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Nortel Networks NN43001-301 Set up the NT6D11AB, NT6D11AE, NT6D11AF Dchi, DIP switch settings

Models: NN43001-301

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Page 80

80DCH installation

Set up the NT6D11AB, NT6D11AE, NT6D11AF DCHI

DIP switch settings

The NT6D11AB/AE/AF has three sets of DIP switches. Each port has its own bank of 10 DIP switches (SW1 & SW2) to select the port address (8 bits) and mode of operation (2 bits). SW1 is used for port 0 settings, SW2 is used for port 1 settings. SW3 is used to select the D-channel protocol. Port 0 is used to select whether the asynchronous ESDI port is be disabled or not. Port 1 is used to select the standard or expanded D-channel addressing mode on the NT6D11AB/AE/AF.

The DIP switches are located as shown by Figure 35 "NT6D11 DIP switches" (page 80).

Figure 35

NT6D11 DIP switches

Protocol selection

SW3 is used to select the D-channel protocol, as shown by Table 21 "Protocol selection switch settings" (page 81).

Note: The setting must be 1 for ISDN applications.

Nortel Communication Server 1000

ISDN Primary Rate Interface Installation and Commissioning

NN43001-301 02.03 Standard

Release 5.5 7 December 2007

Copyright © 2003-2007, Nortel Networks

Image 80

Nortel Networks NN43001-301 manual Set up the NT6D11AB, NT6D11AE, NT6D11AF Dchi, DIP switch settings, Protocol selection

