Page 1 All Rights Reserved Printed in Canada Information is subject to change without notice. Nortel Networks reserves the right to make changes in design or components as progress in engineering and manufacturing may warrant. This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC rules, and the radio interference regulations of Industry Canada.
Page 3: Revision History
Revision history April 2000 Issue 3.00, Standard. This is a global document and is up-issued for X11 Release 25.0x. September 1999 Issue 2.00, Standard. Updated to include Option 11C Mini Phase II content. “Appendix A: General information for the United Kingdom” was removed from this guide.
Page 4 Page 4 of 332 553-3021-209 Standard 3.00 April 2000...
Page 5: Table Of Contents
Contents About this guide ......Who should read this guide ....... . . How this guide is organized .
Page 6 Miscellaneous items for installation ......Differences between Option 11C Mini and Option 11C ... Chapter 3 —...
Page 7 Importance of Ringer Equivalence Number ....Hearing aid compatibility ....... . Notice for Canadian installations .
Page 8 Chapter 10 — Connecting the Chassis Expander to the Main Chassis ....135 Chapter 11 – Installing the system ground ..139 Chassis powered by the same service panel .
Page 9 Chapter 15 — Installing and connecting SDI and Ethernet ports ......191 Modem setup requirements .
Page 10 Activating terminals on a DSL ......Chapter 18 — Connecting the trunks ..253 Connecting trunks without a PFTU .
Page 11 ESDI settings ......... . Telephone tones .
Page 12 Creating model trunks ........Modifying model trunks .
Page 13: About This Guide
About this guide Who should read this guide The Option 11C Mini Planning and Installation Guide is for persons responsible for planning and installing the Option 11C Mini system. Use this guide as a reference tool for Option 11C Mini installations. The planning chapters describe the general design, features, limits, and site requirements of the Option 11C Mini system.
Page 14: Terminology Used In This Guide
Terminology used in this guide The Option 11C Mini Planning and Installation Guide is a global document. This guide contains some terms which are not common in the UK. The following is a list of these terms and their equivalent in the UK. North American term analog (500/2500-type) set Central Office (CO)
Page 15: Related Documents
Related documents Refer to the following documents for additional information: • Option 11C and 11C Mini Upgrade Procedures Guide (553-3021-250) • Option 11C and 11C Mini Technical Reference Guide (553-3011-100) • Option 11C and 11C Mini Fault Clearing Guide (553-3011-500) •...
Page 16 • M3900 Series Meridian Digital Telephone Description, Installation, and Administration (553-3001-216) • Meridian 1 Guide for the UK (553-3001-110) 553-3021-209 Standard 3.00 April 2000...
Page 17: Chapter 1 - Introducing The Option 11C Mini
Chapter 1 — Introducing the Option 11C Mini This chapter provides an overview of the Option 11C Mini system. Option 11C Mini system description The Option 11C Mini is a small communications system based on existing Option 11C technology. The system provides full Meridian 1 feature functionality.
Page 18 You can configure the Option 11C Mini as a non-blocking system. You do not have to provision the Option 11C Mini for speech paths or time slots. The Option 11C Mini provides four chassis installation options. Install the Option 11C Mini chassis in the following positions: •...
Page 19: Installing Software And Configuring Data
Chapter 1 — Introducing the Option 11C Mini Page 19 of 332 Installing software and configuring data The Option 11C Mini supports a minimum of X11 Release 24.24 software. Everything from general business features to advanced applications are available. The software contains all of the components related to a release of software.
Page 20 Page 20 of 332 Chapter 1 — Introducing the Option 11C Mini Security Device A Security Device comes with each new Option 11C Mini system. Attach the Security Device to the component side of the MSC card at the time of initial installation.
Page 21: Supported Applications
Set-Based Administration The Set-Based Administration feature makes system installation and administration easier. With Set-Based Administration, you can use a telephone set to perform several administrative and maintenance procedures. Use the Set-Based Administration feature to perform tasks, such as changing data for specific features related to sets or changing Calling Party Name Display on a set.
Page 22: System Specifications
• Meridian MAX • Meridian Link / CCR • Symposium Call Center • Symposium Call Center Express • Symposium Desktop Applications Meridian Administration Tools The Option 11C Mini interfaces with Meridian Administration Tools (MAT) Release 6.5 and later. MAT is an integrated suite of system management tools.
Page 23 Chapter 1 — Introducing the Option 11C Mini The Chassis Expander provides four card slots. The Chassis Expander supports Meridian Mail Mini in Slot 10 only. You can place any IPE card in slots 7, 8, 9, and 10. The CE-MUX bus extends to slot 10 for Meridian Mail only.
Page 24: Data Backup And Restore Methods
Backup / reserve power You can configure reserve power using an Uninterruptible Power Supply (UPS). The Option 11C Mini system does not include the UPS. The Option 11C Mini does not support battery backup. Power failure transfer occurs when the main power to the Option 11C Mini is cut off.
Page 25: Repair Facilities
The following are the addresses for global repair facilities for the Option 11C Mini: Asia Pacific, Caribbean and Latin America, and North America Nortel Networks 640 Massman Drive Nashville, Tennessee 37210 Europe Nortel Networks (Ireland) Limited Mervue Business Park Mervue, Galway Ireland Option 11C Mini Planning and Installation Guide...
Page 26 Page 26 of 332 Chapter 1 — Introducing the Option 11C Mini 553-3021-209 Standard 3.00 April 2000...
Page 27: Chapter 2 - Identifying The Option 11C Mini Equipment
Chapter 2 — Identifying the Option 11C Mini equipment This chapter describes the main components used to install the Option 11C Mini. This chapter also describes the differences between the Option 11C Mini and Option 11C systems. Main components of the Option 11C Mini NTDK91 Main Chassis NTDK92 Chassis Expander The Main Chassis for the Option 11C Mini system is the NTDK91.
Page 28 Chassis installation options You can install the Main Chassis and Chassis Expander in the following positions: • on a wall — vertically on a wall — horizontally on a wall • in a rack/cabinet • on a table The following chassis installation kits are available: •...
Page 29 Figure 2 25-pair cable connectors on the back of the Main Chassis The Auxiliary (AUX), Serial Data Interface (SDI), and Ethernet connectors are on the back left-hand side of the Main Chassis. See Figure 3. The AUX port connects auxiliary equipment, such as a Power Failure Transfer Unit (PFTU), to the Option 11C Mini.
Page 30 Figure 3 Connectors on the back of the Main Chassis Power cord connector connector Ethernet Auxiliary connector connector 553-3021-209 Standard 3.00 DS-30X connector April 2000 CE-MUX connector...
Page 31: Power Supply
Figure 4 shows the connectors on the back of the Chassis Expander. Figure 4 Connectors on the back of the Chassis Expander Power cord connector Cooling The NTDK91 Main Chassis and the NTDK92 Chassis Expander have forced air cooling. As a result, you can install the chassis in a horizontal or vertical position.
Page 32 Power switch There is a power switch on the front of the NTDK91 Main Chassis and the NTDK92 Chassis Expander. Use this switch to turn the Option 11C Mini power on and off. See Figure 5 on page 34. Power status indicator There is a power status indicator (LED) on the front cover (top left-hand corner) of the Main Chassis and the Chassis Expander.
Page 33 Chapter 2 — Identifying the Option 11C Mini equipment Table 2 Asia Pacific/Cala power supply DIP switch settings In the Asia Pacific/Cala region, usage of the high voltage Message Waiting Lamp is optional. The following table shows the settings for 25Hz, 75V and -150V for the Message Waiting Lamp.
Page 34 Table 4 North American power supply DIP switch settings In North America, usage of the high voltage Message Waiting Lamp is optional and requires -150V when enabled. The following table shows the settings for 20Hz, 86V and the Message Waiting Lamp is disabled. Ringing Frequency (Hz) Switch Setting...
Page 35: Reserve Power Supply
Reserve power supply You can use an Uninterruptible Power Supply (UPS) to provide a backup power supply for the NTDK91 and the NTDK92 chassis. A UPS provides a continuous AC power supply. Install the UPS unit according to the manufacturer’s instructions. Refer to “Power consumption worksheets for the Option 11C Mini system”...
Page 36: Telephones And Attendant Consoles
NTDK16 48-port Digital Line Card The NTDK16 48-port Digital Line Card provides an interface to a maximum of 48 digital integrated voice and 48 data ports. The NTDK16 Digital Line Card is functionally equivalent to three NT8D02 Digital Line Cards. Note 1: Only place the NTDK16 Digital Line Card in slot 4 of the Main Chassis.
Page 37: Cables And Wires
Cables and wires Table 5 lists the Option 11C Mini cable kits and their contents. Table 5 Option 11C Mini cable kits Cable or wire NTDK88 Main cable kit NTBK48 three-port SDI cable NTAK1104 AUX cable A0601396 F-M DCE to DTE converter A0601397 F-F DCE to DTE converter...
Page 38 Table 5 Option 11C Mini cable kits (Continued) NTTK16 cable kit for Europe A0381307 power cord for Europe A0376837 NTTK14 cable kit for North America A0317094 power cord NTTK17 cable kit for Switzerland A0386024 power cord for Switzerland A0376837 NTTK18 cable kit for the UK A0381306 power cord for the Table 6 lists miscellaneous cables and wires used with the Option 11C Mini.
Page 39 Table 6 Option 11C Mini miscellaneous cables and wires (Continued) Cable and wire NTAK19EC cable NTAK1108/1118 9-to-25 pin RS232 converter cable A0378652 F-F DCE to DTE converter, or A0381016 F-M DCE to DTE converter NTBK04 1.5 Mbit DTI/PRI carrier cable (A0394216) NTBK05AA/DA 2.0 Mbit DTI/PRI carrier cable A0394217 NT8D7205...
Page 40: Miscellaneous Items For Installation
Table 6 Option 11C Mini miscellaneous cables and wires (Continued) Cable and wire #6 AWG (20 mm ground wire (Europe) #8 AWG (10 mm ground wire (Germany) Cross-connect wire Note 1: This cable is available in different versions, depending on local EMC specifications.
Page 41: Differences Between Option 11C Mini And Option 11C
• additional Modem Eliminator (NULL Modem without hardware handshaking). The A0601397 converter may be required to interface the DTE to the system. • industry-standard Ethernet Medium Access Unit (MAU) Differences between Option 11C Mini and Option 11C Refer to Table 7 for a comparison of the Option 11C Mini and Option 11C systems.
Page 42 Table 7 Comparison of Option 11C Mini and Option 11C (Continued) Item Option 11C Mini Power Reserve power UPS only Cables New NTDK95 cable introduced (Two NTDK95 cables connect the Main Chassis to the Chassis Expander) Auxiliary cable used only for PFTU.
Page 43 Table 7 Comparison of Option 11C Mini and Option 11C (Continued) Item Option 11C Mini Daughterboards None Software X11 Release 24.24 and later Software Software is preprogrammed on Installation MSC card. Option 11C Mini uses the same feature sets, ISM parameters, and keycode format as the Option 11C.
Page 44 Table 7 Comparison of Option 11C Mini and Option 11C (Continued) Item Option 11C Mini 48-port Digital Line Only the Option 11C Mini system Card supports the NTDK16 48-port DLC. Note: The NTDK16 Digital Line Card is not required for the Option 11C Mini system to operate.
Page 45: Chapter 3 - System And Site Requirements
Chapter 3 — System and site requirements Before you install the Option 11C Mini system, make sure that the site meets all environmental, grounding, power, and cross-connect terminal requirements. Environmental requirements The environment in which the Meridian 1 Option 11C Mini system operates must meet the following general conditions: •...
Page 46: Earthquake Bracing Requirements For Chassis Installed On A
Earthquake bracing requirements for chassis installed on a wall in a vertical position The following earthquake bracing guidelines meet the requirements for the state of California specifications in the United States. Other areas or countries can have different requirements. For earthquake bracing, you must install the Option 11C Mini chassis on a wall in a vertical position.
Page 47: Grounding Requirements
Table 9 Minimum fastener requirements Type of wall Wooden studs Metal studs Concrete (2000 PSI) Masonry Fasten the mounting bracket for each chassis to the piece of plywood with the five, 1 in. #14 screws supplied with the bracket. “Chapter 8 — Bracing the Option 11C Mini against earthquakes” on page 105 of this guide contains a detailed procedure for earthquake bracing.
Page 48 The following are additional grounding requirements: Never connect the single point ground conductor from the Option 11C Mini system to structural steel members or electrical conduit. Never tie this conductor to a ground source or grounded electrode that is not hard-wired to the building reference conductor.
Page 49 • All conductors must terminate in a permanent way. Make sure all terminations are easily visible and available for maintenance purposes. • Tag ground connections with a clear message such as “CRITICAL CONNECTION: DO NOT REMOVE OR DISCONNECT”. Table 10 Area-specific grounding wire requirements Area Germany...
Page 50 The Single Point Grounding (SPG) method of protecting communications equipment is the Nortel Networks standard for Meridian 1 systems. The requirements for Single Point Grounding are in the following major categories: Safety, Protection, EMC, Installation and Maintenance, Powering, and Advances in Technology.
Page 51 Chapter 3 — System and site requirements Page 51 of 332 Protection Correct grounding is a necessary component of the protection system for equipment. This grounding includes grounding for outside plant cable shields and protectors, and the grounds for framework, battery, and logic references. To make sure that there is good emission and susceptibility performance of the equipment, you must consider the Electromagnetic Compatibility (EMC) grounding requirements.
Page 52 You can use any of the following busbars as a system SPG: • building principal ground, normally in building with one floor • floor ground bar, normally in buildings with more than one floor • dedicated SPG bar bonded to the building grounding system •...
Page 53: Grounding Method
