Page 1 ® Total Access 3000/3010 System Manual Manual Part Number - 61181001L1-1E CD Part Number - 3253056@B 6TAINT001-1E Total Access ® 3000/3010 System Manual...
Page 2 The contents of this manual are current as of the date of publication. ADTRAN reserves the right to change the contents without prior notice. In no event will ADTRAN be liable for any special, incidental or consequential damages or commercial losses even if ADTRAN has been advised thereof as a result of issue of this publication.
Page 3 About this Manual ADTRAN’s Total Access 3000/3010 is used to deliver a variety of digital services, including HDSL, T1, and ISDN, over copper loops, and four T1s over optical fiber. This manual provides a complete description of the system and system software.
Page 4 If not installed and used in accordance with the instruction manual, this equipment may cause interference to radio communications. Total Access 3000/3010 has been tested and found to comply with limits for a Class A digital device pursuant to Subpart...
Page 5 Find a Topic in the List Below Then Turn To: System Overview Page 3 Page 5 System Components System Connectivity Page 9 System Modules Page 13 System Solutions Page 33 ® © 2003, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 6 6TASYS000-1E TOTAL ACCESS ® 3000/3010 SECTION 1 Page 2 of 2 © 2003, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 7: Table Of Contents
The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 8 Figure 18. TDM Loop Devices ........................37 Figure 19. HDSL/HDSL2 System Arrangement ..................38 Figure 20. ISDN Practical Arrangement ....................40 Figure 21. Total Access 3000 HD-10/ISDN Versatility ................41 Figure 22. T1 System Arrangement ......................42 Figure 23. QFO-C System Arrangement ....................43 Figure 24.
Page 9: System Overview
It is designed to deploy today’s advanced loop technologies and those of the foreseeable future, as well as support all existing technologies. Current offerings for the Total Access 3000/3010 include STS-1, OC-3, DS3, HDSL, HDSL2, T1, ISDN, Optical Delivery of four T1s, and a System Controller Unit. The entire system is designed for simplicity, service, compatibility, and functionality.
Page 10 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 4 of 46 © 2003, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 11: System Components
The single multifunction backplane provides for a variety of system arrangements. The Total Access 3000/3010 shelf is compliant with all applicable NEBS Level 3 requirements and listed to UL 60950. All modules are inserted and removed from the front of the shelf. The far-left slot is designated for the System Controller Unit (SCU), the next two slots are designated for Multiplexer Modules, and the remaining 28/22 slots are reserved for access modules.
Page 12 CO. The Total Access 3000/3010 can be configured to meet the growing needs of both TDM and DSLAM applications. Figure 2 shows the Total Access 3000/3010 configured for a TDM network with management, network, and loop interfaces.
Page 13: Heat Baffle And Fiber Routing
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 7 of 46 2.2 Heat Baffle and Fiber Routing An optional heat baffle mounts directly above the main shelf. The heat baffle is 4 inches high and 21.5/17.5 inches wide. It allows passage of cool air to convect heat away from the shelf above the baffle.
Page 14: Bay Configurations
Page 8 of 46 2.3 Bay Configurations Total Access 3000/3010 is available in a 7-foot bay configuration. The actual number of services that can be provisioned from a particular bay depends on the type and concentration of those services. Some arrangements draw more power than others and may impact total power consumption to a higher degree.
Page 15: System Connectivity
SCU. There are also facilities for plug-in modules and wire-wrap pins for special purposes. See Figure 4. Refer to Figure 4, (page 9) the Total Access 3000/3010 Backplane, to identify the locations of the following: 3.1 System and Power Ground Flag A.
Page 16: Figure 4. Total Access 3000/3010 Backplane
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 10 of 46 19-inch Shelf 23-inch Shelf Figure 4. Total Access 3000/3010 Backplane © 2003, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 17: Loop Interfaces
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 11 of 46 Flag F. DSX Network Access DSX-1 level I/O network side access is achieved through the 64-pin/50-pin amphenol connectors for the access modules. 3.4 Loop Interfaces Flag G. Loop Access Loop side access is achieved via 64-pin/50-pin amphenol connectors for HDSL, HDSL2, ISDN, T1, and DS1.
Page 18 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 12 of 46 Each alarm can be individually wired for normally open or normally closed configuration. Flag O. External Alarm Inputs The shelf contains four external alarm inputs: ACO, Remote, AUX 1, and AUX 2.
Page 19: System Modules
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 13 of 46 SYSTEM MODULES 4.1 Common Modules 4.1.1 System Controller Unit (P/N 1181018L1) The System Controller Unit (SCU) serves as the user interface into the system. The operator provisions and monitors other modules in the system, either locally or remotely, via the SCU.
Page 20: Figure 6. Scu Faceplate
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 14 of 46 The SCU incorporates these features: • DB-9 connector on the faceplate provides provisioning with a VT100 terminal (see Figure 6) • The faceplate includes a four-character alphanumeric display and toggle switch for local module status and monitoring •...
Page 21: Multiplexer Modules
SYS-101 Page 15 of 46 If Total Access 3000/3010 shelves are daisy chained together on the RS-485 bus, the alarm status of each shelf in the daisy chain can be seen from the auxiliary shelf access menu on the host SCU.
Page 22: Multiplexer Module
STS-1 Multiplexer Module (P/N 1181030L2) The Total Access 3000/3010 STS-1 SONET Multiplexer provides a full STS-1 SONET multiplexer in a single slot of a Total Access 3000/3010 chassis. This single 1-inch wide card provides a SONET terminal multiplexer in an extremely small space and includes time slot assignment for all VT1.5s delivered through the STS-1 network...
Page 23: Figure 8. Sts-1 Mux Faceplate
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 17 of 46 STS-1 MX 1181030L2 POWER STATUS TEST CLOCK LOCKOUT ON LINE TEST/ ENABLE Figure 8. STS-1 MUX Faceplate The STS-1 incorporates these features: • Screen provisioning and troubleshooting via menus through the SCU •...
Page 24: Multiplexer Module
4.2.3 OC-3 Multiplexer Module (P/N 1181031L1) The Total Access 3000/3010 OC-3 Multiplexer transforms the Total Access 3000/3010 system into a SONET network element able to interface with industry standard SONET equipment. The OC-3 module is a terminal mode SONET interface and therefore deploys as a termination device subtending from a SONET ring.
Page 25: Access Modules
Protection is not available on the double-wide HD-10 for ISDN. To facilitate full integration, Total Access 3000/3010 technology is compatible or identical in function with existing ADTRAN products. Screen displays and menus are consistent with the look and feel of other ADTRAN displays to ensure operator familiarity. ®...
Page 26: Htu-C
4.3.1 HTU-C The Total Access 3000/3010 HDSL Transceiver Unit - Central Office (HTU-C) is a central office transceiver unit that works with an HDSL Transceiver Unit-Remote (HTU-R) and up to two HDSL Range Extenders (HREs) to establish T1 data rates over the local loop.
Page 27: Figure 10. Htu-C Faceplates
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 21 of 46 The HTU-C has two span powering modes, and provides less than -140V for span powering both a low voltage HTU-R and a low voltage HRE. For span powering two low-voltage HREs and a low-voltage HTU-R, the HTU-C provides -190 Vdc.
Page 28 Screen provisioning and troubleshooting via menus of the SCU • TL1 support for selected TDM linecards via the SCU • Performance history • Operates with two ADTRAN HREs and one HTU-R for T1 service up to 36 kft Faceplate LED indicators include: • STAT •...
Page 29: Figure 11. Hd-10 Faceplate (Double Wide)
4.3.2 HD-10 The Total Access 3000/3010 High Density-10 U Interface (HD-10) is a high density circuit card that provides the functionality of an entire ISDN channel bank deployed across a T1 carrier facility. The HD-10 is designed to provide the maximum concentration for 2B+D Basic Rate interface (BRI) ISDN in a compact configuration.
Page 30: T1-Or
The HD-10 is compatible with any compliant ISDN channel unit. 4.3.3 T1-OR The Total Access 3000/3010 T1 Office Repeater (T1-OR) access module provides a T1 office repeater function in a single-slot interface module. Built-in circuitry provides support for 1:1 protection. See Figure 12.
Page 31 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 25 of 46 The receive transmission path of the T1-OR provides a long-haul regenerator followed by a provisionable DSX pre-equalizer, and its transmit path provides a short-haul regenerator followed by a provisionable transmit line buildout. It is capable of...
Page 32: Qfo-C
4.3.4 QFO-C The Total Access 3000/3010 Quad Fiber Optic - Central Office (QFO-C) is designed to carry up to four asynchronous DS1 circuits over single mode fiber at distances beyond 24 km. Two units, one at the central office and the other at the customer’s premises, make up a complete system.
Page 33 • Separate “ACTive” LED for APS The ADTRAN Remote shelf houses one or two QFO-R modules plus an alarm and telemetry module. A single QFO-R provides simplex operation. Two QFO-Rs provide automatic protection switching, with one unit online and a second in hot-standby mode.
Page 34: H2Tu-C
4.3.5 H2TU-C The Total Access 3000/3010 H2TU-C is a high-density Central Office transceiver unit that works with a remote unit (H2TU-R) and an optional H2R to establish T1 (1.544 Mbps) data rates over a single pair copper loop. The unit is designed to operate in the Total Access 3000/3010 chassis, which accommodates 28/22 HDSL2 circuits in a 6- inch tall space.
Page 35 The H2TU-C incorporates these features: • Converts standard bipolar DSX-1 signals to/from HDSL2 signals • Operates in Total Access 3000/3010 multiplexer applications • Offers built-in automatic protection switching for redundancy (1181112L5 only) • Span powers H2TU-R and H2R repeater for T1 service out to 24kft •...
Page 36: Module
Page 30 of 46 4.3.6 DSX-1 Module The Total Access 3000/3010 DSX-1 Module provides an inter-office DSX-1 interface and is used to drop T1 bandwidth to local central office network elements. The DSX-1 Module will only operate in conjunction with a MUX module See Figure 15.
Page 37 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 31 of 46 The DSX-1 module also supports a full range of diagnostic alarms and loopbacks to aid in troubleshooting. Payloads can be looped back toward the network or customer. Loopbacks toward the customer have an optional framing regeneration feature, which allows the payload to have the embedded framing regenerated or not.
Page 38: H4Tu-C
4.3.7 H4TU-C The Total Access 3000/3010 H4TU-C is a high-density Central Office transceiver unit that works with a remote unit (H4TU-R) and an optional H4R to establish T1 (1.544 Mbps) data rates over two copper loops. The unit is designed to operate in the Total Access 3000/3010 chassis, which accommodates 28/22 HDSL4 circuits in a 6-inch tall space.
Page 39 The H4TU-C incorporates these features: • Converts standard bipolar DSX-1 signals to/from HDSL4 signals • Operates in Total Access 3000/3010 multiplexer applications • Offers built-in automatic protection switching for redundancy (1181411L5 only) • Span powers H4TU-R and up to two H4R repeaters for T1 service •...
Page 40 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 34 of 46 © 2003, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 41: System Solutions
5.1.1 DSX-1 All access slots in Total Access 3000/3010 have access to DSX-1 network interfaces. These make the system function much like a managed Office Repeater Bay (ORB). The advantage of having DSX-1 network interfaces available to the access module slots is in delivering services local to the system.
Page 42: Ds3/Sts-1
DS1 in the DS3 or STS-1 payload. 5.1.3 OC-3 The Total Access 3000/3010 system incorporates the option to have a SONET OC-3 multiplexer as the network source. The OC-3 multiplexer is a terminal MUX and subtends off a higher order SONET ring. Unlike the DS3/STS-1 multiplexers discussed in Section 4.4.2, the OC-3 MUX, when used in the Automatic Protection...
Page 43: Loop Access Solutions
TOTAL ACCESS 3000/3010 SYS-101 Page 37 of 46 Loop Access Solutions See Figure 18 for some of the loop side carrier devices and arrangements that interface to the Total Access 3000/3010. Total Access 3000/3010 FT1 2-wire circuit (SDSL) circuit 2 HDSL...
Page 44: Range Extension (Hdsl/Hdsl2)
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 38 of 46 An HDSL Transceiver Unit-Central Office (HTU-C) can be installed in the CO- controlled environment. The HDSL Transceiver Unit-Remote (HTU-R) is installed at or close to the customer’s premises. The HTU-R is span powered by the HTU-C. This eliminates the need for remote power arrangements and provides for a more reliable system (see Figure 19).
Page 45: Isdn
H2R, extending the HDSL2 range to 24 kft. 5.2.2 ISDN Total Access 3000/3010 allows you to take maximum advantage of the carrying capacity on copper pairs while minimizing the number of pairs required. 140/110 ISDN Basic Rate Interfaces (BRIs) can be deployed from a single shelf.
Page 46: Figure 20. Isdn Practical Arrangement
The system has reduced the size of a complete ISDN T1 multiplexer to a single HD-10 card that fits into two slots of Total Access 3000/3010. This provides telcos with the capability of deploying ten ISDN circuits from a double-wide card, or a total of 140/ 110 circuits from a Total Access shelf fully populated with HD-10 ISDN access modules.
Page 47: Figure 21. Total Access 3000 Hd-10/Isdn Versatility
The HD-10 can tolerate a maximum of three bridge taps, up to a total of 6,000 feet on each circuit, with no one bridge tap exceeding 2,000 feet. The HD-10 occupies two slots in the Total Access 3000/3010 shelf, allowing 14/11 cards per system, or 140/110 BRIs. See Figure 21.
Page 48: Figure 22. T1 System Arrangement
5.2.3 The Total Access 3000/3010 T1 solution can be multiplexed or DSX-1 fed. ADTRAN’s T1 solution can be used for Cell Sites requiring DS1s with a 1:1 redundancy and NPRM improved service. The Total Access 3000/3010 T1 solutions support office building applications utilizing PBXs, ACDs, LAN, or WANs.
Page 49: Optical Delivery Of Four T1S
6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 43 of 46 5.2.4 Optical Delivery of Four T1s The QFO-C provides economical transport for up to four optical DS1 signals and offers a cost-effective alternative to costly, full-featured fiber multiplexers in many applications. Applications for QFO-C include customer DS1 services, DS1 entrance links to wireless/PCS cell sites, and feeder facilities for medium capacity DLC systems.