Contents

Isdn Primary Rate Interface Installation and Commissioning Legal Notice Contents Msdl installation for all systems Clock Controller description and installation 155 Mb DTI implementation 237 Procedures Copyright 2003-2007, Nortel Networks Revision History New in this releaseOther 0Mb DTI/PRI Description, Installation and Maintenance How to get help Getting help from the Nortel web site Getting help through a Nortel distributor or reseller Applicable systems IntroductionSubject Intended audience Related informationSystem migration Technical Documents Contents Isdn Primary Rate Interface equipment overview Copyright 2003-2007, Nortel Networks Introduction Primary Rate Interface PRI hardware requirements Isdn Signaling Link ISL hardware PRI hardware shown without downloadable PRI and DCH cards Isdn Signaling Link ISL hardware Power requirements Channel Handler descriptionKbit/s Clear Data Hardware DCH/PRI interface QPC757 DCH NT6D11 DCH faceplate layout QPC757 faceplate QPC757 DCH faceplate layout CurrentHeat Amps Watts BTUs NT6D80 Msdl faceplate layout MSDL/PRI interfaceMsdl faceplate NT8D72 faceplate NTBK51 Downloadable D-Channel DaughterboardStandard PRI cards NT8D72 PRI faceplate layout Faceplate Destination Type Description Cable requirementsCarrier interface Echo canceller interface Tracking modeQMT21 High Speed Data Module QPC720 PRI for 1.5/2.0 Mb gateway Clock controller primary and secondary tracking Free run non-tracking modeReference clock errors Automatic clock recovery Automatic clock switching Pin female, D-connector QPC720 faceplate Miniature bantam jack QPC720 Cable requirementsFaceplate destination Type Link version 2 protocol QPC720 PRI cables and cable lengths MaximumLength Cable type From Length feet Meters External D-Channel Interface DCH or Msdl Disk drive hardwareNT5D97 Dual-port DTI2/PRI2 card OFF DCH/MSDL Receiver Ready control signals RR State ConditionNT5D97 faceplate Plastic, ESD protected Card Enable/disable Switch ENB/DIS Faceplate Function Designator Type Description Enable/Disable SwitchEnet LEDs Trunk Disable DIS LEDs Unit 0 Clk ConnectorsOOS LEDs NEA LEDs Unit 1 Clk Connectors Connector J5 TRKConnector J6 DCH System capacity and performance Physical capacity Testability and diagnostics NT5D97 DDP2 power requirements Voltage Source CurrentCPU capacity Without E1 carrier cables Panel NTCK45AA cable pinsCable Name Description Color Pins NT8D7217 cable pins NT8D7217 NTCK78AA cable pins NTCK79AA cable pins Reference clock cables MSDL/DCH cables Cable diagrams For a description on each available option DDP2 cable for systems with an I/O panel Clock for the NT5D97 Clock operation DDP2 cable for systems without an I/O panel Clock Controller primary and secondary tracking Reference clock errors Clock conﬁgurations Clock Controller options summary CC Option CPU Type Connector Clk0 provides a Ref 1 clock source from Connector Clk1 provides a Ref 2 clock source fromClock Controller options description Clock Option DDP2 Clock Controller Option Clock Controller Option Clock Controller Option NT5D12 Dual-port DTI/PRI DCHI/MSDL Receiver Ready control signals RR State Condition Channel and Msdl interface NT5D12 faceplate NT5D12 faceplate general view DDP faceplate detailed view External connectors and LEDs Function Designator Type Description SwitchPlastic, ESD Card Enable/disable switch Protected Port Out of Service LEDs ACTRED YEL Trunk Port Disable LEDs Port 0 Clk ConnectorsACT LEDs RED LEDs Port 1 Clk Connectors DDP power requirements Voltage Source Current DDP without NT5D12 Cable requirements Trunk Tip/Ring cables NT5D16AA NT5D16AA cable pins Cable Name Description Color Pins J5 Pins J2, J3 MSDL/DCHI cables External Dchi cable NTCG03AA, NTCG03AB, NTCG03AC, or NTCG03AD External Msdl cable Clock DDP cable for systems with an I/O panel Free run non-tracking mode Automatic clock recovery To Clock Controller Option 4 Clock Controller options- summary CC Option CPU Type Clock Controller options description Clock Option Clock Controller Option Clock Controller Option Clock Controller Option Clock Controller Option DCH installation Install the NT6D11AB, NT6D11AE, NT6D11AF DCH Set up the NT6D11AB, NT6D11AE, NT6D11AF Dchi DIP switch settingsNT6D11 DIP switches Protocol selection Valid switch combinations Protocol selection switch settings Switch SettingPort 0 settings Mode Switch setting Port 1 settings Mode Emulates Switch setting Jumper settings NT6D11 DCH with ISL high-speed programming jumper settings Port addressing modes Port 0 Mode selection Port 1 mode selectionNT6D11 DCH with ISL low-speed programming jumper settings Port 