Grounding method To prevent ground loops, power all chassis from the same dedicated power panel. Ground all Main Chassis to the power panel through the grounding block. Ground the Chassis Expander to the Main Chassis. The method of grounding used for the Option 11C Mini depends on whether the same service panel powers all chassis.
Page 54: Conduit Requirements
Chassis powered by different service panels For each Main Chassis, connect a #6 AWG (#40 Metric Wire Gauge) ground wire from the chassis to the NTBK80 grounding block. See Table 10 on page 49 for grounding wire requirements specific to some areas. If any chassis cannot be powered from the same service panel, ground it separately from the other chassis back to the service panel that supplies it.
Page 55: Commercial Power Requirements
Commercial power requirements The Option 11C Mini system is available with AC-power only. The optimal installation of the AC-powered Option 11C Mini system includes a direct connection to the electrical system in the building, provided some requirements are met. Refer to AC-powered installation later in this chapter for detailed information.
Page 56 Table 11 AC input requirements for each NTDK91 and NTDK92 (North America) Voltage Frequency Power (I/P max) Outlet Type Table 12 AC input requirements for each NTDK91 and NTDK92 (Europe and UK) Voltage Frequency Power (I/P max) Outlet Type Note 1: As local power specifications vary, see a qualified local electrician when planning your power requirements.
Page 57 Table 13 AC input requirements for each NTDK91 and NTDK92 (Germany) Recommended: 230 volts Voltage Maximum limits: 180 and 250 volts Single phase 50 Hz Frequency 550 VA maximum Power (I/P max) Fuse Receptacles by DIN regulation Outlet Type Site requirements The following is a list of required site features for an optimal Option 11C Mini AC-powered system installation.
Page 58: Alternative Ac-Powered Installation
Location of power outlets The maximum distance between a power outlet and the system chassis depends on the length of the power cord. In North America, the power cord is 9 ft 10 in. (3000 mm). In countries outside North America, the power cord is 8 ft 2 in.
Page 59 Receptacles Receptacle requirements are as follows: • When installed on the wall, install receptacles within reach of the chassis power cords. • All receptacles served by the secondary must be of the isolated ground type • The ground prong of each outlet must be connected by an insulated conductor to the system SPG If the transformer has an isolated secondary ground lug, use it as the SPG.
Page 60 Power the transformer primary through a dedicated circuit. If the primary has a pluggable cord, make an additional ground connection between the Option 11C Mini SPG and a known building ground reference. This connection is very important for safe and reliable operation. Do not connect any system ground lines of the Option 11C Mini to structural steel or water pipes, or other unreliable ground paths.
Page 61 Figure 7 Typical pluggable cord Isolation Transformer wiring plan Note 1 Note 5 Shared Panel Note 9 Neutral Bus Gnd Bus Note 3 Notes: Power source is site dependent. It may be from a shared panel or transformer. Wiring may vary accordingly.
Page 62 Page 62 of 332 Chapter 3 — System and site requirements Transformers without pluggable power cords If the transformer does not have a pluggable cord, hardwire the transformer to an electrical panel. Route all wires (including grounds) through a single conduit.
Page 63 Figure 8 Typical hardwired Isolation Transformer wiring plan Note 1 Note 5 Shared Panel Neutral Bus Gnd Bus Note 4 Note 3 Notes: Power source is site dependent. It may be from a shared panel or transformer. Wiring may vary accordingly.
Page 64: Power Consumption Worksheets For The Option 11C Mini System
Power consumption worksheets for the Option 11C Mini system Use the worksheets (Tables 15 to 17) in this section to determine the power consumption for the Option 11C Mini system. Refer to Table 14 for the circuit card power consumption. Table 14 Circuit card power consumption Circuit card...
Page 65 Table 15 Option 11C Mini power consumption: Main Chassis Slot Circuit card NTDK97 4, 5, 6 NTDK16 Table 16 Option 11C Mini power consumption: Chassis Expander Slot Circuit card Table 17 Total Option 11C Mini system power consumption P out Main (total for slots 1-6 in main chassis) P out Expan (total for slots 7-10 in the chassis expander) Option 11C Mini...
Page 66: Auxiliary Equipment Power
Auxiliary equipment power Terminals, printers, modems, and other data units used with the Option 11C Mini require special wiring considerations. Power for system equipment in the switch room must: • be powered from the same panel or transformer as the Option 11C Mini •...
Page 67: Maintenance And Administration Terminals
Maintenance and administration terminals Refer to “Terminal setup” on page 201 for information about setting up terminals recommended for use with the Option 11C Mini system. Under some conditions, you require a Modem Eliminator (NULL Modem without hardware handshaking) A0601397 F-F converter or A0601396 M-F to interface the TTY to the system.
Page 68: Meridian Administration Tools
Meridian Administration Tools The Option 11C Mini supports the Meridian Administration Tools (MAT) application. For information about MAT requirements and installing MAT for the Option 11C Mini, refer to the MAT User Guides. Cross-connect terminal requirements Allow for future expansion and equipment changes at the cross-connect terminal.
Page 69: Chapter 4 - Creating An Equipment Layout Plan And A Card Slot Assignment Plan
Chapter 4 — Creating an equipment layout plan and a card slot assignment plan Take some time to plan the installation of the Option 11C Mini. This preparation helps to make sure that the system performs correctly. Develop a layout plan for the equipment to determine where you will position each system component.
Page 70: Equipment Layout Plan For Installing The Chassis On A Wall
— vertically on a wall — horizontally on a wall • in a rack/cabinet • on a table Each Option 11C Mini chassis measures 8.4 in. (213 mm) high by 17.2 in. (437 mm) wide by 12.8 in. (325 mm) deep. Equipment layout plan for installing the chassis on a wall horizontally and vertically Figure 9 on page 71 shows a typical wall layout, using BIX cross-connect...
Page 71 Figure 9 Typical layout for installing the chassis on a wall in a horizontal position Leave at least 2 in. (51 mm) between edge of backboard and corner of room Maximum of 21 in. (533 mm) Minimum of 12 in. (305 mm) Note: Leave wall space for the cross-connect terminal.
Page 72 Figure 10 Typical layout for installing the chassis on a wall in a vertical position Leave at least 12 in. (305 mm) between edge of backboard and corner of room to allow for card insertion Spacing is 21 in. (530 mm) Note: Leave wall space for the cross-connect terminal.
Page 73: Equipment Layout Plan For Installing The Chassis On A Table
Equipment layout plan for installing the chassis on a table To install an Option 11C Mini on a table, the available space on top of the table must be large enough to hold the Main Chassis and Chassis Expander. See Figure 11. Note 1: If you are installing only a Main Chassis now, leave enough space for additional chassis to avoid problems in the future.
Page 74 Figure 11 Typical layout for installing the chassis on a table Air inlets and exhausts on chassis clear of obstructions Note: Leave wall space for the cross-connect terminal. 553-3021-209 Standard 3.00 M a i n s i s C h a s P ow e r s i s F a n...
Page 75: Equipment Layout Plan For Installing The Chassis In A Rack/Cabinet
Equipment layout plan for installing the chassis in a rack/cabinet You can install the Main Chassis and Chassis Expander in a 19 inch rack/cabinet. There is also space in the rack/cabinet for additional pieces of Data Communications Equipment. In a rack/cabinet configuration, the lowest recommended installation position for the chassis is 1.75 inches (44 mm) from the floor.
Page 76 Figure 12 Typical layout for installing the chassis in a rack/cabinet Maximum of 21 in. (533 mm) Minimum of 8.75 in. (222 mm) Space for additional data communications equipment Note: Leave wall space for the cross-connect terminal. 553-3021-209 Standard 3.00 P o w e r F a n O RK S...
Page 77: Card Slot Assignments
Card slot assignments Prepare a card slot assignment plan in advance. The card slot allocation plan shows circuit card to slot assignments. See the most current Option 11C Mini product bulletins for minimum version requirements. Note 1: You must insert the NTDK97 MSC card in Slot 0 of the Main Chassis.
Page 78 To prepare a plan for card slot assignment, write the total number of circuit cards required for the installation in Table 18. Table 18 Card slot assignment plan Card Used only in the Main Chassis NTDK97 MSC NTDK16 48-port DLC NTAK02 SDI/DCH NTAK03 TDS/DTR NTAK09 1.5 Mbit DTI/PRI...
Page 79 Table 18 Card slot assignment plan (Continued) Card NT8D16 Digitone Receiver NT8D15 E&M Trunk NT7D16 Data Access NT6D70 SILC (See Note 1) NT6D71 UILC NT5K02 XFALC NT5K18 XFCOT NT5K17 XDDI NT5K19 XFEM NT5K36 XDID/DOD NT5K21 XMFC/MFE NTAG26 XMFR Note 1: Install the NT6D70 SILC card in the Main Chassis (Slots 1, 2, or 3) if it is used as a clock controller.
Page 80 See Figures 13 and 14 for the card slot assignments in the Main Chassis and Chassis Expander. Figure 13 Card slot assignments for the Main Chassis Slots 4, 5, 6 NTDK16 48-port DLC ONLY Slot 3 - Any IPE or CE card Slot 2 - Any IPE or CE card Slot 1 - Any IPE or CE card Slot 0 - NTDK97 MSC...
Page 81 Figure 14 Card slot assignments for the Chassis Expander Slot 10 - Meridian Mail Mini or any IPE card Slot 9 - Any IPE card Slot 8 - Any IPE card Slot 7 - Any IPE card Note: Refer to Table 18 on page 78 for a list of cards that you can insert in the Chassis Expander.
Page 82 Page 82 of 332 Chapter 4 — Creating an equipment layout plan and a card slot assignment plan 553-3021-209 Standard 3.00 April 2000...
Page 83: Chapter 5 - Regulatory Information
Chapter 5 — Regulatory information This chapter includes regulatory information for American, Canadian, and International installations of the Option 11C Mini. System approval All global markets approve the Option 11C Mini system. The Option 11C Mini has a regulatory label on the back of each system chassis. This label contains national and international regulatory information.
Page 84: Hearing Aid Compatibility
If your Meridian 1 Option 11C Mini equipment causes harm to the telephone network, the telephone company can discontinue your service temporarily. The telephone company can ask you to disconnect the equipment from the network until the problem is corrected. The telephone company can ask you to disconnect the equipment until you are sure the equipment is working correctly.
Page 85: Notice For International Installations
Before you install any equipment, must make sure that it can connect to the facilities of the local telecommunications company. You must install the equipment using an acceptable method of connection. In some cases, a certified connector assembly (telephone extension cord) can extend the company’s inside wiring associated with a single line individual service.
Page 86: European Compliance Information
Option 11C Mini system. Note: Table 20 on page 88 includes columns for system port identification, Facility Interface Code (FIC), Service Order Code (SOC), USOC jack identification, and the related Nortel Networks equipment part numbers. 553-3021-209 Standard 3.00...
Page 87: Fcc Compliance: Registered Equipment For Direct Inward Dial
FCC compliance: registered equipment for Direct Inward Dial (DID) calls Part 68 of the FCC’s rules state that equipment registered for Direct Inward Dial (DID) calls must provide correct answer supervision. The definition of correct answer supervision is as follows: •...
Page 88 Table 20 Network connection specifications Facility Interface Ports MTS/WATS Code 2-Wire, LSA, L-S (2-Wire, Local Switched Access, Loop-Start) 2-Wire, LSA, G-S (2-Wire, Local Switched Access, Ground-Start) 2-Wire, LSA, R-B (2-Wire, Local Switched Access, Reverse-Battery) 1.544 Mbit OSI, SF 1.544 MbitOSI, SF Analog PL facilities E&M Tie Trunk (TIE line, lossless,...
Page 89: Information For Canada
If the Option 11C Mini causes interference to radio or television reception, try to correct the interference using the following measures. You can determine if there is interference by placing a telephone call while monitoring. • Move the receiving TV or radio antenna where this can be done safely. •...
Page 90: Standard 3.00 April
Page 90 of 332 Chapter 5 — Regulatory information 553-3021-209 Standard 3.00 April 2000...
Page 91: Chapter 6 - Installing The Option 11C Mini
Chapter 6 — Installing the Option 11C Mini This chapter contains tools and readiness checklists. Before beginning the installation, make sure you have all the tools necessary to install the Option 11C Mini. Make sure you have checked all site requirements, received all equipment, and have prepared an equipment layout plan and a card slot assignment plan.
Page 92: Readiness Checklist
Readiness checklist Have you: read all safety instructions in “Chapter 7 — Important safety instructions” on page 101? made sure that you received all the equipment that you ordered? made sure your area meets all environmental requirements? checked for all power requirements? checked for correct grounding facilities? developed an equipment layout plan for the system? See “Equipment layout plan”...
Page 93 If your Option 11C Mini system requires earthquake bracing, refer to “Chapter 8 — Bracing the Option 11C Mini against earthquakes” on page 105. For your system to be braced against earthquakes, you must install the chassis on a wall in a vertical position. Locate the box containing the Option 11C Mini equipment.
Page 94 Refer to one of the following procedures: — Procedure 7: “Grounding the Option 11C Mini chassis” on page 141 — Procedure 8: “UK grounding procedure for the Option 11C Mini To ground multiple pieces of equipment in a rack/cabinet when one or more pieces of equipment does not have a grounding lug, see “Grounding multiple pieces of equipment in a rack/cabinet”...
Page 95 12 Install the Mini System Controller (MSC) card and the 48-port Digital Line Card. Install the Security Device on the NTDK97 MSC card. Install the MSC card in CPU slot 0 of the Main Chassis. See Procedure 9 “NTDK97 MSC installation” on page 153. Install the NTDK16 48-port Digital Line Card in Slot 4 of the Main Chassis.
Page 96 17 If Ethernet is required, insert an industry-standard Medium Access Unit (MAU) directly into the Ethernet connector at the back of the chassis. The Option 11C Mini system does not include the MAU. Insert the Ethernet cable into this MAU. See “Chapter 15 — Installing and connecting SDI and Ethernet ports”...