Page 50: Optical Characteristics
The Loop Support System (HLSS) provides 1:1 protection for the circuits. A T1, HDSL, or HDSL2 module is provisioned as either the main unit or the auxiliary unit. The Total Access 3000/3010 backplane is pre-wired to support this arrangement with the odd-numbered slots designated the main circuit and the next higher even-numbered slot designated the auxiliary circuit.
Page 51 A Total Access 3000/3010 APS circuit can provide another HDSL, HDSL2, or T1 line in just minutes by disabling the backup circuit and turning it into an independent carrier.
Page 52 6TASYS101-1E TOTAL ACCESS 3000/3010 SYS-101 Page 46 of 46 © 2003, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 53 6TAENG000-1E TOTAL ACCESS 3000/3010 SECTION 2 Page 1 of 2 Total Access 3000/3010 Engineering Guidelines Find a Topic in the List Below Then Turn To: Dimensions of Equipment Page 3 System Power Requirements Page 5 Power Dissipation Considerations Page 8...
Page 54 6TAENG000-1E TOTAL ACCESS 3000/3010 SECTION 2 Page 2 of 2 © 2002, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 55 Page 1 of 32 Total Access 3000/3010 Engineering Guidelines This section of ADTRAN’s Total Access 3000/3010 System Manual is designed for use by network engineers, planners, and designers who are upgrading or intensifying a communications network. It contains general information and describes physical and operational concepts, card functions, network relationship, provisioning, testing, alarm status, and system monitoring.
Page 56 ENG-201 Page 2 of 32 Figure 13. Eight AMP Champ Connectors with Associated Labels for the Total Access 3000 ....29 Figure 14. Eight AMP Champ Connectors with Associated Labels for the Total Access 3010 ....29 Figure 15. Wire-wrap Pins for Metallic Test Access ................... 31 Figure 16.
Page 57: Dimensions Of Equipment
Page 3 of 32 Total Access 3000/3010 Engineering Guidelines Dimensions of Equipment Table 1 lists the dimensions of the Total Access 3000/3010, heat baffle, fan, and several access modules. NOTE References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b.
Page 58 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 4 of 32 Table 1. Total Access 3000/3010 Equipment Dimensions and Weights " " " 1 " " " " " " " t l i " " " . 0 2 t l i "...
Page 59: System Power Requirements
Table 2 illustrates the current draw of each module at -48 V. Table 3 through Table 5 illustrate three different Total Access 3000/3010 arrangements with a current draw of -48 V. Use Table 6 to determine wire gauge and fuse size. Use Table 8 to calculate current draw for a single shelf deployment.
Page 60 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 6 of 32 The following are examples of typical shelf arrangements and the tables used to calculate the power draw for each configuration. Table 3. Configuration 1 with a Current Draw of Each Module At -48 V NOTE Current data is listed as per unit.
Page 61 50 percent margin. Table 6. Determining Wire Gauge and Fuse Size* * Recommendations apply to wiring from Total Access 3000/3010 shelf to fuse panel in same bay. For single shelf deployment, use Table 7 to calculate current draw.
Page 62: Power Dissipation Considerations
1.3.1 Power Dissipation for a Total Access 3000/3010 Shelf Table 8 illustrates the heat dissipation of each module. Table 9 through Table 11 illustrate three different Total Access 3000/3010 arrangements and their heat dissipation. Table 8. Heat Dissipation at -48V...
Page 63 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 9 of 32 Use the worksheet in Table 12 to calculate total heat dissipation from Total Access 3000/3010 modules. Add the heat dissipation data from the individual units to get the total dissipation for a complete system.
Page 64 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 10 of 32 Table 11. Configuration 3 Heat Dissipation i s s s t t W s t t s t t s t t s t t s t t s t t...
Page 65: Total Access 3000/3010 Heat Dissipation And Gr-63-Core
1.3.2.2 Frame Level NEBS provides specific objectives for heat dissipation in a frame in paragraph O4-12 for a frame such as intended for the Total Access 3000/3010. The relevant values are as follows in Table 14, from GR-63-CORE table 4-6: Table 14.
Page 66 Page 12 of 32 The following guideline is intended to aid the designer and planner for installations of Total Access 3000/3010 shelves and meeting NEBS heat release objectives. Since the Total Access platform supports multiple technologies that produce a wide range of heat, much forethought should be given to the installation and possible future expansion.
Page 67 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 13 of 32 Fuse/Alarm #1 Fuse/Alarm #2 Chassis #10 - Limit DSX-1 Example: All HD-10 Chassis #9 - Limit HD10 9 @ 108 W = 972 W -or- All DSX-1 Chassis #8 10 @ 78.3 W = 705 W...
Page 68 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 14 of 32 Fuse/Alarm #1 Fuse/Alarm #2 Baffle #4 (Fan Only) DS3MX DS3MX 1181017L1 1181020L1 1181020L1 POWER POWER STATUS STATUS 6 Shelves TEST TEST MODE SELECT Chassis #6 LOCKOUT LOCKOUT 3 Fans ON LINE...
Page 69 Only one spacer is required per seven foot rack; Figure 1 shows two, assuming that this rack is one in a bay full of Total Access 3000/3010 racks, each engineered for the worst case heat dissipation scenario. If only one rack is being engineered for the worst case scenario, the spacer should be used on the right side of the rack (as viewed from the front).
Page 70: Management Interfaces
It is important to note that when daisy chaining sheves, only one SCU is provisioned as the host. To daisy chain up to 16 Total Access 3000/3010 shelves, use a 22 to 24 gauge wire (two wire with drain). ADTRAN recommends the AT&T ®...
Page 71: Alarm Input And Outputs
Four alarm inputs are supported. They are ACO, Remote, AUX 1, and AUX 2. The active alarm state is -48 V or contact closure. Alarm relays are supported by all versions of the SCU and no additional ADTRAN equipment needs to be provided to utilize the alarming features.
Page 72: Tl1 Over X.25
X.25 switch via a second DSU-DP circuit. Total Access 3000/3010 is supported by Telcordia’s NMA system. NMA can be configured to connect to a Total Access 3000/3010 SCU over X.25 network in order to receive TL1 autonomous messages. The SCU allows Total Access 3000/3010 to operate as an Intelligent Network Element (INE) on the X.25 network.
Page 73 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 19 of 32 TL1 Over X.25 (using another CO X.25 Connection) Synchronous RS-232 DSU DP 1104 003L3 (Rx) X.25 Connection (Tx) 64K CLEAR SW 56 Synchronous SIBRATE EC SLC II RS232 interface up to 64 kps...
Page 74: Snmp And Telnet Over 10Baset
1.4.4 SNMP, TELNET and TL1 over 10BaseT When the SCU is installed into Total Access 3000/3010, the 10BaseT connection is enabled. An RJ45 port (J32 labeled E-NET) provided on the backplane connects the system to an IP/Lan network. The SCU has a Standard TCP/IP stack and can operate on a standard IP network.
Page 75 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 21 of 32 SNMP over 10BaseT One IP Address Network Administrator SCU Gateway Provides: IP Address to Host SCU Connected to subnet mask RJ45 socket default gateway on backplane of 10BaseT host shelf Router...
Page 76: Network Connections
1.6.1 Cable Specifications All coaxial cable for Total Access 3000/3010 DS3 and STS-1 signals shall meet the following minimum specifications: • The coaxial cable shall have characteristic impedance of 75 Ohm.
Page 77 MDF or DSX-1 "B" DSX-1 "A" Pair 8 Pair 6 Pair 7 Pair 5 2298 Figure 7. Backplane and AMP Champ Connectors for Total Access 3000 Pair 1 Pair 3 Pair 4 Pair 2 MDF or DSX-1 "B" DSX-1 "A"...
Page 78 Pairs 5 and 6 will be used for DSX-1 (DSX-B) if the user installs a dual DSX-1 card, such as a QFO-C, in Total Access 3000/3010. If no dual DSX-1 cards are installed, then pairs 5 and 6 can connect to the MDF.
Page 79 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 25 of 32 Thus, every access module slot in the system can access up to a maximum of four DSX-1 network interfaces, but any access module that uses all four of its available DSX-1 network interfaces (e.g., QFO-C) precludes active use of any DSX-1 network interfaces in the paired slot.
Page 80: Ds3 / Sts-1
6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 26 of 32 1.6.3 DS3 / STS-1 Coaxial network interfaces are used for supporting high-speed electrical interfaces such as DS3 and STS-1. The following discussion is relevant to both of these types of network interfaces and multiplexers.
Page 81: Fiber Applications
1.6.4 Fiber Applications All fiber optic cable connections in Total Access 3000/3010 are made directly on fiber optic access modules or multiplexer modules. Fibers are routed through the gap between the top of the shelf and the top of the fiber card faceplate once a fiber optic card is installed.
Page 82 6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 28 of 32 Figure 12. Heat Baffle And Fiber Routed Out the Back © 2002, ADTRAN, Inc. Total Access ® 3000/3010 System Manual...
Page 83: Local Loop Connections For Tdm Applications
TOTAL ACCESS 3000/3010 ENG-201 Page 29 of 32 Local Loop Connections for TDM Applications Total Access 3000/3010 supports two types of local loop connections: copper pair and optical fiber. All local loop connections are serviced through access modules. 1.7.1 Copper Loop Support Copper pairs in Total Access 3000/3010 are delivered through 64-pin/50-pin AMP Champ connectors on the backplane.
Page 84: Fiber Loop Support
The system can accommodate as many as 28 fiber optic access modules, as well as two fiber optic multiplexers. All fiber optic cable in Total Access 3000/3010 is routed out the top front of cards installed in the system. This includes fiber optic cable used for network interfaces as well as for delivering services across the local loop.
Page 85: Test Access 3000/3010 Support
Page 31 of 32 Test Access 3000/3010 Support Total Access 3000/3010 supports a comprehensive array of test capabilities, including metallic loop test access and digital test access. Both of these capabilities are fully supported by the system. Use of them, however, requires access modules and multiplexers with built-in support for these test capabilities.
Page 86: Digital Loop Test Access
6TAENG201-1E TOTAL ACCESS 3000/3010 ENG-201 Page 32 of 32 1.8.2 Digital Loop Test Access Digital test access is provided through six wire-wrap pins (labeled DSX -1Test Access and located at P23/P22) on the backplane of the system. See Figure 16.
Page 87 6TAAPP000-1E TOTAL ACCESS 3000/3010 SECTION 3 Page 1 of 2 Total Access 3000/3010 Application Guides Find Your Task in the List Below Then Go To: Standard DSX-1-Fed System Application APP-301 HDSL/HDSL2/T1-only DSX-1-Fed System Application APP-302 Standard MUX-Fed System Application APP-303...
Page 88 6TAAPP000-1E TOTAL ACCESS 3000/3010 SECTION 3 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 89 Usage The standard DSX-1-Fed configuration will be used when several technologies are to be used inside one Total Access 3000/3010 shelf and it is to be DSX-1-Fed. Currently, the technologies that can be mixed together into one standard DSX-1-Fed shelf are as follows: •...
Page 90 6TAAPP301-1E TOTAL ACCESS 3000/3010 APP-301 Page 2 of 6 Table 1. Standard DSX-1-Fed r i a r i a r i a r i a r i a r i a r i a r i a i t c i t c , .
Page 91 6TAAPP301-1E TOTAL ACCESS 3000/3010 APP-301 Page 3 of 6 Table 2. Pinout For Pairs 5 and 7 Table 3. Pinout For Pairs 6 and 8 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 92 6TAAPP301-1E TOTAL ACCESS 3000/3010 APP-301 Page 4 of 6 Table 4. Pinout For Pairs 1 Through 4 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 93 6TAAPP301-1E TOTAL ACCESS 3000/3010 APP-301 Page 5 of 6 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 94 If operating in a 1:1 protective mode, the slot that is adjacent and to the right of the main slot will then serve as the auxiliary slot. When operating in a non-protective mode, all 28/22 slots of Total Access 3000/3010 shelf can be used as independent circuits.
Page 95 1.1.1 Usage The HDSL//HDSL2/T1-only DSX-1-Fed configuration will be used when the technologies are to be only HDSL, HDSL2 and T1, the Total Access 3000/3010 shelf is to be DSX-1-Fed. For wiring DSX-1-Fed applications, refer to Table 1. For wiring to the DSX-1, pairs 7 and 8 will be used. Table 2 is the pinout for pair 7 and Table 3 is the pinout for pair 8.
Page 96 6TAAPP302-1E TOTAL ACCESS 3000/3010 APP-302 Page 2 of 6 Table 1. HDSL/HDSL2/T1 Only DSX-1-Fed , . s , . s , . s i t c t s i i t c i l e l i a i t a c i l .
Page 97 6TAAPP302-1E TOTAL ACCESS 3000/3010 APP-302 Page 3 of 6 Table 2. Pinout For Pair 7 Table 3. Pinout For Pair 8 Shield Ground Shield Ground ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 98 6TAAPP302-1E TOTAL ACCESS 3000/3010 APP-302 Page 4 of 6 Table 4. Pinout For Pairs 1 and 2 Shield Ground ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 99 6TAAPP302-1E TOTAL ACCESS 3000/3010 APP-302 Page 5 of 6 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 100 6TAAPP302-1E TOTAL ACCESS 3000/3010 APP-302 Page 6 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 101 DSX cross connect. The QFO-C does not currently have MUX-Fed capability. When mixing technologies in Total Access 3000/3010, it is important to note the shelf can facilitate up to 28 modules of T1-ORs, HTU-Cs, H2TU-C, and DSX-1. The capacity for the HD-10 in 8 or 10 DSL mode is 14/11 because the module is a double- wide unit.
Page 102 6TAAPP303-1E TOTAL ACCESS 3000/3010 APP-303 Page 2 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 103 6TAAPP303-1E TOTAL ACCESS 3000/3010 APP-303 Page 3 of 6 Table 2. Pinout For Pairs 1 Through 5 Shield Ground ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 104 6TAAPP303-1E TOTAL ACCESS 3000/3010 APP-303 Page 4 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 105 DSX-1 access module is used only for MUX-fed applications, and sends its 4-wire DSX-1 signal out to pairs 7 and 8, where DSX-1 signals are normally found on the Total Access 3000/3010. There is no 1:1 protection capability in the DSX-1 access module.
