advance to Memory Block l l 37 0 runk Queuing Timeout Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I Memory Block Name NOTES 1 If YES is programmed and outside lines are assigned to ring at a station that has Call Forward All Calls set to another Multiline Terminal or Single Line Telephone the second telephone rings inste...

Page 252: ...e signaled Data No ul 3 7 Dial Pad Data No Title Setting Data II g3 7 TRUNK QUE 10s TIME DISPLAY 3 Press the corresponding CO PBX line key to change data option l To change 10 sec to 30 sec press COlPBX line key 3 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 46 Access Code l Digit Assignment 5 Press the SPER key to go back on line n Additional Programming Ref...

Page 253: ...lock l l 47 Access Code a Digit Assignment 8 Press the SPKR key to go back on line System CO Line 1Data No 1 1 46 PC Programming Guide TECH B G A USER NOTES 1 The assigned Access Code can be dialed after lifting the handset or after the SPKR key is pressed 2 Select options from the list of function numbers in Memory Block l l 46 Access Code l Digit Assignment and assign a number from O 9 or to eac...

Page 254: ...Lockout Cancel 037 Change Password 036 Reset Piesword from Attendant 039 Fax Statue Indication Tie DID lines 040 Log ON OFF Series 200 or higher 041 Account Code Entrv Series 360 or higher 042 Not Used 043 Not Ueed 69 056 Night Chime Call Pickup 059 Not Ueed I 104 Call Pickup CO PBX for other Tenants I 061 InternaVCO PBX Tranefer Call Pickup in Same Tenant 062 SLT Park to Non Exclusive Hold 063 Sp...

Page 255: ...Same Tenant I 133 Not Ueed I I 139 Not Used 59 081 082 All InternaI F ernal Zone Paging Syetem I D Number for Tie Line Networking Call Forward Busy No Answer Set for Call Arrival Key Series 250 or higher Call Forward Buzy No Answer Cancel for Call Arrival Key Series 250 or higher Call Forward All Call Set for Call Arrival 083 Not Used 084 I 1 1 085 1Not Used I 086 Tie Line Seizure in Same Tenant 0...

Page 256: ...ode 19 I 196 Specified Station Access Code 20 197 Specified Station Access Code 21 198 Specified Station Acceee Code 199 Specified Station Access Code 200 Not Used 22 23 201 Route Advance Block 01 I 1 216 Route Advance Block 16 I I 416 1Closed Number Block 16 1 I 15011 VRS Voice Meeeage RecorWerifylEraae Voice Prompt Automated Attendant I I b2l Voice Mail Message set 1 503 Voice Mail Message Cance...

Page 257: ... Pressing the TRF key will write the selected data and advance to Memory Block l l 48 Access Code 3 Digit Assignment 8 Press the SPRR key to go back on line The order of Dial No to be displayed ll 19 lO 21 29 20 I Sl 99 90 Ol OS 00 NOTES 1 The assigned Access Code can be dialed after lifting the handset or after the SPKR key is pressed Select options from the list of function numbers in Memory Blo...

Page 258: ... from the list of function numbers in Memory Block l l 46 Access Code l Digit Assignment and assign to a 3 digit Access Code l When a function is assigned a l digit Access Code S digit Access Codes with the same first digit become invalid i e if a function is assigned to Access Code 5 Access Codes 50 59 5 and 5 or 5XX cannot be used A Station Number is not assigned in this Memory Block To enter or...

Page 259: ...nk Groups 02 l Refer to Memory Block l l 47 Access Code 2 D Assignment I II0 Numbering Plan 2 digit Dial No 1 Function Number I u 81 301 3rd dgt Table No 01 I 82 302 3rddfi Table No 02 I I 83 1303 3rd dgt Table No 03 1 84 1304 3rd dgt Table No 04 0 Numbering Plan 3 digit 13rddE tTable 1 Dial No 1 Function Number I r System 1 CO Line Data No 1 48 i GENERAL INFORMATION ACCESS CODE 3 DIGIT ASSIGNMENT...

Page 260: ...ance Block 1 16 respectively is assigned to Closed Number blocks 1 16 1 HOLD 1 key To clear all data 4 Pressing the TRF key will write the selected n Additional Programming data and advance to Memory Block l l 50 Memory CO PBX Outgoing Digit Add Assignment Block No Memory Block Name Required 5 Press SPKR to go back on line l l 30 Route Advance Block Assignment 3 03 i Tnmk to Trunk Group Aeaignment...

Page 261: ... is dialed from Internal Dial Tone Example To assign the following in System Programming 1 2 3 4 System 1 Memory Block l l 46 Access Code l Digit Assignment 1 082 System ID Number for Tie Line Networking System 1 l l 46 Access Code l Digit Assignment 2 401 Closed Number Block 01 System 1 l l 49 Networking Trunk Group Route Advance Assignment Block 01 102 Trunk Group 02 System 1 l l 50 CO PBX Outgo...

Page 262: ...ringing pattern is detected ringing in the pattern specified in Memory Block l l 56 CO PBX Ringing Pattern Selection is used 2 Do not program this Memory Block if Memory Block l l 59 Synchronous Ringing Selection is assigned YES 4 First Ftinging Pattern 4 Pattern Detection Ringing Pattern specilkd in this Memory Block Ring patterns are as follows s second s Pattern 06 1s 28 3s 4s 513 6s I Ad I I B...

Page 263: ...ie DID Line Delay Ring Pattern Selection 5 Press the SPKR key to go back on line PC Programming Guide TECH B C A E USER NOTES 1 After an actual ringing pattern is detected ringing in the pattern specified in Memory Block l l 56 CO PBX Ringing Pattern Selection is used 2 Do not program this Memory Block if Memory Block l l 59 Synchronous Ringing Selection is assigned YES nruLn rLrL 4 4 First Rmging...

Page 264: ...d Attendant Transfer Ring Pattern 5 Press the SPKR key to go back on line I 1 I 1 1 X l PC Programming Guide TECH A D B C USER Ring patterns are as follows s second s Pattern OS la 2s 38 4s 5s 6s i A J L i D E F G H Nil No Ring m Additional Programming Memory Block No Memory Block Name Required l l 07 Tie DID Line Delay Ringing Timer Selection l l 34 1Tie DID Line First Ring Pattern Selection 401 ...

Page 265: ...ecified in this Memory Block there will not be a ring tone Ringing patterns are shown below Ring patterns are as follows I s second s I Pattern OS la 213 3s 4s 58 6s A J i i i i j B CC D f F I G H ll l nnn Nil 1 No Ring I 4 Pressing the TRF key 11 write the selected AdditionalProWamming data and advance to Memory Block l l 56 Refer to Chapter 3 Guide to Feature Programming in this manual CO PBX Ri...

Page 266: ...g the TRF key will write the selected data and advance to Memory Block l l 57 CO PBX Prepause Timer Selection 6 Press the SPKR key to go back on line NOTES 1 Ringing Tone for calls on CO PBX lines are sent to the telephones as is 2 The default value shown is for Time No 1 only Default ring patterns are also assigned to Time No 2 7 Refer to the Default Table on the following page for a complete lis...

Page 267: ...ing Time I 4 I I 4 0 65 0 90 sec E Ringing Time Detection I I I 5 0 90 1 50sec B Specified Ringing Tone Pattern in Memory Block 1 1 51 or l l 52 6 1 50 2 50sec A When specified ae NO in this Memory Block 7 over 2 5 sec A Patterns for ringing tones are as follows s second s Pattern OS 1s 2s 3s 40 5s 6s A I I I D JJmmmmrI I E I I F G H T Nil No Ring c i GENERAL INFORMATION CO PBX RINGING PATTERN i S...

Page 268: ... sec LK6 I LK7 LK8 I 4sec I 5 sec I 6 sec I 7 sec Paee 2 LKl LK2 8 sec 9 sec LK5 LK6 LK3 LK4 10 Eec 11 sec LK7 LKB 12 Bet 13 sec 14 sec 15 sec I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 59 Synchronous Ringing Selection 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this ...

Page 269: ...X line key 2 LK5 LK6 LK7 LK8 NOTES 1 Synchronous Ringing is supported only with the following COI F 8 20 KTU COI F 4 20 KTU ES F 21 KTU SLI F G 21 KTU 2 Synchronous Ringing does not apply to incoming DID calls off hook ringing calls or CO PBX ring transfer calls I I I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 60 Digit Matching Table Assign...

Page 270: ... Table to Class Assignment 5 Press the SPKR key to go back on line NOTES 1 There are 16 8Digit Matching Tables Each 8 Digit Matching Table contains 16 Dial Codes Each Dial Code can be assigned a maximum of eight digits including X P and N 2 NANP North American Numbering Plan Default Matching Table 1 Dial Code 1 Setting Data 1 00 I I 00 911 I 11 I 00 I 0 I I 12 I 00 I 976 1 I 13 I 00 I 1800 1 I 14 ...

Page 271: ...ing Data YS Allow NO Deny NON Not Assigned LKl LK3 LK4 Non i ii Deny NO LK5 LK6 LK7 LKS I Table 01 02 03 04 05 06 07 08 09 10 11 12 13 14 I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to the next Table 5 Press the TRF key to advance to Memory Block l l 62 System Speed Dial Override by Class Selection n Additional Programming Refer to Section 6 Code Reetriction ...

Page 272: ...ress COIPBX line key 1 Class 01 14 Setting Data NO No Override YS Override LKl LK4 NO LK5 I LK6 LK7 LK8 I I I CO PBX line keys lzI l iggg fault 4 Press the TRF key to advance to the next Class 5 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l l 63 Hold Recall n Additional Programming Time Selection Exclusive Memory Block No Memory Blo...

Page 273: ...write the selected data and advance to Memory Block l l 64 Attendant Add On Console Transfer Camp On Recall Timer Selection Press the SPKR key to go back on line Ye Additional Programming Memory Block No Memory Block Name I I l l 03 Hold Recall Timer Selection Non Exclusive Hold System I CO Line 1Data NO I 1 1 63 PC Programming Guide TECH B I E USER S F NOTES 1 When an Exclusive Hold call recalls ...

Page 274: ...it transfers or camps on a call to a station and the call goes unanswered the call recalls using Memory Block 1 1 12 Station Transfer Camp On Recall Timer Selection 2 This timer is valid only for stations assigned with an Attendant Add On console in Memory Block l 6 01 Attendant Add On Console to Telephone Port Assignment Both the TRF key on the station and the Transfer key on the console are affe...

Page 275: ...he dialing party exceeds 10 seconds while a restricted station user is dialing on an outside line and the system is searching the assigned tables the system automatically drops the call Aliow YS Deny NO LK5 LK6 LK7 LK8 CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 66 Digit Matching Table to Normal Dial Assignment 5 Press the SPKR key to go bac...

Page 276: ...LK6 LK7 LK8 Table 04 Table 05 Table 06 Table 0 7 NOTES 1 The following selections are defined as Used Non OCC and OCC calls Unused OCC calls only COA BX line keys RECALL key xl key Next page Previous page I I I I COLED n OtT 0 on I Additional Programming Refer to Section 6 Code Beatriction in this chapter Data UNUSED USED c 1 1 1 i GENERAL INFORMATION S DIGIT MATCHING TABLE 1 TO NORMAL DIAL ASSIGN...

Page 277: ...P N maximum 8 digits 1HOLD key Set Data Clear Operation Data System 1 CO Line 1 Data No 1 I 1 1 67 I PC Programming Guide TECH A A I USER Press the TRF key to write the selected data and advance to the next OCC Table After data for all OCC Tables has been entered press the TRF to advance to Memory Block l l 68 8 Digit Matching Table to OCC Table Assignment Press the SPKR key to go back on line n A...

Page 278: ...t 6 Press the SPKR key to go back on line Data No Title 1 1 16 Function No nnnn 71 3 Press the corresponding CO PBX line key to change data option I CO PBX line keys Paae 2 LKl I LK2 I LK3 I LK4 I Table 08 Table 09 Table 10 Table 11 LK5 LK6 LK7 LK8 Table 12 Table 13 Table 14 Table 15 RECALL key Fi key Next Page Previous Page COLED n off 2_ cl on Data NOT USED USED H Additional Programming Refer to...

Page 279: ...ion press CO PBX line key 1 I CO BX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 70 Code Restriction Class Assignment When Lockout is Set 5 Press the SPKR key to go back on line NOTES 1 When Tie lines are assigned code restriction the Access Code used to dial out of the distant system must be entered in front of the dialed number in the Digit Matchi...

Page 280: ...1 1 71 First Delay Announcement Start Time Selection 5 Press the SPKR key to go back on line n Additional Programming Refer to Section 6 Code Restriction in this chapter NOTES 1 When a station is locked out the Code Restriction Class Assignment of this Memory Block is used instead of the Code Restriction Class assigned to the station in Memory Blocks 4 07 Code Restriction Class Assignment Day Mode...

Page 281: ...the selected data and advance to Memory Block l l 72 First Delay Announcement Repeat Selection 5 Press the SPKR key to go back on line W Additional Programming Memory Block No Memory Block Name Required I l l 72 I Firat Delay AnnoMcement Repeat Selection I I l 8 13 IVRS Meeeage Function Aaeignment 1 4 3 41 Delay Announcement Assignment 1 d PC Programming Guide TECH A H C USER NOTES 1 This feature ...

Page 282: ...l l 73 First to Second Delay Announcement Interval Time Selection 5 Press the SPKR key to go back on line System 1 CO Line Data No 1 12 PC Programming Guide TECH A H B USER NOTES 1 This feature requires version 2 00 software or higher 2 Requires use of the MIF F A 10 or MIF F U 10 KTU and a VRS F 4 11 KTU to support this feature W Additional Programming r Memory Block No Memoyy Block Name Required...

Page 283: ...2 LKl LK2 laiiiiiiii iiii z LK4 I 08ec 10 eec 30 EC LK5 LK6 I LK7 LKB 40 WC 50 sec 60 sec No Limit I CO BX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 74 Second Delay Announcement Repeat Selection 5 Press the SPKR key to go back on line W Additional Programming Memory Block No Memory Block Name Required I l l 74 I Second Delay Announcement Repeat S...

Page 284: ...elay Announcement Repeat Interval Time Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I Memory Block Name IRequired I I l l 73 First to Second lay Announcement Interval Time Selection l l 75 Second Delay Announcement Reueat Interval Time Selection l 3 12 VBS Meesage Recording Time Selection l 813 VRS Meaaage Function Assignment I d NOTES 1 This feature ...

Page 285: ...to 10 sec press CO PBX line key 2 LK5 LK6 LK7 LK6 40 EC 50 Exx 60 mc No Limit I I I I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l l 76 Barge In Alert Tone Assignment 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I MemoryBlock Name IRequired I NOTES 1 This function requires version 2 00 software or higher 2 R...

Page 286: ... COLine 1DataNo 1 I 1 I 1 I 7R PC Programming Guide TECH B B A B USER S N NOTES 1 Monitoring telephone conversations may be illegal under certain circumstances and laws Consult a legal advisor before implementing the monitoring of telephone conversations Some federal and state laws require a party monitoring a telephone conversation to use an alert tone to notify all parties to the telephone conve...

Page 287: ...e data using the dialpad l To change 15 seconds to 10 seconds dial 10 from the dialpad Default 15 seconds 4 Pressing the TRF key will write the selected data and advance to Memory Block l 2 00 H Additional Programming Internal Paging Timeout Selection Memory I 5 Press the SPKR key to go back on line Block No Memory Block Name Required l 2 26 Delayed Ringing Timer heianment ICM y 1 1 1 _ 1 1 GENERA...

Page 288: ...mory Block Name Required _ 117 02 External Speaker Connection Selection l 7 06 External Paging Timeout Selection 493 Internal Zone Paging Selection System ICM Data No 1 2 00 PC Programming Guide TECH B F I USER NOTES 1 There are six types of paging l All Internal Zone 51 l Internal Zone Paging 52 54 l Internal All Zone Paging 56 l External Zone Paging all speakers 55 l External Zone Paging individ...

Page 289: ...al Selection I PC Programming Guide TECH B D K USER NOTES Switching from voice to tone signaling or from tone to voice can be accomplished by dialing a station number then dialing the digit 1 If tone signaling is programmed in this Memory Block the called party cannot answer handsfree unless the originator of the call switches to Voice by dialing the digit 1 Call voice tone signaling from the Atte...