Page 97 27 Replace the faceplate. Figure 16 Aligning the faceplate with the chassis Fit the brackets at the bottom of the faceplate into the raised edge at the bottom of the chassis. Move slightly to the left. See Figure 16. Fit brackets onto the front edge of the chassis Move the faceplate down so that it fits over the raised edge at the...
Page 98 Figure 17 Fitting the faceplate on to the front of the chassis Push the faceplate down to fit onto the front edge of the chassis 553-3021-209 Standard 3.00 Slide the faceplate to the right, and tighten the quick-release screws into the two holes at the top of the chassis. See Figure 18. April 2000...
Page 99 Figure 18 Pushing the faceplate down into place to align with chassis Push the faceplate to the right to align with the chassis Tighten the quick-release screws Option 11C Mini Planning and Installation Guide...
Page 100 Page 100 of 332 Chapter 6 — Installing the Option 11C Mini 553-3021-209 Standard 3.00 April 2000...
Page 101: Chapter 7 - Important Safety Instructions
Chapter 7 — Important safety instructions This chapter provides important safety information for installing and using your telephone equipment. Make sure you have quick access to this chapter, so that you can use it as a reference tool. Symbols you must recognize When you see the symbol shown below on Option 11C Mini equipment or documentation, look for important operating and maintenance instructions.
Page 102: Safety Instructions When Installing Telephone Equipment
Safety instructions when installing telephone equipment The following are safety instructions for installing telephone equipment: • Never install telephone wiring during a lightning storm. • Never install telephone jacks in wet locations unless the jack is designed for wet locations. •...
Page 103 • Some equipment has a three-wire grounding plug. This type of plug has a third grounding pin. As a safety feature, the plug only fits into an isolated ground outlet. If you cannot insert the plug completely into the outlet, contact your electrician to replace the outlet. Some equipment has a polarized line plug.
Page 104 Page 104 of 332 Chapter 7 — Important safety instructions 553-3021-209 Standard 3.00 April 2000...
Page 105: Chapter 8 - Bracing The Option 11C Mini Against Earthquakes
Chapter 8 — Bracing the Option 11C Mini against earthquakes This chapter provides the recommended installation method for bracing the Option 11C Mini system against earthquakes. This method does not guarantee that the system will continue to operate during or after an earthquake.
Page 106 Table 21 Backboard size limits Minimum Maximum Table 22 Stud spacing Minimum Maximum 553-3021-209 Standard 3.00 When you have determined the required backboard size, make sure the measurements are within the limits listed in Table 21. 2 ft by 6 ft (600 mm by 1800 mm) 4 ft by 8 ft (1200 mm by 2400 mm) Determine fastener requirements You need the following information to determine fastener...
Page 107 Table 23 provides the hardware recommendations for earthquake bracing. Table 23 Hardware recommendations Type of wall Fastener Wood stud #10 Wood Screws 16 in. (400 mm) on center 1 in. (25 mm) Metal stud #14 Sheet Metal Screws Concrete 1/4 in. (6 mm) Hilti KB-II Masonry 1/4 in.
Page 108 Table 24 Maximum wall stud sizes — 16 inch spacing (Continued) 4 X 16 Gauge 4 X 14 Gauge 6 X 18 Gauge Table 25 lists the maximum sizes of wall studs with a 24-inch spacing. Table 25 Maximum wall stud sizes - 24 inch spacing Wall Studs Wood Studs 2 X 4 (DF #2)
Page 109 Determine where to place the fasteners Refer to Figures 19 through 21 if you need help with where to place the fasteners on the backboard. In each figure, the minimum (2 ft by 6 ft) and maximum (4 ft by 8 ft) sizes of the backboard are used as examples.
Page 110 Figure 19 Plywood fastener locations for wood and metal stud walls — 16 inch spacing 3/4 in. plywood, measuring 2 ft. by 6 ft. (minimum backboard size) 16 in. 12 in. Fasteners 12 in. 12 in. 12 in. 12 in. Wall Studs 553-3021-209 Standard 3.00...
Page 111 Figure 20 Plywood fastener locations for wood and metal stud walls — 24 inch spacing 3/4 in. plywood, measuring 2 ft. by 6 ft. (minimum backboard size) 24 in. 12 in. 12 in. 12 in. 12 in. 12 in. Wall Studs 3/4 in.
Page 112 Figure 21 Plywood fastener locations for concrete and masonry walls 3/4 in. plywood, measuring 2 ft. by 6 ft. (minimum backboard size) 24 in. Fasteners 24 in. 24 in. 24 in. 553-3021-209 Standard 3.00 3/4 in. plywood, measuring 4 ft. by 8 ft. (minimum backboard size) 24 in.
Page 113 Chapter 8 — Bracing the Option 11C Mini against earthquakes Page 113 of 332 Continue with Option 11C Mini system installation Now that you have securely fastened the backboard to the wall, you can continue with the Option 11C Mini system Installation. ——————————...
Page 114 Page 114 of 332 Chapter 8 — Bracing the Option 11C Mini against earthquakes 553-3021-209 Standard 3.00 April 2000...
Page 115: Chapter 9 - Installing The Chassis
Chapter 9 — Installing the chassis This chapter describes the four methods you can use to install the Option 11C Mini chassis. The following procedures describe the four installation methods: • Procedure 2: “Installing the Option 11C Mini chassis on a wall in a vertical position”...
Page 116: Installing The Chassis On A Wall In A Vertical Position
An Option 11C Mini chassis is 30 lb. (13.5 kg) with circuit cards installed. An Option 11C Mini chassis is 26 lb. (12 kg) without circuit cards installed. Get help lifting the chassis if necessary. Installing the chassis on a wall in a vertical position Items required To install the chassis on a wall in a vertical position, you require the following items:...
Page 117 Figure 22 Typical layout for installing the chassis on a wall in a vertical position Leave at least 12 in. (305 mm) between edge of backboard and corner of room to allow for card insertion Spacing is 21 in. (530 mm) Note: Leave space for the cross-connect terminal.
Page 118 Procedure 2 Installing the Option 11C Mini chassis on a wall in a vertical position Figure 23 Wall bracket fastened to backboard Hook feature Wall bracket 553-3021-209 Standard 3.00 Draw the vertical center line of the chassis on the plywood backboard.
Page 119 Figure 24 Chassis bracket installed on the back of the chassis Tabs Fasten the chassis bracket to the back of the chassis using the four #8-32 machine screws supplied with the bracket kit. See Figure 24. Note: Make sure that the slot feature on the chassis bracket is at the top of the chassis.
Page 120 Figure 25 Chassis on a wall in a vertical position Tabs fastened to plywood —————————— End of Procedure —————————— 553-3021-209 Standard 3.00 If you want to install a Chassis Expander, repeat the above steps. Refer to the equipment layout plan for the measurements and where to place the Chassis Expander.
Page 121: Installing The Chassis On A Wall In A Horizontal Position
Installing the chassis on a wall in a horizontal position Items required To install the chassis on a wall in a horizontal position, you require the following items: • equipment layout plan • one left shelf bracket • one right shelf bracket •...
Page 122 Figure 26 Typical layout for installing the chassis on a wall in a horizontal position Leave at least 2 in. (51 mm) between edge of backboard and corner of room Maximum of 21 in. (533 mm) Minimum of 12 in. (305 mm) Note: Leave space for the cross-connect terminal.
Page 123 Procedure 3 Installing the Option 11C Mini chassis on a wall in a horizontal position Draw two vertical lines 18.5 inches apart on the plywood backboard. Allow for clearance on the left and right of the chassis for cables and air flow.
Page 124 Figure 27 Thumb screws on the wall shelf brackets 553-3021-209 Standard 3.00 Thumb screws for fastening the chassis to the shelf brackets Place the chassis on the shelf brackets. Carefully slide the chassis on the wall shelf brackets until it touches the chassis stops on the brackets.
Page 125 Figure 28 Chassis stops on the wall shelf brackets Chassis stops Fasten the chassis in position using the four thumb screws, located on the bottom side of the shelf brackets. Tighten the eight #12 wood screws into the plywood backboard. Make sure that the shelf brackets and chassis are fastened securely in position.
Page 126: Installing The Chassis On A Table
Figure 29 Chassis installed on a wall in a horizontal position —————————— End of Procedure —————————— Installing the chassis on a table Items required To install the chassis on a table, you require the following items: • equipment layout plan •...
Page 127 Figure 30 Typical layout for installing the chassis on a table Air inlets and exhausts on chassis clear of obstructions Note: Leave wall space for the cross-connect terminal. M a i n s i s C h a s P ow e r s i s F a n C h a s...
Page 128 Procedure 4 Installing the Option 11C Mini chassis on a table Figure 31 Chassis with rubber feet installed 553-3021-209 Standard 3.00 Place the chassis upside down on a horizontal work surface. Fasten the four rubber feet securely to the bottom of the chassis using the machine screws.
Page 129: Installing The Chassis In A 19 Inch Rack/Cabinet
Do not place the chassis on the floor. The inlets can take in dust that can cause harm to the system. Note: You can place the Main Chassis directly on top of the Chassis Expander. Refer to the equipment layout plan. ——————————...
Page 130 Figure 32 Typical layout for installing the chassis in a rack/cabinet Maximum of 21 in. (533 mm) Minimum of 8.75 in. (222 mm) Space for additional data communications equipment Note 1: Leave wall space for the cross-connect terminal. Note 2: The rack/cabinet does not have to be right against the wall. You can position the rack/cabinet so that you have access to both the front and back.
Page 131 Procedure 5 Installing the Option 11C Mini chassis in a 19 inch rack/cabinet Fasten the left chassis guide bracket to the left rack/cabinet support. Insert two #12-24 self-tapping screws into the two middle slots in the chassis guide bracket and into the respective holes in the left rack/cabinet support.
Page 132 Figure 34 Right ear bracket installed on the chassis 553-3021-209 Standard 3.00 Attach the left ear bracket (marked with an “L”) to the holes on the left side of the chassis (near the front). Use two #8-32 machine screws. Position the ear bracket so that the four holes on the bracket flange are nearer to the back of the chassis.
Page 133 Figure 35 Chassis installed in a rack/cabinet Room for additional data communications equipment Use the four remaining #12-24 self-tapping screws to fasten the chassis to the rack/cabinet supports (two screws on each side). Make sure that the back of the chassis is on the chassis guide brackets.
Page 134 Page 134 of 332 Chapter 9 — Installing the chassis Note: In addition to more Option 11C Mini chassis, you can install other Data Communications Equipment in a rack/cabinet with the Option 11C Mini. Refer to “Grounding multiple pieces of equipment in a rack/cabinet”...
Page 135: Chapter 10 - Connecting The Chassis Expander To The Main Chassis
Chapter 10 — Connecting the Chassis Expander to the Main Chassis This chapter describes how to add a Chassis Expander to your Option 11C Mini system. Use the same methods described in “Chapter 9 — Installing the chassis” on page 115 to install the Chassis Expander. Refer to “Chapter 4 — Creating an equipment layout plan and a card slot assignment plan”...
Page 136 Figure 36 The Main and Expander chassis connected with the two NTDK95 CE-MUX/DS-30X bus cables 553-3021-209 Standard 3.00 Tighten the screws on the connectors. Note: The expansion cable kit (NTDK89) contains two NTDK95 cables. Figure 36 shows the Main Chassis and Chassis Expander connected with the two NTDK95 cables.
Page 137 Chapter 10 — Connecting the Chassis Expander to the Main Chassis Page 137 of 332 Follow the procedures for starting the Option 11C Mini in “Chapter 16 — Starting the Option 11C Mini and installing software” on page 209. —————————— End of Procedure —————————— Option 11C Mini Planning and Installation Guide...
Page 138 Page 138 of 332 Chapter 10 — Connecting the Chassis Expander to the Main Chassis 553-3021-209 Standard 3.00 April 2000...
Page 139: Chapter 11 - Installing The System Ground
Chapter 11 – Installing the system ground This chapter describes how to ground the Option 11C Mini chassis. This chapter contains the following procedures: • Procedure 7: “Grounding the Option 11C Mini chassis” on page 141 • Procedure 8: “UK grounding procedure for the Option 11C Mini chassis”...
Page 140: Chassis Powered By Different Service Panels
Consider the Main Chassis and the Chassis Expander as the same ground. Jumper the ground wire from the Chassis Expander to the Main Chassis. Then, connect the ground wire from the Main Chassis to the grounding block. See Table 26 for region-specific grounding requirements. Chassis powered by different service panels For each Main Chassis, connect a #6 AWG (#40 Metric Wire Gauge) ground wire from the Main Chassis to an NTBK80 grounding block.
Page 141: Chassis Grounding Instructions
Chassis grounding instructions Procedure 7 describes how to ground the Option 11C Mini Main Chassis and Chassis Expander. Repeat the steps for each Main Chassis and Chassis Expander installed in the system. Procedure 7 Grounding the Option 11C Mini chassis Never connect power to a chassis that is not grounded correctly.
Page 142 Figure 37 NTBK80 ground block To ground source 553-3021-209 Standard 3.00 Consider each Main Chassis and Chassis Expander pair as one ground. Jumper the Chassis Expander ground to the Main Chassis ground. See Figure 38. Install a #6 AWG (#40 Metric Wire Gauge) ground wire from the ground lug on the back of the Main Chassis to the NTBK80 grounding block.
Page 143 Figure 38 Grounding a Main Chassis and Chassis Expander pair Grounding lug on Main Chassis Grounding lug on Chassis Expander Connect the grounding block to the ground bus in the AC power service panel, using #6 AWG wire. See Table 26 on page 140 for region-specific grounding requirements.
Page 144: Grounding Multiple Pieces Of Equipment In A Rack/Cabinet
Procedure 8 UK grounding procedure for the Option 11C Mini chassis —————————— End of Procedure —————————— Grounding multiple pieces of equipment in a rack/cabinet For multiple pieces of equipment installed in a rack/cabinet, make a separate ground connection from each piece of equipment to the NTBK80 grounding block.
Page 145 Figure 39 Grounding multiple pieces of equipment in a rack Main Chassis Chassis Expander Other data communications equipment without grounding lug Rack grounding block Option 11C Mini P o w e r F a n Grounding lug on P o w e r F a n back of chassis Other data...
Page 146 Page 146 of 332 Chapter 11 – Installing the system ground 553-3021-209 Standard 3.00 April 2000...
Page 147: Chapter 12 - Installing The Circuit Cards