Page 106 6TAAPP303-1E TOTAL ACCESS 3000/3010 APP-303 Page 6 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 107 Usage The HDSL/HDSL2/T1-only MUX-Fed configuration will be used when HDSL, HDSL2, or T1 technologies are to be used in Total Access 3000/3010 and the shelf is to be fed from a DS3 or STS-1 multiplexer. For wiring HDSL/HDSL2/T1-only MUX-Fed applications, refer to Table 1.
Page 108 6TAAPP304-1E TOTAL ACCESS 3000/3010 APP-304 Page 2 of 4 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 109 6TAAPP304-1E TOTAL ACCESS 3000/3010 APP-304 Page 3 of 4 Table 2. Pinout For Pairs 1 and 2 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 110 6TAAPP304-1E TOTAL ACCESS 3000/3010 APP-304 Page 4 of 4 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 111 3000, and Table 3 is the pinout for pairs 7 and 8 for Total Access 3010. See Table 4 and Table 5 for cable pinout details, for pairs 1 through 5 of the Total Access 3000 and Total Access 3010, respectively. See Figure 1 and Figure 2 for MDF terminal block mapping.
Page 112 1.1.2 HTU-C, H2TU-C, and T1-OR Considerations When installing either HTU-Cs, H2TU-Cs, or T1-ORs into Total Access 3000/3010, the odd-numbered slots of the shelf serve as the main slot and the even-numbered slots serve as auxiliary. Therefore, the main module is always placed in the odd-numbered slots and the auxiliary module should be placed to the immediate right.
Page 113 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 3 of 10 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 114 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 4 of 10 Table 2. Total Access 3000 Pinout For Table 3. Total Access 3010 Pinout For Pair 7 and Pair 8 Pair 7 and Pair 8 ® © 2002, ADTRAN, Inc. Total Access...
Page 115 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 5 of 10 Table 5. Total Access 3010 Pi-out For Table 4. Total Access 3000 Pinout For Pair 1 Through Pair 5 Pair 1 Through Pair 5 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 116 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 6 of 10 Table 6. HD-10 Loop Side Pin Assignments for Total Access 3000 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 117 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 7 of 10 Table 6. HD-10 Loop Side Pin Assignments for Total Access 3000 (Continued) ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 118 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 8 of 10 Table 7. HD-10 Loop Side Pin Assignments for Total Access 3010 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 119 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 9 of 10 Table 7. HD-10 Loop Side Pin Assignments for Total Access 3010 (Continued) ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 120 6TAAPP305-1E TOTAL ACCESS 3000/3010 APP-305 Page 10 of 10 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 121 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 122 6TAAPP306-1E TOTAL ACCESS 3000/3010 APP-306 Page 2 of 4 Table 1. Pinout For Pairs 5 and 7 Table 2. Pinout For Pairs 6 and 8 Shield Ground Shield Ground ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 123 6TAAPP306-1E TOTAL ACCESS 3000/3010 APP-306 Page 3 of 4 Table 3. QFO-Only , . s i t c i l e l i a i t a s t i ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 124 6TAAPP306-1E TOTAL ACCESS 3000/3010 APP-306 Page 4 of 4 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 125 Usage The Standard Combo-Fed configuration will be used when several technologies are to be used inside one Total Access 3000/3010 and it is to be DSX-1 and MUX-Fed. Currently, the technologies that can be mixed together into one Standard Combo-Fed shelf are: •...
Page 126 6TAAPP307-1E TOTAL ACCESS 3000/3010 APP-307 Page 2 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 127 6TAAPP307-1E TOTAL ACCESS 3000/3010 APP-307 Page 3 of 6 Table 2. Pinout For Pairs 5 and 7 Table 3. Pinout For Pairs 6 and 8 Shield Ground Shield Ground Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 128 6TAAPP307-1E TOTAL ACCESS 3000/3010 APP-307 Page 4 of 6 Table 4. Pinout For Pairs 1 Through 4 Shield Ground ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 129 6TAAPP307-1E TOTAL ACCESS 3000/3010 APP-307 Page 5 of 6 Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 130 When operating in a non-protective mode, all 28/22 slots of Total Access 3000/3010 shelf can be used as main slots. If operating in a 1:1 protective mode, the slot that is adjacent and to the right of the main slot will then serve as the auxiliary slot.
Page 131 For wiring to the DSX-1, pairs 7 and 8 will be used. Table 2 is the pinout for pairs 7 and 8 of Total Access 3000 and Table 3 is the pinout for pairs 7 and 8 for Total Access 3010. For wiring to the DSX-3/STS-1, the RX and TX connections of the optional BNC connector will be used.
Page 132 6TAAPP308-1E TOTAL ACCESS 3000/3010 APP-308 Page 2 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 133 6TAAPP308-1E TOTAL ACCESS 3000/3010 APP-308 Page 3 of 6 Table 2. Total Access 3000 Pinout For Table 3. Total Access 3010 Pinout For Pairs 7 and 8 Pairs 7 and 8 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 134 6TAAPP308-1E TOTAL ACCESS 3000/3010 APP-308 Page 4 of 6 Table 4. Total Access 3000 Pinout For Table 5. Total Access 3010 Pinout For Pairs 1 and 2 Pairs 1 and 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 135 6TAAPP308-1E TOTAL ACCESS 3000/3010 APP-308 Page 5 of 6 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 136 6TAAPP308-1E TOTAL ACCESS 3000/3010 APP-308 Page 6 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 137 The DSL Mode Combo-Fed configuration will be used when several technologies are to be used with Total Access 3000/3010 and the shelf is to be DSX-1 and MUX-Fed. Currently, the technologies that can be mixed together into one DSL Mode Combo-Fed shelf are: •...
Page 138 6TAAPP309-1E TOTAL ACCESS 3000/3010 APP-309 Page 2 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 139 6TAAPP309-1E TOTAL ACCESS 3000/3010 APP-309 Page 3 of 6 Table 2. Pinout For Pair 7 Table 3. Pinout For Pair 8 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 140 6TAAPP309-1E TOTAL ACCESS 3000/3010 APP-309 Page 4 of 6 Table 4. Pinout For Pairs 1 and 5 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 141 6TAAPP309-1E TOTAL ACCESS 3000/3010 APP-309 Page 5 of 6 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 142 1.1.2 HTU-C, H2TU-C, and T1-OR Considerations When installing either HTU-Cs, H2TU-Cs, or T1-ORs into Total Access 3000/3010, the odd-numbered slots of the shelf serve as the main slot and the even-numbered slots serve as auxiliary. Therefore, the main module is always placed in the odd-numbered slots and the auxiliary module should be placed to the immediate right.
Page 143 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 144 6TAAPP331-1E TOTAL ACCESS 3000/3010 APP-331 Page 2 of 6 HDSL Circuit With One HRE Figure 2 illustrates a typical HDSL circuit with the use of one HRE. Central Office Total Access™ 3000/3010 Chassis Remote Site HTU-C 12 Kft 12 Kft...
Page 145 Page 3 of 6 1.1.4 Total Access Deployment Guidelines for HDSL The ADTRAN Total Access 3000/3010 system is designed to deliver HDSL-based services over loops that are in compliance with the Carrier Service Area (CSA) guidelines listed below: • All loops must be non-loaded.
Page 146 6TAAPP331-1E TOTAL ACCESS 3000/3010 APP-331 Page 4 of 6 Table 1. HDSL Loop Limits NOTE Loop limits are for a circuit with 6 dB nominal margin at 68° F. 1.1.6 HDSL Tables and Worksheets The following section includes tables and worksheets to calculate dB loss and DC resistance for HDSL local loops.
Page 147 6TAAPP331-1E TOTAL ACCESS 3000/3010 APP-331 Page 5 of 6 Table 2. Total dB Loss at 196 khz and 135 Ohms Worksheet A. Total length of 26 AWG cable in kft. ____________ kft B. Calculate total 26 AWG cable loss in dB (A x 3.88) ____________ dB C.
Page 148 6TAAPP331-1E TOTAL ACCESS 3000/3010 APP-331 Page 6 of 6 Table 3. Maximum DC Loop Resistance Worksheet A. Total length of 26 AWG cable in kft. ____________ kft B. Calculate total 26 AWG DC loop resistance (A x 83) ____________ ohms C.
Page 149 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 150 6TAAPP332-1E TOTAL ACCESS 3000/3010 APP-332 Page 2 of 2 1.1.2 T1 Circuit With The Use of a Repeater Figure 2 illustrates a typical T1 circuit with the use of a repeater. Central Office Total Access™ 3000/3010 Chassis Remote Site 3 Kft...
Page 151 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 152 6TAAPP333-1E TOTAL ACCESS 3000/3010 APP-333 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 153 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 154 6TAAPP334-1E TOTAL ACCESS 3000/3010 APP-334 Page 2 of 4 1.1.1 ISDN Circuit Using 10 DSL Mode Figure 1 illustrates a typical ISDN circuit using 10 DSL Mode. Total Access™ 3000/3010 Chassis U-Interface BR1/10 Carrier 10 DSL 18 Kft 30.5 Kft...
Page 155 6TAAPP334-1E TOTAL ACCESS 3000/3010 APP-334 Page 3 of 4 1.1.2 ISDN Circuit Using 8 DSL Mode Figure 2 illustrates a typical ISDN circuit using 8 DSL Mode. Total Access™ 3000/3010 Chassis U-Interface 8 DSL BR1/10, D4, SLC 96, ACT 2300...
Page 156 6TAAPP334-1E TOTAL ACCESS 3000/3010 APP-334 Page 4 of 4 1.1.3 ISDN Circuit Using a HDSL Interface Figure 3 illustrates a typical ISDN circuit configured for 8 or 10 DSL using a HDSL interface. 8 or 10 Total Access™ 3000/3010 Chassis...
Page 157 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 158 6TAAPP335-1E TOTAL ACCESS 3000/3010 APP-335 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 159 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 160 Figure 2. HDSL2 Circuit With One H2R 1.1.3 Total Access Deployment Guidelines for HDSL2 The ADTRAN Total Access 3000/3010 system is designed to deliver HDSL2-based services over loops that are in compliance with the Carrier Service Area (CSA) guidelines listed below: •...
Page 161 6TAAPP336-1E TOTAL ACCESS 3000/3010 APP-336 Page 3 of 6 1.1.4 HDSL2 Loop Limits In addition to conforming to CSA guidelines, some consideration may need to be given to inside wiring to properly deploy the system. Some installations may require drop and customer premises wiring to be included in the network configuration.
Page 162 6TAAPP336-1E TOTAL ACCESS 3000/3010 APP-336 Page 4 of 6 1.1.5 HDSL2 Tables and Worksheets The following section includes tables and worksheets to calculate dB loss and DC resistance for HDSL2 local loops. The information is intended to give the user a guideline when engineering and deploying new circuits or analyzing existing circuits against HDSL2 criteria.
Page 163 6TAAPP336-1E TOTAL ACCESS 3000/3010 APP-336 Page 5 of 6 Table 3. Maximum DC Loop Resistance Worksheet A. Total length of 26 AWG cable in kft. ____________ kft B. Calculate total 26 AWG DC loop resistance (A x 83) ____________ ohms C.
Page 164 6TAAPP336-1E TOTAL ACCESS 3000/3010 APP-336 Page 6 of 6 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 165 The DS3 multiplexer is used when a number of DS1 interfaces are delivered from one location to a Total Access 3000/3010 system. Typically, this DS3 interface will be delivered to the Total Access 3000/3010 system from either a DCS or SONET multiplexer.
Page 166 6TAAPP340-1E TOTAL ACCESS 3000/3010 APP-340 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 167 The STS-1 multiplexer is used when a number of VT 1.5s are delivered from one location to a Total Access 3000/3010 System via a SONET signal. Typically, this STS-1 interface will be delivered to the Total Access 3000/3010 System from either a DCS or SONET multiplexer. With a STS-1 multiplexer installed, the system still...
Page 168 6TAAPP341-1E TOTAL ACCESS 3000/3010 APP-341 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 169 1.1.2 Usage The OC-3 (L1) multiplexer for Total Access 3000/3010 transforms the system into a SONET network element able to interface with industry standard SONET equipment. The OC-3 module is a terminal mode SONET interface and therefore deploys as a termination device subtending from a SONET ring.
Page 170 The OC-3 multiplexer is used when a number of DS1 interfaces, packaged into an STS-1, are delivered from one location to a Total Access 3000/3010 System. Typically, this OC-3 interface will be delivered to the Total Access 3000/3010 System from a SONET multiplexer. With an OC-3 multiplexer installed, the system still...
Page 171 6TAPRP000-1E TOTAL ACCESS 3000/3010 SECTION 4 Page 1 of 2 Total Access 3000/3010 Site Preparation Find Your Task in the List Below Then Go To: Preparing for Shelf Installation in a Central Office PREP-401 Total Access ® 3000/3010 System Manual...
Page 172 6TAPRP000-1E TOTAL ACCESS 3000/3010 SECTION 4 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 173 This document provides details of how a CO, MTU, or RT should be prepared to accept the installation of one or more Total Access 3000/3010 shelves. Shelves that will be installed in the same bay or in adjacent bays should be engineered together so that they can share common feeds for power, timing and management interfaces as appropriate for the application.
Page 174 1.2.1.2 Use of Horizontal Spacers in a NEBS Lineup In the case that four or more Total Access 3000/3010 shelves are to be installed in the same bay, you should add 5-inch horizontal aisle spacers on...
Page 175 1.5.1 DSX-1 The Total Access 3000/3010 shelf may be wired to a DSX-1 cross connect in two different ways depending on the system application. The number of DSX-1 cross connect positions per access module is dependent upon the particular access card.