Page 290: ...nge data option l To change 30 min to 5 min press CO PBX line key 1 LK5 LK6 LK7 LKB r I I I I I COlPBX line keys i r i iiii iji iii Default 4 5 n Pressing the TRF key will write the selected data and advance to Memory Block l 2 03 2 3 or 4 Digit Station Number Selection Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide b Feature Programming in thie manual 1 1 1 ...

Page 291: ...k on line Additional Programming Memory Block No Memory_Bjock Name Required l l 46 Acceaa Code l Diait Aseiwment l l 47 Access Code a Digit Aeeignment 4 10 Station Number Assignment 1 d System 1 ICM 2 Data No 03 PC Programming Guide TECH B A C USER NOTES 1 The Station Numbering Plan can be 2 3 or 4digits however only one plan can be used at a time 2 After a change is made in this Memory Block all ...

Page 292: ...e Assignment 5 Press the SPKR key to go back on line System ICM Data No 1 2 04 PC Programming Guide TECH B A C USER NOTES 1 The Call Arrival Key feature requires version 2 50 software or higher 2 A maximum of 96 ports to be shared by station ports ESI SLI and LLT and Call Arrival Keys are allowed in the system If 32 station ports are being used 64 remain for use as Call Arrival Keys 3 If 30 Call A...

Page 293: ...ied station or from an outside party via the Auto Attendant Feature and dialing an Access Code l Up to 24 stations can be assigned a specific ringing assignment 2 The Specified Access Code is assigned in Memory Blocks l l 46 or l l 47 Access Code 1 Digit 2 Digit Assignment 3 Enter data using the dial pad a To assign a Specified Station Access Code 00 231 to Tel Port Number 01 enter Access Code fro...

Page 294: ...Refer to Section 7 Character Code Tables After entering all datafor Memory Block l 2 9 18 Absence Message l 10 Assignment press the TRF key to write the selected data and advance to Memory Block l 2 19 Intercom Ring Pattern Selection 6 Press the SPKR key to go back on line _ n Additional Programming l Referto Chapter 3 Guide to Feature Programming in this manual Default Message 09 10 11 12 13 14 1...

Page 295: ...attern F 1 Page 2 LKl LK2 LK3 LK4 Pattern G Pattern H LK5 LK6 LK7 LK8 I I I COlPBX line keya 1 System I ICM 1Data No 1 1 2 1 19 PC Programming Guide TECH B D L USER Pattern Line 0s la 2e 3s 48 5s 6s T Key LKl i i f I I I I 1 D 1 61 hm 1 I I E LK7 RECALL key WI key Next page Previous page Y_ 4 Pressing the TRF key will write the selected n Additional Programming data and advance to Memory Block l 2...

Page 296: ...BX Line keys PC Programming Guide TECH B D M USER NOTES 1 The available tones are shown below Tone A 48Ol606 Tone B 4801606 Tone C 102411285 ToneD 10241 Tone E 500 Tone F 10240285 Tone G 600 700 Tone H 1024 Modulation 16 Hz Modulation 8 Hz Modulation 16 Hz Modulation 16 Hz Envelope 2 sec 4 Pressing the TRF key will write the selected data and advance to Memory Block l 2 22 Call Forward No Answer T...

Page 297: ...ressing the TRF key will write the selected data and advance to Memory Block l 2 23 System Call Park Recall Time Selection 5 Press the SPKR key to go back on line PC Programming Guide TECH B I B USER S A n Additional Programming Memory Block No Memory Block Name Required l l 46 Acceea Code l Digit Assignment l l 47 l l 48 l 2 01 Access Code l Digit Aeeignment Access Code Digit hsignment Intercom C...

Page 298: ...o change 1 min to 1 5 min press CO PBX line key 3 4 5 I CO T BXline keya Pressing the TRF key will write the selected data and advance to Memory Block l 2 24 Intercom Feature Access Code Assignment Press the SPKR key to go back on line ICM 2 Data No 23 PC Programming Guide TECH B I L USER S M 1 1 1 1 1 1 i GENERAL INFORMATION SYSTEM CALL PARK RECALL 1 TIME SELECTION i IThis Memory Block is used to...

Page 299: ...etting Data ISetting Code I Feature I I 003 I Tone Override 1 I 004 1 Automatic Callback 1 I 005 I Callback Request I 4 5 6 Press the TRF key to write the data and advance to the next Dial No After entering all data pressing the TRF key will write the selected data and advance to Memory Block l 2 25 Internal Paging Alert Tone Selection Press the SPKR key to go back on line l Additional Programming...

Page 300: ...ress the corresponding COlPBX line key to change data option l To change Tone YS to Tone NO press CO PBX line key 2 4 5 I COlPBX line keys Pressing the TRF key will write the selected data and advance to Memory Block l 2 26 Delayed Ringing Timer Assignment 1CM I Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide ta Feature Programming in this manual e 1 1 1 1 _...

Page 301: ... TIME DISPLAY 3 Enter the data using the dial pad l To change 10 seconds to 5 seconds dial 05 from the dial pad 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 01 Bounce Protect Time Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No I Memory Block Name IRequired 437 I Extension Line Key Ring Assignment Day Mode I 438 Exte...

Page 302: ...s to 700 ms press CO PBX line key 8 while on Page 1 Page 1 400 me 500 me 600 me 700 ms Pace 2 I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 02 SLT Hookflash Signal Selection 5 Press the SPKR key t6 o back on line n Additional Programming Memory Block No Memory Block Name Required l 3 05 Hookflash Start Time Selection C l l l l i GENERAL INFO...

Page 303: ...ne when the hookswitch is pressed 3 Press the corresponding CO PBX line key to change data option l To change HOLD to FLASH press CO PBX line key 2 LK3 LK4 LK5 I LK6 LK7 LK8 I I I COA BXline keys r3 iiE YiiiiDefault 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 03 First Digit PBR Release Timer Selection 5 Press the SPKR key to go back on line n Additional Prog...

Page 304: ... Block l 3 04 Dial 1 DP Hookflash Selection Press the SPKR key to go back on line Additional Programming Memory Block No Memory Block Name Required l 8 10 PBR Interdigit R eMise Timer Selection 495 DTMF DP SLT Type Selection Default 10 sec Default 7 eec Off Hook1 Dial tone is sent PBR connected Dial the first digit The second digit The third digit cl 3 After timer elapse PBR is released 1 1 1 1 1 ...

Page 305: ... CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 05 Hookflash Start Time Selection 5 Press the SPKR key to go back on line n Additional Programming Memory _ Block No Memory Block Name Required 490 SLT Data Line Security Assignment 495 1 DTMF DP SLT Type Selection 1 d 1 i GENERAL INFORMATION DIAL 1 DP HOOKFLASH SELECTION i i This Memory Block is ...

Page 306: ...ck l 3 06 Hookflash End Time Selection 2_ Press the SPKR key to go back on line 1 3 05 PC Programming Guide TECH B B D E USER NOTES 1 Performing a hookflash during a CO PBX call places the line on hold or sends a hookflash to the COK BX 2 When a hookflash is 0 1 second or less or 0 85 seconds or more it is not considered a flash 3 Bounce Protect l 3 01 and HF Start Timer should be equal Example BP...

Page 307: ...ory Block l 3 07 Voice Mail Digit Add Assignment 5 Press the SPKR key to go back on line I I PC Programming Guide TECH B B D D USER NOTES 1 Refer to the table below for corresponding display Setting Data Data Display Hookflash Start Time 0 ms Hookflash Start Time 400 ms I 04 Hookflash Start Time 500 ms I 05 Hookflash Start Time 600 ms 06 Hookflash Start Time 700 ms 07 Hookflash Start Time 800 ms 0...

Page 308: ...er data To enter press the LNRBPD key first then press or 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 08 Voice Mail DTMF Delay Timer Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Block Name Required 2 435 Voice MaiYSLT Selection 1 1 1 i GENERAL INFORMATION VOICE MAIL DIGIT ADD ASSIGNMENT i i This Memory Blo...

Page 309: ... change data option l To change 1 sec to 2 sec press CO PBX line key 3 I CO PBX line keys El iij f Default 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 09 Voice Mail Disconnect Time Selection 5 Press the SPKR key to go back on line w Additional Programming Memory Block No Memory Block Name Required 435 Voice Mail SLT Selection d i GENERAL INFORMATION VOICE MA...

Page 310: ...0 sec LK6 LK7 LK8 5 0 sec I I I I CO PBX line keye tzl s KKs Default j 4 Pressing the TRF key will write the selected data and advance to Memory Block l 3 10 Voice Mail DTMF Duration Interdigit Time Selection 5 Press the SPKR key to go back on line M Additional Programming Memory Block No I Memo hck Name IRequired I 435 1 Voice MaiUSLT Selection I l l l l l i GENERAL INFORMATION VOICE MAIL DISCONN...

Page 311: ...tion LK5 LK6 LK7 LK8 900 200 ms I COlPBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 4 00 Tandem Transfer Automatic Disconnect Timer Selection 5 Press the SPKR key to go back on line T_ n Additional Programming Memory Block No Memory Block Name 4 35 Voice MaiYSLT Selection Required d _ i GENERAL INFORMATION _VOICE MAIL DTMF DURATION INTERDIGIT i TIME...

Page 312: ...ng Guide TECH A C C USER NOTES 1 This Memory Block is used for DISA Trunk to Trunk Transfer and Tie Line Tandem features Pressing the TRF key will write the selected data and advance to Memory Block l 4 01 Automated Attendant First Digit PBR Release Timer Selection Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide ta Feature Programming in this manual 1 1 1 1 1 ...

Page 313: ...K7 LK8 5Osec 1 6Osec I 1 I I I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 4 02 Automated Attendant Transfer Delayed Ringing Time Selection 5 Press the SPKR key to go back on line Off Hook 1 Specifed P 2ndDial tone ia sent PBR connected Time 9 P Dial the firat digit 7 sec 1 8ec The second digit cl 3 If the last digit ie dialed PBR is disconnec...

Page 314: ... 102 Station Number PSTN Public Switching Telephone Network Station A ext 100 and Station C ext 102 are ring assigned on Trunk 1 Trunk 1 is assigned to A A Trunk NOTES Example Notes l 3 1 When outside party D wishes to speak to station user A a Dial the telephone number corresponding to Trunk 1 b Confirm Automated Attendant message c Dial Ext 100 2 At Station A a The ICM LED blinks and a ring tone...

Page 315: ...n press CO PBX line key 3 LKl LK3 LK4 1 min 3 min 4 min LK5 LK7 LK8 NOTES 1 If the called party does not answer within the predetermined time the call is dropped I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 4 04 Tandem Transfer SMDR Print Extension Assignment 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 ...

Page 316: ...on 4 Press the SPKR key to go back on line l Additional Programming IMemory Block No I Memory Block Name I I l 2 03 12 3 or CDigit Station Number Selection 1 1 System Transfer1A A Data No 1 4 04 1 PC Programming Guide TECH A C D USER NOTES 1 When the system is initially powered up this Memory Block defaults to 3digit number 999 2 If 2 digit station numbers are selected this Memory Block defaults t...

Page 317: ...YES LK5 I LK6 LK7 LKE I I I I I I COlPBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 4 08 Automated Attendant PBR Timeout Response Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No I Memory Block Name I Required I l l 27 Automatic Day Niguode Switching Time Assignment l l 33 Speed Dial Number Name Display Sele...

Page 318: ...O PBX line key to change data option l To change Normal Call to Release press CO PBX line key 2 2 When Release is selected if a DTMF tone is not received during the Automated Attendant message or during the Automated Attendant PBR Release Timer Memory Block l 4 01 Automated Attendant First Digit PBR Release Timer Selection default 20 seconds after the Automated Attendant message the system will dr...

Page 319: ...Attendant sends the message 4 5 n I CO PBX line keye Pressing the TRF key will write the selected data and advance to Memory Block 1 4 11 Automated Attendant Message Day Night Mode Selection Press the SPKR key tago back on line Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual NOTES 1 If FR is assigned Automated Attendant message send start time and the PBR conn...

Page 320: ...6 Press ILNWSPD 1 key to toggle Day Night Mode Use the Dial pad q qto specify the A A message number Press the TRF key to enter selected data and advance to the next Automated Attendant No After entering all da pressing the TRF key will write the selected data and advance to Memory Block 1 4 12 Automated Attendant n Additional Programming Message to Tenant Assignment Fbzferto Chapter 3 Guide to Fe...

Page 321: ...nter Tenant Number Press the TRF key to write the selected data and advance to next Tenant Number After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block 1 4 13 Automated Attendant Answer Delay Time Assignment Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual I I GENERAL ...

Page 322: ...ad to enter the message number and seconds 4 5 Press the TRF key to write the selected data and advance to the next Automated Attendant No After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block 1 4 14 Automated Attendant Message Access Code l Digit Assignment 6 Press the SPKR key to go back on line n Additional Programming __ Refer to Chapter ...

Page 323: ...012 013 014 Dial pad q q TOenter data Setting Data A A Message Function Code I 015 I Paging Zone A Call I I 016 I Paging Zone B Call I OOO unused OOl 053 Press the TRF key will write the selected data and advance to the next Dial No then Automated Attendant No After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block 1 4 15 Automated Attendant Me...

Page 324: ...ndant the following Fixed Access Codes apply Dial Action 1 Step Call Receive 2nd Dial Tone CO rings based on Day Night Ring Assignment In V2 25 or V2 77 or higher version software Ringback is provided 050 Specitied Station Call 20 051 Specified Station Call 21 052 Specified Station Call 22 053 Specified Station Call 23 Default Dial Function Number Code Contents I 0 I 030 1Specified Station Call 0 ...

Page 325: ...sing the TRF key will write the selected data and advance to next the Dial No then Automated Attendant No 5 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block 1 4 16 Automated Attendant Message Repeat Selection 6 Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual I _ ...

Page 326: ... Times I CO PBX line keye m Default 4 5 Press the TRF key write the selected data and advance to the next Automated Attendant No After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l 5 02 SMDR Print Format 6 Press the SPKR key t qo back on line Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual I I GENERAL...

Page 327: ...December 1993 Installation Service Manual THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 328: ... and advance to Memory Block 1 5 13 Printer Connected Alarm Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I MemoryBlock Name I I l 5 13 IPrinter Connected Alarm Selection 14 System SMDRACR Data No 1 5 02 I I I I PC Programming Guide TECHA B C USER NOTES I 1 This Memory Block is required only when an MIF F S 10 KTU or an MIF F L 10 KTU and printer are i...

Page 329: ... on line fl Additional Programming Memory Block No Memory J3tockName Required l 5 02 I SMDR Print Format I l 5 14 lPrint er Line Feed Control Selection I I System SMDR LCR Data No 1 5 13 PC Procrammingl Guide I TECHIA B A IUSER 1 I NOTES 1 Program for YES when a printer is connected 2 SMDR cannot be used if this Memory Block is programmed for NO or NON 3 Programming this Memory Block is required o...

Page 330: ...n Additional Programming Memory Block No Memory ck Name Required l 5 02 SMDR Print Format PC Programming Guide TECH A B B USER NOTES 1 Line Feed Control Assignment is valid only when an MIF F S 10 KTU or MIF F L 10 KTU and printer are installed and being used for SMDR Example Settings to specify the format of communication data output to the printer l Line feed control in effect 07 03 92 09 OO 08 ...

Page 331: ...PLAY 3 Press the corresponding CO PBX line key to change data option l To change 3 digit to 4 digit press CO PBX line key 3 4 5 I CO PBX line keys iI Il miiiiiiij Default i ii Pressing the TRF key will write the selected data and advance to Memory Block l 5 25 SMDR Valid Call Timer Assignment Press the SPKR key to go back on line n Additional Programming Refer tu Chapter 3 Guide to Feature Program...

Page 332: ...l Time assignment canbe setfrom 000sec 990 sec in increments of 10 Example To change 040 sec to 090 sec enter 09 from the dial pad 4 Pressing the TRF key will write the selected data and advance to Memory Block l 5 26 SMDR Incoming Outgoing Print Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Block Name Required l l 05 Start Timer Selection d 1 5 ...

Page 333: ... PBX line key 3 LKl QQ y _lLK3 LK4 ALL I 0GQ _ _ MC LK5 LKti LK7 LK8 I COIPBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 6 01 Attendant Add On Console to Telephone Port Assignment 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Block Name IRequired I 1 5 13 1 Printer Connected Alarm Selection 1 d 1 I GENERAL I...