Chapter 12 — Installing the circuit cards This chapter describes how and where to install circuit cards used in the Option 11C Mini system. This chapter is divided into the following main sections: • “Circuit cards required for the Option 11C Mini” on page 151. This section describes the installation of the NTDK97 MSC card and the NTDK16 48-port Digital Line Card.
Page 148 Refer to the Intelligent Peripheral Equipment Circuit Card Supplements for full descriptions of country-specific IPE cards and their installation procedures. Always handle circuit cards with caution to avoid damage caused by static electricity. Always store circuit cards that are not in use in an antistatic bag or the original packaging Wear an antistatic wrist strap, such as the one shown in Figure 40, when handling circuit cards.
Page 149 Figure 41 Circuit card assignments in the Main Chassis Slots 4, 5, 6 NTDK16 48-port DLC ONLY Slot 3 - Any IPE or CE card Slot 2 - Any IPE or CE card Slot 1 - Any IPE or CE card Slot 0 - NTDK97 MSC Note 1: See Table 18 on page 78 for the cards that you can insert in the Main Chassis.
Page 150 Figure 42 Circuit card assignments in the Chassis Expander Slot 10 - Meridian Mail Mini or any IPE card Slot 9 - Any IPE card Slot 8 - Any IPE card Slot 7 - Any IPE card Note 1: See Table 18 on page 78 for the cards that you can insert in the Chassis Expander.
Page 151: Circuit Cards Required For The Option 11C Mini
Circuit cards required for the Option 11C Mini If a circuit card has a symbol of a switch on its faceplate, it is equipped with option switches, strapping plugs, or both. Make sure that the circuit cards with option switches or strapping plugs are set correctly. Some circuit cards can have daughterboards and other add-on devices installed on them.
Page 152 PCMCIA interface The NTDK97 MSC card has a 2-slot PCMCIA interface socket located on its faceplate. You can insert a Software Delivery card into the socket. Use the Software Delivery card for software upgrades on an existing Option 11C Mini system.
Page 153 Digitone Receiver, tone generation, tone detection functions The NTDK97 MSC card provides the following Digitone and other tone functions related to tone: • 30 channels of Tone and Digit Switch (TDS) and a combination of eight Digitone Receivers (DTR) or Dial Tone Detectors (XTD) •...
Page 154 Figure 43 MSC card with the security device installed —————————— End of Procedure —————————— 553-3021-209 Standard 3.00 Security Device Latches Insert the NTDK97 MSC card in the CPU slot (slot 0) of the Main Chassis. Lock the latches on the card. April 2000...
Page 155: Ntdk16 48-Port Digital Line Card
Chapter 12 — Installing the circuit cards Page 155 of 332 NTDK16 48-port Digital Line Card The NTDK16 48-port Digital Line Card provides an interface to a maximum of 48 digital integrated voice and data sets. The NTDK16 Digital Line Card is functionally equivalent to three NT8D02 Digital Line Cards.
Page 156: Optional Circuit Cards
Note 1: You can only place the NTDK16 Digital Line Card in slot 4 of the Main Chassis. Note 2: The Option 11C Mini system does not require the NTDK16 Digital Line Card to operate. Procedure 10 NTDK16 48-port Digital Line Card installation Note 1: The NTDK16 provides three independent loops (loops 4, 5, and 6).
Page 157: Nt8D15 E&M Trunk Card
Table 28 NT8D14 Universal trunk — modes and option settings Modes Central (CO) 2-way TIE trunk (loop Dial Repeat) 2-way TIE trunk (Outgoing Incoming Dial) Recorded Announcement (RAN) Paging trunk Japan CO/DID operation DID operation Loop length>2000 ¾ DID operation Loop length <2000¾...
Page 158: Nt8D02 Digital Line Card
Table 29 NT8D15 E&M Trunk card option settings Mode of operation 4W — Type 1 4W — Type 2 2W — Type 1 Paging trunk —————————— End of Procedure —————————— NT8D02 Digital Line Card The NTDK16 48-port Digital Line Card is functionally equivalent to three NT8DO2 Digital Line Cards.
Page 159 • ESDI • DCH/DPNSS The NTAK02 SDI/DCH card uses jumper plugs to configure the RS232/RS422 interfaces as one of the following: • • Procedure 14 NTAK02 circuit card installation Set the switches and jumper plugs for the NTAK02 SDI/DCH card according to Tables 30 to 32.
Page 160 Table 30 Switch settings (Ports 0 and 1) Table 31 Switch settings (Ports 2 and 3) Table 32 Jumper settings Port Port 0 Port 1 Port 2 Port 3 553-3021-209 Standard 3.00 Port Port DPNSS — ESDI Port Port DPNSS —...
Page 161: Ntak03 Tds/Dtr Card
NTAK03 TDS/DTR card The NTDK97 MSC card provides the NTAK03 TDS/DTR card functionality. However, the TDS/DTR card can exist with the MSC card if you want to access additional TDS/DTR units. You must program these functions in the software overlays. Note: At times the system does not operate correctly if you install an NTAK03 circuit card in a slot connected to telephones.
Page 162: Ntag26 Xmfr Card
NTAG26 XMFR card The NTDK97 MSC card provides the functionality of the Extended Multi-frequency Receiver (XMFR) card. However, this card can exist with the MSC card if you want to access additional XMFR capability. The XMFR card receives MF digit information. Connections are made between a PBX and a CO.
Page 163: Nt5K21 Xmfc Card
NT5K21 XMFC card The NTDK97 MSC card provides the functionality of the Extended Multi-frequency Compelled Sender/Receiver (XMFC) card. However, this card can still be used if you wish to access additional XMFC capability. The XMFC card provides four channels of R2 Standard signaling capability. Procedure 17 XMFC card installation Insert the NT5K21 card in its assigned slot.
Page 164: Nt1R20 Off-Premise Station (Ops) Analog Line Card
NT1R20 Off-Premise Station (OPS) analog line card The OPS analog line card provides eight OPS lines. You can install this card in slots 1 through 3 in the Main Chassis or slots 7 through 10 in the Chassis Expander. Procedure 18 OPS analog line card installation Figure 45 Set the jumpers...
Page 165 Table 33 provides OPS analog line card configuration information. Table 33 OPS analog line card configuration Application On-premise station (ONS) Class of service (Note 1) Loop resistance Jumper strap Both JX. 0 and JX.1 off setting (See Note 6) Loop loss dB 0-1.5 (See Note 3) TIMP...
Page 166 Page 166 of 332 Chapter 12 — Installing the circuit cards Figure 46 OPS analog line card: jumper block locations Jumper block locations 553-3021-209 Standard 3.00 April 2000...
Page 167: Digital Trunk Cards
Figure 47 OPS analog line card cross connections Option 11 NT1R20 Off-Premise Station Line Card Unit 0 Unit 1 Unit 2 Unit 3 Unit 7 Digital Trunk cards The Option 11C Mini supports the following digital trunk cards: • NTAK09 1.5 Mbit DTI/PRI •...
Page 168 • NTRB21 1.5 Mbit DTI/PRI • NT6D70 SILC (when used as a clock controller) Note: The digital trunk cards can be installed only in slots 1-3 of the Main Chassis. If you want to install digital trunk cards, refer to the following documents for information: •...
Page 169: Chapter 13 - Installing And Connecting The Cross-Connect Terminal
Chapter 13 — Installing and connecting the cross-connect terminal This chapter describes how to install and connect an Option 11C Mini system using the BIX, Reichle Masari (Germany), or Krone Test Jack Frame (UK) cross-connect terminals. This chapter contains the following procedures: •...
Page 170: Terminal Block Requirements
For information about 1.5 Mbit and 2.0 Mbit DTI/PRI-related wiring and cables, refer to the following documents: • Option 11C 1.5Mbit DTI/PRI Administration and Maintenance Guide (553-3011-310) • Option 11C 2.0Mbit DTI/PRI Administration and Maintenance Guide (553-3011-315). Terminal block requirements The cross-connect terminal requires enough connecting blocks to terminate the following wires: •...
Page 171: Installing The Bix Cross-Connect Terminal
• one 25-pair cable from each QUA6 PFTU • wiring from telephones and trunks Always use caution when installing or modifying telephone lines. Do not install telephone wiring during a lightning storm. Never touch uninsulated telephone wiring, unless the line is disconnected at the network interface.
Page 172: Installing The Reichle Masari Cross-Connect Terminal (Germany)
Figure 48 Typical BIX cross-connect terminal layout Main Chassis Cable Card 1 Cable Card 2 Cable Card 3 Cable Card 4/6 Cable Card 5/6 Chassis Expander Cable Card 7 Cable Card 8 Cable Card 9 Cable Card 10 Note: One 25-pair cable contains Card 4 and Card 6 (units 0-7). Another 25-pair cable contains Card 5 and Card 6 (units 8-15).
Page 173 Figure 49 Typical Reichle Masari cross-connect terminal layout (Germany) Card 1 Card 2 Card 3 Card 4 Card 6 (0-7) Card 5 Card 5 Card 6 Card 6 Card 7 Card 7 Card 7 Card 8 Card 9 Note: One 25-pair cable contains Card 4 and Card 6 (units 0-7). Another 25-pair cable contains Card 5 and Card 6 (units 8-15).
Page 174: Installing The Krone Test Jack Frame For The Uk
—————————— End of Procedure —————————— Installing the Krone Test Jack Frame for the UK The Krone Test Jack Frame provides terminating strips that hold 10 pairs of cable. Generally, only 8 of the 10 pairs are used. As a result, one 25-pair cable requires three terminating strips: 8 pairs/strip x 3 strips = 24 pairs Figure 50 shows how one 25-pair cable is divided among three terminating...
Page 175 Figure 50 25-pair cable on three Krone strips Pai r Pi n num b er Wire Co lo ur W-BL BL-W O -W G -W W-BR BR -W S -W R-BL BL-R O -R G -R R-BR BR -R S -R BK-BL BL-BK BK-O...
Page 176 Procedure 21 describes how to install the Krone Test Jack Frame for the UK. Procedure 21 Installing the Krone Test Jack Frame (UK) 553-3021-209 Standard 3.00 Refer to the equipment layout plan to determine where to place the cross-connect terminal. Layout the terminal blocks as shown in Figure 51.
Page 177 Figure 51 Typical Krone cross-connect terminal layout (UK) Other equipment Chassis Expander Main Chassis Note: One 25-pair cable contains Card 4 and Card 6 (units 0-7). Another 25-pair cable contains Card 5 and Card 6 (units 8-15). Pair Spare PFTU termination AUX cable Grounding block...
Page 178: Connecting The Cables
—————————— End of Procedure —————————— Connecting the cables Always use caution when installing or modifying telephone lines. Do not install telephone wiring during a lightning storm. Never touch uninsulated telephone wiring unless the line is disconnected at the network interface. Each Option 11C Mini system chassis requires up to five 25-pair cables.
Page 179 For 1.5 Mbit and 2.0 Mbit DTI/PRI-related wiring and cable information, refer to the following documents: • Option 11C 1.5Mbit DTI/PRI Administration and Maintenance Guide (553-3011-310) • Option 11C 2.0 Mbit DTI/PRI Administration and Maintenance Guide (553-3011-315) for Procedure 22 Connecting the cables Figure 52 Cable connectors on the back of the Main Chassis...
Page 180 Figure 53 A ferrite filter installed on a 25-pair cable (CISPR-B EMC systems) Ferrite filter 553-3021-209 Standard 3.00 Tighten the velcro straps when you have connected each cable to the chassis. For systems required to meet CISPR-B Electromagnetic Compatibility (EMC), perform the following step. On each installed 25-pair cable, attach the supplied ferrite filter to the cable.
Page 181 Figure 54 AUX cable connector AUX connector Terminate the AUX cable at the cross connect terminal, according to Table 34. Option 11C Mini Planning and Installation Guide...
Page 182 Table 34 AUX cable termination information Color W-BL BL-W 553-3021-209 Standard 3.00 Wire number Designation BRTN BRTN -48V AUX (250mA) to QUA6-J1 25T, 25R PFTS Not used Not used For installations in Germany, complete the form shown in Figure 55 for each card slot.
Page 183 Chapter 13 — Installing and connecting the cross-connect terminal Page 183 of 332 Figure 55 Cross connections record —————————— End of Procedure —————————— Option 11C Mini Planning and Installation Guide...
Page 184 Page 184 of 332 Chapter 13 — Installing and connecting the cross-connect terminal 553-3021-209 Standard 3.00 April 2000...
Page 185: Chapter 14 - Installing Power Failure Transfer Units
Chapter 14 — Installing Power Failure Transfer Units This chapter describes how to install a QUA6 Power Failure Transfer Unit (PFTU). This chapter contains the following procedure: • Procedure 23: “Installing the PFTU” on page 185 You can connect PFTUs to the Main Chassis. Note: The QUA6 PFTU operates with loop start and ground start CO trunks.
Page 186 Figure 56 J1 cable labels Pairs 1 to 4 Control 553-3021-209 Standard 3.00 Pairs Pairs Pairs 1 to 4 1 to 4 1 to 4 PFT1 PFT2 PFT3 Label the pairs on the terminal block as shown. If using BIX blocks, attach the appropriate designation strip. Connect the PFTU power and control connections to the AUX connector on the Main Chassis.
Page 187 Chapter 14 — Installing Power Failure Transfer Units Page 187 of 332 Figure 57 Auxiliary connector AUX connector Option 11C Mini Planning and Installation Guide...
Page 188 Table 35 Control and power connections on cable J1 J1 Cable from QUA6 (see Figure 58 on page 189) Pair Function Number Control PFTU power Note: The AUX cable on the Option 11C Mini does not provide power to the M2250 Attendant Console. Two Digital Line Card TNs or an Attendant Console power supply provide power to the M2250 Attendant Console.
Page 189: Pftu Control Lead Signals
Figure 58 Power fail transfer PFTU control lead signals To connect PFTUs from other manufacturers, use the information provided in Table 36. Table 36 PFTU control lead signals NTAK1104 AUX cable lead BRTN BRTN -48V AUX PFTS TR 2 3 4 PFT1 NTAK1104 Lead State when PFTU is...
Page 190: Standard 3.00 April
Page 190 of 332 Chapter 14 — Installing Power Failure Transfer Units Note 1: Refer to Figure 57 on page 187 to see where the Auxiliary cable connects to the Option 11C Mini system. Note 2: If power is removed from the QUA6, a transfer of the PFTU can occur.
Page 191: Chapter 15 - Installing And Connecting Sdi And Ethernet Ports
Chapter 15 — Installing and connecting SDI and Ethernet ports This chapter contains modem setup requirements and the following two procedures for connecting communication devices to the Option 11C Mini: • Procedure 24 “Connecting SDI ports on the MSC card” on page 193 •...
Page 192: Modem Setup Requirements
Modem setup requirements Modems connected to the Option 11C Mini are set as follows: • Carrier Detect (CD): Active if carrier detected on incoming call • Clear to Send (CTS): Normal operation or forced active • Hardware and software: Disabled flow control The ports on the Option 11C Mini are disabled if devices connected to the ports generate additional “garbage”...
Page 193: Installing And Connecting Sdi Ports
Installing and connecting SDI ports You can use a switch setting on the circuit card’s faceplate to control the baud rate for port 0. Make sure the baud rate and device option settings are set correctly. Note: When the time comes to configure ports 1 and 2, configure them in Overlay 17.