Page 176 6TAPRP401-1E TOTAL ACCESS 3000/3010 PREP-401 Page 4 of 10 Table 1. DSX-1 Connections Total Access Platform DSX-1 Cross-Connect Positions TDM Application Total Access 3000 Total Access 3010 Standard DSX-Fed (APP-301) HDSL/T1 DSX-Fed (APP-302) DSL Mode DSX-Fed (APP-305) QFO-C only DSX-Fed (APP-306)
Page 177 Where “xxxx” represents the length of the cable in feet. For example, a 160-foot standard cable for wire wrapping to the DSX-1 cross connect would be CA4-0160-D12-000-1. All connections to the Total Access 3000/3010 64-pin Amp connectors shall meet the following minimum characteristics: •...
Page 178 • 735 Coax Cable with BCN connector on one end only: CA1-xxxx-X31-735-1 where “xxxx” represents the length of the cable in feet. All coaxial cable for Total Access 3000/3010 DS3 and STS-1 signals shall meet the following minimum specifications: • The coaxial cable shall have characteristic impedance of 75 Ohm.
Page 179 Page 7 of 10 Main Distribution Frame (MDF) Considerations Most central office applications of Total Access 3000/3010 require the shelf to be connected to the side of the MDF to provide loop-side cross connects to customer loops. The exact wiring requirements for MDF connections are determined by the specific system application of each shelf.
Page 180 CA4-0210-D13-000-1. 1.6.2 Horizontal-side Terminal Blocks As shown in the Application Guides of this system manual, each Total Access 3000/ 3010 shelf wires out to its own terminal block on the side of the MDF. A separate terminal block location on the side of the MDF should be reserved for each shelf to be installed.
Page 181 Page 9 of 10 Fiber Distribution Frame (FDF) Considerations If a Total Access 3000/3010 shelf is to be used in a fiber-based application, then provisions for connecting the shelf to the FDF or other fiber patch panel must be made.
Page 182 6TAPRP401-1E TOTAL ACCESS 3000/3010 PREP-401 Page 10 of 10 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 183 23"/19" Shelf Installation in a Central Office (CO), Multi-Tenant Unit (MTU) or Remote Terminal (RT) NTP-501 Total Access 3000/3010 DS3 MUX Installation in a Central Office Shelf NTP-504 Total Access 3000/3010 STS MUX Installation in a Central Office Shelf NTP-505...
Page 184 6TANTP000-1E TOTAL ACCESS 3000/3010 SECTION 5 Page 2 of 2 © 2002, ADTRAN, Total Access ® 3000/3010 System Manual...
Page 185 Preparing for Shelf Installation PREP-401, in section 4 (Site Preparation) of this systems manual. Based on PREP-401, the installer will know which steps of this NTP will be required for the intended use of the Total Access 3000/ 3010 shelf.
Page 186 1.1.4 Materials Required • -48 VDC, up to 20 Amp power source for the Total Access 3000/3010, such as a rack mounted fuse and alarm panel, or power board. See Table 1. Table 1. Recommended Wire Gauge and Fuse Sizes •...
Page 187 Unpack and Inspect the Shelf Each Total Access 3000/3010 shelf is shipped in its own cardboard shipping carton unless it was ordered as a fully racked system. Open each carton carefully and avoid deep penetration into the carton with sharp objects.
Page 188 Total Access 3000/3010 system. As a fiber routing tray, it provides channels and guides to properly route fiber optic cables delivered to multiplexer and access slots of a system.
Page 189 The fan is designed to mount directly above a Total Access 3000/3010 shelf. Since the unit is an integral component of the Total Access 3000/3010 System, the assembly allows provisions to facilitate fiber optic cable routing in the front tray.
Page 190 1.3.5 Mount Vertical Fiber Guides If the Total Access 3000/3010 is to be used with the QFO-C Fiber Optic Transport Module, your CO may dictate the use of fiber optic cable guides. These guides are typically mounted on the frame; follow the manufacturer’s instructions for use with the Total Access 3000/3010 shelf.
Page 191 Total Access 3000/3010 frame ground terminal. The reading should be 1 or 2 ohms. Greater readings should be investigated. Repeat the process for the Fan Module, using the rack’s grounding strap and bare metal on the Fan Module...
Page 192 Apply Power and Check Voltage, Remove Power Before proceeding further, ensure that power has been correctly applied to the shelf. The proper voltage to the Total Access 3000/3010 shelf and fan unit is -48 VDC, with an operating range of -42 VDC to -56 VDC.
Page 193 Wire Clocks Total Access 3000/3010 accepts either T1 or composite clock inputs from an external timing source. See the Application Guide section of this system manual for your particular application to determine whether this step is appropriate for your intended Total Access 3000/3010 application.
Page 194 64-pin/50-pin AMP connectors on Pairs 5, 6, 7, and 8. The female AMP connectors plug into the rear of the Total Access 3000/3010 shelf on the appropriate male pair connectors. This system manual contains a full description of the different loop assignments and pinouts for all the services currently deployed from Total Access 3000/3010.
Page 195 Using a #1 Phillips-head screwdriver, replace the Plexiglass cover to the power terminals. The power terminals are labeled TS1 and TS2. If the Total Access 3000/ 3010 shelf has been installed step-by-step in the order presented in this NTP, the large Plexiglass guard may be replaced at this time.
Page 196 For details, go to: DLP-710. 1.12.2 Connect Fan Alarm Input The Total Access 3000/3010 Fan Unit uses a NO circuit to pass a fan alarm to the Total Access 3000/3010 shelf if one or more of the three individual fans cease to operate, or power is lost to the Fan Module itself.
Page 197 3000/3010 AUX1 header (P22/P20), and the other end to the alarmed unit alarm terminal marked “B.” G. Wire wrap one end of the second wire to the A pin of the Total Access 3000/ 3010 alarm header (P22/P20) and the other end to the appropriate equipment alarm terminal.
Page 198 Total Access 3000/3010 can send and receive TL1 commands for NMA management over the X.25 packet switched network. The Total Access 3000/3010 SCU has a built- in X.25 PAD, and the shelf is ready to connect to the network. Access to the network is via an RS-232 connector, J30/J17, labeled “NTWK MGMT,”...
Page 199 NTP-501 Page 15 of 22 To connect the Total Access 3000/3010 shelf to the Ethernet ring, simply plug the male RJ45 modular connector into the female RJ45 port on the Total Access 3000/ 3010 backplane. When planning your cable run to the Total Access 3000/3010 shelf, be sure to allow enough cable for routing the cable to the right from the backplane connector to the frame, and for neat tie-off in accordance with CO SOP.
Page 200 1. Pull the ejector on the bottom of the SCU faceplate from its stowed, or closed, position. The Total Access 3000/3010 SCU can only be inserted into the first or far left slot of the shelf. Attempting to insert the SCU in any other slot may damage the SCU and/or the backplane.
Page 201 For details, go to: DLP-715. 1.14.5 Logon to the System Once connected to the Total Access 3000/3010 SCU via either a VT100 terminal or PC configured as a VT100 terminal, it is necessary to logon to the system to gain access to the management and provisioning functions.
Page 202 1.14.7 Set Host Mode if Applicable NOTE If the Total Access 3000/3010 shelf is to be installed as a stand alone unit, not connected to any other Total Access shelf via the RS-485 bus, then the Interbank Communication Mode can be set to either Host or Client. Skip the remainder of this procedure and continue to 1.14.8.
Page 203 TOTAL ACCESS 3000/3010 NTP-501 Page 19 of 22 To set host mode in the Total Access 3000/3010 shelf, do the following: 1. Logon to the system. For details, go to: DLP-716 2. From the Total Access Menu, select option 1, System Controller, and press <Enter>.
Page 204 6TANTP501-1E TOTAL ACCESS 3000/3010 NTP-501 Page 20 of 22 16. From the General Menu, select option 4, Auto-Logoff, and press <Enter>. 17. To enable the Auto-Logoff, select option 2, Enable, and press <Enter>. 18. The current menu will now be the General Menu.
Page 205 1.14.10 Connect to Craft Port of Host SCU and Verify that All Banks are Visible on Menu When all the Total Access 3000/3010 shelves are tested and provisioned as desired by the user, all the shelves connected by the RS-485 bus should be visible from the Host shelf.
Page 206 1.15 Provision IP Network Settings on the SCU If the Total Access 3000/3010 shelf has a SCU and is to be connected to an IP network for TELNET, TFTP, or SNMP management, there are several IP parameters that need to be set for the shelf to communicate with the network.
Page 207 The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 208 6TANTP504-1E TOTAL ACCESS 3000/3010 NTP-504 Page 2 of 4 The SCU is capable of storing provisioning settings for both MUX and Access modules. Auto Provisioning transfers provisioning data, including Service State, stored in the SCU to the respective slot upon the installation of a replacement module of the same kind.
Page 209 NTP-504 Page 3 of 4 After unpacking the unit, inspect it for damage. If the equipment has been damaged, file a claim with the carrier and then contact ADTRAN Customer Service. 1.3.2 Install the Working DS3 MUX Gently but firmly push the DS3 MUX into the second slot, slot A, at the left end of the shelf.
Page 210 DS3 signal is present and synchronized. If no DS3 signal is present, both LEDs will be illuminated red. Follow-up Procedure Please proceed to the appropriate NTP for the installation of the access modules to be installed in the Total Access 3000/3010 chassis. Total Access ® 3000/3010 System Manual...
Page 211 The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 212 Inspect the unit for possible shipping damage. If the equipment has been damaged in transit, file a claim with the carrier, then contact ADTRAN Customer Service. Total Access ®...
Page 213 Inspect it for possible shipping damage. If the equipment has damaged in transit, file a claim with the carrier, then contact ADTRAN Customer Service. 1.4.2 Install the Protect STS-1 MUX 1.
Page 214 STS-1 signal is present and synchronized. If no STS-1 signal is present, both LEDs will be illuminated red. Follow-up Procedure Please proceed to the appropriate NTP for the installation of the access modules to be installed in the Total Access 3000/3010 chassis. Total Access ® 3000/3010 System Manual...
Page 215 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 216 6TANTP506-1E TOTAL ACCESS 3000/3010 NTP-506 Page 2 of 4 The SCU is capable of storing provisioning settings for both MUX and Access modules. Auto Provisioning transfers provisioning data, including Service State, stored in the SCU to the respective slot upon the installation of a replacement module of the same kind.
Page 217 TOTAL ACCESS 3000/3010 NTP-506 Page 3 of 4 Immediately inspect it for possible shipping damage. If the equipment has been damaged in transit, file an immediate claim with the carrier and then contact ADTRAN Customer Service. 1.3.2 Install the Primary OC-3 MUX 1.
Page 218 6TANTP506-1E TOTAL ACCESS 3000/3010 NTP-506 Page 4 of 4 2. Allow the unit approximately 60 seconds to completely power up and synchronize with the SCU. Upon completion, the POWER LED will be flashing yellow, indicating an Out-of-Service, Unassigned (OOS-UA) state and the Online LED will be off.
Page 219 “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.” 1.1.1...
Page 220 NOTE Steps 8 and 9 are only to be completed for the host SCU and only when the SCU is daisy chained to other Total Access 3000 shelves via the RS-485 interface. 8. Once all the above information has been written down, select option 1, Auxiliary Shelf Access, and press <Enter>.
Page 221 Main Menu. 1.1.3 Materials Required • Total Access 3000/3010 System Controller Unit (SCU). Unpack and Inspect the Replacement SCU CAUTION Electronic modules can be damaged by static electrical discharge. Before handling modules, wear an anti-static discharge wrist strap to prevent damage to electronic components.
Page 222 Inspect the unit for possible damage. If the equipment has damaged in transit, file a claim with the carrier, then contact ADTRAN Customer Service. Remove the Current SCU from the Shelf The removal of the SCU will not disrupt the flow of data through the shelf, Cell Switch Modules, MUX modules or access cards.
Page 223 1.6.2 Provision IP Network Settings If the Total Access 3000/3010 is to be connected to an IP network for Telnet, TFTP or SNMP management, there are several IP parameters that need to be set for the shelf to communicate with the network. These settings are included in those written down prior to the replacement.
Page 224 ARP cache. Until this update occurs, the SCU will not be able to communicate with the network For details, go to: DLP-727. Follow-Up Procedure This concludes the procedure to replace a Total Access 3000/3010 SCU. No specific follow-up instructions are necessary. Total Access ®...
Page 225 Protection pairs on the Total Access 3000 system are adjacent odd-even slots, indicated on the Total Access 3000 front shelf screening. The odd slot on the left is the MAIN circuit; the even slot to the right is the AUX, or backup circuit.
Page 226 Total Access 3000. Simultaneous thumb pressure at the top (above the PWR LED) and bottom (below the ACT LED) of the unit will ensure a good seat of the HTU-C pins into the backplane connector.
Page 227 6TANTP513-1E TOTAL ACCESS 3000/3010 NTP-513 Page 3 of 8 For Details Go To: Perform Steps Below in the Order Listed 1. Provision the MAIN unit to OUT OF SERVICE-MAINTENANCE (OOS-M) mode. 2. Provision the AUX unit to the OUT OF SERVICE-UNASSIGNED (OOS-U) mode.
Page 228 6TANTP513-1E TOTAL ACCESS 3000/3010 NTP-513 Page 4 of 8 Perform Steps Below in the Order Listed 1.3. Install the Dual-slot Stand-alone Housing See the associated Installation and Maintenance practice, 61245034L1-5, for mounting and wiring instructions. NOTE Ensure the customer equipment is correctly wired to the “Main” DS1 terminal block inside the HLSS housing or utilizes the “MAIN”...
Page 229 6TANTP513-1E TOTAL ACCESS 3000/3010 NTP-513 Page 5 of 8 For Details Go To: Perform Steps Below in the Order Listed Table 1. Faceplate LEDs NOTE The condition of the ALM, DSX and DS1 LEDs depends upon the status of the equipment on the ends of the installed circuit. If both terminations of the...
Page 230 HTU-Cs can be placed In Service to restore the alarm generating functions of the equipment to the network. 1. From the Total Access 3000 HTU-C Provisioning Screen for both the MAIN and AUX HTU-Cs, select the Service State option, and place both HTU-Cs In Service.