0 mode selection Port Mode Switch Setting Port 1 mode selection Port Mode Switch Setting SW2.1 SW2.2 Synchronous, D-channel, standard addressing Install the NT6D11AB, NT6D11AE, NT6D11AF Dchi Port Address Switch Setting Half Group No Device No S10Procedure Install the NT6D11AB, NT6D11AE, NT6D11AF DCH 16-31 32-47 48-63 64-79 80-95 96-111 112-127 Procedure Remove the NT6D11AB, NT6D11AE, NT6D11AF DCH Remove the NT6D11AB, NT6D11AE, NT6D11AF DCH Install the QPC757 DCH Procedure Install the QPC757 Dchi End Off Port address switch settingsSW3 SW4 Remove the QPC757 Dchi Procedure Remove the QPC757 DCHChannel parameter downloading NTBK51 Ddch installation and removal Install NTBK51 Ddch on NT5D97 dual-port DTI2/PRI2 card Remove NTBK51 Ddch from NT5D97 dual-port DTI2/PRI2 card Install NTBK51 Ddch on NT5D12 dual-port DTI/PRI Service Interruption Remove NTBK51 Ddch from NT5D12 dual-port DTI/PRI Procedure Install the Msdl card Msdl installation for all systemsInstall the Msdl Msdl installation for all systems Msdl card layout Msdl switch settings Port 0-SW4 Port 0-SW8 O o o o o o o o o o o o o o o oRS-232-D RS-422-A DTE RS-422-A DCE Port 1-SW3 Port 1-SW7 RS-232-D RS-422-A DTE Procedure Replace the Msdl card Replace the MsdlRS-422-A DCE Port 2-SW2 Port 2-SW6 RS-232-D RS-422-A DTE RS-422-A DCE Port 3-SW1 Port 3-SW5 End Msdl installation for all systems NT8D72 and QPC720 PRI card installation PRI circuit pack locations Cable requirements Cable requirements 104 NT8D72 and QPC720 PRI card installation Cable requirements 106 NT8D72 and QPC720 PRI card installation Cable requirements 108 NT8D72 and QPC720 PRI card installation Cable requirements 110 NT8D72 and QPC720 PRI card installation Cable requirements 112 NT8D72 and QPC720 PRI card installation QPC720 Multi Group cabling without an echo canceller PRI card Msdl Cable From Des Con For single-group onlyQCAD125 Dchi QCAD110 JctrMsdl QCAD128 QCAD133 PRI card Patch Panel RS-232 Echo Cance Ller QPC720 NT6D80For single group only QPC471 CC-0 CC-1 Clock controller NT8D75xx QPC775 Back-up QCP77 Cable From Des Con CommentsQPC47 QCAD328 Switch settings Switch settings Switch 3 options for PRI with ESF NT6D39 CPU/NET Install NT8D72 and QPC720 PRI cards on Large SystemsHalf Group Procedure Remove NT8D72 and QPC720 PRI cards from Large Systems Install an additional network shelf 126 NT8D72 and QPC720 PRI card installation NT5D97 Dual-port DTI2/PRI2 installation and removal NT5D97 circuit card locations Port deﬁnitions NT5D97AA/AB loops conﬁguration LoopDTI2 PRI2 NT5D97AD loops conﬁguration Loop NT5D97AA/AB DIP switch settings DIP switch settings for NT5D97AA/AB Card Trunks PortENB/DSB Mounted on the face plate Ring Ground DIP switches for NT5D97AA/AB Transmission mode OFF Loop operates in the DTI2 modeLine build out OFF 120 ohm Ring ground switches for NT5D97AA/AB Receiver impedance120 ohm OFF-Ring line is not grounded Selections of the NTBK51AA D-channel Channel daughterboard address See table For future use Dpnss Msdl NT5D97AD DIP switch settingsENB/DSB mounted on the face Plate Ring Ground S16 Dip switches locations for NT5D97AD Trunk interface switches for NT5D97AD Trunk 0 switches Trunk 1 switches for NT5D97AD Ring ground switches for NT5D97AD S91-10 For future use S81-10 NTBK51AA DCH switches for NT5D97AD Switch number FunctionMsdl external card Procedure Install the NT5D97 on Large Systems Install the NT5D97 DDP2Switch Setting Dnum LD 140 NT5D97 Dual-port DTI2/PRI2 installation and removal Remove the NT5D97 DDP2 Procedure Remove the NT5D97 from Large Systems Conﬁgure the NT5D97 DDP2 142 NT5D97 Dual-port DTI2/PRI2 installation and removal NT5D12 Dual-port DTI/PRI card installation NT5D12 circuit card locations DTI PRI DTI NT5D12 switch settings General Purpose SwitchesTrunk interface switches Transmission Mode On SF Ring ground switches 15 dB100 120 OFF Msdl or Dchi card DCH mode and address select switchesOFF Ring line is not grounded 148 NT5D12 Dual-port DTI/PRI card installation Switch functional areas on the NT5D12 Install the NT5D12 DDP NT5D12 switch default settings Procedure Install the NT5D12 on Large Systems Procedure Remove the NT5D12 DDP Remove the NT5D12 DDP Conﬁgure the NT5D12 DDP 154 NT5D12 Dual-port DTI/PRI card installation Clock Controller description and installation Description Need for synchronization Supported Clock Controllers NTRB53 Clock Controller QPC471 and QPC775 Clock Controllers Synchronization methodsPlesiosynchronous operation Mesosynchronous operation Hierarchical synchronization Hierarchical Synchronization Stratum levels Frame slip Guidelines Example 1, Isolated Private Network Description