Page 334: ...the dial pad 6 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l 6 03 DSS Call VoicefTone Signal Selection 7 Press the SPKR key to go back on line W Additional Programming Memory Block No Memory Block Name Required NOTES 1 The telephone to which an Attendant Add On Console is connected must be specified by port number 2 A maximum of fou...

Page 335: ...itched by dialing the digit 1 from a station 2 IfTone Signaling is programmed in this Memory Block the called party cannot answer handsfree unless the DSS station switches it to Voice by dialing the digit 1 I CO PBX line keys p F ziiiijj i Default j 4 Pressing the TRF key will write the selected data and advance to Memory Block l 6 05 Attendant Add On Console Key Selection 5 Press the SPKR key to ...

Page 336: ...y 1 on DSS 1 to External Speaker A l Press COlPBX line key 6 l New data is displayed l Press the TRF key l No 02 60 is displayed successively l ARer entering data for key 60 on DSS 4 Press the TRF key to write the selected data and advance to Memory Block l 7 02 External Speaker Connection Selection Press the SPKR key to go back on line Additional Programming Memory BlockNo I MemoryBlockName IRequ...

Page 337: ...I Night Mode Switching 1 I 53 1All htemal zone Paging INT ALL I I 54 I Vacant I I 55 I Message Waiting MSG I I 60 I Transfer TRF I NOTES 1 2 3 4 5 6 When TEL is assigned to a key with only a red LED the message function cannot be confirmed When a function Message Paging etc that does not require a green LED is assigned to a two color LED key the green LED will not function Telephone number setting...

Page 338: ...Press the CO PBX line key corresponding to each ESP Zone l The LED indication changes to indicate the data each time the CO PBX line key is pressed CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 7 03 External Paging Alert Tone Selection 5 Press the SPKR key to go back on line _ n Additional Programming Refer to Chapter 3 Guide to Feature Programm...

Page 339: ...ta option l To change YES to NO press CO PBX line key 2 I I I CO PBX line keye r Default 4 Pressing the TRF key will write the selected data and advance to Memory Block l 7 06 External Paging Timeout Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No Memory Block Name I I l 7 02 1 External Speaker Connection Selection 1 d Y_ C l l GENERAL INFORMATION _EXTER...

Page 340: ...1 1 5 min 2 0 min LK5 iliiii ii i LK7 LKS 3 0 min ii il s l j 8 0 min No Limit I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 7 07 External Ring Relay Cycle Selection 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No Memory Block Name IRequired I l 2 00 Jlnternal Paging Timeout Selection I l 7 02 lExt ernal Speak...

Page 341: ...N 2 PATTERN4 LK5 LK6 LK7 LK8 Continuous I I CO PBX line keye m Default Press the TRF key to write the selected data and advance to the next External Ring Cycle After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l 8 01 SLT or Automated AttendantiDISA to PBR Selection Press the SPKR key to go back on line Additional Programming _ Memory Bloc...

Page 342: ... the CPU KTU are to be used for Single Line Telephones 2 If both line key 1 and line key 2 are assigned to the Automated Attendant DISA feature the PBR F 4 11 KTU must be installed in the system if Single Line Telephones will be used I CO PBX line keye 4 Pressing the TRF key will write the selected data and advance to Memory Block l B 02 PBR Receive Level Assignment for Automated Attendant DISA 5 ...

Page 343: ...next PBR 5 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l B 04 Time Display 12h24h Selection 6 Press the SPKR key to go back on line NOTES 1 The DTMF signal level from the calling party when the Automated Attendant answers is reduced for Public Switching Telephone Network PSTN This Memory Block specifies the minimum detectable receiv...

Page 344: ...ing CO PBX line key to to change the data option l To change 12 HR to 24 HR press CO PBX line key 2 TECH B I J I CO PBX line keys CJ lii i ij iii Default 4 Pressing the TRF key will write the selected data and advance to Memory Block l 8 07 Class of Service Attendant Feature Selection 11 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programmin...

Page 345: ... 07 I PC Programming Guide TECH B B A C USER NOTES 1 2 3 6 The System wide reset selsction provides the ability to reset on a system wide basis the following Timed Alarm Call Forward All Calls Do Not Disturb Customized Message and Callback Request The Password Outgoing Restriction selection provides the ability to cancel the Staion Lockout and default password for another station Sixteen classes 0...

Page 346: ...eet I Allow 1 De 1 Parre2 Corresponding CO PBX Line Key Function Name Default Class 00 Default Class 01 15 LKl LK2 Timed Alarm Set Reset for Single Line Telephones l Call Forward All Calls SeVReset from Destination Station lCal1 Forward All Call Set Allow Allow Deny Deny a Call Forward Busy No Answer Set LK3 LK4 System Wide Reset ofTimed Alarm Call Forward All Calls Do Not Disturb Customized Messa...

Page 347: ...mming Memory Block No Memory Block Name Required 417 Station to Class of Service Feature Assignment PC Programming Guide TECH B B A D USER NOTES 1 Sixteen classes 00 151 of feature restriction patterns allow a station user to activate particular features while restricting the user from other features 2 At default all stations are in Class 00 3 Stations are assigned to a Class of Service in Memory ...

Page 348: ...0 Default Class 01 15 LKl LK2 Absence Message Callback Request Originate Allow Allow Deny Deny LK3 l mT Statlon Outgoing Lockout Set Cancel I Allow I 7 Deny LK4 LK5 Not Used Call Forward Busy No Answer Busy No Answer Set N A Allow N A Deny LK6 IVRS Voice Message Record VeriWErase I Allow I Denv I LK7 LK8 Not Used DISA Password Set NIA Allow N A Deny Page 03 Corresponding CO PBX Line Key Function N...

Page 349: ...LK6 7 Not Used I NIA I NIA 1 LK7 LK8 Not Used Not Used NIA NIA NIA N A Note DSS Key Transfer Operation applies to Feature Access One Touch keys and Attendant Add On keys programmed for DSS The following applies while on a call after pressing a DSS key and then going on hook DENY Call is not transferred ALLOW Call is transferred i GENERAL INFORMATION CLASS OF SERVICE STATION FEATURE i SELECTION 2 T...

Page 350: ...PC Programming Guide TECH B C A D USER NOTES 1 Music On Hold can be provided to CO PBX and intercom calls that are put on hold 2 One of four melodies A D for Music On Hold can be selected in this Memory Block A LetIt Be B MelodyFair C Chime D Chime I I I I COIPBX line keys 4 5 Pressing the TRF key will write the selected data and advance to Memory Block l 8 10 PBR Interdigit Release Timer Selectio...

Page 351: ...ding CO PBX line key change data option to 9 Dial the first digit Specified 7 eec Time Default 7 The second digit Specified 7 sec Time l To change 7 0 sec to 5 0 sec press CO PBX Default The third digit line key 3 I LKl I LK2 I LK3 I LK4 1 2 l Ifthe PBR ie not detected within c l the specified time PBR is released I CO PBX line keys r l fault 4 Pressing the TRF key will write the selected data and...

Page 352: ...K8 1 I 24 hr I 4 5 n I CO PBX line keys Pressing the TRF key will write the selected data and advance to Memory Block 1 8 12 WRS Message Recording Time Selection Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual T_ PC Programming Guide TECH B I M USER NOTES 1 The system automatically refreshes itself during idle periods base...

Page 353: ...ressing the TRF key will write the selected data and advance to Memory Block 1 8 13 VRS Message Function Assignment 7 Press the SPKR key to go back on line System PBRIMisc Data No 1 8 12 PC Programming Guide TECHA H M USER NOTES 1 VRS Voice Recording Services Channel 1 has a maximum of 240 seconds for message recording l The number of messages that can be used in VRS depends on the length of the p...

Page 354: ...8 15 Tone Assignment 6 Press the SPKR key to go back on line System 1 PBR Misc 1Data No PC Programming Guide TECHIA H G USER 1 Page 2 Page 3 I LKl LK2 LK3 I LK4 I Night Mode Night Mode Auto Auto Attendant I Attendant 2 LK5 LK6 Night Mode Night Mo e Auto Auto Attendant 5 Attendant 6 Night Mode Auto Attendant 3 LK7 Night Mode Auto Attendant 7 Night Mode Auto Attendant 4 LK8 Night Mode Auto Attendant...

Page 355: ...e the selected data and advance to Memory Block 1 8 16 Voice Prompt to Tone Assignment 8 Press the SPKR key to go back on line n Additional Programming Refer ta Chapter 3 Guide to Feature Programming in this manual CO PBX line keys 1 8 15 PC Programming Guide TECH B D N IUSER I NOTES 1 Tone Burst 2 is used for Transfer Inform Tone Tone Override calling party External Speaker Call Notice Tone etc 2...

Page 356: ...120 IPM 0 25 0 25 _nu r u u 240 F 16 Continuous Modulation G 440 Continuous H 44Ol460 4401460 ON la 1 sec 2 Bee I OFF 25 J I J 440 6OPM J i OS5 II r K 400 Continuous 1 L 800 60 IPM 0 5 0 5 J 1 r M No Tone Continuous GENERALINFORMATION TONEASSIGNMENT 1 i This Memory Block is used to assign each system tone to the flexible tables i Programming ...

Page 357: ...pt 2 press CO PBX line key 2 I 1 COlPBX line keys Table No 01 Dial Tone Table No 02 Call Waiting Tone 4 Press the TRF key to write the selected data and to advance to the next Table No 5 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block 1 8 17 PC Programming Password Assignment n Additional Programming 6 Press the SPKR key to go back on l...

Page 358: ...g allows only FIVE digits to be entered If more than 5 digits are entered in the memory block PC Programming will recognize only the first five 3 Only digits can be entered HOLD 1 key To clear data 3 4 5 n Press the TRF key to write the selected data and advance to the next Class No After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l 8 18...

Page 359: ..._ TIME DISPLAY To clear data at cursor lX l key position Setting Data Enter character maximum of eight characters using the Character Code Table in Section 7 3 Pressing the TRF key will write the selected data and advance to Memory Block l 8 25 ACDIUCD Group Agent Assignment 4 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this man...

Page 360: ... l l 00 Pause Time Selection I Press the SPKR key to go back on line System PBR Misc Data No 1 8 25 PC Programming Guide TECH A F A USER NOTES 1 The ACD UCD feature requires version 2 00 software or higher 2 The UCD feature requires installation of an MIF F U 10 KTU The ACD feature requires installation of an MIF F A 10 KTU 3 UCD and ACD cannot be installed in the same system n Additional Programm...

Page 361: ...THIS PAGE INTENTIONALLY LEFT BLANK Programming ...

Page 362: ...de TECH B E B USER NOTES DISA ID Code Assignment is performed in Memory Block l 5 24 DISA ID Code Digit Assignment Different DISA ID Codes cannot be assigned to the same ID Buffer Number If Memory Block l 5 24 DISA ID Code Digit Assignment is changed from 3 to 4 or 2 digit each ID buffer must be reassigned Default W Additional Programming 4 5 Press the TRF key to write the selected data and advanc...

Page 363: ... key 2 I CO BXline keys System 1 DISA Data No 9 02 PC Programming Guide TECH B E C USER 4 5 Setting Data NO DISA Password Invalid YES DISA Password in Effect Press the TRF key to write the selected data and advance to Memory Block l 9 00 DISA ID Code Assignment Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual i GENERAL IN...

Page 364: ...g the dial pad Example To assign CAR Port Number 01 as CAR No 200 enter 200 using the dial pad a q Tomovecursor Dial pad q q To enter setting data I CNF key Next CAR No 4 Pressing the TRF key will write the selected data and advance to Memory Block l lo 02 Call Arrival Key Master Hunt Number Selection 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feat...

Page 365: ...___ _ __ _______ _ TIME DISPLAY 3 Press the corresponding CO PBX line key to change data option l To change NO to YES press CO PBX line key 2 I CO F BX line keys t Default i A 1 CNF key Next CARNo 4 Pressing the TRF key will write the selected data and advance to Memory Block l lo 03 Call Arrival Key Himt Number Forward Assignment H Additional Programming 5 Press the SPKR key to go back on line Re...

Page 366: ...er data To clear all data when the cursor is at the setting data position Next Tel No 1 2 PC Programming Guide TECH B G A USER NOTES This feature requires version 2 50 software or higher An ACD UCD Pilot number cannot be assigned as the forwarding station number 4 Pressing the TRF key will write the selected data and advance to Memory Block l lo 04 Call Arrival Key Port Name Assignment 5 Press the...

Page 367: ...aracter Code a qe Tomovecursor Dial pad q q To enter data n HOLD key To clear all data when setting data position the cursor is at the 171 key Next CARNo Default a t _ n _ _ n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual PC Programming Guide TECH B G A USER 4 Pressing the TRF key writes the selected data and advances to Memory Block l lo 05 Call Arrival Key...

Page 368: ...n CAR Port Number 01 to Call Appearance Block 01 enter 01 using the dial pad cm q Tomovecursor Dial pad q q To enter setting data lIzI CNF key Next CAR No 4 Pressing the TRF key will write the selected data and advance to Memory Block l 10 01 Call Arrival Key Number Assignment 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this m...

Page 369: ...THIS PAGE INTENTIONALLY LEFT BLANK 2 172 P Programming ...

Page 370: ...a and advance to Memory Block l 11 01 Clear Channel Selection Press the SPKR key to go back on line Additional Programming Ye Memory Block No Memory Block Name Required 7 1 Card InterfaceSlot Assignment System DTI Data No 1 11 00 PC Programming Guide TECH A E E USER NOTES 1 A DTI F j 10 or DTI F A 20 KTU must be assigned in the system to setthis Memory Block 2 The DTI F A 20 KTU is supported by sy...

Page 371: ...ne key 2 I COE BXline keys II Default 4 Pressing the TRF key will write the selected data and advance to Memory Block l 11 02 Line Length Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Block Name Required 7 1 Card Interface Slot Assignment I 1 1 1 1 1 1 GENERAL INFORMATION CLEAR CHANNEL SELECTION 1 i i This Memory Block specifies the clear channel...

Page 372: ...o back on line I Additional Programming Memory Block No I MemoryBlock Name I I 7 l ICard Interface Slot Asaitmment 1 System DTI Data No 1 11 02 PC Programming Guide TECH A E C USER NOTES 1 A DTI F J 10 or DTI F A 20 KTU must be assigned in the system to setthis Memory Block 2 The DTI F A 20 KTU is supported by system software version 3 00 or higher Setting Data 1 I 1 k y 1Inkzion 1 Description 1 I...

Page 373: ...s 4 Pressing the TRF key will write the selected data and advance to Memory Block l 11 04 DTI Maintenance Selection 5 Press the SPKR key to go back on line I WARNING I I I I This Memory Block should not be programmed I Ileave at the default setting I I 1 _ IOption LK2 16 State A B C and D is I Ireserved for future use If programmed it has no 1 Iaffect I I 1 B 1 1 1 J W Additional Programming Refer...

Page 374: ...d data and advance to Memory Block l 11 05 Tl Channel Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory_Block Name Required 7 1 Card Interface Slot Aeeignment PC Programming Guide TECH A E D USER NOTES 1 A DTI F l 10 or DTI F A 20 must be assigned in the systemto setthis Memory Block 2 The DTI F A 20 KTU is supported by system soRware version 3 00 or...

Page 375: ...Additional Programming Memory Block No Memory Block Name System DTI Data No 1 11 05 PC Programming Guide TECH A E A USER NOTES 1 A DTI F J 10 or DTI F A 20 must be assigned in the systemto setthis Memory Block 2 The DTI F A 20 KTU is supported by system software version 3 00 or higher Channel Numbers 01 24 correspond to CO PBX line key Page 1 I I I 01 1 01 1 25 1 49 I I I _r 08 08 32 56 Line Key 0...

Page 376: ...CH A F B USER I NOTES 1 The ACD UCD feature requires version 2 00 software or higher 2 The UCD feature requires installation of an MIF F U 10 KTU The ACD feature requires installation of an MIF F A 10 KTU 3 UCD and ACD cannot be installed in the same system m Additional Programming Memory Block No Memory Block Name l l 46 Access Code l Digit Assignment l l 47 IAccese Code 2 D Assignment l l 48 Acc...