Page 231 6TANTP513-1E TOTAL ACCESS 3000/3010 NTP-513 Page 7 of 8 For Details Go To: Perform Steps Below in the Order Listed NOTE There is no provisioning required at the HTU-Rs to remove protection- switching capability. Upon completion of the above procedure, the MAIN circuit is an independent, non-protected HDSL circuit.
Page 232 6TANTP513-1E TOTAL ACCESS 3000/3010 NTP-513 Page 8 of 8 Perform Steps Below in the Order Listed Total Access ® 3000/3010 Systems Manual © 2002, ADTRAN, Inc.
Page 233 Protection pairs on the Total Access 3000 system are adjacent odd-even slots, indicated on the Total Access 3000 front shelf screening. The odd slot on the left is the MAIN circuit; the even slot to the right is the AUX, or backup circuit.
Page 234 The procedure below assumes that the DS3 MUX is being newly installed into the Total Access 3000. If the MUX is already up and running, begin with Step 1). Gently but firmly push the DS3 MUX into the second slot, slot A, at the left end of the shelf.
Page 235 Offline MUX. Ensure that Linked Provisioning is “Enabled” on MUX A, and install the second MUX in Slot B of the Total Access 3000, using Steps 1 and 2 above for the B slot MUX.
Page 236 If the HDSL H-LSS circuit is to be turned up in an existing Total Access 3000 with DS3 feed, assume that the parameters have already been set for the DS3 circuit. Disregard this step and continue.
Page 237 APS Lockout Status. Install the HTU-C The Total Access 3000 HTU-C delivers a T1 signal over an HDSL local loop. The local loop in the HLSS configuration includes two independent 4-wire circuits. The two HTU-Cs communicate to their respective remote units, the HTU-Rs. When an HLSS switch occurs, the AUX circuit takes over transmitting the data load from the MAIN circuit until the MAIN circuit is restored.
Page 238 Total Access 3000 slots will be written to the new access cards upon installation. If this is an initial installation, the units will require provisioning to appropriately configure them out of the factory default states.
Page 239 6TANTP514-1E TOTAL ACCESS 3000/3010 NTP-514 Page 7 of 12 Perform Steps Below in the Order Listed Table 2. Protection Configuration Option Settings Protection Options Settings Description Protection Mode ........... Auto ........System automatically switches from Main to AUX with no user intervention. Switch is initiated by loss of sync on Main or exceeding BER Threshold.
Page 240 6TANTP514-1E TOTAL ACCESS 3000/3010 NTP-514 Page 8 of 12 Perform Steps Below in the Order Listed Set Options 2 and 3, BER Threshold and BER Interval (see Table 2). Back out of the menu for the MAIN slot and access the HTU-C in the even-numbered (AUX) slot.
Page 241 6TANTP514-1E TOTAL ACCESS 3000/3010 NTP-514 Page 9 of 12 Perform Steps Below in the Order Listed Connect the individual 4-wire HDSL circuits to the HDSL terminal block inside the Dual slot remote housing. The 4-wire MAIN circuit will connect to the Loop 1 and Loop 2 terminals labeled “MAIN” and the 4-wire AUX circuit will connect to the Loop 1 and Loop 2 terminals labeled “AUX.”...
Page 242 HTU-Cs and DS3 MUX can be placed In Service to restore the alarm generating functions of the equipment to the network. From the Total Access 3000 DS3 MUX Provisioning screen, select Option 4, Service State, and place the DS3 MUX into In Service. If dual MUXES are being utilized, place MUX B In Service.
Page 243 6TANTP514-1E TOTAL ACCESS 3000/3010 NTP-514 Page 11 of 12 Perform Steps Below in the Order Listed Disabling protection switching. Access the AUX HTU-C and select Option 2, Provisioning, from the HDSL Main Menu. From the Provisioning menu, choose the Service State option.
Page 244 6TANTP514-1E TOTAL ACCESS 3000/3010 NTP-514 Page 12 of 12 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 245 6TAATP000-1E TOTAL ACCESS 3000/3010 SECTION 6 Page 1 of 2 Total Access 3000/3010 Acceptance Test Procedures Find Your Task in the List Below Then Go To: Acceptance Test Procedure for Total Access Shelf, CO Installation ATP-601 Acceptance Test Procedure for Total Access DS3 Multiplexer...
Page 246 6TAATP000-1E TOTAL ACCESS 3000/3010 SECTION 6 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 247 • Oscilloscope (optional) • A remote terminal computer system with a modem (if Total Access 3000/3010 is connected to an external modem) • Access to a computer with LAN access (if the Total Access 3000/3010 is connected to a LAN) WARNING To prevent electrical shock, do not install equipment in a wet location or during a lightning storm.
Page 248 MDF. If a wiring problem is found, correct the problem before proceeding. For details, go to: DLP-721. 3. Verify Timing Connections If timing connections have been made to the Total Access 3000/3010 Shelves, perform the steps indicated below. Check for Timing Source Port Alarm...
Page 249 7. Verify External Modem Connection If an external modem connection has been made, place a call from a remote modem into the Total Access 3000/3010 modem to verify that the modem is properly connected and functioning. Once the call is connected, logon to the system and verify that the menus are properly displayed.
Page 250 6TAATP601-1E TOTAL ACCESS 3000/3010 ATP-601 Page 4 of 4 Acceptance Test Checklist for ATP-601 1.3.1 Total Access 3000/3010 Shelf Installation in a Central Office Checklist Test Step Completed (Initial) 1. Verify DSX-1 Wiring 2. Verify MDF Wiring 3. Verify Timing Connections 4.
Page 251 • A remote terminal computer system with a modem (if Total Access 3000/3010 is connected to an external modem) • Access to a computer with LAN access (if the Total Access 3000/3010 is connected to a LAN) • DS-3 pattern generator (TTC 310 or equivalent) •...
Page 252 2. Verify BNC Connector Installation Use the procedure outlined in DLP-708 to verify the installation of the BNC module connector to the Total Access 3000/3010 shelf backplane. If an installation problem is found, correct the problem before proceeding. For details, go to: DLP-708.
Page 253 6TAATP602-1E TOTAL ACCESS 3000/3010 ATP-602 Page 3 of 6 -1.0 -0.5 Time Slots Normalized to Peak Location Figure 2. DS-3 Output Signal Mask C. Set the DS-3 pattern generator for an unframed all ones pattern (AIS). D. Set the DS-3 Network Loopback option to “Looped” in the DS-3’s Test Menu.
Page 254 6TAATP602-1E TOTAL ACCESS 3000/3010 ATP-602 Page 4 of 6 Set the DS-3 pattern generator for a normal test pattern (i.e. QRSS, 2 etc.). Set the DS-3 Network Loopback. Verify RX frequency is ± 20 ppm (± 895 bits/sec) or better.
Page 255 1.2.1 Followup Procedures Once this procedure is complete, the Total Access 3000/3010 shelves should be ready for installation of access modules. These access module NTPs and DLPs are in the production process and will be added to the manual upon completion. Please refer to the Installation and Maintenance practice for the specific module for the installation instructions.
Page 256 6TAATP602-1E TOTAL ACCESS 3000/3010 ATP-602 Page 6 of 6 Acceptance Test Checklist for ATP-602 1.3.1 Total Access 3000/3010 DS-3 Multiplexer Module Installation Checklist Test Step Completed (Initial) 1. Verify LED Operation 2. Verify BNC Connector Installation 3. Verify Coaxial Cable Installation 4.
Page 257 6TADLP000-1E TOTAL ACCESS 3000/3010 SECTION 7 Page 1 of 2 Total Access 3000/3010 Detailed Level Procedures Find Your Task in the List Below Then Go To: Removing and Replacing the Rear Plastic Guard DLP-701 Connecting a Composite Clock Input to a Shelf...
Page 258 Provisioning the OC-3 Multiplexer Module DLP-742 Configuring a Multiplexer Module for APS Operation DLP-743 Configuring the Total Access 3000/3010 OC-3 List 2 MUX Module with Subtended STS-1 List 2 MUX Modules in Single TID Mode DLP-744 ® © 2003, ADTRAN, Inc.
Page 259 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 260 Wire tie anchors are pre-installed on the backplane 64-pin AMP connector’s cable ends. It is easier to thread the wire ties through the anchors while the backplane guard is removed. ADTRAN recommends using the wire ties provided to secure the AMP connectors. Thread them through the anchors at this time, with the guard off.
Page 261 6TADLP701-1E TOTAL ACCESS 3000/3010 DLP-701 Page 3 of 4 Perform Steps Below in the Order Listed 8. Install Plexiglass Guard Using a #1 Phillips-head screwdriver, reinstall the long thin Plexiglass guard using the screws (2) threaded into the standoffs just reinstalled.
Page 262 6TADLP701-1E TOTAL ACCESS 3000/3010 DLP-701 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 263 (shielded two-wire with drain) from the CO clock source has been run to the Total Access 3000/3010 shelf and is ready for connection. A detailed illustration (Figure 1) of the Total Access 3000/3010 Clock Connections may be found on page 4 of this DLP.
Page 264 Total Access 3000/3010 shelves. Use wire of the same type as was used for the wire run from the CO clock source to the Total Access 3000/3010 shelf.
Page 265 7. Adding Additional Shelves to the Chain Repeat steps 1-6 for each Total Access 3000/3010 shelf, up to a total of eight in the daisy chain, that is to be interconnected on the single CO timing source.
Page 266 A - IN TERM TERM – TOTAL ACCESS TERM TERM CHASSIS 2 EXTCLK A - IN TERM TERM – TOTAL ACCESS TERM TERM CHASSIS 8 Figure 1. Total Access 3000/3010 Clock Connections Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 267 1.1.2 Prerequisite Procedures Remove the large Plexiglass guard from the Total Access 3000/3010 backplane if it is not already removed from a preceding Installation and Turn-up procedure. See DLP-701 for details about the guard removal.
Page 268 Detailed Level Procedure 703 1. Locate Clock Wiring To connect a T1 clock input to Total Access 3000/3010, Determine the “+”, “-“ and drain or shield wires from the CO clock source. 2. Strip the Ends of the Clock Wire for Wire Wrapping Using wire strippers, strip 1 inch to 1-1/2 inches of the insulation from the end of the clock source drop wire.
Page 269 – B - OUT A - OUT B - IN Figure 1. Total Access 3000/3010 Clock Connections Followup Procedures Once this procedure is complete, return to the procedure which called out this DLP and continue with the tasks indicated there.
Page 270 6TADLP703-1E TOTAL ACCESS 3000/3010 DLP-703 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 271 Total Access shelf before proceeding. 1.1.2 Prerequisite Procedures Remove the large Plexiglass guard from the Total Access 3000/3010 backplane if it is not already removed from a preceding Installation and Turn up procedure. See DLP-701 for details about removing the guard.
Page 272 To Access the Metallic Loop Testing Facilities on Total Access 3000/3010: 1. Locate Test Loop Wiring After you have located the test loops and run them to the Total Access 3000/3010 shelf, use wire strippers to strip approximately 1 inch to 1-1/2 inches from the test leads.
Page 273 TOTAL ACCESS 3000/3010 DLP-704 Page 3 of 4 Perform Steps Below in the Order Listed TOTAL ACCESS TERM TERM CHASSIS LOOP TEST ACCESS Figure 1. Total Access 3000/3010 MLT Connections Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 274 6TADLP704-1E TOTAL ACCESS 3000/3010 DLP-704 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 275 Access 3000/3010 shelf before proceeding. 1.1.2 Prerequisite Procedures Remove the large Plexiglass guard from the Total Access 3000/3010 backplane if it is not already removed from a preceding Installation and Turn-up procedure. See DLP-701 for details about removing the guard.
Page 276 To Access the Digital Loop Testing Facilities on Total Access 3000/ 3010: 1. Locate Digital Loop Wiring After you have located the test loops and run them to the Total Access 3000/3010 shelf, use wire strippers to strip approximately 1 inch to 1-1/2 inches from the test leads.
Page 277 TOTAL ACCESS 3000/3010 DLP-705 Page 3 of 4 Perform Steps Below in the Order Listed TOTAL ACCESS TERM TERM CHASSIS DSX-1 TEST ACCESS Figure 1. Total Access 3000/3010 DLT Connections Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 278 6TADLP705-1E TOTAL ACCESS 3000/3010 DLP-705 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 279 No wire wrapping is necessary for data connections on either the network or loop side of the Total Access 3000/3010 platform. All the data connections on the shelf itself are accomplished via eight 64-pin/50-pin AMP connectors that mate with the eight pairs on the Total Access 3000/3010 backplane.
Page 280 7 and 8 to be wired to the DSX-1 cross connect. 2. Connect the 64-pin Connectorized Cables to the Total Access 3000/3010 Shelf As you face the rear of the shelf, pairs 5, 6, 7, and 8 are staggered left to right in a row across the lower half of the backplane.
Page 281 6TADLP706-1E TOTAL ACCESS 3000/3010 DLP-706 Page 3 of 6 Table 1. Pair 5 Connection Perform Steps Below in the Order Listed to DSX-1 IN B Pair 7 Connection to t i s t i s DSX-1 IN A for Total Access 3000 Total Access ®...
Page 282 6TADLP706-1E TOTAL ACCESS 3000/3010 DLP-706 Page 4 of 6 Table 2. Pair 6 Connection Perform Steps Below in the Order Listed to DSX-1 OUT B t i s t i s Pair 8 Connection to DSX-1 OUT A for Total Access 3000 Total Access ®...
Page 283 6TADLP706-1E TOTAL ACCESS 3000/3010 DLP-706 Page 5 of 6 Pair 5 Connection Table 3. Perform Steps Below in the Order Listed to DSX-1 IN B t i s t i s Pair 7 Connection to DSX-1 IN A for Total Access 3010 Total Access ®...
Page 284 6TADLP706-1E TOTAL ACCESS 3000/3010 DLP-706 Page 6 of 6 Pair 6 Connection Table 4. Perform Steps Below in the Order Listed to DSX-1 OUT B Pair 8 Connection t i s t i s to DSX-1 OUT A for Total Access 3010 Total Access ®...
Page 285 Distribution Frame (MDF), or, in the case of the QFO-C’s fiber optic cable, the Fiber Distribution Frame (FDF). In the CO, the Total Access 3000/3010 data cables go to the horizontal side of the frame where they are connected to the frame either by...