Example 4, Alternate Clocking from the same CO Example 5, digital connection to the CO Example 6, Complex Isolated Private Network Modes of operation Example 7, Network Clocking with MUX Determine slots and shelves Installation proceduresSmall System Clock Controller daughterboard Set switches Clock Controller switch settings for QPC471 vintage HClock Controller shelves and slots System Shelf Slots Single Group Multi Group NTDA35 Network Module Half Group, Single Group Clock Controller switch settings for QPC775 SystemClock Controller switch settings for NTRB53 Clock Controller commands LD 39 commands with the NTRB53 Clock ControllerCommand Description Start the Clock Controller Clock Controller description and installation Trck PCK For primaryFor secondary Frun End Procedure Remove old equipment Switch coresDIS CC x Disable system clock controller where x = 0 or Scpu Procedure Installing new equipment ENL CC x Enable clock controller card, where x = 0 or Ssck Rcnt Swck Reset alarm counters of all digital cardsSwitch system clock from active to standby ISL installation Shared modeDedicated mode ISL conﬁgurations Dchi switch settings Msdl switch settings Shared mode MSDL/ISL settings ISL dedicated mode, using leased line Dedicated mode using leased lineISL in shared mode ISL dedicated mode using dialup Hayes Smartmodem Dedicated mode using dialup modemInstall a modem for ISL applications Z0=ATDT7414011 Z1= Z2= Z3= Stored profileTelephone numbers Z0= Z1= Z2= Z3= Dedicated mode using PRI/DTI trunksISL dedicated mode, using dialup Hayes Smartmodem QMT11 switch settings ISL dedicated mode using PRI/DTI trunk QMT8 switch settings QMT21C switch settings ISL installation Install ISL in dedicated mode digital and analogInstall ISL in shared mode Procedure Install ISL in dedicated mode USR = SHA Echo canceller initialization procedures Echo canceller installationEcho canceller operating parameters PRI to Echo canceller pin assignments Electromagnetic Interference PRI to echo canceller cabling Echo canceller installation Mb PRI implementation OverviewHardware requirements Circuit cards Channel Service Units CSU Hardware descriptionCables Media Gateway/Media Gateway Expansion NTRB21 Tmdi card Shelf slot assignmentsLogical Card Slot NTAK09 DTI/PRI circuit card NTRB21 Tmdi card faceplate NTAK20 Clock Controller CC daughterboard NTAK09 DTI/PRI circuit card Clocking modes Shelf slot assignment Clock controller LED statesClock controller LEDs Clock controller Shelf slot assignments for NTRB21, NTAK09 and NTAK20 NTAK93 D-channel Handler Interface Dchi daughterboard Install PRI hardware Install/remove daughterboard on the NTRB21 Tmdi cardProcedure Mounting the NTAK20 daughterboard on the NTRB21 NTBK51BA Downloadable D-channel Ddch daughterboard NTAK20 daughterboard installation on the NTRB21 Insert/remove the NTRB21 Tmdi card Procedure Inserting the NTRB21 Tmdi card PRT CFN in LD Procedure Mounting the daughterboards on the NTAK09 Install/remove daughterboards on the NTAK09 DTI/PRI cardProcedure Removing the NTRB21 Tmdi card Procedure Removing the daughterboards from the NTAK09 Set switches on NTAK09 DTI/PRI card Daughterboard installation on the NTAK09NTAK09 switch settings Distance to digital Cross connect LEN Procedure Connecting the cables Installing the NTAK09Procedure Installing the NTAK09 Procedure Enabling the NTRB21 Tmdi card Pin Transmit tip to Network Transmit ring toFgnd Frame ground Procedure Enabling the NTAK09 DTI/PRI card Procedure Implementing basic PRI LD 17 Adding a PRI card Prompt Response Description Type Adan Ctyp DchiCdno Port Prompt Response Description LD 15 Deﬁning a PRI customer Prompt Response Description Mode PRA Isdn YESPNI Hnpa NPA LD 14 Deﬁning service channels and PRI trunks Chty BCHCtyp Inac YES Rtmb Type PRIFeat Syti CCO 218 1.5 Mb PRI implementation DTI/PRI Tmdi card Mb DTI implementationDTI hardware Description NTBK04 Install DTI hardwareSet the switches Pin Transmit tip to network Transmit ring to Network NTAK09 switch settings Distance to digital CrossconnectConnect the cables Software enable the DTI/PRI cards Procedure Enabling the NTAK09 card Procedure Implementing DTI Enll C LD 17 Adding a DTI card Prompt Response Description Is ESF Must match the far end LD 14 Conﬁguring the trunks Prompt Response Description LD 73 Assigning a clock reference source 226 1.5 Mb DTI implementation Mb ISL implementation Using dialup modems ISL in dedicated mode using leased lineLeased line requirements Hardware Comments NTAK02 ISL hardware installation dedicated mode ISL in dedicated mode using dialup modemDial-up modem requirements Hardware Comments