Page 377: ...R NOTES 1 ACD UCD Group Pilot Numbers cannot be programmed as the overflow destination 2 The ACD UCD feature requires version 2 00 1 software or higher 3 The UCD feature requires installation of an MIF F U 10 KTU The ACD feature requires installation of an MIF F A 10 KTU 4 UCD and ACD cannot be installed in the same system n Additional Programmhg Memory Block No Memory Block Name Required l l 46 A...

Page 378: ...annel No 5 After all data has been entered pressing the TRF key will write the selected data and advance to Memory Block l 11 07 DTI Trunk Type Assignment 6 Press the SPKR key to go back on line n Additional Programming _ Memory Block No Memory Block Name l 11 07 DTITrunkTypeAssignment 7 1 CardInterfaceSlotAseianment Required 1 System I DTI 1Data No 1 1 11 06 PC Proglramming Guide ITECHJA E F USER...

Page 379: ... or DTI F A 20 must be assigned in the system to set this Memory Block 3 If the default setting is changed to E M or DID the affected trunks are automatically reassigned to Trunk Group 00 If trunks 00 08 are affected default line key assignment for all Multiline Terminals change to Not Used and must be reassigned 4 Enter the next TRK No using the dial pad and select the corresponding CO PBX line k...

Page 380: ... UCD feature requires version 2 00 software or higher 3 The UCD feature requires installation of an MIF F U 10 KTU The ACD feature requires installation of an MIF F A 10 KTU 4 UCD and ACD cannot be installed in the same system I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block l 12 00 ACD UCD Group Pilot Number Assignmentl 5 Press the SPKR key to go ...

Page 381: ...THIS PAGE INTENTIONALLY LEFT BLANK 2 184 Programming ...

Page 382: ... 0 ON I I I Date NO Not Asaigned I YES Assigned I Tenant _ Data No 2 01 PC Programming Guide TECH B K D USER NOTES 1 If data is changed while the system is busy Data Entry is displayed at the programming station until the system becomes idle l The LED indication changes to indicate the data each time the CO PBX line key is pressed 4 Pressing the TRF key will write the selected data and advance to ...

Page 383: ......

Page 384: ... 2 06 Line Key Selectionfor Tenant Mode 412 Line Key Selection for Telephone Mode Tenant I Data No 2 _ 05 PC Programming Guide TECH B K B USER NOTES 1 2 3 Mixed use of Tenant Wide Mode and Telephone Mode in the system is permitted Tenant Wide Mode Memory Block 2 06 Line Key Selection for Tenant Mode permits assignment of any desired feature to each of the CO PBX line keys All the telephones in a t...

Page 385: ...01 24 is displayed successively After entering data for CO PBX line key 24 pressing the TRF key Will write the selected data and advance to Memory Block 2 07 System Speed Dial Display Assignment Press the SPKR key to go back on line This Memory Block assigns the following functions to each of the CO PBX line keys on each telephone within a tenant specified as Tenant Mode in Memory Block 2 05 Line ...

Page 386: ...ll Appearance as the call appearance call appearance number of Call Appearance Block numbers from Memory Block 4 43 Station to Call Appearance Block Assignment 3 A maximum of 56 station ports in the Level II system and 96 station ports in the Level II Advanced system are available to be shared by the ESI SLI and LLT KTUs 4 The Call Arrival Key and Call Appearance features require version 2 50 soft...

Page 387: ...ED indication changes to indicate the data each time the CO PBX line key is pressed l Press RECALL FNC keys to turn pages l After entering data for all pages pressing the TRF key will write the selected data and advance to Memory Block 2 08 ECR Relay to Tenant Assignment 4 Press the SPKR key to go back on line Y n Additional Programming Memory Block No Memory Block Name Cl LKl 1 LK2 1 LK3 1 LK4 I ...

Page 388: ...l Additional Programming IMemory Block No I Memory Block Name PC Programming Guide TECH B K A IUSER 1 NOTES 1 By assigning Night Chime to a Tenant incoming calls to the Tenant Group in Night Mode can be I answered using the Night Call Pickup Access Code 2 The relays are Fixed nonprogrammable 3 Night Chime must be assigned for Night Call Pickup to work A relay may be assigned even if I no ECR F 11 ...

Page 389: ...THIS PAGE INTENTIONALLY LEFT BLANK 2 192 Programming ...

Page 390: ... CO PBX Line No Defau t p 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 02 Trunk Status Selection 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual a L 1 1 1 1 1 1 1 GENERAL INFORMATION TELEPHONE NUMBER TO TRUNK ASSIGNMENT I This Memory Block specifies telephone numbers for the COIPBX ...

Page 391: ...ta option l To change OUT IN to IN press COR BX line key 2 I CO pBX line keys I key Next CO PBXLineNo 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 03 Trunk to Trunk Group Assignment 5 Press the SPKR key to go back on line n Additional Programming __ Refer to Chapter 3 Guide to Feature Programming in this manual C l i GENERAL INFORMATION TRUNK STATUS SELECTION i...

Page 392: ...oup is dialed an idle CO line is automatically selected and seized from the same Trunk Group CO line of either same tenant or another tenant can be seized 3 By specifying the priority order up to four routes 0 runk Groups can be selected in Memory Block l l 30 Route Advance Block Assignment Idle CO lines are selected and seized in this sequence 4 Pressing the TRF key will write the selected data a...

Page 393: ...ill write the selected data and advance to Memory Block 3 05 VPrunk Incoming Answer Mode Selection 5 Press the SPKR key to go back on line CO PBX 1 Data No 3 04 PC Programming Guide TECH B C B M USER NOTES 1 YES must be assigned for both trunks to be connected via the Trunk to Trunk Transfer or an Automatic Trunk to Trunk Transfer feature n Additional Programming Class of Service Attendant Feature...

Page 394: ...Programming Guide TECH B C B J USER Setting Data LCD Line Key Indication Definition when selected 1 LKl 1 NO ASSIGN 1 Normal 1 1 LK2 TANDM TRF Automatic Trunk to TrunkTransfer 1 m key Next COPort No 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 06 Automatic Tandem Trunk Assignment 5 Press the SPKR key to go back on line Ye n Additional Programming F fer to Chapt...

Page 395: ... 1 CNF 1 key Next CO PBX Line No Example of Tandem Trunk Assignment Automatic Trunk to Trunk Transfer of incoming CO1toCO8 N Transfer CO 8 SYSTEM Incoming CO 1 CO PBX No 01 Setting Data 08 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 07 CO PBX Ringing Variation Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Blo...

Page 396: ...RF key will write the selected data and advance to Memory Block 3 14 Tie DID Line Type Assignment 5 Press the SPKR key to go back on line n Additional Programming __ IMemory Block No I Memory Block Name l l 28 Distinctive Ringing by Telephone or CO Selection COPBX 1 Data No 3 07 PC Programming Guide TECH B C B C USER NOTES 1 This Memory Block is not applicable if Telephone is selected in Memory Bl...

Page 397: ...runk DTMF Duratiotinterdigit Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memory Block Name Required 3 92 Trunk Installed DPIDTMF Selection PC Programming Guide TECH A D A E USER NOTES 1 Line keys l 4correspond to thefollowingmethods of loop supervision 1 Second Dial Tone 2 Immediate Start 3 Delay Dial 4 Wink Start 2 This Memory Block does not apply to...

Page 398: ...rdigit Time 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 16 Tie Line Prepause Time Selection 5 Press the SPKR key igo back on line W Additional Programming IMemory Block No I Memory Block Name I I 3 92 krunk Unatalled DP DTMF Selection 1 NOTES 1 When DTMF is selected for the CO line in Memory Block 3 92 Trunk Installed DP DTMF Selection specify the time duratio...

Page 399: ... 0 0ec LK8 13 0 8ec I CO PBX line keys __ 4 Pressing the TRF key will write the selected n AdditionalProgramming data and advance to Memory Block 3 17 Tie Referto Chapter 3 Guideto Feature Programming Line Answer Detect Time Selection in this manual 5 Press the SPKR key to go back on line Prepause time differs according to the acknowledgment signaling method This Memory Block affects Tl Channels a...

Page 400: ...Answering a call may not be possible if the CO answer detect time is too long 2 This Memory Block affects Tl Channels assigned as Tie DID lines Requires DTl F A 20 KTU and System software V3 00 or higher 1560 me 1690 me 1 182Oms 1 1950 ms I I I CO PBXline key8 __ 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 18 Tie Line Release Detect Time Selection W Additional...

Page 401: ...TES 1 Specify distinguishing circuit release from on hook noise and temporary interruption There are four probable situations for CO release detection a Called side hangs up first The circuit is considered to be released 92 ms specified time after the other party disconnects the call b Called side hangs up second The circuit is considered to be released when the specified time has elapsed after th...

Page 402: ...650 m 05 780 me 06 910 me 07 Pane 2 LKl LK2 LK3 LK4 1040 me 08 1170 ma 09 1300 m 3 10 1430 ma 11 LK5 LK6 LK7 LKS 1560 me 12 1690 me 13 1820 me 14 1950 ma 15 In Delay method Ptwf 1 LKl LK2 LK3 LK4 0 ms 00 30 me 01 60 me 02 90 ma 03 05 180 ms 180 210 me 0 Page 2 I LKl I LK2 I LK3 LK4 I 24Oma 08 1 270ms 09 1 3OOms lO 330ms ll LK5 I LK6 LK7 I LKS 1 36Oms 12 1 39Oms l3 1 42Ome 14 1 45Ome 15 1 Incor Pag...

Page 403: ...LAY 3 Press the corresponding CO PBX line key to change data option l To change 2 0 sec to 5 0 sec press CO PBX line key 8 IRECALL key Next page 1 FNC 1 key Previous page I key Next CO PBX Line No Page 1 LKl LK2 LK3 LK4 0 sec 0 5 sec 1 0 sec 1 5 sec Paee 2 LKl I LK2 LK3 I LK4 6 0aec 1 7 01 1 8 Oaec 1 S Oeec I I LK5 LK6 I LK7 I LK8 10 0 sec 11 0 sec 12 0 eec 1 13 0flec I I I CO PBX line keye 4 Pres...

Page 404: ...s to 240 ms press CO PBX line key 8 RECALL key Fi key Next page Previous page 1 CNF 1 key Next CO PBX Line No DC loop supervision Wink Pulse Sending Paee 1 LKl I LK2 I LK3 I LK4 3Ome I 60ms I 90ms I 12Oms Paee 2 LKl LK2 LK3 LK4 270 ma 300 ma 330 me 360 me LK5 LK6 LK7 LK8 39omfl 1 420 ma 450 me 1 48omB I CO PBX line keys El zDefault Pressing the TRF key will write the selected data and advance to M...

Page 405: ...0 ma 1 3000me 1 33OOms LK5 LK6 LK7 LK8 3600 ms 3900 mB 4200 ms 4500 ms I COA BX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 23 Tie Line Outgoing Timeout Selection 5 Press the SPKR key to go back on line PC Programming Guide TECH A D C C USER NOTES 1 Specify Delay Method in Memory Block 3 14 Tie DID Line Type Assignment Receiving Receiving signal dete...

Page 406: ...Tie Line Incoming Interdigit Timeout Selection 5 Press the SPKR key to go back on line 3 23 PC Programming Guide TECH A D C H USER NOTES I Specify a maximum interval before the Tie line sender times out A timeout will occur when l The calling station fails to send dial pulses within the time interval specified in this Memory Block after the prepause time l The calling station after sending dial pu...

Page 407: ...ive interval between the gaps of incoming address signals 2 A timeout will occur when l A dial pulse is not received within the time specified by this Memory Block after the receiving side detects the off hook signal l The next dial pulse is not received within the time specified by this Memory Block after the receiving side detects receives a dial pulse 3 This Memory Block affects Tl Channels ass...

Page 408: ...t signal is not received within a predetermined amount of time after an outgoing signal is sent to the other system a busy tone is sent to the telephone This Memory Block affects Tl Channels assigned as Tie DID lines Requires DTl F A 20 KTU and System software V3 00 or higher 1 Originating Side 1 Sending an Outgoing signal 1 Receiving acknowledgment H Time H signal l 7 Timeout when the acknowledgm...

Page 409: ... The other side will ignore circuit disconnection during the loop off guard time 2 This Memory Block affects Tl Channels assigned as Tie DID lines Requires DTl F A 20 KTU and System software V3 00 or higher Receiving Side Originating Side Telephone rings Answer 2 Loop Off Guard 1 Time _ Circuit disconnection is detected Call I it a Circuit Telephone is hung up recovery Outgoing guard time specifie...

Page 410: ...r 01 64 No Title Data nnn 0 II 27 SDT YS ______ __ _____ ___ _ _ TIME DISPLAY 3 Press the corresponding CO PBX line key to change data option l To change YES to NO press CO PBX line key 1 L 1 Next page RECALL key I CO BX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 28 Tie Line Reorder Tone Selection 7_ 5 Press the SPKR key to go back on line n Additio...

Page 411: ...dvance to Memory Block 3 29 Tie Line Internal Transmit Pad Selection Press the SPKR key to go back on line Additional Programming 1 This Memory Block affects Tl Channels assigned as Tie DID lines Requires DTl F A 20 KTU and System software V3 00 or higher 1 Memory Block No Memory Block Name Required 3 14 Tie DID Line Tide Ahznment Example 8 12 1111 I I I Tie Line S atem Extension Eye No Originatin...

Page 412: ...he volume level circuit loss may differ from circuit to circuit depending on the connection 3 The Level II and or Level II Advanced systems divide the connections into the following patterns Specify the sending and receiving levels of each pattern for each of the Tie lines Pattern A Intercom Mode Connections estab lished between the intercom stations of the local system and another system Sending ...

Page 413: ... are connected by Tie lines the volume level circuit loss may differ from circuit to circuit depending on the connection The Level II and or Level II Advanced systems divide the connections into the following patterns Specify the sending and receiving levels of each patternfor each of the Tie lines Pattern A Intercom Mode Connections estab lished between the intercom stations of the local system a...

Page 414: ...s the volume level circuit loss may differ from circuit to circuit depending on the connection The Level II and or Level II Advanced systems divide the connections into the following patterns Specify the sending and receiving levels of each pattern for each of the Tie lines Pattern A Intercom Mode Connections estab lished between the intercom stations of the local system and another system Sending...

Page 415: ... at 0 dB 1 2 When two or more Level II and or Level II Advanced systems are connected by Tie lines the volume level circuit loss may differ from circuit to circuit depending on the connection 3 The Level II and or Level II Advanced systems divide the connections into the following patterns Specify the sending and receiving levels of each pattern for each of the Tie lines Pattern A Intercom Mode Co...

Page 416: ...CO PBX line key 6 RECALL key Next page 1 FNC 1key Previous page 1 CNF 1 key Next CO PBX Line No Page 1 Page 2 LKl LK2 LK3 LK4 8 sec I 9sec I l Oeec I 1 18ec t LK5 LK6 I LK7 LK8 1 2 eec 1 1 3 sec 1 1 4sec 1 1 5sec I I I I y CO PBX line keys __ F1 m s Default 4 5 Pressing the TRF key will write the selected data and advance to Memory Block 3 38 Automated Attendant Message to Trunk Selection n Additi...

Page 417: ... Memory Block 3 40 Automatic Release Signal Detection Time Selection 5 Press the SPKR key to go back on line PC Programming Guide TECH A I H USER NOTES 1 The attendant telephone position must dial an Access Code to activate this feature q Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual I GENERAL INFORMATION AUTOMATED ATTENDANT MESSAGE TO TRUNK SELECTION This M...

Page 418: ...y Next CO PBX Line No el LKl I LK2 LK3 I LK4 I Page 2 I COIPBX line keye lz Il iijiii iijiiil ii Default 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 41 Delay Announcement Assignment AdditionalProgramming 5 Press the SPKR key to go back on line Refer to Chapter 3 Guide b Feature Programming in this manual I 1 1 1 i GENERAL INFORMATION AUTOMATIC RELEASE SIGNAL D...

Page 419: ...eys Setting Data 2 YN Day only 3 NY Night only I 4 1 YY 2l Day andNight PC Programming Guide TECH A H A USER NOTES 1 This function requires version 2 00 software or higher 2 This feature requires an MIF F A 10 or MIF F U 1_0 KTU and a VRS F 4 11 KTU 4 Pressing the TRF key will write the selected n Additional Programming data and advance to Memory Block 3 42 DIT Refer to Chapter 3 Guide to Feature ...