Page 286 NOTE All data cables should exit the Total Access 3000/3010 shelf to the left (as viewed from the rear), and be neatly tied to the frame as per CO SOP. All other wiring, for example power, loop test access, clock, external alarms, should exit to the right and be tied off on the right side of the frame.
Page 287 6TADLP707-1E TOTAL ACCESS 3000/3010 DLP-707 Page 3 of 4 Perform Steps Below in the Order Listed 8. Connect the cables to the terminal blocks and tie them down neatly. For connectorized terminal blocks, use the connection scheme given in the appropriate applications guide.
Page 288 6TADLP707-1E TOTAL ACCESS 3000/3010 DLP-707 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 289 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 290 6TADLP708-1E TOTAL ACCESS 3000/3010 DLP-708 Page 2 of 2 Perform Steps Below in the Order Listed Detail Level Procedure 708 1. Carefully line up the two screw holes in the adapter module with the holes drilled and threaded in the backplane.
Page 291 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 292 1. Determine which cable from the network is for transmitting and which is for receiving. 2. Attach the network transmit cable to the Total Access 3000/3010 upper BNC connector, labeled RX. The fitting is a standard BNC connector. Align the outer ring of the cable connector with the keys on the shelf connector barrel, press the cable in, and turn approximately one half turn clockwise to the locking détente.
Page 293 3000 and 22 for the Total Access 3010, would be displayed “28/22.” 1.1.1 Introduction This DLP explains how to connect external alarm outputs to Total Access 3000/3010. 1.1.2 Prerequisite Procedures Before making external alarm connections, the Total Access 3000/3010 shelf should be mounted in its permanent location in the CO.
Page 294 6TADLP710-1E TOTAL ACCESS 3000/3010 DLP-710 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 710 NOTE Each three-pin alarm header is wired the same way for the specified alarm. 1. Determine whether the external alarm reporting device uses a normally open or normally closed circuit for alarm relay.
Page 295 Page 3 of 4 Perform Steps Below in the Order Listed TOTAL ACCESS TERM TERM CHASSIS AUX1 AUX2 CRI-V MAJ-V MIN-V CRI-A MAJ-A MIN-A Figure 1. Total Access 3000/3010 Alarm Contacts Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 296 6TADLP710-1E TOTAL ACCESS 3000/3010 DLP-710 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 297 The Total Access 3000/3010 fan unit uses a “normally open” circuit to pass a fan alarm to the Total Access 3000/3010 shelf if one or more of the three individual fans ceases to operate, or power is lost to the fan module itself. Under these circumstances the circuit closes, causing a -48 Vdc signal to be passed to the Total Access 3000/3010 external alarm input header.
Page 298 ALM B terminal using an appropriately sized crimp-on terminal and the ALM B screw on the fan terminal strip. 5. Wire wrap one end of the other strand to the A input of the Total Access 3000/ 3010 AUX1 header (P22/P24). Connect the other end to the fan module unit ALM A terminal using an appropriately sized crimp-on terminal and the ALM A screw on the fan terminal strip.
Page 299 -48V DC -48V DC EXT INPUTS AUX1 AUX2 TOTAL ACCESS TERM TERM CHASSIS AUX1 AUX2 CRI-V MAJ-V MIN-V CRI-A MAJ-A MIN-A Figure 1. Total Access 3000/3010 Fan Connections and Alarm Contacts Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 300 6TADLP711-1E TOTAL ACCESS 3000/3010 DLP-711 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 301 SNMP. In this configuration, each shelf must be equipped with a SCU and connected to an Ethernet hub. 1.1.2 Prerequisite Procedures The Total Access 3000/3010 shelves should be mounted in their permanent location in the CO before making RS-485 bus connections. 1.1.3 Tools and Materials Required •...
Page 302 2. Make Wire-wrap Connections to the Host Shelf Using the wire-wrap tool, connect the shielded, twisted pair interconnect wire to the RS-485 wire-wrap header, P2/P21, on the host Total Access 3000/3010 backplane. Connect the two conductors to the “OUT” A and B pins, and the shield or drain wire to the “OUT”...
Page 303 6TADLP712-1E TOTAL ACCESS 3000/3010 DLP-712 Page 3 of 4 Perform Steps Below in the Order Listed 4. Connect any Additional Shelves If there are more shelves to be connected, repeat Steps 1 through 3 for each shelf to be added to the chain. Disregard the designation of Host and client for additional shelves.
Page 304 RS-485 Perform Steps Below in the Order Listed HOST CHASSIS RS-485 CLIENT CHASSIS UP TO 16 CHASSIS RS-485 CLIENT CHASSIS RS-485 CLIENT CHASSIS Figure 1. Total Access 3000/3010 Interbank Connections Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 305 RS-485 bus has been enabled on every shelf in the chain. 1.1.2 Prerequisite Procedures The Total Access 3000/3010 should be mounted in its permanent location in the CO before connecting to an external modem. 1.1.3 Tools and Materials Required •...
Page 306 When working on modules, always place them on an approved antistatic mat that is electrically grounded. Detailed Level Procedure 713 1. Mount the modem to be used with Total Access 3000/3010 in its permanent position. 2. Connect power to the modem per manufacturer’s instructions.
Page 307 Perform Steps Below in the Order Listed NOTE To complete the connection to the Total Access 3000/3010 shelf, the Total Access 3000/3010 must now be called from a PC configured as a VT100 terminal, with communication software set for 9600, 8-N-1, and no flow control.
Page 308 6TADLP713-1E TOTAL ACCESS 3000/3010 DLP-713 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 309 1.1.3 Tools and Materials Required • A DB-25 data cable with male connector on one end (for Total Access 3000/3010). • An appropriate connector to connect to the X.25 switch on the opposite end. It must be of sufficient length to reach from the Total Access 3000/3010 backplane to the X.25 switch and be neatly tied down in accordance with CO SOP.
Page 310 3. Configure the port on the X.25 switch per Table 2. NOTE The CO X.25 network administrator must configure the X.25 switch for the Total Access 3000/3010 shelf, accomplishing tasks such as assignment of an LDN number for the shelf. NOTE It is possible to remote the X.25 interface over a DDS line of up to 64 Kbps...
Page 311 Not Used Not Used Not Used Not Used Not Used Check the pinouts of the X.25 switch to ascertain compatibility with the standard as implemented by the Total Access 3000/3010 shelf. Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 312 6TADLP714-1E TOTAL ACCESS 3000/3010 DLP-714 Page 4 of 4 Perform Steps Below in the Order Listed Table 2. X.25 Switch Parameters Parameter Value Logical Channel Layout Channel Configuration 1-way (incoming calls only) or 2-way Baud Rate Up to 64 Kbps...
Page 313 DCE equipment. 1.1.2 Prerequisite Procedures An SCU unit must be installed in the Total Access 3000/3010 shelf and the shelf must be powered for terminal communication to function. 1.1.3 Tools and Materials Required •...
Page 314 4. If you are using the front craft port, use a serial cable with a male DB-9 connector on the Total Access 3000/3010 end. 5. Plug the male end of the data cable into the Total Access 3000/3010 shelf. Make connection to the VT100 terminal as appropriate for your equipment.
Page 315 4. If you are using the front craft port, use a serial cable with a male DB-9 connector on the Total Access 3000/3010 end. 5. Plug the male end of the data cable into the Total Access 3000/3010 shelf. Make connection to the PC or laptop as appropriate for your equipment.
Page 316 6TADLP715-1E TOTAL ACCESS 3000/3010 DLP-715 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 317 1.1.1 Introduction Once connected to the Total Access 3000/3010 SCU via either a VT100 terminal or PC configured as a VT100 terminal, it is necessary to logon to the system to gain access to the management and provisioning functions. This section of the Installation and Turn-up Procedure details the specific procedure for logging on to the system, and accessing the various management and provisioning functions.
Page 318 The Account Name and Password are to be entered in all capital letters. The Total Access 3000/3010 system has three levels of access granted to a user. The lowest level of access is READ-ONLY, and allows a user to see, but not change, the current configuration of the system.
Page 319 TOTAL ACCESS 3000/3010 DLP-716 Page 3 of 4 Perform Steps Below in the Order Listed 4. Upon entering the correct password, the Total Access 3000/3010 main menu is presented on the screen (see Figure 1 below) Shelf: Total Access System...
Page 320 6TADLP716-1E TOTAL ACCESS 3000/3010 DLP-716 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 321 The Target ID (TID) and the Shelf Number will be issued from the TIRKS system and should be provided to the installer as part of the Total Access 3000/ 3010 installation package. If not, see the CO system administrator for Target ID (TID) and Shelf Number assignment.
Page 322 To set the Target ID (TID) in the system: 1. Logon to the system For details, go to: DLP-716. 2. From the Total Access 3000/3010 main menu, select option 1, System Controller, and press <Enter>. 3. From the System Controller menu, select option 2, Provisioning, and press <Enter>.
Page 323 6TADLP717-1E TOTAL ACCESS 3000/3010 DLP-717 Page 3 of 4 Perform Steps Below in the Order Listed Followup Procedures Once this procedure is complete, return to the procedure which called out this DLP and continue with the tasks indicated there. Total Access ®...
Page 324 6TADLP717-1E TOTAL ACCESS 3000/3010 DLP-717 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 325 1.1.1 Introduction If the Total Access 3000/3010 shelf is to be connected to an IP network for Telnet, TFTP, or SNMP management, there are several IP parameters that need to be set for the shelf to communicate with the network. These parameters along with the procedures for setting them, are described in this DLP.
Page 326 Set IP Parameters for an SCU Logon to the system For details, go to: DLP-716. From the Total Access 3000/3010 main menu, select option 1, System Controller, and press <Enter>. From the System Controller menu, select option 2, Provisioning, and press <Enter>.
Page 327 6TADLP718-1E TOTAL ACCESS 3000/3010 DLP-718 Page 3 of 4 Perform Steps Below in the Order Listed Followup Procedures Once this procedure is complete, return to the procedure which called out this DLP and continue with the tasks indicated there. Total Access ®...
Page 328 6TADLP718-1E TOTAL ACCESS 3000/3010 DLP-718 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 329 1.1.1 Introduction The Total Access 3000/3010 supports the use of both mux modules and access modules which use fiber-optic interfaces. The Total Access 3000/3010 Heat Baffle also serves as a fiber routing tray for routing the fiber optic cable from the front of fiber-optic modules, across to the left side of the shelf (viewed from the front), and to the CO overhead fiber routing system.
Page 330 Total Access 3000/3010 routing tray. See Figure 1 for routing the fiber out the back of the fiber tray and Figure 2 for routing the fiber from the side of the fiber tray.
Page 331 6TADLP719-1E TOTAL ACCESS 3000/3010 DLP-719 Page 3 of 4 Perform Steps Below in the Order Listed Figure 1. Routing Cable out the Back Figure 2. Routing Cable from the Side Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 332 6TADLP719-1E TOTAL ACCESS 3000/3010 DLP-719 Page 4 of 4 Perform Steps Below in the Order Listed 7. If the vertical fiber optic cable guides are mounted on the front of the Total Access 3000/3010 frame, route the fiber optic cable out the cutout located on the left front side of the fiber routing tray.
Page 333 1.1.2 Prerequisite Procedures Before beginning this procedure, you should have completed all installation tasks involving the connection of the Total Access 3000 system to the DSX-1 cross connect. 1.1.3 Tools and Materials Required • Total Access 3000 Test Access Module (TAM) card •...
Page 334 6TADLP720-1E TOTAL ACCESS 3000/3010 DLP-720 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 720 1. Verify That the Shelf Under Test is Powered Verify that the shelf to be tested is powered with -48V.
Page 335 6TADLP720-1E TOTAL ACCESS 3000/3010 DLP-720 Page 3 of 4 Perform Steps Below in the Order Listed NOTE Steps 9 through 14 should only be performed if the shelf has Pair 5 and Pair 6 connectors wired to the DSX-1 cross connect.
Page 336 6TADLP720-1E TOTAL ACCESS 3000/3010 DLP-720 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 337 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 338 6TADLP721-1E TOTAL ACCESS 3000/3010 DLP-721 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 721 1. Verify that the Shelf Under Test is Powered Verify that the shelf to be tested is powered with -48V.
Page 339 6TADLP721-1E TOTAL ACCESS 3000/3010 DLP-721 Page 3 of 4 Perform Steps Below in the Order Listed NOTE Steps 11 through 18 should only be performed if the shelf has Pair 3 and Pair 4 connectors wired to the MDF. 11. Connect Tip of Pair 3 to Ground Move the test jack from the Pair 2 position to the Pair 3 position for the same slot.
Page 340 6TADLP721-1E TOTAL ACCESS 3000/3010 DLP-721 Page 4 of 4 Perform Steps Below in the Order Listed 22. Check for Red Pair 5 LED. Visually verify that the LED on the TAM card labeled Pair 5 is lit red. NOTE Steps 23 through 26 should only be performed if the shelf has the Pair 6 connector wired to the MDF.
Page 341 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 342 6TADLP722-1E TOTAL ACCESS 3000/3010 DLP-722 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 722 1. Set Up the Oscilloscope Place the oscilloscope in a position so that the probes can be readily attached to the rear of the Total Access shelf.
Page 343 6TADLP722-1E TOTAL ACCESS 3000/3010 DLP-722 Page 3 of 4 Perform Steps Below in the Order Listed 6. Examine the Clock Waveform for Ringing or Noise Examine the waveform for any ringing or noise. The waveform of an isolated pulse should be rectangular and not display significant ringing or noise.
Page 344 6TADLP722-1E TOTAL ACCESS 3000/3010 DLP-722 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 345 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 346 6TADLP723-1E TOTAL ACCESS 3000/3010 DLP-723 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 723 1. Connect to the Shelf’s Craft Interface If you are not already connected to the shelf’s craft interface either with a VT100 compatible terminal or with a PC running VT100 emulation software, use the procedure in DLP-715 to connect to the craft interface.
Page 347 6TADLP723-1E TOTAL ACCESS 3000/3010 DLP-723 Page 3 of 4 Perform Steps Below in the Order Listed Using the fuse extractor if necessary, remove the fan unit fuse from the bay fuse panel. If no bay fuse exists for the fan unit, remove the fuse from the rear of the fan unit instead.