Page 194 Figure 59 SDI cable connection 553-3021-209 Standard 3.00 Connect the NTBK48 3-port SDI cable to the 9-pin SDI connection (COM RS-232) at the back of the Main Chassis. See Figures 59 and SDI connector April 2000...
Page 195 Figure 60 An additional ferrite filter attached to the SDI cable Existing ferrite filter Connect the system terminal to the cable marked “port 0” on the NTBK48 3-port cable. You require a Modem Eliminator Adapter to connect the Option 11C Mini to a TTY terminal.
Page 196: Ntak02 Sdi/Dch Card
NTAK02 SDI/DCH card Only the Main Chassis supports the NTAK02 SDI/DCH card. You can configure this card to support ports for the following: • two SDI and two DCHI • one SDI, one DCHI, and two ESDI • four ESDI You can use the NTAK02 ports to access overlay software.
Page 197 Table 39 NTAK02 pinouts — Port 0 at the cross-connect terminal Pair Table 40 NTAK02 connections at the cross-connect terminal — Port 1 Cable Signal Pair Color SCTEA R-BL SCTEB BL-R R-BR SCRA SCTEA BR-R SCTA SCRB SCTEB SCTB BK-BL RXDA BL-BK TXDA...
Page 198 Table 40 NTAK02 connections at the cross-connect terminal — Port 1 (Continued) BK-O RXDB O-BK TXDB Table 41 NTAK02 connections at the cross-connect terminal — Port 2 Cable Signal Pair Color BK-G G-BK BK-BR BR-BK BK-S S-BK Y-BL BL-Y 553-3021-209 Standard 3.00 TXDB RXDB...
Page 199: Ntak03 Tds/Dtr Card
Table 42 NTAK02 connections at the cross-connect terminal — Port 3 Cable Signal Pair Color SCTEA SCTEB Y-BR BR-Y V-BL SCRA BL-V SCTA SCRB SCTB RXDA TXDA V-BR RXDB BR-V TXDB NTAK03 TDS/DTR card The NTDK97 MSC card includes the functionality of the NTAK03 TDS/DTR card.
Page 200 Note: A modem eliminator is supplied with the system. Table 43 NTAK03 connections at the cross-connect terminal — Port 0 Pair 553-3021-209 Standard 3.00 Color W-BL BL-W W-BR BR-W April 2000 Designations Signal (I=input, O=output)
Page 201: Terminal Setup
Table 44 NTAK03 connections at the cross-connect terminal — Port 1 Pair Terminal setup The terminal can be setup any time, except during data transmission. Do not set up the terminal during data transmission to avoid potential data loss. Table 46 on page 203 and Table 48 on page 205 provide setup values. Use Procedure 25 to set up the terminal.
Page 202 Table 45 Setup (keys and functions) —————————— End of Procedure —————————— 553-3021-209 Standard 3.00 Change the value in each field on each setup screen as necessary. Use the keys listed in Table 45 to view and change setup values. Function Arrow key Move from field to field <Enter>...
Page 203 Table 46 HP700/32 setup values Global set-up screen Host Port Background Dark Screen Saver 10 Min Refresh Rate 72 Hz Key Click User Set-up Screen Smooth Scroll Jump scroll Cursor Type Blink Line Cursor 2nd Message Line Message Line Status Line On Line Local Echo Auto Wrap...
Page 204 Table 47 VT420 setup values Global Set-Up On Line Sessions on Comm1 CRT Saver Display Set-Up 80 Columns Interpret Controls Auto Wrap Jump Scroll Dark Screen Cursor Block Style Cursor General Set-up VT400 Mode, 7-bit Controls User Defined Keys Unlocked User Features Unlocked 8-bit Characters Application Keypad...
Page 205 Table 48 VT220 setup values Global Set-Up On Line Sessions on Comm1 CRT Saver Display Set-Up 80 Columns Interpret Controls Auto Wrap Jump Scroll General Set-up VT200 Mode, 7-bit Controls User Defined Keys Unlocked User Features Unlocked Multinational Communications Set-Up Transmit=2400 Receive=Transmit Xoff at 64...
Page 206: Installing And Connecting An Ethernet Cable
Installing and connecting an ethernet cable Ethernet connection The Option 11C Mini system provides a 10 Mbit Ethernet connection to a Local Area Network (LAN). The ethernet cable connector is at the back of the Main Chassis on the bottom left-hand side. See Figure 61. Figure 61 Ethernet connection Procedure 26...
Page 207 Note: When the time comes to configure the Ethernet link, use Overlay 117. Figure 62 Ethernet cable inserted into an industry-standard MAU Industry-standard —————————— End of Procedure —————————— Option 11C Mini Planning and Installation Guide...
Page 208 Page 208 of 332 Chapter 15 — Installing and connecting SDI and Ethernet ports 553-3021-209 Standard 3.00 April 2000...
Page 209: Chapter 16 - Starting The Option 11C Mini And Installing Software
Chapter 16 — Starting the Option 11C Mini and installing software This chapter describes how to start the Option 11C Mini system and to make sure that the system is operating correctly. This chapter also describes the Software Installation Program and how to install software in the Option 11C Mini system.
Page 210: Start-Up Procedures
Start-up procedures Procedure 27 Start-up procedure for a new system installation, using the MSC card Figure 63 Power connector on the back of the chassis 553-3021-209 Standard 3.00 Test the power outlet. Make sure that the correct voltage of power is present before you plug the power cord into the outlet.
Page 211: Software Installation Program
—————————— End of Procedure —————————— Procedure 28 Start-up procedure for a previously installed system —————————— End of Procedure —————————— Software Installation Program The Software Installation Program provides a menu-driven method of selecting from the different options of installing, modifying, or upgrading the following: •...
Page 212: Starting The Program
The flash ROM stores information about the selections. The information is a list of instructions that the program follows when it runs. Starting the program The Software Installation Program must run from TTY 0 (port 0 on card 0). The following are the two methods of starting the Software Installation Program: •...
Page 213: Keycodes
ISM parameters. Note: Contact your Nortel Networks representative if the Keycode Data Sheet is missing. The Software Installation Program validates the keycodes. If the keycodes are valid, the installation function continues.
Page 214: Feature Set And Ism Parameters
Feature set and ISM parameters The Software Installation Program allows the selection of a feature set to be installed and enabled on the Option 11C Mini system. A feature set, such as Enhanced Business or Networking Services, has an associated list of software packages and ISM parameters.
Page 215: Installing Software In A New System
Note: Off-site programming of databases is subject to all security keycode restrictions. The off-site system must either use the Security Device that will be installed in the Option 11C Mini at the customer site, or must have its own keycodes for the feature set used. Remote restored database A database can be restored remotely using the Overlay 143 CCBR remote restore command.
Page 216 Procedure 29 Installing software 553-3021-209 Standard 3.00 Make sure the MSC card is in CPU slot (slot 0) of the Main Chassis. For first-time installations, software is installed from the MSC card. Software is loaded on the MSC card before it is sent to the customer site.
Page 217 Figure 64 PCMCIA card slot location Observe the terminal screen. If the screen displays the following: Current system time and date: 00:00:00 -- 00/00/00 go to Step 5 on page 218. OR if the screen displays the following: Software Installation Main Menu go to Step 6 on page 218.
Page 218 553-3021-209 Standard 3.00 Set the system Time and Date. Note: The Time and Date prompt appears when the Install Setup Program detects a system Year Date that is not in the range of 1995-2095. The responses shown below are examples of how to enter the system Time and Date: Enter new time (hh/mm/ss) 08:00:00 <cr>...
Page 219 Select the Feature Set to be enabled. Note: The Feature Set selected must match the one provided with keycodes. The Feature Set names shown below are examples only. Select Feature Set You Wish to Enable: 1. General Services (NTSKxxxx) 2. Enhanced Services (NTSKxxxx) 3.
Page 220 If you selected 1 or 2, go to Step 14 on page 222. 553-3021-209 Standard 3.00 Confirm Feature Set and packages. Your Feature Set Selection is “Enhanced Services”: Additional Packages selected: 215-235 Summary of Packages selected is: 0-2 4-5 7-14 16-25 28-29 32-64 67 70-77 79-83 86-93 95 100-104 107-111 113-116 118-120 122-125 127-129 131-133 135 137-141 167 200-208 215-235 Is this selection correct?
Page 221 Select a Database using the PCMCIA card. If you are installing from the MSC card, go to Step 11 on page 220. If you are installing from a Software Delivery (PCMCIA) card continue here: Select database to Install: 1. Pre-Configured database - Enhanced Services 2.
Page 222 Page 222 of 332 Chapter 16 — Starting the Option 11C Mini and installing software Review ISM parameters. Note: On a new installation, the ISM parameters displayed on the terminal screen are the default settings related to the Feature Set selection.
Page 223 Chapter 16 — Starting the Option 11C Mini and installing software Page 223 of 332 Select ISM parameters. Enter new ISM parameters, <cr> to leave as is: TNS (1000) ACDN (0300) AST (0100) LTID (0100) RAN_CON (0012) RAN_RTE (9999) MUS_CON (0100) BRAND (0) ACD AGENTS (1000) ANALOGUE TELEPHONES (0100)
Page 224 Page 224 of 332 Chapter 16 — Starting the Option 11C Mini and installing software Confirm ISM parameters. New ISM parameters are: TNS (1000) ACDN (0300) AST (0100) LTID (0100) RAN_CON (0012) RAN_RTE (9999) MUS_CON (0100) BRAND (0) ACD AGENTS (1000) ANALOGUE TELEPHONES (0100) BRI DSL (0100) DIGITAL TELEPHONES (0100)
Page 225 Define the AUX ID. Note: The default AUX ID is the system ID provided with the Option 11C Mini. Security ID: 20000326 Current AUX ID: 20000326 Do you wish to change the AUX ID? y <cr> (yes) n <cr> (no) a <cr>...
Page 226 Page 226 of 332 Chapter 16 — Starting the Option 11C Mini and installing software Review and confirm information entered. New Installation Information Summary: Security ID: 20000326 Aux ID: 20000326 Added Pkgs: 215-235 Feature Set: Enhanced Business Database: Company.ABC S/W Release: 2304C ISM Parameters TSN: 1000 1000 AGNT: 1000 1000...
Page 227 Enter the keycodes from the Keycode Data Sheet. Enter new Keycodes: Key 1: Key 2: Key 3: xxxxxxxx <cr> yyyyyyyy <cr> zzzzzzzz <cr> After you enter the last keycode, the system displays a successful or unsuccessful message. Follow the instructions given below. ‘Keycode validation successful’...
Page 228 Page 228 of 332 Chapter 16 — Starting the Option 11C Mini and installing software 553-3021-209 Standard 3.00 April 2000...
Page 229: Chapter 17 - Connecting The Telephones
Chapter 17 — Connecting the telephones This chapter contains instructions for connecting telephones to the cross-connect terminal. Refer to “Telephones and Attendant Consoles” on page 36 for a list of telephones and Attendant Consoles supported by the Option 11C Mini. This chapter contains the following procedures: •...
Page 230: Cross Connecting Telephones
Refer to the instructions provided with the telephone or Attendant Console and to the following documents for detailed information about installing telephones and Attendant Consoles: • Meridian 1 Telephone and Attendant Console Installation (553-3001-215) • Meridian 1 European Digital Telephones (553-3001-114) •...
Page 231 —————————— End of Procedure —————————— Figure 65 NE-500/2500-type telephone cross connections Cable pairs Line Pack Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Unit Connect the other end of the cross-connect wire to the assigned TN terminal block.
Page 232 Figure 66 Meridian Digital Telephone cross connections Pack connector PE shelf Line pack Unit 0 Unit 1 Unit 14 Unit 15 Part of 25 pair cable 553-3021-209 Standard 3.00 Cross connect block W-BL BL-W BK-S S-BK Y-BL BL-Y Shelf Part of 25 connector pair cable April 2000...
Page 233 Figure 67 48-port Digital Line Card cross connections Cable pairs Line Card Unit W-BL BL-W Unit Unit Unit W-BR BR-W Unit BK-G G-BK Unit BK-BR BR-BK Unit BK-S S-BK Unit Y-BL BL-Y Unit Unit Unit Y-BY BY-Y Unit Unit V-BL BL-V Unit Unit...
Page 234: Connecting Telephones Without A Pftu
Connecting telephones without a PFTU Procedure 31 Connecting telephones without a PFTU —————————— End of Procedure —————————— Connecting analog (500/2500-type) telephones with a PFTU Procedure 32 Connecting 500/2500-type telephones with a PFTU 553-3021-209 Standard 3.00 Locate the telephone terminations on the cross-connect terminal. Connect one end of the cross-connect wire to the leads of the telephone.
Page 235: Connecting Off-Premise Telephones
—————————— End of Procedure —————————— Connecting off-premise telephones Connect off-premise analog (500/2500-type) telephones through an NTAK92AA Off-Premise Protection Module. Each module can connect up to four analog (500/2500-type) telephones and can interface with one of the following: • NT1R20 Off-Premise Station Analog Line Card •...
Page 236: Connecting An Attendant Console
Procedure 33 Connecting an off-premise telephone If connecting to a message waiting line card, unseat the card from its assigned slot before continuing with the next step. —————————— End of Procedure —————————— Connecting an Attendant Console Procedure 34 Connecting Attendant Console 553-3021-209 Standard 3.00 Install the NTAK92AA Off-Premise Protection Module on the wall...
Page 237 With cross-connect wire, connect the line card and other connections to the console as shown in Figure 69 on page 238. —————————— End of Procedure —————————— Figure 68 NTAK92AA Off-Premise Protection Module connections NTAK92AA Off-Premise Protection Module Ground lug Connector J2 Connector J1 NTAK9204 Cable...
Page 238 Figure 69 Attendant Console connections Console power can be obtained from the 4th and 5th TNs on the circuit card. To 4th TN Tip To 4th TN Ring To 5th TN Tip To 5th TN Ring (Note 1) Note 1: The M2250 is powered through the line circuits. In addition to the primary TN, secondary TN and ASMTN, two TNs are cabled to the M2250.
Page 239 Table 49 Terminal Number assignments — Main Chassis and Chassis Expander Physical slot Logical slot Note: Refer to the labels on the back of the Main Chassis. See Figure 52 on page 179. Table 50 Power Failure Transfer Unit connections Function First TN...Last TN 01 00...01 15...
Page 240 Table 50 Power Failure Transfer Unit connections (Continued) 553-3021-209 Standard 3.00 PFT 2 PFT 3 PFT 4 PFT 5 April 2000 R-BR Connect to the telephone BR-R Connect to the telephone line card BK-BL Connect to the central BL-BK office trunk BK-O Connect to the trunk line O-BK...
Page 241 Table 51 Color combinations of cable pairs W-Bl Color Bl-W Unit R-BR Color BR-R Unit W-BR BR-W BK-BL BK-O BK-G BL-BK O-BK G-BK Option 11C Mini R-BL BL-R BK-BR BK-S BR-BK S-BK Planning and Installation Guide...
Page 242 Table 52 lists the default DN assignments for the Main Chassis and Chassis Expander. Table 52 Default DN assignments for the Main Chassis and Chassis Expander Cable Unit 2200 Card 1 0 - 7 2208 Card 1 8 - 15 2216 Card 2 0 - 7...