Page 420: ...roerammine Guide TECH B C B H IUSER I NOTES 1 A trunk can terminate at only one station but any number of trunks can terminate at the same station I Default i A _ 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 43 ANA Assignment 5 Press the SPKR key to go back on line Y_ n Additional Programming Mcmw Block No Memory Block Name 3 43 ANA Aaaignment Required GENERAL ...

Page 421: ...igit 0000 9999 inn 3 Use the dial pad to enter data l Station No 2 3 or 4 digits 00 9999 l COPortNo Ol 644 Dial pad q B To enter data 1 key Next CO Port No j Default 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 00 Telephone Number to Trunk Number Assignment 5 Press the SPKR key to go back on line n Additional Programming Memory Y_ Block No Memory Block Name Req...

Page 422: ...91 PC Programming Guide TECH B C B N USER NOTES This Memory Block affects Tl Channels as Tie DID lines Requires DTl F A 20 KTU and System software V3 00 or higher I CO F BXline keys 4 Pressing the TRF key will write the selected data and advance to Memory Block 3 92 Trunk Installed DP DTMF Selection 5 Press the SPKR key to go back on line 7_ n Additional Programming Refer to Chapter 3 Guide to Fea...

Page 423: ... I key Next CO PBX Line No 4 5 n I CO PBX line keys Pressing the TRF key will write the selected data and advance to Memory Block 3 91 U runk Type Selection Press the SPKR key to go back on line Additional Programming Memory Block No I T_ Memory Block Name 3 14 Tie DID Line Type Aaaignment I 412 ILine Kev Selection for TeleDhone Mode 1 1 1 1 i GENERAL INFORMATION TRUNK INSTALLED DP DTMF SELECTION ...

Page 424: ...tional Programming Refer to Chapter 3 Guide to Feature Programming in this manual 4 After entering all data for all pages pressing the TRF key will write the selected data and advance to Memory Block 4 02 CO PBX Ring Assignment Night Mode 5 Press the SPKR key to go back on line CO PBX Number 01 64 correspond to CO PBX line key Page 01 Port 01 08 CO PBX line keys Page 02 Port 09 16 Page 03 Port 17 ...

Page 425: ...rite the selected data and advance to Memory Block 4 07 Code Restriction Class Assignment Day Mode 5 Press the SPKR key to go back on line CO PBX Number 01 64 correspond to CO PBX line key Page 01 Port 01 08 Page 05 Port 33 40 I I I CO PBX line keys Page 02 Port 09 16 LKl LK2 LK3 LK4 I I 1 1 13 t 14 1 15 1 16 1 45 46 47 48 I I I I I Page 03 Port 17 24 Page 04 Port 25 32 Page 06 Port 41 48 mi Page ...

Page 426: ...Y RestrictionClassOO 15 3 Enter data using the dial pad a q w Tomovecursor Dial pad q q To enter setting data lzl CNF key Next Tel No 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 08 Code Restriction Class Assignment Night Mode 5 Press the SPKR key to go back on line n Additional Programming Refer to Section 6 Code Restriction in this chapter I I i GENERAL INFOR...

Page 427: ...LAY Restriction Class 00 15 3 Enter data using the dial pad a q Tomovecursor Dial pad q q To enter setting data 1 CNF 1 key Next Tel No Default _ z j 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 09 Telephone to Tenant Assignment 5 Press the SPKR key to go back on line n Additional Programming Refer ta Section 6 Code Restriction in thie chapter _ _ i GENERAL INF...

Page 428: ...ey will write the selected data and advance to Memory Block 4 10 Station Number Assignment 5 Press the SPKR key to go back on line n Additional Programming IMemory Block No I Memory Block Name IRequired I 2 01 Trunk tc Tenant Assignment 2 05 Line Key Selection 2 06 Line Key Selection for Tenant Mode 2 07 lSyst em Speed Dial Display Assignment 1 2 08 IECR Relay to Tenant Aeaitrnment I 4 09 PC Progr...

Page 429: ... key to go back on line Additional Programming 2 3 or CDi Station Number Selection NOTES 1 Station Number Assignment is on a per station basis A telephone cannot have two station numbers and a station number cannot be assigned to more than one telephone 2 At default the valid station numbers are 100 to 399 3 When changing Station Numbers to a different numbering plan e g S digit to 4 digit these s...

Page 430: ... Memory Block 4 12 Line Key Selection for Telephone Mode 5 Press the SPKR key to go back on line l Additional Programming Memory Block No Memory Block Name Required 2_ 401 COlPBX Ring Aaeignment Day Mode v 402 COIPBX Ring Assignment Night Mode d 4 I 11 PC Programming Guide TECH B B C K USER T L NOTES 1 This Memory Block programming applies to Ring Assigned telephones only 2 An intercom call cannot...

Page 431: ...eion LK 13 LK 14 LK 15 LK16 1 I I COlPBX line keys t Series 250 or higher To move cursor Dial pad q q To enter data 1 key Next TelNo 4 12 PC Programming Guide TECH B B C I USER T J Example To assign Trunk Group 05 to COlPBX 9 Press the TRF key to advance to Memory Block 4 13 CO PBX Busy Forward Station Assignment 10 Pressthe SPKR key to go back on line This Memory Block assigns the following funct...

Page 432: ...II and or Level II Advanced system is installed as a MF system at least one Call Appearance Key must be assigned l Call Appearance Key must be assigned on a per block basis 3 Repetitive assignments cannot be copied to a Multiline Terminal Secondary Incoming Extension1port 4 An ADA l W BK Unit is required to use a headset 5 At system default CO PBX lines 01 08 are assigned to line keys 01 08 respec...

Page 433: ...a q Tomovecursor Dial Padm q To enter data ICNF key Next Tel No Telephone Port No 01 96 Forward No I 2 Setting Data Port No 01 96 4 Press the TRF key to write the data for the first transfer to station 5 Enter the second transfer to station 6 Pressing the TRF key will write the selected data and advance to Memory Block 4 14 Intercom Master Hunt Number Selection 7 Press the SPKR key to go back on l...

Page 434: ...ressing the TRF key will write the selected data and advance to Memory Block 4 15 Intercom Master Hunt Number Forward Assignment 5 Press the SPKR key to go back on line _ n Additional Programming Memory Block No Memory Block Name Required 415 Intercom Master Hunt Number Forward Aseignment NOTES 1 If assigned YES incoming internal calls from another station Automated Attendant transferred call or a...

Page 435: ...to go back on line fi Additional Programming Memory Block No Memory Block Name I 414 1 I Intercom Master Hunt Number Selection I Telephone Data No 4 15 PC Programming Guide TECH B B B D USER Example To assign the following by Memory Block 1 2 3 Memory Block 4 14 Telephone Port No 01 YES Another Port No NO Memory Block 4 10 Telephone Port No and related Station No Port Station No No 01 100 02 101 0...

Page 436: ...f Service Attendant Feature Selection 11 and l 8 08 Class of Service Station Feature Selection 21 Enable Disable patterns are specified in the above for individual classes Table 1 The features that telephone Port Numbers 01 and 02 are normally allowed to activate Specify any of the classes 00 15 whose patterns have been specified in Memory Block l 8 07 Class of Service Attendant Feature Selection ...

Page 437: ...ts characters can be used for each name 3 Enter data using the dial pad Example To assign DANE to Tel 01 enter characters For a list of characters refer to Section 7 Character Code Tables After entering the S digit code the characters are automatically displayed Setting Data Enter by Character Code em q Tomovecursor Dialpad q a To enter data n HOLD key To clear all data when setting data position ...

Page 438: ...ure Programming in this manual 4 19 PC Programming Guide TECH B B B M USER CO PBX Number 01 64 corresponds to CO PBX line key Paee 1 Port 01 08 Paae 5 Port 33 40 LKl 1LK2 1LK3 1LK4 1 Page 2 Port 09 16 ILK1 I LK2 1LK3 I LK4 1 Page 3 Port 17 24 Page 7 Port 49 56 Paee 6 Port 41 48 41 42 43 44 LK5 LK6 LK7 LK8 45 46 47 48 Page 4 Port 25 32 Page 8 Port 57 64 mi Ml NOTES 1 A restricted CO PBX line allows...

Page 439: ...ding to the number of Off Hook Voice channels 1 Multiline Terminals assigned for Off Hook Voice Announcement must be installed in the first four ESI F 8 21 KTU ports 3 The following lists the port relations on an ESI F 8 21 KTU if Off Hook Voice Announcement is assigned ES F 8 21 KTU Port Dual Path Port 1 4 5 2 6 3 7 4 _ 8 9 13 10 _ 14 11 15 12 16 I I 59 b 63 60 64 4 Press the CNF key to advance t...

Page 440: ...ual PC Programming Guide TECH B B B F USER NOTES r Prime Line function enables the user to seize a specified trunk when the Multiline Terminal goes off hook To call a specified station number or CO Line while on Hot Line go off hook When using Prime Line an Access Code must be entered to seize the ICM for internal call processing FNC 6 To use the Hot Line function one of the following must be ente...

Page 441: ...t 5 Press the SPKR key to go back on line W Additional Programming Memory Block No I Memory wk Name I Required l 3 02 SLT HooMash Signal Selection I PC Programming Guide TECH B B D H USER NOTES 1 This Memory Block affects only the Single Line Telephone station assigned Prime Line in Memory Block 4 23 Prime Line Hot Line Assignment 2 When Prime Line is assigned to a Single Line Telephone hookflash ...

Page 442: ... key Next Station Port No 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 28 Bilingual LCD Indication Selection 5 Press the SPKR key to go back on line Default Station Port DISA ID Buffer Number Number 01 01 02 _ 02 I s 96 96 W Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual l l i GENERAL INFORMATION _DISA ID NUMBER STATION AS...

Page 443: ...he corresponding CO PBX line key to change data option l To change ENG English to JAPA Japanese press CO PBX line key 1 I CO BXline keys 4 5 n Pressing the TRF key will write the selected data and advance to Memory Block 4 29 HFU Selection Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide to l ature Programming in thie manual e i GENERAL INFORMATION BILINGUAL LC...

Page 444: ...a option l To change NO to YES press CO PBX line key 2 I COA BX line keys NO Handsfree Unit not operational YES Handsfree Unit operational 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 30 Hold Transfer Recall Display Selection 5 Press the SPKR key to go back on line W Additional Programming Refer ta Chapter 3 Guide to Feature Programming in this manual r 1 1 1 1...

Page 445: ...is assigned for YES An LCD indication of the CO line number will appear on the upper line of the display when a recall occurs regardless of this Memory Block assignment I CO PBX line keya YES LCD indication available LCD Example If Yes RCL 01 From 1011 NO LCD indication is not available LCD Example IfNo RCL 01 __ Time Display 4 Pressing the TRF key will write the selected n Additional Programming ...

Page 446: ...CH B B B G USER T H NOTES 1 Internal Emergency All Call Page and Internal Paging by Tenant Group overrides this Memory Block Refer to Memory Block l l 46 Access Code l Digit Assignment I I I CO T BXline keye 4 5 n Pressing the TRF key will write the selected data and advance to Memory Block 4 32 U runk Digit Restriction Press the SPKR key to go back on line Additional Programming Refer to Chapter ...

Page 447: ...e TECH B B B L USER NOTES 1 Enter the digit that when dialed the call will be dropped 2 Code Restriction must be assigned before this feature is used 3 Trunk Digit Restriction applies to all CO PBX lines 4 Tie Line Code Restriction must be assigned before this feature will work on Tie lines data and advance to Memory Block 4 33 Fax Indication Station Assignment 5 Press the SPKR key to go back on l...

Page 448: ... No 01 96 00 Not Assigned NOTES 1 The station number of the Fax station must be programmed under a Feature Access or a One Touch key on a Multiline Terminal 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 34 Fax Indication Networking Assignment 5 Press the SPKR key to go back on line 1 Additional Programming Refer to Chapter 3 GuidetuFeature Programming in this ma...

Page 449: ...rogramming Guide TECH B B C D USER NOTES 1 This Memory Block must be programmed when requiring Fax messages over Tie DID lines or the Automated Attendant with CO PBX lines 4 5 n Pressing the TRF key will write the selected data and advance to Memory Block 4 35 Voice MaiVSLT Selection Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide to ature Programming in this ...

Page 450: ... number of 16 voice mail ports is supportedby this system 3 Press the corresponding CO PBX line key to change data option l To change NO to YES press CO PBX line key 2 NOTES I 1 I CO PBX line keys cl E Default I 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 36 Voice Prompt Selection 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapte...

Page 451: ... data option l To change NO to YES press CO PBX line key 2 LK2 LK3 LK4 lliiiii i il YES LK5 I LK6 LK7 Ix8 I I I I I I CO PBX line keys YES Allow NO Deny 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 37 Extension Line Key Ring Assignment Day Mode 5 Press the SPKR key to go back on line n Additional Programming Refer to Chapter 3 Guide to Feature Programming in th...

Page 452: ...lock applies only when a Secondary Incoming Extension or a Call Arrival Key is programmed for line key appearance 3 The Call Arrival Key feature requires version 2 50 software or higher Seriee 300 or higher Default i _ i __ 4 5 Pressing the TRF key will write the selected data and advance Lo Memory Block 4 38 EtB sion Line Key Ring Assignment Night n Additional Programming Press the SPKR key to go...

Page 453: ...ll light green 2 This Memory Block applies only when a Secondary Incoming Extension or a Call Arrival Key is programmed for line key appearance 3 The Call Arrival Key feature requires version 2 50 software or higher No Ring Immediate SDelayed Ring Ring SSeriee 300 or higher 21 22 23 I 24 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 39 ADA 21 Ring Mode Assignmen...

Page 454: ...rminal Station Number will ring at the Single Line Telephone 3 All Ring All calls that ring at the Multiline Terminal will also ring at the Single Line Telephone 4 A maximum of 96 ADA B W BK units can be installed in the system I I I I I I I I CO PBX line keys cl Default CNF key Next Tel Port No 4 5 w Pressing the TRF key will write the selected data and advance to Memory Block 4 40 LCR Class Sele...

Page 455: ... 3 Use Area Code Table 3 Class 4 Use Area Code Table 4 Stations cannot be assigned to multiple LCR classes An MIF F L 10 KTU must be installed in the system to support this feature Class4 1 I 1 I I CO PBX line keys 4 5 8 Pressing the TRF key will write the selected data and advance to Memory Block 4 41 WE CAR Ringing Line Preference Selection Press the SPKR key to go back on line Additional Rogram...

Page 456: ... USER T O NOTES 1 This function requires version 2 00 software or higher 2 The Call Arrival Key feature requires version 2 50 software or higher I CO PBX line keys 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 42 Call Forward Busy Immediately Delay Selection 5 Press the SPKR key to go back on line W Additional Programming Refer to Chapter 3 Guide to Feature Prog...

Page 457: ...ta YES Delay forward NO Immediately forward 2 Requires system software version 2 00 or higher ICNF key Next TEL No 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 01 CO PBX Assignment Day Mode 5 Press the SPKR key to go back on line Y_ n Additional Programming Memory Block No Memoy Block Name Required l 2 22 Call Forward No Anawer Timer Selection I I I I 1 1 1 1 1...

Page 458: ...o assign TEL Port Number 01 to Call Appearance Block 01 enter 01 using the dial pad m q Tomove cursor Dial pad 10 q To enter setting data 0 CNF key Next CAR No 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 01 CO PBX Ring Assignment Day Model 5 Press the SPKR key to go back on line l Additional Programming Refer to Chapter 3 Guide to Feature Programming in this m...

Page 459: ...ata line security Tone Override and Call Alert Notification tones will not be heard from the handset however the tone is still sent and heard from the speakerwhen off hook 3 Data Line Security will deny a station from barging in even if Barge In is allowed in Class of Service 1 CNF 1key Next Tel Port No 4 Pressing the TRF key will write the selected data and advance to Memory Block 4 91 Telephone ...

Page 460: ...data and advance to Memory Block 4 92 Receiving Volume Selection 5 Press the SPKR key to go back on line n Additional Programming Memory Block No Memo Block Name Required l l 28 Distinctive Ringing by Telephone or CO Selection 1 This Memory Block is applicable if Telephone is selected in Memory Block l l 28 Distinctive Ringing by Telephone or CO Selection 2 High medium or low ringing tone follows ...