Page 348 6TADLP723-1E TOTAL ACCESS 3000/3010 DLP-723 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 349 This procedure details the test steps which must be performed to verify that the Total Access 3000/3010 shelf’s external alarm relay outputs are properly connected to any office alarm equipment. This procedure should be performed at installation on each Total Access 3000 shelf that is wired out to external office alarm equipment. 1.1.2...
Page 350 If the shelves are connected to an Alarm Relay Concentrator which is connected to an upstream alarm system, configure the Concentrator in Out of Service or Test mode for all of the Total Access 3000 shelves’ input positions so that no alarms will be forwarded. (Refer to the Alarm Relay Concentrator documentation.) 5.
Page 351 6TADLP724-1E TOTAL ACCESS 3000/3010 DLP-724 Page 3 of 4 Perform Steps Below in the Order Listed 7. Check the Major Audible Relay Select menu option 3 to toggle the Major Audible Relay on. Verify that the Alarm Relay Concentrator indicates a major audible alarm for the proper shelf location.
Page 352 6TADLP724-1E TOTAL ACCESS 3000/3010 DLP-724 Page 4 of 4 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 353 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 354 6TADLP725-1E TOTAL ACCESS 3000/3010 DLP-725 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 725 1. Connect to the Host SCU’s Craft Interface If you are not already connected to the Host SCU’s craft interface either with a VT100-compatible terminal or with a PC running VT100 emulation software, use the procedure in DLP-715 to connect to the craft interface.
Page 355 6TADLP725-1E TOTAL ACCESS 3000/3010 DLP-725 Page 3 of 4 Perform Steps Below in the Order Listed press <Enter>. 4. Check the List of Shelves for Completeness Check the list of shelves presented by the SCU to ensure that all shelves connected on the bus appear.
Page 356 6TADLP725-1E TOTAL ACCESS 3000/3010 DLP-725 Page 4 of 4 Perform Steps Below in the Order Listed 8. Log out of the Host SCU Once all tests are completed, hit the <Esc> key until you arrive at the main menu. Select option 6 to log out of the shelf.
Page 357 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 358 6TADLP726-1E TOTAL ACCESS 3000/3010 DLP-726 Page 2 of 6 Perform Steps Below in the Order Listed Detailed Level Procedure 726 1. Connect to the SCU’s Craft Interface If you are not already connected to the Host SCU’s craft interface either with a VT100-compatible terminal or with a PC running VT100 emulation software, use the procedure in DLP-716 to connect to the craft interface.
Page 359 6TADLP726-1E TOTAL ACCESS 3000/3010 DLP-726 Page 3 of 6 Perform Steps Below in the Order Listed Link Status Value Meaning 0x00 No Clear-To-Send (CTS), No Data Carrier Detect (DCD) 0x10 Clear-To-Send (CTS) present, No Data Carrier Detect (DCD) 0x40 Data Carrier Detect (DCD) present, No Clear-To-Send (CTS)
Page 360 6TADLP726-1E TOTAL ACCESS 3000/3010 DLP-726 Page 4 of 6 Perform Steps Below in the Order Listed If the X.25 status is not correct, check the connection to the X.25 network and correct the problem before proceeding. NOTE If the SCU is to be connected to one or more Operational Support Systems, the following steps should be performed for each OSS to ensure that the OSS can communicate with the SCU.
Page 361 6TADLP726-1E TOTAL ACCESS 3000/3010 DLP-726 Page 5 of 6 Perform Steps Below in the Order Listed NOTE Each user that logs in is assigned to one Server. Servers are assigned from the bottom up, so that Server 4 is used first, Server 3 next, and so forth.
Page 362 6TADLP726-1E TOTAL ACCESS 3000/3010 DLP-726 Page 6 of 6 Perform Steps Below in the Order Listed Total Access ® 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 363 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 364 6TADLP727-1E TOTAL ACCESS 3000/3010 DLP-727 Page 2 of 4 Perform Steps Below in the Order Listed Detailed Level Procedure 727 1. Ascertain the SCU IP Address If you do not already have the IP Address for the SCU, either obtain it from the network administrator or manually check for the address in the Provisioning Menu of the Network Management Interface.
Page 365 6TADLP727-1E TOTAL ACCESS 3000/3010 DLP-727 Page 3 of 4 Perform Steps Below in the Order Listed NOTE Refer to the documentation of the computer system if you are unsure how to perform a Ping command. Most computers running a networked version of Microsoft Windows™...
Page 366 6TADLP727-1E TOTAL ACCESS 3000/3010 DLP-727 Page 4 of 4 Perform Steps Below in the Order Listed 4. Perform an SNMP Query on the SCU If the SCU is to be managed remotely using an SNMP Management Station, then the network connection between the SCU and the Management Station should be tested.
Page 367 SCU using TFTP. If necessary, refer to the appropriate documentation before proceeding. The prerequisite procedures include: • Installation and wiring of a Total Access 3000/3010 shelf and SCU – NTP-501 • Physical installation of the Multiplexer Module(s) to be used (MUXs are needed only if the TFTP upgrade will be facilitated by the in-band management channel): –...
Page 368 If necessary, refer to the appropriate documentation before proceeding. The prerequisite procedures include: • Installation and wiring of a Total Access 3000/3010 shelf and SCU – NTP-501 • Making RS-485 Bus Connections Between Shelves – DLP-712 (This prerequisite...
Page 369 14. The Flash Status will state Flash Write Completed when finished. Once the Flash Status flashes Flash Write Completed, press <Esc> twice to return tothe Software Update menu 15. Select Reboot SCU, and press <Enter>. Total Access 3000/3010 System Manual © 2003, ADTRAN, Inc.
Page 370 Perform Steps Below in the Order Listed 16. Confirm Reboot by typing <Y> and <Enter>. This will not disrupt service on the Total Access 3000/3010. The SCU will restart and the upgrade is complete. The firmware version that is currently installed may be checked by viewing the Configuration Menu of the SCU.
Page 371 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 372 SCU. If necessary, refer to the appropriate documentation before proceeding. The prerequisite procedures include: • Installation and wiring of a Total Access 3000/3010 shelf and SCU – NTP-501 • Physical installation of the Multiplexer Module(s) to be used (necessary if implementing the inband management channel for IP or SNMP traffic): –...
Page 373 6TADLP729-1E TOTAL ACCESS 3000/3010 DLP-729 Page 3 of 6 Perform Steps Below in the Order Listed The generated SCA filename will be of the form (excluding parentheses): (prefix)_(instance)(suffix) where: prefix is the value of filename prefix field. instance is decimal number between 1 and the max AutoSave instances field.
Page 374 Page 4 of 6 Perform Steps Below in the Order Listed 1.2.2 Configure the Global SCA Settings 1. From the Total Access 3000/3010 Main menu, select System Controller, and press <Enter>. 2. From the System Controller Main menu, select Provisioning, and press <Enter>.
Page 375 6TADLP729-1E TOTAL ACCESS 3000/3010 DLP-729 Page 5 of 6 Perform Steps Below in the Order Listed 8. From the SCA AutoSave Provisioning menu, select AutoSave Only If Prov Changes, and press <Enter>. The following settings will be available: • Enable •...
Page 376 TFTP server after an automatic save is scheduled to occur. 1.2.2 To Manually Perform a SCA Save: 1. From the Total Access 3000/3010 Main menu, select System Controller, and press <Enter>. 2. From the System Controller Main menu, select Provisioning, and press <Enter>.
Page 377 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the "b" represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 378 SCU. If necessary, refer to the appropriate documentation before proceeding. The prerequisite procedures include: • Installation and wiring of a Total Access 3000/3010 shelf and SCU – NTP-501 • Physical installation of the Multiplexer Module(s) to be used (necessary if implementing the in-band management channel for IP or SNMP traffic): –...
Page 379 6TADLP730-1E TOTAL ACCESS 3000/3010 DLP-730 Page 3 of 6 Perform Steps Below in the Order Listed 1.2.2 Configure the SCA Restore Options 1. From the System Configuration (SCA) menu, select SCA SCU Restore Provisioning, and press <Enter>. The SCA SCU Restore Provisioning menu allows the user to specify which types of provisioning options are to be overwritten by the SCA restore and which types of provisioning options will be unaffected.
Page 380 6TADLP730-1E TOTAL ACCESS 3000/3010 DLP-730 Page 4 of 6 Perform Steps Below in the Order Listed • Restore SCU SNMP Provisions – This option dictates whether SNMP-related parameters will be overwritten on the SCU by an SCA restore. SNMP-related parameters include such items as SNMP ifIndexing method, trap-host IP addresses, System Name, Location, and Contact strings, as well as the public and private SNMP community strings.
Page 381 6TADLP730-1E TOTAL ACCESS 3000/3010 DLP-730 Page 5 of 6 Perform Steps Below in the Order Listed • Restore In-Service Module Provisions – The value for this option dictates whether SCA restore operations will affect In-Service access and cell switch modules. Setting this field to disable will prevent all modules that are provisioned as In-Service from being affected by an SCA restore.
Page 382 6TADLP730-1E TOTAL ACCESS 3000/3010 DLP-730 Page 6 of 6 Perform Steps Below in the Order Listed The remaining text in this section describe available “Hotkeys” visible at the bottom of the SCA Module Restore Provisioning Screen: • E Hotkey – Pressing the “E” key will force the restore state of all slots to Enable.
Page 383 “A” represents the Total Access 3000 parameter and “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 384 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 2 of 10 Perform Steps Below in the Order Listed Linked Provisioning only applies to MUX modules and transfers provisioning data from one MUX to the replacement MUX. Unlike Auto-Provisioning, Linked- Provisioning does not transfer the Service State of the current MUX to the replacement MUX.
Page 385 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 3 of 10 Perform Steps Below in the Order Listed 1. From the Provisioning Menu select option 1, Framing, and press <Enter>. CBIT – CBIT parity format is enabled. M13 – M13 only format is enabled.
Page 386 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 4 of 10 Perform Steps Below in the Order Listed NOTE In a protection configuration, it is recommended to ‘Enable’ Linked Provisioning so that the Protect MUX is automatically provisioned with the identical settings as the Working MUX.
Page 387 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 5 of 10 Perform Steps Below in the Order Listed 3. As an example, from the Daily Threshold Menu select option 1, Code Violation…….L, and press <Enter>. Set Alarm Threshold Set Alarm Enable Set the Alarm Threshold and then Enable the alarm to be issued if the set threshold value is exceeded.
Page 388 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 6 of 10 Perform Steps Below in the Order Listed Rate (BER) on the line. INHIBIT – Inhibits APS operation. ALLOW – Allows APS operation. Select the desired option by typing the corresponding number and press <Enter>.
Page 389 DS-3 data stream. The DS-3 MUX module is capable of mapping T2s, T1s, and E1s, or any combination thereof, to the Total Access 3000/3010 slots. These bandwidth mapping options of T2, T1, or E1 are referred to as “mapping schemes.”...
Page 390 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 8 of 10 Perform Steps Below in the Order Listed Table 1. How T1s are Bundled into T2s Table 2. How E1s are Bundled into T2s When mapping a single T2 as one T2, and not three E1s or four T1s, the entire 6.312 Mb/s is routed to the designated slot.
Page 391 6TADLP740-1E TOTAL ACCESS 3000/3010 DLP-740 Page 9 of 10 Perform Steps Below in the Order Listed T1 Mapping scheme – this will map any T1 to any slot. Selection or Mapping (T1# / Slot#): Example – Selection or Mapping (T1# / Slot#): 1/10 This will map T1 #1 to slot 10.
Page 392 Primary MUX in slot A. Follow-up Procedure This completes the procedure for provisioning the Total Access 3000/3010 DS-3 Multiplexer Module. Proceed to Section 1.5, Placing the Units in Service, of NTP-504. If this procedure was called out from another document, return to that document and continue.
Page 393 References to common, but differing, parameters between the Total Access 3000 and the Total Access 3010, such as number of slots, will be conveyed by the convention a/b. The “a” represents the Total Access 3000 parameter and the “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 394 6TADLP741-1E TOTAL ACCESS 3000/3010 DLP-741 Page 2 of 8 Perform Steps Below in the Order Listed Preparing to Provision the Primary MUX (slot A) NOTE If MUX Auto-Provisioning is enabled in the SCU and a STS-1 MUX unit is subsequently removed and replaced with another STS-1 MUX unit, the SCU will automatically download the provisioning settings, including Service State, to the replacement STS-1 MUX.
Page 395 6TADLP741-1E TOTAL ACCESS 3000/3010 DLP-741 Page 3 of 8 Provisioning the Primary MUX The following procedure includes each provisioning item and a brief description of each. 1. From the Provisioning Menu select option 1, Line Build Out, and press <Enter>.
Page 396 6TADLP741-1E TOTAL ACCESS 3000/3010 DLP-741 Page 4 of 8 Perform Steps Below in the Order Listed 4. Selecting option 5, Restore Factory Defaults, will restore the provisioning of the unit to its factory default state. The factory default settings are listed below.
Page 397 6TADLP741-1E TOTAL ACCESS 3000/3010 DLP-741 Page 5 of 8 Perform Steps Below in the Order Listed 3. As an example, from the Daily Threshold Menu select option 1, Code Violation…….S, and press <Enter>. 1. Set Alarm Threshold 2. Set Alarm Enable Set the Alarm Threshold by selecting option 1, Set Alarm Threshold, and inputting the desired threshold.
Page 398 VT1.5 Channel mapping is necessary so that the embedded T1s can be routed to the correct slot of the Total Access 3000/3010 chassis upon being extracted from the STS-1 data stream. Table 1. lists the VT1.5# (1-28) and the corresponding mapping to the SONET VT Group #, VT#.
Page 399 6TADLP741-1E TOTAL ACCESS 3000/3010 DLP-741 Page 7 of 8 Perform Steps Below in the Order Listed 3. Return to the Primary MUX Main menu by pressing <Esc>. This concludes the procedure for provisioning a single MUX in a non-protection configuration or the Primary MUX in a protection configuration. Please proceed to Section 1.7 for provisioning the Protect MUX in a protection configuration or return...