NT8D09 Set line card Procedure Installing ISL hardware NTAK02 switch setting PortSDI DCH OFF Dpnss Esdi Unit J10 End Basic ISL implementation Implement dedicated modeProcedure Implementing dedicated mode IFC SL1 DchlRLS Clok LD 15 Enabling Isdn option Prompt Response Description Mode Isld RoutTktp TIE Dtrk YES/NO Implement shared mode ChidUSR SHA Islm 237 NTAK10 2.0 Mb DTI card Mb DTI cabling Switch S1 Clock Controller CC conﬁguration Switch S2 Carrier impedance conﬁgurationSwitch S1 Off Up On Down Switch S2 Off Up On Down Switch S3 Mode of operation Switch S4 Carrier shield groundingSwitch S3 Off Up On Down Switch S4 Off Up On Down NTBK05DA pinouts Color Signal DTI software implementationNTBK05DA pinouts NTBK05CA pinouts LD 73 Deﬁning the 2.0 Mb DTI Abcd signaling bit tables Task summary listLD 17 Adding a 2.0 Mb DTI card Prompt Response Description Incoming/Outgoing Calls Sezr SezdrSezvr Callr Bursr CassClrbs Rctls Outgoing Calls LD 73 Deﬁning the 2.0 Mb DTI pad tables Pdca Tnls YES noONP OPX XEM ATOXUT Mb DTI pads Code Value dB Code Value dB Mfao YES no Szni YES noMFF CRC AFF LD 73 Deﬁning the grade of service timers for the DTI card BPVFAP SLP LD 73 Deﬁning the 2.0 Mb DTI system timers Ccgd CHG Type RDB Analog TIE trunk routes Digital TIE trunk routes LD 14 Deﬁning the associated list of service trunks Ncos CDPBARS/NFCR Nars Mb PRI hardware requirement Circuit card Description NTBK51 Ddch Mb PRI cards Ddch NTAK79 2.0 Mb PRI circuit card NTBK50 2.0 Mb PRI circuit card 260 2.0 Mb PRI implementation Install the NTAK79 PRI card NTBK51 Downloadable D-Channel Ddch daughterboard Inspect the NTAK79 circuit card Set the switches on the NTAK79NTAK79 with switch locations Switch SW1 Dchi conﬁguration Switch SW2 Carrier impedance conﬁgurationSwitch SW3 Clock controller conﬁguration Switch SW4 Carrier shield grounding Rx-FGND Rx-OPEN Tx-FGND Tx-OPEN Switch SW4 Down On Up OffInsert the NTAK79 NTBK05DA pinouts From Pin MDF Connector Color Signal NTAK79 cabling Procedure Inspecting the NTBK50 circuit card Install the NTBK50 PRI cardFrom Pin MDF Transmit coax Receive coax Connector NTBK50 with switch locations Set the switches on the NTBK50Switch SW1 Dchi conﬁguration NTAK93 only Mount the daughterboards on the NTBK50 753/4 1203/4 Down On Up Off Step Action Daughterboard installation Remove the daughterboards from the NTBK50 Insert the NTBK50 NTBK50 cabling PRI software implementation Task summary PRI2 digital card number, where xx = 1-9 Option 11C main Change dataCabinet, 11-19 IP expansion cabinet 1, 21-29 IP expansion Cabinet 2, 31-39 IP expansion cabinet 3, 41-49 IP expansion Ctyp Msdl Rcap MSL LDN Xxxx Dgpt PRI2 LD 16 Deﬁning a PRI service routeMode PRI LD 73 Deﬁning system timers and clock controller parameters Type PRI2 Alrm REG ALT LD 73 Deﬁning PRI parameters and thresholdsMFF AFF CRC Rats MNG1NCG1 OSG1 Clrs LD 73 Changing trunk pad category valuesFeat Pads Pdca Dset Code Value TYPE=PRI2Pad values Code Value 282 2.0 Mb PRI implementation ISL hardware requirements ISL in shared mode ISL in dedicated mode using leased line ISL in dedicated mode using dialup modem ISL hardware installation Procedure Installing the NTAK02 NTAK02 switch settings Port SW1-1 SW1-2 NTAK02 jumper settings Jumper Strap for Unit LocationProcedure Setting up the D-channel Port SW1-3 SW1-4 LD 17 Shared mode Prompt Response Description ISL software implementationLD 16 Interface type Prompt Response Description LD 14 Channel identiﬁer Prompt Response Description Conﬁguring basic ISL capability Step Action Lapd YES,NO LD 15 Enable the Isdn option Prompt Response Description Part of setup message for calling line identification1000E Message as Clid LD 16 Enable the ISL option Prompt Response Description LD 14 Assign a channel identiﬁer 127 Range for Meridian 1 Small System, Media Gateway 1000B 294 2.0 Mb ISL implementation Nonstandard cables NT8D7206, NT8D7207 Frame Ground Ground NT8D7206, NT8D7207 wire list From Color Pack end End SignalQCAD128 wire list From Signal From Signal QCAD129 wire list EchoPRI Signal From GND QCAD133 wire list Color From PRI signal NT8D7205 From Color Pack end End Signal QCAD328 wire list From Signal NT8D74 Clock Controller to InterGroup cable NT8D75 Clock Controller to Clock Controller cableNT8D79 PRI/DTI to Clock Controller cable NT8D83 PRI/DTI to I/O cable NT8D97AX PRI/DTI I/O to MDF cable NT8D85 Network to IPE cableNT8D86 Network to I/O cable NT9J93AD PRI/DTI Echo Canceller to I/O cable NTND26 PRI to Msdl cablesNTND27 Msdl to I/O panel cables NTND98 PRI to I/O panel cables Nonstandard cables Page Isdn Primary Rate Interface Installation and Commissioning