Page 243 Table 53 lists the default DN assignments for the Main Chassis and Chassis Expander for Germany. Table 53 Default DN assignments for the Main Chassis and Chassis Expander (Germany) Cable Unit Card 1 0 - 7 Card 1 8 - 15 Card 2 0 - 7 Card 2...
Page 244: Cross-Connecting Terminal Digital Subscriber Loops
Cross-connecting terminal Digital Subscriber Loops Refer to ISDN BRI Administration and Maintenance Guide (553-3011-311) for a complete description of terminal Digital Subscriber Loops (DSL) cross- connecting and installation. Activating telephones Activating telephones is not difficult. Activate each telephone by performing a procedure on the telephone.
Page 245 Table 54 Telephone tones Tone Dial tone Special dial tone Overflow tone Relocation tone Table 55 Telephone tones for Germany Tone Description Dial tone Sequences of three short beeps with a pause between cycles Special dial Six short beeps followed tone by continuous tone Overflow tone...
Page 246: Activating A Default Model With A Character Display
Activating a default model with a character display Procedure 35 Activating a default model telephone with a character display 553-3021-209 Standard 3.00 Plug the telephone set into the jack and wait 20 seconds before you lift the handset. If you do not receive a dial tone, replace the handset and wait another 10 seconds before lifting the handset again.
Page 247 Press the pound key again to select the default extension number. You hear the relocation tone. The character display shows “OK”. If the extension number is already in use by another telephone, you hear the special dial tone. If the telephone has a display it shows “MULTI-LINE, EXTENSION?”.
Page 248: Activating A Default Model Without A Character Display
Activating a default model without a character display Procedure 36 Activating a default model telephone without a character display Note: If the extension number is already in use by another telephone, you hear three beeps followed by continuous dial tone (special dial tone). ——————————...
Page 249: Activating A Customized Model With A Character Display
Activating a customized model with a character display Procedure 37 Activating a customized telephone Plug the telephone set into the jack and wait 20 seconds before you lift the handset. If you do not receive dial tone, replace the handset and wait another 10 seconds before going off-hook again.
Page 250: Activating A Customized Model Without A Character Display
Note: If other keys require secondary extension numbers, you are prompted until you enter all of the required extension numbers for the model. These extension numbers cannot be defaulted. The text display prompting for more extension numbers is “KEY kk EXT?” where “kk” represents the key number requiring the extension number.
Page 251: Activating Terminals On A Dsl
Enter the customized extension number and press the pound key. You hear a short high-pitched beep which lasts four seconds, followed by silence (relocation tone). If the extension number is already in use by another telephone, you hear special dial tone again. If the extension number is not available for use, you hear a fast, high-pitched broken tone (overflow tone), and you must repeat this step.
Page 252 Page 252 of 332 Chapter 17 — Connecting the telephones 553-3021-209 Standard 3.00 April 2000...
Page 253: Chapter 18 - Connecting The Trunks
Chapter 18 — Connecting the trunks This chapter describes how to connect trunks directly to the trunk card, with or without the use of a Power Failure Transfer Unit (PFTU). This chapter contains the following procedures: • Procedure 39: “Connecting trunks without a PFTU” on page 254 •...
Page 254: Connecting Trunks Without A Pftu
Connecting trunks without a PFTU Procedure 39 Connecting trunks without a PFTU —————————— End of Procedure —————————— Connecting trunks with a PFTU Procedure 40 Connecting trunks with a PFTU —————————— End of Procedure —————————— 553-3021-209 Standard 3.00 From the assignment record, determine the location of the trunk connection and its associated Terminal Number (TN) at the cross-connect terminal.
Page 255 Table 56 Power Failure Transfer Unit connections QUA6 J1 cable Function Pair Color Connects to Connect to the telephone R-BL Connect to the BL-R telephone line card Connect to the central office trunk Connect to the trunk line card R-BR Connect to the BR-R telephone...
Page 256: Trunk Connections
Trunk connections NT8D14 Universal trunk card The Universal trunk card provides eight analog trunks that can function in the modes shown in Table 57. Table 57 NT8D14 Universal trunk — modes and option settings Modes Central (CO) 2- way TIE trunk (loop Dial Repeat) 2 - way TIE trunk (Outgoing Incoming Dial) Recorded Announcement (RAN)
Page 257 Table 58 NT8D14 Universal trunk connections Cable from chassis Pair Color W-BL BL-W Unit Unit W-BR BR-W Unit R-BL BL-R Unit R-BR BR-R Unit BK-BL BL-BK Unit BK-O O-BK BK-G G-BK Unit BK-BR BR-BK BK-S S-BK Unit Y-BL BL-Y Note: Remaining pairs are spare Option 11C Mini Paging All other...
Page 258: Nt8D15 E&M Trunk Card
NT8D15 E&M Trunk card Table 59 NT8D15 E&M Trunk card Cables Card 1 through Card 10 from chassis Pair Note: A and B are the transmit and receive pairs, where: TA = Transmit Tip, and RA = Receive Tip TB = Transmit Ring, and RB = Receive Ring 553-3021-209 Standard 3.00 Paging...
Page 259: Nt6D70 Silc And Nt6D71 Uilc Cards
NT6D70 SILC and NT6D71 UILC cards Refer to ISDN BRI Administration and Maintenance Guide (553-3011-311) for a complete description of trunk DSL installation and connections. Trunk connections (Europe) E&M TIE trunk card (2-Wire) Note: Refer to the Intelligent Peripheral Equipment Supplements for a complete description of European circuit cards.
Page 260 Table 61 E&M 2-wire Type 2 Lead designations 553-3021-209 Standard 3.00 Pins Pair color R-BL BL-R BK-BL BL-BK BK-O O-BK BK-BR BR-BK BK-S S-BK Y-BL BL-Y April 2000 Unit number Unit Unit Unit Unit...
Page 261: E&M Tie Trunk Card (4-Wire)
E&M TIE trunk card (4-Wire) Table 62 E&M TIE trunk card (4-wire) Cables Card 1 through Card 10 from chassis Pair Color W-BL BL-W R-BL BL-R R-BR BR-R BK-BL BL-BK BK-G G-BK BK-BR- BR-BK BK-S S-BK Note: The cable pair designated TA, TB is the transmit pair. The pair designated RA, RB is the receive pair.
Page 262 Table 63 E&M TIE trunk card (4-wire) Cables Card 1 through Card 10 from chassis Pair 553-3021-209 Standard 3.00 Unit Color Pins W-BL BL-W Unit W-BR BR-W R-BL BL-R Unit R-BR BR-R Unit BK-BL BL-BK BK-O O-BK April 2000 Column 1 Column 2 Type 2 Type 2...
Page 263: E&M Tie Trunk Card (2280Hz)
Table 63 E&M TIE trunk card (4-wire) (Continued) Cables Card 1 through Card 10 from chassis Note: The cable pair designated TA, TB is the transmit pair. The pair designated RA, RB is the receive pair. E&M TIE trunk card (2280Hz) Table 64 E&M 2280 Hz TIE trunk connections Lead designations...
Page 264: E&M Tie Trunk Card (Ran)
E&M TIE trunk card (RAN) Table 65 E&M 2-wire Recorded Announcement trunk connections Lead designations SIG B SIG A SIG B SIG A SIG B SIG A SIG B SIG A E&M TIE trunk card (MUS) Table 66 E&M 2-wire Music trunk connections Lead designations 553-3021-209 Standard 3.00...
Page 265: Co & Did Trunk Card
CO & DID trunk card Table 67 Central Office & Direct Inward Dial trunk connections Cable from chassis Pair Color W-BL BL-W Unit 0 Unit 1 W-BR BR-W Unit 2 R-BL BL-R Unit 3 R-BR BR-R Unit 4 BK-BL BL-BK Unit 5 BK-O O-BK...
Page 266: Central Office Trunk Card
Central Office trunk card Table 68 Central Office trunk connections Cable from chassis Pair 553-3021-209 Standard 3.00 Color Pins W-BL BL-W Unit 0 W-BR BR-W R-BL BL-R Unit 1 R-BR BR-R Unit 2 BK-BL BL-BK BK-O O-BK BK-G G-BK BK-BR BR-BK Unit 3 BK-S...
Page 267: Trunk Connections (Uk)
Trunk connections (UK) NT5K17 Direct Inward Dial card terminations Cross connect the NT5K17 DDI card as follows: Table 69 NT5K17 DDI cross-connect terminations Pair Pins Pair color W-BL BL-W W-BR BR-W R-BL BL-R R-BR BR-R BK-BL BL-BK BK-O O-BK Option 11C Mini Unit number Unit 0 Unit 1...
Page 268: Nt5K18 Exchange Line Trunk Card Terminations
Table 69 NT5K17 DDI cross-connect terminations (Continued) Pair NT5K18 Exchange line trunk card terminations Cross connect the NT5K18 Exchange line trunk card as shown in Table 70. Note: The connections on the NT5K18 Exchange line trunk card are polarity sensitive. Make sure the ground side of the trunk is connected to the A leg of the NT5K18 circuit.
Page 269 Table 70 NT5K18 Exchange line trunk card cross-connect terminations Pair Pins Option 11C Mini Pair color Unit number Unit 3 R-BR BR-R Unit 4 BK-BL BL-BK Unit 5 BK-O O-BK BK-G G-BK Unit 6 BK-BR BR-BK BK-S S-BK Unit 7 Y-BL BL-Y Planning and Installation Guide...
Page 270: Nt5K19 Analog Tie Line Trunk Card Terminations
NT5K19 Analog TIE line trunk card terminations Cross connect the NT5K19 analog TIE line trunk card as shown in Table 71. Note: The speech pairs on the NT5K19 card are polarity insensitive. The E&M signalling pairs, however, are polarity sensitive. Make sure the ground side of the trunk is connected to the A leg of the NT5K19 circuit.
Page 271 Table 72 NT5K19 2W Type 1 mode terminations Pair Pins & Option 11C Mini Pair color Unit number Unit 0 R-BL BL-R Unit 1 Unit 2 BK-BL BL-BK BK-BR BR-BK Unit 3 BK-S S-BK Planning and Installation Guide...
Page 272 Table 73 NT5K19 4W Type 1 mode terminations Pair 553-3021-209 Standard 3.00 Pins Pair color W-BL BL-W R-BL BL-R R-BR BR-R BK-BL BL-BK BK-G G-BK BK-BR BR-BK BK-S S-BK April 2000 Unit number Unit 0 Unit 1 Unit 2 Unit 3...
Page 273 Table 74 NT5K19 AC15 mode pair terminations Pair Pins Option 11C Mini Pair color Unit number W-BL BL-W Unit 0 Unit 1 R-BL BL-R R-BR BR-R Unit 2 BK-G G-BK Unit 3 BK-BR BR-BK Planning and Installation Guide...
Page 274: Activating A Default Model Trunk
Table 75 NT5K19 Recorded announcement mode pair terminations Pair SIG B SIG A SIG B SIG A SIG B SIG A SIG B SIG A Activating a default model trunk Due to the automatic 30 second time-out on the administration menu, prepare the data that you want to input before you begin.
Page 275 Procedure 41 Activating a default model trunk Lift the handset of the administration telephone. Enter the administration Flexible Feature Code to access the administration menu. The prompt “PASSWORD?” appears. Enter the default administration telephone password. You hear special dial tone and the prompt “TASK?”...
Page 276: Activating A Selected Model Trunk
—————————— End of Procedure —————————— Activating a selected model trunk Due to the automatic 30 second time-out on the administration menu, prepare the data that you want to input before you begin. To determine the corresponding TNs and trunks, check the location of trunk cards in the chassis or use LD 32.
Page 277 Enter the TN in Option 11 format (CCUU). The response “MODEL?” prompts you to select a model number for the trunk. Enter a trunk model number for the specified TN, and route and press the pound key (#). The character display shows: “OK”...
Page 278 Page 278 of 332 Chapter 18 — Connecting the trunks 553-3021-209 Standard 3.00 April 2000...
Page 279: Chapter 19 - Connecting An External Alarm
Chapter 19 — Connecting an external alarm This chapter describes the procedures for connecting an external alarm to the Option 11C Mini system. This chapter contains the following procedure: • Procedure 43: “Installing an alarm using an alarm port” on page 279 The following are the two methods of connecting an external alarm to the Option 11C Mini system: •...
Page 280: Alarm Through A Qua6 Pftu
—————————— End of Procedure —————————— Alarm through a QUA6 PFTU A QUA6 PFTU can be used to connect an external alarm through normally open or normally closed contacts of one of its units. The contacts operate under the same conditions as the PFTU, and can support the capacities listed in Table 76.
Page 281 Figure 70 Contacts in PFTU 7T (R-O) Normally connected to a CO trunk 7R (O-R) 5T (W-S) Normally connected to a telephone 5R (S-W) PFT 1 on PFTU 8T (R-G) 8R (G-R) 6T (R-BL) 6R (BL-R) Option 11C Mini Normally connected to a trunk line card...
Page 282 Table 77 Power Failure Transfer Unit connections Unit Pair 553-3021-209 Standard 3.00 Color Normal mode Makes with 6T and 6R R-BL Makes with 5T BL-R and 5R Makes with 8T and 8R Makes with 7T and 7R R-BR Makes with 10T BR-R and 10R Makes with 9T...
Page 283 V-BL BL-V V-BR BR-V Makes with 22T Opens 22T and 22R and 22R Makes with 23T and 23R Makes with 21T Open and 21R Makes with 24T Opens 24T and 24R and 24R Makes with 21T and 21R Makes with 23T Open and 23R Option 11C Mini...
Page 284 Page 284 of 332 Chapter 19 — Connecting an external alarm 553-3021-209 Standard 3.00 April 2000...
Page 285: Appendix A - Preprogrammed Data
You must, for example, assign features to telephone keys for the telephones to work correctly. Nortel Networks or its distributors can program the Mini System Controller (MSC) card with customer data before they send the card to the customer site.
Page 286: Passwords And Codes
Passwords and codes Table 78 lists each function in the left column with its password or code on the right. Table 78 Passwords and codes Function TTY password (For access to TTY Option 11C Mini overlays) Meridian Mail Mini administration password Administration telephone password Administration telephone FFC SPRE code...
Page 287: First Digits
First digits Table 79 shows the default numbering plan for Option 11C Mini: Table 79 Default numbering plan—First digit First digit Note: The first number of the default numbering plan is preprogrammed as 2200. The remaining numbers in the default numbering plan are assigned in software.
Page 288: Important Extension Numbers
Important extension numbers Table 80 Default numbering plan—important extension numbers Extension Attendant extension First number in numbering plan Night number Queue for Central Answering Position General ACD queue Meridian Mail Mini miscellaneous ACD queues: Meridian Mail Mini extension Auto attendant extension Express messaging Prompt maintenance Miscellaneous queues...
Page 289: Extensions Assigned To Card Slots
Extensions assigned to card slots Table 81 Extensions assigned to card slots in the Main Chassis and Chassis Expander Slot number Card number Extension numbers Main Chassis 2200 through 2215 2216 through 2231 2232 through 2247 2248 through 2263 2264 through 2279 2280 through 2295 Chassis Expander 2296 through 2311...
Page 290: Flexible Feature Codes
Flexible Feature Codes Many administrative procedures use Flexible Feature Code (FFC) data. Table 82 lists the FFCs for the Option 11C Mini system. Table 82 Flexible Feature Codes FFC Prompt 553-3021-209 Standard 3.00 ASRC AREM ADMN CFWA CFWD C6DS HOLD MNTC PUGR RDLN...
Page 291: Sdi Ports
SDI ports The minimum system port configuration for Option 11C Mini is 3 SDI ports, all of which are on the NTDK97 MSC card. You can get additional ports by installing an NTAK02 SDI/DCH circuit card. The SDI/DCH card has 4 serial I/O ports with three possible configurations: •...