Page 461: ... to go back on line n Additional Programming Memory Block No I Memory Block Name Required I I Y_ l l 26 Distinctive Ringing by Telephone or CO Selection PC Programming Guide TECH B B B H USER T K NOTES 1 Receiving Volume Down Multiline Terminal The volume increased by FNC 2 is reset when you hang up Single Line Telephone Normal 2 Receiving Volume Up Multiline Terminal The volume increased by FNC 2...

Page 462: ...on line Additional Programming _ Memory Block No Memory Block Name Required I l l 28 I Dietinctive Ringing by Telephone or CO Selection I I PC Programming Guide TECH B B C H USER T I NOTES Any of the following three zones can be specified All Internal Zones Paged by Dialing 51 Zone A Paged by Dialing 52 Zone B Paged by Dialing 53 Zone C Paged by Dialing 54 Telephones can be assigned to No Zone An ...

Page 463: ... 94 3mALM NO ____________________ TIME DISPLAY 3 Press the corresponding CO PBX line key to change data option l To change NO to YES press CO PBX line key 2 i i9xiii LK2 LK3 LK4 3 jijj ini ii YES LK5 LK6 LK7 LK8 I CO PBX line keys II key Next Tel No 4 5 n Pressing the TRF key will write the selected data and advance to Memory Block 4 95 DTMF DP SLT Type Selection Press the SPKR key to go back on l...

Page 464: ... option l To change DTMF to DP press CO PBX line key 1 LK 1 i 1 LK3 LK4 LK5 LK6 LK7 LKS I CO PBX line keys III CNF key Next Tel No 4 5 n Pressing the TRF key twice will write the selected data and advance to Memory Block 4 90 SLT Data Line Security Assignment Press the SPKR key to go back on line Additional Programming Refer to Chapter 3 Guide t eature Programming in this manual I I i GENERAL INFO...

Page 465: ...THIS PAGE INTENTIONALLY LEFI BLANK 2 268 Programming ...

Page 466: ...o back on line 5 00 PC Programming Guide TECHIA D B A USER 1 NOTES I 1 2 3 4 5 This Memory Block applies only when two or more systems are connected by Tie lines and when the systems are connected by a DID line If the call is directed to the local system it will be connected to an intercom line that is served by the system If the call is intended for another system the Tie line will be directed to...

Page 467: ...nd advance to Memory Blo_ck5 02 Digit Matching Table to Trunk Group Assignment 5 Press the SPKR key to go back on line 1TrunkGroup 1 1Data No 1 5 01 PC Programming Guide TECH A D B B USER Trunk Group Number 01 321 corresponds to CO PBX line key Page l O1 CO PBX line keys Page 2 09 LKllLK2 LK31LK41 Page 3 t17 Page 4 25 W NOTES 1 Tandem connection of Trunk Group to Trunk Group must be specified sepa...

Page 468: ...ite the selected data and advance to Memory Block 5 03 OCC Table to Trunk Group Assignment 5 Pressthe SPKR key to go back on line 3 Press the corresponding CO PBX line key to enter the data option l Press the RECALL or FNC key to turn pages a H Tomovecursor RECALL key Next page 1 key Previous page 1 CNF 1 key Next Trunk Group No n Additional Programming Refer to Section 6 Code Restriction in thie ...

Page 469: ...etworking 01 321 No Title Page No r r i In 0 II 93 OCC TRKG I 1 _ _ _____ __ _______ _____ I TIME DISPLAY I 3 Press the corresponding CO PBX line key to enter the data option l Press the RECALL or FNC key to change pages a q Tomovecursor RECALL key IFi key Next page Previous page 1 CNF 1 key Next Trunk Group No 5 Press the SPKR key to go back on line n Additional Programming Refer to Section 6 Cod...

Page 470: ...laced at cursor position to copy data of Tenant 00 to Tenant pad and press the TRF key Enter the Start Tenant No 05 and press the TRF key Enter the End Tenant No 07 and press the TRF key _ The upper line in the display returns to the setting above to copy another Tenant 2 Press the TRF key b TNAT _ _________________ __ __ 3 Enter the destination TNAT No 00 47 From the dial pad press 0 5 TNAT 05 __...

Page 471: ... No 01 64 01 64 l Enter the Start CO PBX No and press the TRF key l Enter the End CO PBX No and press the TRF key Entry is not needed when copying to a single CO PBXnumber only l The upper line in the display disappears leaving only the time display in the lower line EXAMPLE 1 Enter the original CO PBX No From the dial pad press 01 co 01 _ ______ __________ _ _ 2 Pressthe TRF key 3 Enter the desti...

Page 472: ...he TRF key Original Port No Port No 01 96 01 96 l Enter the Start Tel No and press the TRF key l Enter the End Tel No and press the TRF key Entry is not needed when copying to a single Tel No only l The upper line in the display disappears leaving only the time display in the lower line 6 4 PC Programming Guide TECH F3 COPY USER EXAMPLE 1 Enter the original Tel No From the dial pad press 0 0 u 2 P...

Page 473: ...e End Trunk Group No 14 and press the TRF key Entry is not needed when copying to a single Trunk Group number only The upper line in the display disappears leaving only the time display in the lower line 6 5 PC Programming Guide TECH FI COPY USER EXAMPLE 1 2 3 4 5 Enter the original Trunk Group from the dialpadpress Ol 32 TRKGP 01 ____________________ ___ TIME Pressthe TRF key Enter the Start Trun...

Page 474: ...e Enter Slot No A using dial pad 9 Enter Slot No B using dial pad 0 4 5 To assign upper Slot No for D I I F lO DTI F A 20 KTU press the LNR SPD key Pressing the TRF key will write the selected data and advance to the next lower Slot No Press the SPKR key to go back on line n Additional Programming 71 KTU Slot 7 1 PC Programming Guide TECH B A A B USER Paee 1 4 NON 5 NON 6 ESI F 8 21 ES1 8 21 7 lN0...

Page 475: ...TU interface cards are automatically assigned during initial power up The ES1 KTU with port numbers 01 and 02 cannot be changed An attempt to install KTUs in excess of system capacity will result in an ERR display in the LCD and using the TRF key to write the data will not be accepted When assigning the DTI KTU it must be assigned in both the upper and lower slot When changing an interface slot as...

Page 476: ...ine keys Pressing the TRF key will write the selected data and advance to the next Telephone Port No Press the SPKR key to go back on line Additional Programming I I PC Programming Guide TECH B A D USER NOTES 1 Only Multiline Terminals can be assigned to Ports 01 and 02 2 A maximum of four Attendant Add On Consoles can be installed in the system 3 A maximum of 55 SLT Adaptors can be installed in t...

Page 477: ...H B A G USER NOTES MIF KTUs can only be installed in the ESF SB 10 KSU in any of the following Interface Slots OP IFl OPl IF4 OPS4 In the ESF XB 10 KSU or the first ESF XE 10 KSU installed the following slots are available OPA OPB IFl OPl IF4 OP4 This Memory Block allows assignment of the MIF KTU s in order sequence Example Beginning with slot IFlOPl the first installed MIF KTU is assigned 01 rega...

Page 478: ...o 1 7 3 01 I PC Programming Guide TECH B A F USER NOTES 1 MIF KTUs can only be installed in the ESF SB 10 KSU in any of the following Interface Slots OP IFliOPl IF4 OP4 In the ESF XB 10 KSU or the first ESF XE 10 KSU installed the following slots are available OPA OPB IFl OPl IF4 OP4 2 This Memory Block allows assignment of the MIF KTUW in order sequence Example Beginning with slot AP IF 1 the fir...

Page 479: ... Guide TECH B A E USER NOTES MIF KTUs can only be installed in the ESF SB 10 KSU in any of the following Interface Slots OP IF l OPl IF 4 OP4 In the ESF XB 10 KSU or the first ESF XE 10 KSU installed the following slots are available OPA OPB IF l OPl IF 4 OP4 This Memory Block allows assignment of the MIF KTU s1in order sequence Example Beginning with slot AP IF 1 the first installed MIF KTU is as...

Page 480: ...ny of the following Interface Slots OP IFl OPl IF OP44 In the ESF XB 10 KSU or the first ESF XE 10 KSU installed the following slots are available OPA OPB IFl OPl IF4 OP4 This Memory Block allows assignment of the MIF KTU s in order sequence Example Beginning with slot APflF 1 the first installed MIF KTU is assigned 01 regardless of which slot it is installed in The second MIF KTU is assigned 02 r...

Page 481: ...December 1993 Electra Professional Level II Level IIAdvanced Installation Service Manual THIS PAGE INTENTIONALLY LEFT BLANK 2 284 Programming ...

Page 482: ...______________________ I oc CPU 1 0 uu I Frame Slot No No l 3 C l 6 AR Unit Name zf hiiioo Special ROM Data No 8 1 PC Programming Guide TECH F2 INFO USER For slot C of expansion frame J For another slottype Upper Slot No 9 16 ROM Version Number Unit Name 01 15 n 09 NON _ _ _ ___ _ l 01 co1 4 01 III Frame Lower No l 3 Slot No Unit Name ROM Version Number d 01 15 l When both upper and lower slots ar...

Page 483: ...co1 co1 co1 co1 I 0 Enter the password using the dial pad 0 CO PBX line LEDs change from red to green each time a password is entered 1 co1 co1 co1 co1 Green Green Red co1 co1 co1 co1 Green Green Green Red co1 co1 co1 co1 Green Green Green Green All Speed Dial numbers are eraeed l The upper line in the dieplay disappears leaving only the time dieplay in the lower line NOTES 1 Areas to be erased l ...

Page 484: ...CO PBX Lines co1 co1 co1 co1 Red Red Red l Enter the password using the dial pad 0 COlPBX line LEDs change from red to green each time a password is entered co1 co1 co1 co1 I I I I I llGreenlllhdl I lhdl Il l I I II1 II I I co1 co1 co1 co1 Green Green Red co1 co1 co1 co1 Green Green Green Green All Speed Dial numbers are erased l The upper line in the display diaappeare leaving only the time diapl...

Page 485: ... TECH C J USER o MIC ICM v ILK8 q q Dial Pad CPU RESET ____________________ __ DISPLAY 3 Press the TRF key begin the initialization process n Additional Programming Refer to Chapter 3 Guide to Feature Programming in this manual i GENERAL INFORMATION SECOND INITIALIZATION i i This Memory Block is used to reinitialize all the system hardware All system software and user programming i is retained aft...

Page 486: ...amming Guide TECH USER NOTES 1 This is a station operation performed by the Attendant station 2 The Clock Calendar cannot be set using PC Programming weekdays l Pressing the RECALL key while the cursor is at the Day or Month allows the user to scroll through the selections l All other items can be changed by moving the cursor to the desired position and entering the data using the dial pad Refer t...

Page 487: ...1991 ____________________ TIME 5 Move the cursor to the 01 position SUN 01 JAN 1991 ____________________ TIME _ 6 From the dial pad press 3 1 I SUN 31 JAN 1991 I ____________________ I TIME I 1 c 1 1 1 1 1 1 i GENERAL INFORMATION CLOCK CALENDAR SETTING 1 This Memory Block is used to program the year month day hour and minute and a m or p m i 1 1 1 1 1 _ 1 I 7 Press the RECALL key and select DEC I ...

Page 488: ...t receiving an incoming CO PBX call until the ringing tone changes to a different ringing tone level if the call is not answered Tie DID Line Delay Ringing Timer Selection l l 07 Specify the delay interval 10 sec No Limit No Limit between the time a telephone rings accessedby a ringing call in the Tie DID line and the time other telephones startringing Station Transfer Camp On Recall Timer Selecti...

Page 489: ...alls are forwarded Selection System Call Park l 2 23 Time before a parked call will 30 sec 1 min 10 min Recall Time Selection recall to the station that parked the call Delayed Ringing l 2 26 Specify the length of time for 0 sec 10 sec 99 sec Timer Assignment delayed ringing on internal calls ICM Bounce Protect Time l 3 01 Specify the length of time before a 0 ms 300 ms 1500ms Selection valid hook...

Page 490: ...the call Selection Automated Attendant 1 4 13 Assign the number of seconds 0 sec 4 sec 99 sec Answer Delay Time before the Automated Attendant Assignment answers an incoming CO PBX call when there is no answer SMDR Valid Call l 5 25 Minimum duration of an outside 0 sec 40 sec 990 sec Timer Assignment call before the systemprovides an SMDR report Set from O 990 seconds in 10 second increments Exter...

Page 491: ...ms Tie Line Length of Delay Signal Selection Tie Line Outgoing Timeout Selection Tie Line Incoming Interdigit Timeout Selection Tie Line Wink Delay Signal Detect Timeout Selection Tie Line Outgoing Guard Time Selection 3 22 Specify the length of time a delay pulse is sent to another system 0 ms 300 ms 4500 ms 3 23 3 24 3 25 1 3 26 Specify the maximum time interval between the origination of an out...

Page 492: ...e station to Code Restriction Class assignment is available 6 2 Default Assignments At default all stations are assigned to Code Restriction Class 00 for both Day and Night Mode which allows free dialing At default the Code Restriction Classes have been setup with the following restrictions to provide the most common Code Restriction requirements and simplify Code Restriction programming Class 01 ...

Page 493: ...ent l l 69 Code Restriction Class Assignment when Lockout is Set l l 70 Trunk Digit Restriction 4 32 Code Restriction Class Assignment Day Model 4 07 Code Restriction Class Assignment Night Mode 4 08 Telephone to Tenant Assignment 4 09 6 4 Memory Block Description 6 4 1 General 1 This section describes the function of the Memory Blocks that are directly related to Code Restriction Some Memory Bloc...

Page 494: ...able Assignment Operation 8 Digit Matching Table to Normal Dial Assignment Memory Block l l 66 This Memory Block is used to assign the 8 Digit Matching Table to be Used or Unused for non OCC calls If an 8 Digit Matching Table is assigned as Unused the table will only be used for OCC calls There are 16 8 Digit Matching Tables 00 15 in System Programming Each table is independently assigned to be Us...

Page 495: ...ction Class the station is assigned to and has the Trunk Group assigned to it for the in use trunk the station is on If a match is found the system looks at the 8 Digit Matching Table to Class Assignment for the Allow or Deny Assignment If the table is assigned as Allow the call is allowed If the table is assigned as Deny the call is denied If no match is found or a duplicate match is made with op...

Page 496: ...ation basis the Code Restriction Class to be used when the system or stations assigned tenant is in the Night Mode 6 5 Code Restriction Tables Default Values 6 5 1 OCC Tables with Default Values The following Memory Blocks are displayed OCC Table Assignment l l 67 OCC Table to Trunk Group Assignment 5 03 8 Digit Matching Table to OCC Table Assignment l l 68 Memory Block l 1 67 Memory Block 5 03 Me...

Page 497: ...t Matching Table to Trunk Group Assignment 5 02 8 Digit Matching Table Assignment l 1 60 Memory Block l l 66 Memory Block 5 02 Memory Block l l 60 TABLE 00 Use Table I T G 01 32 00 911 I I I I I I I 01 I I I I I I I 02 I I I I I I I 03 I I I I I I I 04 I I I I I I I 05 I I I I I I I 06 I I I I I I I 07 I I I I I I I 08 I I I I I I I 09 I I I I I I I TABLE 01 TABLE 02 TABLE 03 Note X O 9 P 0 l N 2 ...

Page 498: ... Use Table T G 01 32 00 I I I I I I I 01 1 I I I I I I 02 I I I I I I I 03 I I I I I I I 04 I I I I I I I 06 I I I I I I I 05 I I I I I I I 07 I I I I I I I 08 I I I I I I I 09 I I I I I I I 10 I I I I I I I 11 lllllll 12 lllllII I I I I I I I I r Use Table I T G 01 32 00 IlIIlll 01 I I I I I I I 02 I I I I I I I 03 I I I I I I I 04 1111111 06 I I I I I I I 05 I I I I I I I 07 I I I I I I I 08 lll...

Page 499: ...he following Memory Blocks are displayed 8 Digit Matching Table to Normal Dial Assignment l l 66 8 Digit Matching Table to Trunk Group Assignment 5 02 8 Digit Matching Table Assignment l 1 60 TABLE 08 Note X O 9 P 0 l N 2 9 TABLE 09 TABLE 10 TABLE 11 Use Table I T G 01 32 00 I I I I I I I 01 I I I I I I I 06 I I I I I I I 08 08 09 Use Table 1 T G 01 32 Continued on next page 2 302 Programming ...