Page 292: Esdi Settings
Enhanced Serial Data Interface (ESDI) port Port 9 is preprogrammed as an ESDI port and supports Meridian Mail Mini. It functions as a Command Status Link with the following settings: ESDI settings Table 84 ESDI settings Telephone tones The telephone tones in North America are as follows: •...
Page 293: Trunk Routes
Trunk routes Table 85 shows preprogrammed trunk route information that you must have on hand to activate and modify trunks. Table 85 Preprogrammed trunk route information Route 00 * 01 * 02 * Note: Trunk routes marked with an asterisk (*) are configured to support Call Detail Recording (CDR) output.
Page 294: Trunk Models
Trunk models Note: All trunks are programmed as immediate start/supervision = Yes, with the exception of trunks with an asterisk (*) next to them. Trunks marked with an asterisk (*) are set for wink start/supervision = Yes. Table 86 Trunk model information Mode 553-3021-209 Standard 3.00...
Page 295 Table 86 Trunk model information (Continued) Mode Pack Model Option 11C Mini DIP or Signaling (Wink Start Supv = Yes (Wink Start Supv = Yes (Wink Start Supv = Yes (Wink Start Supv = Yes (Wink Start Supv = Yes (Wink Start Supv = Yes (Wink Start...
Page 296 Table 86 Trunk model information (Continued) Mode 553-3021-209 Standard 3.00 Pack Model Signaling April 2000 DIP or BIMP and TIMP 3COM/900 3COM/900 3COM/600 600/1200 600/1200 3COM/600 3COM/600 3COM/600 3COM/600 3COM/900 3COM/900 3COM/900 3COM/900 -/600 - /600 3COM/600 3COM/600 3COM/600 3COM/600 3COM/900 3COM/900...
Page 297: Model Telephones
Table 86 Trunk model information (Continued) Mode * These trunks are set for Wink start. Model telephones This section provides a series of tables that list the different model telephones, their intended use, assigned Class of Service options, and key number positions with assigned features.
Page 298 Note: Off-premises Station (OPS) telephones do not have their own telephone models. You can, however, create OPS models by entering DD in response to the CDEN prompt in LD 10. Tables 87 through 89 show the acronyms for the Class of Service options for each telephone model in this section.
Page 299 Table 89 Class of Service options - ACD telephones Prompt Option 11C Mini Meaning Unrestricted Automatic Answerback Denied Automatic Digit Display Hunting Allowed Last Number Redial Allowed Call Forward No Answer Allowed Pickup Denied Message Waiting Allowed Planning and Installation Guide...
Page 300: Administration Telephone Models
Administration telephone models M2008 model 99 Intended use: Administration (maintenance) telephone Assigned Class of Service options: MTA/ADD/LNA/FNA/GPUA/MWA/FBD Table 90 M2008 telephone model 99 553-3021-209 Standard 3.00 Key number Feature position Blank Message Transfer Speed Call (personnel: 99) Forward Conference April 2000...
Page 301 M2616 model 99 Intended use: Administration (maintenance) telephone Assigned Class of Service options: MTA/LNA/FNA/GPUA/MWA/ADD//HFA/FBD Table 91 M2616 model 99 telephone Feature Autodial Autodial Autodial Autodial Autodial Autodial Speed Call (personnel: 99) Option 11C Mini number number Feature position position Message Transfer Ring Again Forward...
Page 302: Central Answering Position (Cap) Telephone Models
Central Answering Position (CAP) telephone models M2616 and M2216 CAP telephone model 60 Intended use: Central Answering Position telephone Assigned Class of Service options: LNA/FND/GPUA/MWA/ADD/HFD/AGN/FBD/SPV Table 92 M2616 and M2216 telephone model 60 Feature Hot * Make Set Busy Display Waiting Calls Autodial Autodial Autodial...
Page 303: Analog (500/2500-Type) Telephone Models
Analog (500/2500-type) telephone models Note: When you are activating an analog (500-type) telephone, you must use an analog (2500-type) telephone to define the features. When you have done this, disconnect the analog (2500-type) telephone and replace it with the analog (500-type) telephone that you are activating. Analog (500/2500-type) support personnel telephone models Table 93 Analog (500/2500-type) telephone models...
Page 304 M2006 General business telephone models Table 94 M2006 General business telephone models Model Intended use General business telephone General business telephone with message indicator General business telephone with message indication and speed call General business telephone General business telephone with message indicator General business telephone with message...
Page 305 M2008 General business telephone models Table 95 M2008 General business telephone models Model Intended use General business telephone General business telephone with message indication General business telephone with display General business telephone with message indication and display Assigned Class of Key number position with Service options assigned feature...
Page 306 M2008 Two-line general business telephone models Table 96 M2008 Two-line general business telephone models Model Intended use Two-line general business telephone Two-line general business telephone with message indication Two-line general business telephone with display Two-line general business telephone with message indication and display 553-3021-209 Standard 3.00...
Page 307 Table 96 M2008 Two-line general business telephone models (Continued) Model Intended use Two-line general business telephone Assigned Class of Key number position with Service options assigned feature FND, GPUA, LNA, 7 - Autodial MWA, NDD, FBD 6 - Autodial 5 - Autodial 4 - Autodial 3 - Forward 2 - Conference...
Page 308 M2008 manager telephone models Table 97 M2008 Manager telephone models Model Intended use Manager telephone Manager telephone with message indication Manager telephone with display Manager telephone with message indication and display 553-3021-209 Standard 3.00 Assigned Class of Service options FND, GPUA, LNA, MWA, NDD, FBD FNA, GPUA, LNA, MWA, NDD, FBD...
Page 309 M2008 Message center telephone models Table 98 M2008 Message center telephone models Model Intended use Message center telephone Message center telephone with display Assigned Class of Key number position with Service options assigned feature FND, GPUA, LNA, 7- Message Cancellation MWA, NDD, FBD 6 - Message Indication 5 - Speed Call (personnel: 20)
Page 310 M2216 ACD telephone models Table 99 M2216 ACD telephone models Model Intended use ACD agent with display ACD supervisor with display 553-3021-209 Standard 3.00 Assigned Class of Key number position with assigned Service feature options LNA, FND, 15 - Autodial GPUA, MWA, 14 - Autodial ADD, FBD...
Page 311 M2616 Secretary telephone models Table 100 M2616 Secretary telephone models Model Intended use Secretary telephone with display Secretary telephone with display and message indication Assigned Class of Key number position with assigned Service feature options LNA, FND, 15 - Autodial GPUA, MWA, 14 - Autodial ADD, HFA, FBD...
Page 312 M2616 Advanced business telephone Table 101 M2616 ACD telephone models Model Intended use Advanced business telephone Advanced business telephone with message indication Advanced business telephone with display Advanced business telephone with message indication and display 553-3021-209 Standard 3.00 Assigned Class of Key number position with assigned Service feature...
Page 313 M2616 Manager telephone models Table 102 M2616 Manager telephone models Model Intended use Manager telephone Manager telephone with message indication Manager telephone with display Manager telephone with message indication and display Assigned Class of Key number position with assigned Service feature options LNA, FND,...
Page 314 M2616 Message center telephone models Table 103 M2616 Message center telephone models Model Intended use Message center telephone Message center telephone with display 553-3021-209 Standard 3.00 Assigned Class of Key number position with assigned Service feature options LNA, FND, 15 - GPUA, MWA, 14 - Autodial NDD, HFA, FBD...
Page 315: Appendix B - Changing Preprogrammed Data
Appendix B – Changing preprogrammed data General information The preprogrammed data on the Option 11C Mini system can provide a starting point for programming the system’s telephone and trunking information. This chapter shows how to change the Option 11C Mini default numbering plan.
Page 316: Changing The Default Numbering Plan
Changing the default numbering plan Extensions assigned are different from the default numbering plan Compare the first digits assigned to this system with the default numbering plan. • If the first digit is in the range that is not in use, change the first number in the default numbering plan.
Page 317: Determining New Extension Numbers
Select “4 INSTALLATION OPTIONS” by entering the number “4”. The character display reads: 1 DEFAULT SETS 2 NUMBERING PLAN Select “2 NUMBERING PLAN” by entering the number “2”. The character display reads: FIRST NUMBER (XXXX)? To create a new first number, enter the digits you want and press the pound key.
Page 318: Using The Meridian Mail Mini Auto-Configure Feature
Example: In this example, the new numbering plan starts at extension number 4500. You want to know the extension number of the telephone connected to card 8, unit 12: Subtract 1 from the card slot number (8-1): Multiply by 16: Add the first extension number:+4500 Add the unit number:+ 12 Number assigned to card 8, unit 12 4624...
Page 319: Shifting The Numbering Plan To A New Card Slot
Shifting the numbering plan to a new card slot The first number in the numbering plan is assigned to slot 1, unit 0. You can shift the first number in the numbering plan to a different card slot. The following procedure describes how to shift the first number in the numbering plan to a specific card slot.
Page 320: Removing Numbering Plan Conflicts
Example: The first number in the numbering plan is 2200. For the first number in the numbering plan to be 2300, and the first line card is in slot 6, perform the following calculation: Locate the first line card. Subtract 1 from the number of the card slot that it is in.
Page 321: Conflicts With Acd Queues
Obtaining the use of card slot 10 If another circuit card requires card slot 10, remove the six Meridian Mail Mini agents programmed for this card slot. Load LD 11 on the TTY and respond to the system prompts, as shown below. Repeat the procedure for each of the six units that you want to remove.
Page 322: Conflicts With Call Park Extension Numbers
Conflicts with Call Park extension numbers Extension numbers for system call park are preprogrammed for the Central Answering Position. To remove this data from the system, load LD 50 and respond to the prompts as follows: LD 50 TYPE CUST SPDN XXXX “XXXX”...
Page 323: Conflicts With The Attendant Extension Number
Conflicts with the attendant extension number You cannot remove the attendant extension number completely from the Option 11C Mini system data, but you can replace it with another number. LD 15 TYPE CUST x “x” = Customer number ATDN xxxx “xxxx” = the new extension number Changing or removing the preprogrammed night number To change or remove the night number, use LD 15.
Page 324: Conflicts With Flexible Feature Codes
Conflicts with Flexible Feature Codes If the preprogrammed Flexible Feature Codes (FFC) conflict with the programming required for the Option 11C Mini system, remove the data from the system using LD 57. LD 57 To change one or more access codes, enter the following commands: TYPE CUST FFCT...
Page 325: Creating, Changing, And Removing Model Telephones
To remove all access codes, enter the following commands: TYPE FFC CUST 0-31 FFCT YES,(NO) ALL YES CODE<CR> REQ END Creating, changing, and removing model telephones If you need a model telephone different from the default models provided in Option 11C Mini software, use overlays to design the models. Use the information in Table 104.
Page 326: Creating Analog Telephone Models
Creating analog telephone models You must enter the following information in LD 10 to create an analog (500/2500- type) telephone model: LD 10 REQ NEW TYPE 500 M MODL YYY Enter responses to the remaining prompts to complete the new model. (Refer to the Option 11 Software guides for a complete list of prompts and possible responses).
Page 327: Creating Digital Model Telephones
Appendix B – Changing preprogrammed data Page 327 of 332 Creating digital model telephones To create model digital telephones, you must program key 0 with a function that can act as a prime extension number or its equivalent. This includes telephones that are programmed to have Single Call Ringing (SCR), Multiple Call Ringing (MCR), Single Call Non-Ringing (SCN), Multiple Call Non-Ringing (MCN), and Automatic Call Distribution (ACD).
Page 328: Printing Model Information
Printing model information To print information about model telephones, use LD 20. Analog telephones LD 20 REQ PRT TYPE 500 M MODL YYY “YYY” = the telephone model number. Digital telephones Note: To print M3000 telephone models, you must enter “TYPE 3000 M”.
Page 329: Creating Model Trunks And Changing Route Access Codes
Creating model trunks and changing route access codes If you need a trunk that is different from the default models provided in Option 11C Mini software, use Overlay 14 to design a model. Change route access codes using the administration telephone. If you require additional help when creating model telephones and trunks, refer to the X11 Administration Input/Output Guide.
Page 330: Modifying Model Trunks
Modifying model trunks If you want to modify a trunk, load LD 14 and enter the following commands on the TTY: LD 14 REQ CHG TYPE aaa M “aaa” = the type of trunk that you are MODL YYY “YYY” = the model number of the trunk Removing model trunks To remove a trunk model from the system, load LD 14 and respond to the prompts as follows:...
Page 331: Changing A Route Access Code
Changing a route access code Use this procedure to change a route access code. Procedure 47 Changing a route access code Lift the handset of the administration telephone. Enter the administration Flexible Feature Code to access the administration menu. Enter the default password for the administration telephone. You hear special dial tone and the prompt “TASK?”...
Page 332 —————————— End of Procedure —————————— 553-3021-209 Standard 3.00 Enter the new access code and press the pound key. The display shows “CODE CHANGED”. After a delay of approximately four seconds, you hear special dial tone and the sequence repeats when the prompt “ROUTE ACCESS?”...
Page 334 Document number Product release Document release Date Publish Meridian 1 Option 11C Mini Planning and Installation Guide Copyright © 1999–2000 Nortel Networks All Rights Reserved Information is subject to change without notice. Nortel Networks reserves the right to make changes in design or components as progress in engineering and manufacturing may warrant.