Page 500: ...ssignment l l 60 TABLE 12 TABLE 13 TABLE 14 TABLE 15 Memory Block l l 66 Memory Block 5 02 Memory Block l l 60 Unused Table 1 T G 01 32 1 01 02 03 04 05 06 07 08 09 10 11 12 13 14 I IIIIIII I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I 1 I I I I I lllllll I I I I I I I I I I I I I I lllllll I 14 kzd 15 Note X o 9 P 0 l N 2 9 Continued on nextpa...

Page 501: ...s with Default Values The following Memory Blocks are displayed Digit Matching Table to Class Assignment l l 61 Class Allow Deny Selection l 1 65 Digit Matching Table 00 01 02 03 04 05 06 07 08 A A A 4 l I I ID Note A Allow D Deny Blank Not used DENY 2 304 Programming ...

Page 502: ...ction Algorithm 1 Claae01 14 Searchthe Digit Matching Table FromTable 00 15After Each Digit Forthe Firet8 Digita SearchOnly the Digit MatchingTablea AaaignedTo Normal Dial M B l l 66 1 Found 0 1 Continued on next page ...

Page 503: ...or The Trunk Group Being Used M B 5 TRF 02 Match Found Allow Table Note 1 Match Found Deny Table I Note 1 I I I I I Match Found Allow Table Note 1 i I I Match Found I Deny Table Disconnect IssueError Note 1 I No perfect Match Found or Duplicate Match in Opposite Tablee E Allow e Deny i I Note 1 Tables are assigned as Allow or Deny in the a Digit Matching Table to Class Assignment Memory Block l l ...

Page 504: ...ms Note Codes 166 221 and 250 252 are used for Japanese characters only Cha cter p 1 A 1 065 1Character 1 Code Code 032 1 B I 066 I c 1 067 1 E I 069 1 G I 071 16 t ll l z 1 1 042 1 J 1 074 I M 1 077 I m r GG 1 T I 084 052 053 I u 085 I 6 I 054 I v I 086 056 057 2 I Y 1 089 058 059 I 060 t 061 062 I 063 1 c I _ 127 Continued on nextpage Programming 2 307 ...

Page 505: ......

Page 506: ...um Call MAN Manual Canceled MF Dual Tone Multifrequency DTMF Circuit MIN Minimum Confirmation MOH Music On Hold Class MSTER Master CO Line Display NBR Number Clear NT Night Mode Class OUT Outgoing Connection OG TM Outgoing Time Out Assignment Designation ov Over Digit PAD AT PAD Pattern A Transmission Assignment Display PAD AR PAD Pattern A Receiving Assignment Disconnection Recognition Time PAD B...

Page 507: ...E Ringing Tone RT Route RT ADV Route Advance Block RVS Reversal SDT Second Dial Tone Assignment SEND Transmission SEL Selection SLT Single Line Telephone SPD ST TEL TERM TMR TMD TRNS TRK TRK GP WDSD SpeedDial Start Telephone Terminating Timer Timed Transfer Trunk Trunk Group Wink Delay Signal Detection Time Out 2 310 Programming ...

Page 508: ...CHAPTER 3 cmm TO FEATURE PROGRAMMING ...

Page 509: ... Attendant Station Outgoing Lockout 3 4 AttendantTransfer 3 4 AutomatedAttendant 3 4 AutomaticCallback 3 5 Automatic Call Distribution ACD Series 200 or Higher 3 5 Automatic Day Night Mode Switching 3 6 AutomaticHold 3 6 AutomaticRedial 3 6 AutomaticRelease 3 7 Automatic Trunk to Trunk Transfer 3 7 Barge In 3 7 BilingualLCDIndication 3 7 Busy Lamp Field on Multiline Terminals 3 8 Y_ Call Alert Not...

Page 510: ...3 15 Direct Inward System Access DISA with VRS Message 3 16 DirectInwardTermination 3 17 DirectPagingAccess 3 17 DirectStationSelection 3 17 DistinctiveRinging 3 17 DoNotDisturb 3 18 _ DropKey 3 18 DTI 3 18 ElapsedCallTimer 3 18 E MTieLines 4_Wire 3 19 Equal Access Accommodation 3 20 ExternalToneRinger 3 20 External Zone Paging Meet Me 3 20 FaxStatusIndication 3 20 Feature Access User Programmable...

Page 511: ...ed Line Outgoing 3 27 PrimeLine Assignment 3 27 PrivateLines 3 27 RecallKey 3 28 Restriction Outgoing 3 28 RingingLinePreference 3 28 RouteAdvanceBlock 3 28 Secondary Incoming Extension 3 28 Seized Trunk Number Display 3 29 Single Line Telephone Access 3 29 SLTAdaptor 3 29 SLTTimedAlarm 3 30 SpeedDialStoredCharacters 3 30 SpeedDialStation 3 30 SpeedDialSystem 3 30 StationHunting I 3 30 Station Mes...

Page 512: ...ueuing Trunk to Trunk Transfer Uniform Call Distribution UCD Series 200 or Higher Uniform Numbering Network Uniform Numbering Network Closed Numbering Plan Uniform Numbering Network Open Numbering Plan UniversalSlots Voice Mail Integration VoicePrompt a 3 33 3 33 3 33 3 33 3 34 3 34 3 35 3 35 3 37 3 39 3 39 3 39 iv Chapter 3 Table of Contents ...

Page 513: ... this Memory Block must be programmed before the associated feature can be used ACCOUNT CODE ENTRY Title StartTimerSelection Access Code l 2 or 3 Digit Assignment Printer Connected Alarm Selection SMDR Valid Call Timer Assignment Class of Service Station Feature Selection 2 ALL CALL PAGE Title Access Code l 2 or 3 Digit Assignment Internal Paging Timeout Selection Internal Paging Alert Tone Select...

Page 514: ... B Ring Mode Assignment 4 39 ANSWER HOLD Title Memory Block Hold Recall Timer Selection Non Exclusive Hold l l 03 Off Hook Ringing Selection l l 26 Trunk to Tenant Assignment 2 01 CO PBX Ring Assignment Day Mode 4 01 CO PBX Ring Assignment Night Mode 4 02 ANSWER KEY Title Off Hook Ringing Selection Trunk to Tenant Assignment DIT Assignment ANA Assignment CO PBX Ring Assignment Day Mode CO PBX Ring...

Page 515: ...de 4 02 Line Key Selection for Telephone Mode 4 12 Prime Line Hot Line Assignment 4 23 Telephone Type Assignment 7 2 ATTENDANT CAMP ON Title Memory Block System Transfer Camp On Selection 1 1 11 Attendant Add On Console Transfer Camp On l l 64 Recall Timer Selection Class of Service Station Feature Selection 2 l 8 08 SLT Data Line Security Assignment 4 90 ATTENDANT POSITIONS Title Memory Block Att...

Page 516: ...ation Access Code Assignment l 2 08 Automated Attendant First Digit PBR Release Timer Selection Automated Attendant Transfer Delayed Ringing Time Selection Automated Attendant No Answer Disconnect Time Selection Tandem Transfer SMDR Print Extension Assignment Automated Attendant PBR Timeout Response Selection Automated Attendant PBR Start Time Selection Automated Attendant Message Day Night Mode S...

Page 517: ... CALLBACK Title Memory Block Automatic Callback Release Timer Selection l 2 02 Intercom Feature Access Code Assignment l 2 24 Class of Service Station Feature Selection 2 l 8 08 AUTOMATIC CALL DISTRIBUTION ACD SERIES 200 OR HIGHER Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Items 031 032 Access Code l 2 or 3 D Assignment l l 46147148 Item 040 Barge In Alert Tone Assignmen...

Page 518: ...vice Attendant Feature Selection 1 CO PBX Ring Assignment Day Mode CO PBX Ring Assignment Night Mode Code Restriction Class Assignment Day Mode Code Restriction Class Assignment Night Mode Memory Block l l 27 l l 32 l 8 07 4 01 4 02 4 07 4 08 AUTOMATIC HOLD Title Memory Block Hold Recall Timer Selection Non Exclusive Hold l l 03 Attendant Add On Console to Telephone Port Assignment l 6 01 Attendan...

Page 519: ...oming Answer Mode Selection Automatic Tandem Trunk Assignment Automatic Release Signal Detection Time Selection BARGE IN Title Start Timer Selection Private Line Assignment Barge In Alert Tone Assignment Class of Service Station Feature Selection 2 Trunk to Tenant Assignment SLT Data Line Security Assignment Memory Block l 4 00 I l 4 05 l 8 07 a 3 04 3 05 a 3 06 3 40 Memory Block l l 05 l l 29 l l...

Page 520: ...Selection Line Key Selection for Tenant Mode Line Key Selection for Telephone Mode Station to Call Appearance Block Assignment CALL ARRIVAL KEYS SERIES 250 OR HIGHER Title Access Code l 2 or 3 Digit Assignment Call Arrival Key Block Assignment Attegdant Add On Console Key Selection Call Arrival Key Number Assignment Call Arrival Key Master Hunt Number Selection Call Arrival Key Hunt Number Forward...

Page 521: ...ersion 2 50 software or higher CALLBACK REQUEST Title Memory Block Intercom Feature Access Code Assignment l 2 24 Class of Service Station Feature Selection 2 l 8 08 Station to Class of Service Feature Assignment 4 17 CALL FORWARD ALL CALLS Title CO PBX Call Forward All Calls Selection Access Code l 2 or 3 Digit Assignment Class of Service Attendant Feature Selection 1 Class of Service Station Fea...

Page 522: ...ssignment Memory Block 1 I 46 47 48 l 8 07 l El 08 2 05 2 06 4 12 4 17 CALL PARK SYSTEM Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 System Call Park Recall Time Selection l 2 23 CALL PICKUP Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Trunk to Tenant Assignment 2 01 Telephone to Tenant Assignment 4 09 CLASS OF SERVICE Title Memory Block Class of S...

Page 523: ... Dial Assignment OCC Table Assignment E Digit Matching Table to OCC Table Assignment Tie Line Code Restriction Assignment Code Restriction Class Assignment When Lockout is Set Trunk to Tenant Assignment Trunk to Trunk Group Assignment Trunk Type Selection Code Restriction Class Assignment Day Mode Code Restriction Class Assignment Night Mode Telephone to Tenant Assignment Trunk Digit Restriction 8...

Page 524: ...t l 2 09 18 Class of Service Station Feature Selection 2 l 8 08 Station to Class of Service Feature Assignment 4 17 DATA LINE SECURITY Title Memory Block SLT Data Line Security Assignment 4 90 DELAY ANNOUNCEMENT SERIES 200 OR HIGHER Title Access Code l 2 or 3 Digit Assignment First Delay Announcement Start Time Selection First Delay Announcement Repeat Selection First to Second Delay Announcement ...

Page 525: ...3 Dial 2 Note 2 Requires MIF F A or MIF F U KTU before Memory Block can be programmed DELAY ED RINGING Title Delayed Ringing Timer Assignment CO Delayed Ringing Timer Assignment ICM CO PBX Ring Assignment Day Mode CO PBX Ring Assignment Night Mode Line Selection for Telephone Mode Extension Line Key Ring Assignment Day Mode Extension Line Key Ring Assignment Night Mode Memory Block l l 77 l 2 26 4...

Page 526: ...or an example of the Memory Blocks programmed for Digit Insertion Listed below is an explanation of the abbreviations used in the example Abbreviations AC Access Code BLK Block MB Memory Block Example Outside Numbers LL lLL Centrex Central Office 4600 4620 4621 4899 100 120 Calling Outside Call Dial 9 System add a 9 1 Centrex Call 46XX 48XX MB l l 46 AC 9 Item401 MB l l 47 AC 46 Item402 AC 47 Item...

Page 527: ...l 2 or 3 Digit Assignment Automated Attendant First Digit PBR Release Timer Selection Automated Attendant PBR Timeout Response Selection Automated Attendant Message Day Night Mode Selection Automated Attendant Message Access Code l Digit Assignment Automated Attendant Message Access Code a Digit Assignment DISA ID Code Digit Selection SLT or Automated Attendant DISA to PBR Selection PBR Receive Le...

Page 528: ...wer Delay Time Assignment 1 4 13 Aut omatedAttendant Message Access Code U Digit Assignment 1 4 14 Automated Attendant Message Access Code 2 D Assignment 1 4 15 Automated Attendant Message Repeat Selection 1 4 16 DISA ID Code Digit Selection 1 5 24 SLT or Automated AttendantiDISA to PBR Selection l 8 01 PBR Receive Level Assignment for Automated AttendantiDISA l 8 02 Class of Service Attendant Fea...

Page 529: ...Selection for Telephone Mode 4 12 DIRECT STATION SELECTION Title Memory Block Line Key Selection 2 05 Line Key Selection for Tenant Mode 2 06 Line Key Selection for Telephone Mode 4 12 DISTINCTIVE RINGING Title Memory Block CO PBX Incoming Ringing Alarm Time Selection l l 06 Distinctive Ringing by Telephone or CO Selection l l 28 C Line First Ringing Pattern Selection l l 51 PBX Line First Ringing...

Page 530: ...lection 2 05 Line Key Selection for Tenant Mode 2 06 Line Key Selection for Telephone Mode 4 12 DTI Title Memory Block Signal Format Selection l 11 00 Clear Channel Selection l 11 01 Line Length Selection Robbed Bit Signaling Channel Selection DTI Maintenance Selection Tl Channel Selection Signaling Selection DTI Trunk Type Assignment Card Interface Slot Assignment l 11 02 l 11 03 l 11 04 l 11 05 ...

Page 531: ...ie Line Loop Off Guard Time Selection Tie Line Length of Wink Signal Selection Tie Line Length of Delay Signal Selection Tie Line Outgoing Timeout Selection Tie Line Incoming Interdigit Timeout Selection Tie Line Wink Delay Signal Detect Timeout Selection Tie Line Outgoing Guard Time Selection Tie Line Dial Tone Selection Tie Line Reorder Tone Selection Tie Line Internal Transmit Pad Selection Tie...

Page 532: ...ignment 2 08 EXTERNAL ZONE PAGING MEET ME Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Attendant Add On Console Key Assignment l 6 05 Line Key Selection 2 05 Line Key Selection for Tenant Mode 2 06 Line Key Selection for Telephone Mode 4 12 FAX STATUS INDICATION Title Access Code l 2 or 3 Digit Assignment Automated Attendant Message Access Code l Digit Assignment Automated...

Page 533: ...ne Key Selection for Tenant Mode 2 06 Line Key Selection for Telephone Mode 4 12 FLEXIBLE NUMBERING PLAN Title Memory Block Access Code l or 2 Digit Assignment l 1 46 47 2 3 or 4 Digit Station Numbering Selection l 2 03 Station Number Assignment 4 10 FLEXIBLE RINGING ASSIGNMENT Title Memory Block Off Hook Ringing Selection l l 26 CO PBX Ring Day Mode 4 01 CO PBX Ring Night Mode 4 02 Extension Line...

Page 534: ...Forward No Answer Timer Selection System Call Park Recall Time Selection Bounce Protect Time Selection First Digit PBR Release Timer Selection Hookflash Start Time Selection Hookflash End Time Selection Voice Mail DTMF Delay Timer Selection Voice Mail Disconnect Time Selection Voice Mail DTMF DuratiomInterdigit Time Selection Tar m Transfer Automatic Disconnect Timer Selection Automated Attendant ...

Page 535: ...Timeout Selection 3 24 Tie Line Wink Delay Signal Detect Timeout Selection 3 25 Tie Line Outgoing Guard Time Selection 3 26 Disconnect Recognition Time Selection 3 33 Automatic Release Signal Detection Time Selection 3 40 FULL HANDSFREE OPERATION Title Memory Block HFU Selection 4 29 HEADSET CONNECTION VIA ADA l W BK UNIT Title Memory Block LineKeySelection Z 05 Line Key Selection for Tenant Mode ...