Meridian Nortel 1 Option 11C Mini Installation Manual

About this Guide

Chapter 1 - Introducing the Option 11C Mini

Chapter 2 - Identifying the Option 11C Mini Equipment

Chapter 3 - System and Site Requirements

Chapter 4 - Creating an Equipment Layout Plan and a Card Slot Assignment Plan

Chapter 5 - Regulatory Information

Chapter 6 - Installing the Option 11C Mini

Chapter 7 - Important Safety Instructions

Chapter 8 - Bracing the Option 11C Mini against Earthquakes

Chapter 9 - Installing the Chassis

Chapter 10 - Connecting the Chassis Expander to the Main Chassis

Chapter 11 - Installing the System Ground

Chapter 12 - Installing the Circuit Cards

Chapter 13 - Installing and Connecting the Cross-Connect Terminal

Chapter 14 - Installing Power Failure Transfer Units

Chapter 15 - Installing and Connecting SDI and Ethernet Ports

Chapter 16 - Starting the Option 11C Mini and Installing Software

Chapter 17 - Connecting the Telephones

Chapter 18 - Connecting the Trunks

Chapter 19 - Connecting an External Alarm

Appendix A - Preprogrammed Data

Appendix B - Changing Preprogrammed Data

Quick Links

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Summary of Contents for Meridian Nortel Meridian 1 Option 11C Mini