Page 536: ...Memory Block Telephone Number to Trunk Assignment 3 00 Station Name Assignment 4 18 INTERNAL VOICE TONE SIGNALING Title Memory Block Intercom Call Voice Tone Signal Selection l 2 01 DSS Call Voice Tone Signal Selection l 6 03 1NTERNAL ZONE PAGING MEET ME Title Memory Block Internal Paging Timeout Selection l 2 00 Int rnal Paging Alert Tone Selection l 2 25 Receiving InternaVAl Call Page Selection ...

Page 537: ... Access Code l 2 or 3 Digit Assignment Trunk to Trunk Group Assignment LCR Class Selection Card Interface Slot Assignment MIF LCR Assignment Memory Block l l 46 41 48 3 03 4 40 7 l 7 3 01 MESSAGE WAITING Title Memory Block Attendant Add On Console Key Selection l 06 05 MULTIPLE TRUNK GROUPS Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Trunk to Trunk Group Assignment 3 03 M...

Page 538: ... Service Attendant Feature Selection 1 l S 07 Trunk to Tenant Assignment 2 01 Trunk to Trunk Group Assignment 3 03 CO PBX Ring Assignment Day Model 4 01 COPBX Ring Assignment Night Mode 4 02 Code Restriction Class Assignment Day Mode 4 07 Code Restriction Class Assignment Night Mode 4 08 Telephone to Tenant Assignment 4 09 Station to Class of Service Feature Assignment 4 17 Extension Line Key Ring...

Page 539: ...nt 1 8 18 Card Interface Slot Assignment 7 l MTF LCR Assignment 7 3 01 MIF SMDR Assignment 7 3 02 POOLED LINE OUTGOING Title Memory Block Line Key Selection 2 05 Line Key Selection for Tenant Mode 2 06 Trunk to Trunk Group Assignment 3 03 Line Key Selection for Telephone Mode 4 12 PRIME LINE ASSIGNMENT Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Prime Line Hot Line Assign...

Page 540: ...OUTE ADVANCE BLOCK Title Memory Block Route Advance Block Assignment l l 30 Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Line Key Selection 2 05 Line Key Selection for Tenant Mode 2 06 Trunk to Trunk Group Assignment 3 03 Line Key Selection for Telephone Mode 4 12 SECONDARY INCOMING EXTENSION Title Memory Block Line Key Selection 2 05 Line Key Selection for Tenant Mode 2 06 Line Key Selectio...

Page 541: ... Hookflash End Time Selection SLT or Automated Attendant DISA to PBR Selection DITAssignment ANAAssignment CO PBX Ring Assignment Day Mode CO PBX Ring Assignment Night Mode Telephone to Tenant Assignment Station Name Assignment SLT Hookflash Assignment Voice MaillSLT Selection SLT Data Line Security Assignment DTMF DP SLT Type Selection Memory Block l 3 01 l 3 02 l 3 03 l 3 04 l 3 05 l 3 06 l 8 01...

Page 542: ...lass of Service Feature Assignment 4 17 SPEED DIAL STORED CHARACTERS Title Memory Block Speed Dial Number Name Display Selection l l 33 SPEED DIAL STATION Title Speed Dial Buffer Allocation a SPEED DIAL SYSTEM Title Speed Dial Buffer Allocation STATION HUNTING Title Memory Block l l 35 Memory Block Memory Block Intercom Master Hunt Number Selection 4 14 Intercom Master Hunt Number Forward Assignme...

Page 543: ... LOCKOUT Title Memory Block Access Code l 2 or 3 Digit Assignment l 1 46 47 48 Code Restriction Class Assignment When Lockout is Set l l 70 Class of Service Station Feature Selection 2 l 8 08 Station to Class of Service Feature Assignment 4 17 STATION TRANSFER Title Memory Block System Transfer Camp On Selection 1 1 11 System Transfer Camp On Recall Timer Selection 1 1 12 STEP CALL Title Memory Bl...

Page 544: ...n Robbed Bit Signal Channel Selection DTI Maintenance Selection Tl Channel Selection Signaling Selection Trunk to Tenant Assignment Trunk to Trunk Group Assignment Card Interface Slot Assignment Memory Block l 11 00 l 11 01 l 11 02 l 11 03 l 11 04 l 11 05 l 11 06 2 01 3 03 7 l TANDEM SWITCHING OF 4 WIRE E M TIE LINES Title Memory Block Tie Line Networking Tandem Connection Assignment 5 01 Note 1 R...

Page 545: ...ment Telephone to Tenant Assignment 9 Memory Block 1 4 12 2 01 2 05 2 06 2 07 2 08 4 09 THREE MINUTE REMINDER Title Memory Block 3 Minute Alarm Selection 4 94 TONE OVERRIDE Title Class of Service Station 1Feature Selection 2 Station to Class of Service Feature Assignment Memory Block l 8 08 4 17 TRUNK QUEUING Title Memory Block Trunk Queuing Timeout Selection l l 37 Class of Service Station Featur...

Page 546: ...or3 Digit Assignment l 1 46 47 48 Item 031 032 AccessCode l 2 or3 Digit Assignment l 1 46 47 48 Item 040 Barge In Alert Tone Assignment Call Forward No Answer Timer Selection Class of Service Station Feature Selection 2 ACD UCD Group Agent Assignment ACD UCD Group Pilot Number Assignment ACD UCD Group Overflow Destination Assignment ACD UCD Group Overflow Timer Selection DITAssignment ANAAssignmen...

Page 547: ...ignment l l 50 Trunk to Trunk Group Assignment 3 03 Trunk Installed DPDTMF Selection 3 92 Station Number Assignment 4 10 Tie Line Networking Tandem Connection Assignment 5 01 Refer to the diagram on the next page for an example of the Memory Blocks programmed for the Closed Numbering Plan Listed below is an explanation of the abbreviations used in the example Abbreviations AC Access Codes ACG Acce...

Page 548: ... Item401 AC 2 Item001 AC 3 Item 402 AC 4 Item403 MB l l 49 BLK 01 102 BLK 02 103 BLK 03 103 MB l l 50 BLK 01 Add 1 BLK 02 Add 3 BLK 03 Add4 MB 3 03 TRK 09 TG 02 TRK 10 TG 02 TRK 11 TG 03 TRK 12 TG 03 MB 4 10 All Phonee 2XX MB l l 46 AC 1 Item401 AC 2 Item402 AC 3 Item 001 AC 4 Item 403 MB l l 49 BLK 01 102 BLK 02 102 BLK 03 103 MB l l 50 BLK 01 Add 1 BLK 02 Add 3 BLK 03 Add 4 MB 3 03 TRK 09 TG 02 ...

Page 549: ...k Installed DP DTMF Selection 3 92 Station Number Assignment 4 10 Tie Line Networking Tandem Connection Assignment 5 01 Indicates the Memory Blocks that must be programmed before the Uniform Numbering Network feature can be used Refer to the diagram on the next page for an example of the Memory Blocks programmed for the Open Numbering Plan Listed below is an explanation of the abbreviations used i...

Page 550: ...3 AC 87 Item301 MB 5 01 Default OK Default OK Syetem X73 h 100 130 Calling 8 71 100 130 8 72 100 130 8 74 100 130 Tie Lines LN 11 LN OS LN 12 LN 10 TG 03 TG 02 Electra Professional Level II Level II Advanced MB l l 46 AC 8 Item000 MB l l 47 AC 71 Item401 AC 72 Item402 AC 73 Item082 AC 74 Item403 AC 87 Item301 MB l l 48 TBL 1 1 Item 401 TBL 1 2 Item 402 TBL l 4 Item 403 MB l l 49 BLK 01 102 BLK 02 ...

Page 551: ...rt Time Selection Hookflash End Time Selection Voice Mail Digit Add Assignment Voice Mail DTMF Delay Time Selection Voice Mail Disconnect Time Selection Voice Mail DTMF DuratiomInterdigit Time Selection Memory Block l l 46147148 l 3 01 l 3 05 l 3 06 l 3 07 l 3 08 l 3 09 l 3 10 Voice MaiISLT Connection 4 35 VOICE PROMPT Title Access Code l 2 or 3 D Assignment VRS Message Recording Time Selection VR...

Page 552: ...December 1993 Electra Professional Level II Level II Advanced Installation Service Manual THIS PAGE INTENTIONALLY LEFl BLANK 3 40 Guide to Feature Programming ...

Page 553: ...CHAPTER 4 SYSTEM MAINTENANCE ...

Page 554: ...any Multiline Terminal or SLT 4 6 No LED or Display Indications on any Multiline Terminal 4 7 Radio Frequency Interference RFI 4 8 No CO PBX Ring or Intermittent CO PBX Ring Problems 4 9 CallDropping 4 10 No Outside Dial Tone Access 4 l 1 CO PBX Dialing Problem Cannot Dial Out on CO 4 12 Multiline Terminal Function Problems 4 13 Multiline Terminal Ringing Problems 4 14 Multiline Terminal Dial Tone...

Page 555: ...December 1993 Electra Professional Level II Level II Advanced Installation Service Manual THIS PAGE INTENTIONALLY LEFl BLANK ii Chapter 4 Table of Contents ...

Page 556: ... as accurately as possible Due to external factors it is important that no answer be assumed For example it cannot be assumed that a power supply is working properly because it has been replaced with another power supply It is necessary to test the output of the power supply with a volt meter In the Basic KSU this can be done by measuring 5V and 5V from the CPU F 20 KTU The ESI F 8 21 KTU allows t...

Page 557: ...ed thatthis test be run with only the CPU F 20 KTU and one ESI F 8 21 KTU installed Table 4 1 Voltage Measurement Voltages Tolerance Measuring Points CPU F j 20 KTU CPU F 1 TPl GND 5v 5 f 0 25V TP2 5v 5v 5 0 25V TP3 5v ESI F 8 21K I U ESI F TPl 5v 5v 5 0 25V TP2 GND 24V 24 k 0 25V TP3 24V AC Voltage 117 Vat AC TERMINAL STRIP Line to Neutral 117 f 15 Vac Line LtoN Line to Conduit Ground 117 1596Vac...

Page 558: ...ps have been performed and any problems corrected the System Programming can be completed Using the Job Specifications Worksheets from the Electra Professional Level II and Level II Advanced Job Specifwationa Manual supplied with theCPU KTU helps to simplify the programming process CAUTION Ensure the battery switch BTS on the CPU F J 20 KTU is turned ON ARer System Programming is complete the tech...

Page 559: ...leshooting flow charts the technician is at times directed to reset the station and or KTU 1 Terminal Reset Is accomplished by unplugging the station line cord from the station and then plugging it back in 2 KTU Reset The KTUs are reset by turning the MB switch on the KTU to the OFF position and then turning it back ON To give capacitors in the KTU time to discharge allow approximately five second...

Page 560: ...not Dial Out on CO 3 Multiline Terminal Problems a Multiline Terminal Function Problems b Multiline Terminal Ringing Problems c Multiline Terminal Dial Tone Access Problems 4 Single Line Telephone Problems a No Dial Tone Access on SLT including LLTs b Ringing Problem on SLT or LLT c No Dial Access to Features on SLT 5 Low VolumeProblems 6 External Paging Problem 7 SMDR Output Problems No Call Acco...

Page 561: ...s and remove all printed circuit boards except for CPU F and the first installed ESI F in the Basic KSU associated with the programming station Dial Tone No Dial Tone I Good Good 1 1 Remove tf fb one ESI 1 If problem is not solved perform a First Initialization and test If trouble persists then 2 Replace CPU4 and test system using default program 4 6 System Maintenance ...

Page 562: ...emove all printed circuit boards except the CPU F and the first installed ESI F in Basic KSU associated with the programming station I I Good Bad No lndicatian Multiline Terminal Correct Indication No V 1 Remove All KTUs but one Correct Indications Rebuild system one card ESI and retest at a time If problem reappears replace defective card s I NO morcarron I w 1 lf problem is not solved perform a ...

Page 563: ......

Page 564: ...s A End Perform the following tests 1 Measure CO ring voltage with AC meter 100 V ac 20 Hz at the MDF 2 Perform a second Initialization 3 Place an externk ringer in front of the system on a worst case CO line Determine if the customer can hear the enternal ringer at times when the system does not detect ringing on this line 4 If problem is not solved perform First Initialization replaceCPU F 1 Tes...

Page 565: ...I No 1 Check to see if all lines drop at the same time I I I 1 Check DC voltages with a Check the outside line key indication after circuits Increasethe Automatic I YOn 2 Replace COI F KTU retest iiiyjw Yes 1 Return defective KTU I for repair 4 10 System Maintenance ...

Page 566: ...on Class Assignment Day Mode 4 08 Code Restriction Class Assignment Night Mode and 4 19 Trunk Outgoing Restriction for Station Restriction 2 Check Memory Block 409 Telephone to Tenant Assignment I Test for CO Dial Tone at MDF with a test set and check the CO wiring If lines are ground start check conduit and frame ground to system 4 1 Reset and test replace COI F and test If trouble persists then ...

Page 567: ...t set and verify if system is sending digits 1 If lines are DTMF increase the DTMF duration in Memory Block 3 15 Trunk DTMF Durationllnterdigit Selection 2 If lines are DP choose the 10 pps or 20 pps option in Memory Block 3 92 Trunk Installed DPIDTMF Selectionl 3 Check off hook CO line current 1 Reset COI F and test If trouble persists then 2 Replace COI F and test If trouble persists then 3 Perf...

Page 568: ...minal key to test tones LEDs and key contacts 4 Return Multiline Terminal on line by taking handset off hook then return on hook 1 Reset and test Replace defective Multiline Terminal and test I IConnect Multiline Terminal directly to MOF and test I i No 1 1 Reset and e ten replace 1 Perform Second Initialization and test If trouble persists then 2 Perform First Initialization and test lf trouble p...

Page 569: ...COIPBX Ring Assignment Day Mode and 4 02 ICOlPBX Ring Assignment Night Mode Reset replace station then Reset replace ESI Ff v Reset replace Multiline Terminal tf trouble persists then Reset replace ESI F 1 No C A lr l I Perform Second initialization and test If trouble for repair 1 3 Replace CPU F 1 and test using default program Internal calls include station to station as well as transferred cal...

Page 570: ...vice Manual Electra Professional Level II Level II Advanced December 1993 D3 Multiline Terminal Dial Tone Access Problems Check to see if problem occurs on CO or internal call Go to Flowchart Al System Maintenance 415 ...

Page 571: ... assignments I Check CO line dial tone on a Multiline Terminal Go to Flowchart C3 v Yes INo Reset SLI F or LLT F and test If trouble persists 111 then Replace SLI F or LLT F and test If trouble Perform a Second Initialization and test Go to Flowchart Al Leave one SLI F one LLT F one ESI F and CPU installed 4 16 SystemMaintenance ...

Page 572: ...d Cancel forwarding Check SLI F or LLT F at MDF for ring voltage output with an AC meter Check BLF indication Replace SLI F or LLT F Idle Busy I 1 Reset replace SLW LLT H 1first test 2 Perform second Initialization test and then First Initialization test 3 Change CPU Y 1 test using default program I Bu station cable Syst8mMaintenance 4 17 ...

Page 573: ... dial tone Go to Flowchart E 1 Yes I YeS Check Memory Blocks l l 46 Access Code l Digit Assignment 1 1 47 Access Code 2 Digit Assignment and l l 48 Access Code 3 Digit Assignment Bad II No Recheck feature access Access Code used with correct Access Code Yes I 4 10 System Maintenance ...

Page 574: ...e a good line to the original COI F port we it 1 I V Chedc line with dB meter and or contact No v Replace COI F 20 KTUs INo 1 Perform Secopd Initialization and test If problem persists then perform First Initialization and test with default program 2 Replace CPU F System Maintenance ...

Page 575: ... 47 Access Code 2 Digit Assignment and l l 46 Access Code 3 Digit Assignment for correct Access Code for paging external not internal I No 1 Reset ECR F 11 KTU and test 2 Replace ECR F 11 KTU and test 3 Perform Second Initialization and test If problem persists ten perform First Initialization and test 4 Replace CPU F and test using default program 4 20 System Maintenance ...

Page 576: ...ameters s YfiS 1 _ F 5 L KTU in Option slot or IFI IHslot On 1 Refer to Installation Service Manual for RS232C cable connection 2 Perform printarse H test if available 3 Using a breakout box e wre that pins 4 and 20 are logic high from printer to MIF F S or W KTU Pins4 and 20 must be high for SMDR to print Perform a Second Initialization If LED is still off then If LED is System Maintenance 4 21 ...

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