Page 400 Primary MUX in slot A. 1.7.1 Follow-up Procedure This completes the procedure for provisioning the Total Access 3000 STS-1 Multiplexer Module. Proceed to NTP-505 to place the units In-Service. If this procedure was called out from another document, return to that document and continue.
Page 401 “A” represents the Total Access 3000 parameter and “b” represents the Total Access 3010 parameter. For example, the differing number of access slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 402 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 2 of 14 Perform Steps Below in the Order Listed Linked Provisioning only applies to MUX modules and transfers provisioning data from one MUX to the replacement MUX. Unlike Auto-Provisioning, Linked- Provisioning does not transfer the Service State of the current MUX to the replacement MUX.
Page 403 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 3 of 14 Perform Steps Below in the Order Listed 1. From the Provisioning Menu select option 2, Linked Provisioning, and press <Enter>. 1. Enable 2. Disable NOTE In a protection configuration, it is recommended to select option 1 to enable Linked Provisioning so that the Protect MUX is automatically provisioned with the identical settings as the Primary MUX.
Page 404 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 4 of 14 Perform Steps Below in the Order Listed 4. From the Provisioning Menu select option 5, Clock Source, and press <Enter>. This option sets source of timing for the OC-3 transmit clock 1.
Page 405 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 5 of 14 Perform Steps Below in the Order Listed 7. From the Provisioning Menu select option 8, System ID, and press <Enter>. This option sets the address used by DCC (in conjunction with the NSAP Area Address) to uniquely identify each OC-3 MUX.
Page 406 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 6 of 14 Perform Steps Below in the Order Listed 10. Selecting option, Restore Factory Defaults, will restore the provisioning of the unit to its factory default state. The factory default settings are listed below:...
Page 407 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 7 of 14 Perform Steps Below in the Order Listed 2. Options 5 and 6 are able to have alarm thresholds set. From the Performance Monitoring Menu select option 5, OC-3 Daily Thresholds, and press <Enter>.
Page 408 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 8 of 14 Perform Steps Below in the Order Listed 5. From the Performance Monitoring Menu select option 6, OC-3 Quarterly Hourly Thresholds, and press <Enter>. Section Code Violations Section Errored Seconds Section Severely Errored Seconds...
Page 409 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 9 of 14 Perform Steps Below in the Order Listed Protection Configuration Provisioning This provisioning option allows the user to set a Protection Configuration state of the OC-3 MUX. If the MUX is in a single configuration, please continue this procedure at Section 1.6, Channel Mapping Provisioning.
Page 410 VT1.5 Channel mapping is necessary so that the embedded T1s can be routed to the correct slot of the Total Access 3000 chassis upon being extracted from the OC-3 data stream. Table 1 lists the VT1.5# (1-28) and the corresponding mapping to the SONET VT Group #, VT#.
Page 411 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 11 of 14 Perform Steps Below in the Order Listed 1. From the Primary MUX Main Menu select option 8, VT1.5 Mapping, and press <Enter>. 2. The factory default setting is “Remove all mappings” and renders the MUX unable to provide service to the access slots.
Page 412 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 12 of 14 Perform Steps Below in the Order Listed Display Options Display Options allows the user to format the output display of the MUX Menu screens to their preference. The available settings are listed below.
Page 413 Primary MUX in slot A. 1.9.1 Follow-up Procedure This completes the procedure for provisioning the Total Access 3000 OC-3 Multiplexer Module. Proceed to NTP-506 to place the units In-Service. If this procedure was called out from another document, return to that document and continue.
Page 414 6TADLP742-1E TOTAL ACCESS 3000/3010 DLP-742 Page 14 of 14 Total Access ® 3000/3010 System Manual © 2003, ADTRAN, Inc.
Page 415 Before beginning the configuration procedure described in this DLP, the user should ensure that a Total Access 3000 shelf is properly installed and wired for the respective MUX operation. Also, ensure the SCU is installed and provisioned. Refer to NTP-501, Shelf Installation in a Central Office, for detailed procedures for either of the above applications.
Page 416 Select option 1, APS Lockout Status, and press <Enter>. Set APS Lockout Status to ALLOW. Access the main menu of the Total Access 3000 MUX in slot B by returning to the Total Access 3000 Main menu and choosing option 3, Common B.
Page 417 Perform Steps Below in the Order Listed For an OC-3 Mux, an additional APS setting is located under the Provisioning menu, option 3, Switching Type. From the Total Access 3000 main menu, select option 2, “Common A”. Select option 7, “Provisioning”. Select option 3, “Switching Type”.
Page 418 1.2.4 Disable Protection Switching Disabling protection switching. Access the Main Menu of both Total Access 3000 MUX units and select option 7, Protection Configuration. Select option 1, APS Lockout Status, and toggle from ALLOW to INHIBIT. Ensure that both Mux modules are set for an APS Lockout Status of INHIBIT.
Page 419 The “a” represents the Total Access 3000 parameter and the "b" represents the Total Access 3010 parameter. For example, the differing number of slots in the two platforms, 28 for the Total Access 3000 and 22 for the Total Access 3010, would be displayed “28/22.”...
Page 420 Expansion Shelves) • Access to a computer with LAN access (if the Total Access 3000/3010 is connected to a LAN) or a computer with an RS-232 interface and terminal emulation program (if the Total Access 3000/3010 is not connected to a LAN)
Page 421 Detailed Level Procedure 744 1. Install the Quad BNC Adapter Module to Intelligent NE (Host) Shelf 1.) The Quad BNC Adapter Module, ADTRAN P/N 1181007L1 to the rear of the Intelligent NE (Host) Shelf that contains the Total Access 3000/3010 OC-3 List 2 MUX, ADTRAN P/N 1181031L2.
Page 422 4. Verify Common Modules Installed in Intelligent NE and Expansion Shelves 1.) Verify that the SCU, ADTRAN P/N 1181018L1 and either single or redundant OC-3 List 2 MUX Modules, ADTRAN P/N 1181031L2 are installed in the Intelligent NE (Host) shelf.
Page 423 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 5 of 12 Perform Steps Below in the Order Listed 6. Provision SCU in the Intelligent NE (Host) Shelf Access the menus for the Intelligent NE (Host) shelf by either connecting through the front panel craft port (see DLP-715) or by Telnet session if connected to the LAN.
Page 424 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 6 of 12 Perform Steps Below in the Order Listed 7. Provision SCU in the Expansion Shelves (Client) 1.) Access the menus for the Expansion Shelf (Client) by either connecting through the front panel craft port (see DLP-715) or by Telnet session if connected to the LAN.
Page 425 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 7 of 12 Perform Steps Below in the Order Listed 8. Provision OC-3 List 2 MUX in the Intelligent NE (Host) Shelf 1.) Access the menus for the Intelligent NE (Host) shelf by either connecting through the front panel craft port (see DLP-715) or by Telnet session if connected to the LAN.
Page 426 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 8 of 12 Perform Steps Below in the Order Listed NOTE In redundant applications, the System ID and the NSAP Area Address must be entered in both the A and B OC-3 L2 MUX individually. These entries are not automatically updated through Linked Provisioning.
Page 427 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 9 of 12 Perform Steps Below in the Order Listed 10. Place Equipment In Service Access the menus for the Intelligent NE (Host) shelf by either connecting through the front panel craft port (see DLP-715) or by Telnet session if connected to the LAN.
Page 428 Obtain NSAP Area Address and System ID for OC-3 L2 MUX (Network Administrator) Obtain Target ID for Host SCU (Network Administrator) Mount and power 1 Host Total Access 3000 and 2 Client Total Access 3000 shelves. Each shelf should have: Host shelf...
Page 429 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 11 of 12 Perform Steps Below in the Order Listed Provision SCU on Expansion (Client) shelf SCU/Provisioning/General/Management Ports/Interbank Comm. Mode – Client SCU/Provisioning/TL1/Client Shelf Management – Expansion Shelf Automatic connection to Unit Number – 2 (for Expansion Shelf #1) or 3 (for...
Page 430 6TADLP744-1E TOTAL ACCESS 3000/3010 DLP-744 Page 12 of 12 Perform Steps Below in the Order Listed OC-3 MUX/VT1.5 Mapping – M13 1-to-1 Mapping Provision STS-1 L2 MUX STS-1 MUX/Provisioning/Linked Provisioning – Enabled (for redundant operation) STS-1 MUX/Provisioning/Clock Source – Receive STS-1 Loop STS-1 MUX/Provisioning/DCC Mode –...
Page 431 6TATSG800-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 1 of 2 Total Access 3000/3010 Trouble Shooting Guide Find the Table in the List Below Then Go To: Table 1. SCU Alarm Summary – 1181018L1 Page 3 Table 2. DS3 MUX Alarm Summary – 1181020L1 Page 4 Table 3.
Page 432 6TATSG800-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 433 Page 1 of 74 Total Access 3000/3010 Trouble Shooting Guide This section of ADTRAN’s Total Access 3000/3010 System Manual is designed for use by Network Operation Centers, technicians, and network engineers who are involved in the every day use of this equipment. This document contains alarm information that is sent to the System Controller Unit for processing.
Page 434 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 2 of 74 © 2002, ADTRAN, Total Access ® 3000/3010 System Manual...
Page 435 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 3 of 74 Table 1. SCU Alarm Summary – 1181018L1 c i t l i a l i a e . I t a t ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 436 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 4 of 74 Table 2. DS3 MUX Alarm Summary – 1181020L1 i s i , r t i t a , r t , r t i t a , r t i t a...
Page 437 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 5 of 74 Table 2. DS3 MUX Alarm Summary – 1181020L1 (continued) l i a l i a i t c c t i , t n i t c t a t...
Page 438 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 6 of 74 Table 2. DS3 MUX Alarm Summary – 1181020L1 (continued) c i t t a t c i t t a t i t a t a t t a t...
Page 439 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 7 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 i s i , r t t a l i t c i t a , r t i t c...
Page 440 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 8 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) , r t i t a i t a i t a , r t i t a . t n , r t .
Page 441 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 9 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) , r t , h t . t n , r t l i a , h t l i a .
Page 442 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 10 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) t a l i t c i t a i t c i t c . t n i t a i t a .
Page 443 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 11 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) i t a . t n . t n l i a l i a l i a , s t .
Page 444 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 12 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) - s t , h t i a t . s t t a l , h t , h t i t a .
Page 445 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 13 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) i t a . l a t a t s t i e t t t t a t s i...
Page 446 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 14 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) c i t t a t t s i c i t t a t t a t t s i...
Page 447 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 15 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) t s i ' 1 ' t s i . r e . r e e l i e l i...
Page 448 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 16 of 74 Table 3. STS-1 L1 MUX Alarm Summary – 1181030L1 (continued) e . I t a t . e t © 2002, ADTRAN, Total Access ® 3000/3010 System Manual...
Page 449 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 17 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 i s i , r t t a l i t c i t a , r t i t c...
Page 450 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 18 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) , r t i t a i t a i t a , r t i t a . t n , r t .
Page 451 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 19 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) , r t l i a , h t l i a . e l l i a , r t...
Page 452 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 20 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) i t c i t c . t n i t a i t a . t n . t n...
Page 453 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 21 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) . t n l i a l i a l i a , s t . s t t a l...
Page 454 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 22 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) t a l , h t , h t i t a . t n , h t . t n...
Page 455 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 23 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) s t i t a t . l a t s i . l i c i t t a t...
Page 456 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 24 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) s t i t a t . l a t s i i t a . l a i t c...
Page 457 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 25 of 74 Table 4. STS-1 L2 MUX Alarm Summary – 1181030L2 (continued) . r e . r e e l i e l i c i t i t c c t i...
Page 458 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 26 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 i s i , r t t a l i t c i t a , r t i t c...
Page 459 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 27 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) , r t , s t i a t . s t , r t i t a i t a...
Page 460 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 28 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) , r t , h t . t n , r t , h t . t n , r t...
Page 461 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 29 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) , r t - s t , h t . s t t a l i t c i t a...
Page 462 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 30 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) i t a i t a i t a i t a . t n . t n l i a...
Page 463 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 31 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) l i a , h t l i a . e l l i a - s t , h t i a t .
Page 464 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 32 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) c i t t a t e t t i t a . l a t a t s t i...
Page 465 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 33 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) c i t t a t t s i c i t t a t t a t t s i...
Page 466 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 34 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) i t a . l a - l l e t t & t s i ' 1 ' t s i .
Page 467 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 35 of 74 Table 5. OC-3 L1 MUX Alarm Summary – 1181031L1 (continued) c i t i t c c t i e t i c i t e . I t a t .
Page 468 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 36 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 i s i , r t t a l i t c i t a , r t i t c...
Page 469 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 37 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t , s t i a t . s t , r t i t a i t a...
Page 470 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 38 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t , s t i a t . s t , r t i t a i t a...
Page 471 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 39 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t , h t . t n , r t l i a , h t l i a .
Page 472 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 40 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) t a l i t c i t a i t c i t c . t n i t a i t a .
Page 473 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 41 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i t a i t a i t a i t a . t n . t n l i a...
Page 474 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 42 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) l i a , h t l i a . e l l i a - s t , h t i a t .
Page 475 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 43 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i l i . l a c i t t a t l l a e t t . r e...
Page 476 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 44 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i t a . l a t a t & - l l e t t c i t t a t...
Page 477 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 45 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i t a . l a - l l e t t & t s i ' 1 ' . r e...
Page 478 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 46 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t i t c , r t i t c . t n , r t i t a...
Page 479 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 47 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t i t a . t n , r t . t n , r t l i a...
Page 480 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 48 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t , h t . t n , r t l i a , h t l i a .
Page 481 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 49 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , r t l i a , h t l i a l i a , r t - s t , h t .
Page 482 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 50 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) . t n l i a l i a . e l l i a , s t i a t .
Page 483 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 51 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , s t . s t t a l , h t i t a , h t . t n , h t .
Page 484 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 52 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) , h t i t a . t n , h t . t n l i a , h t...
Page 485 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 53 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i t a . l a t a t s t i e t t t t a t s i...
Page 486 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 54 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) i t a . l a t a t & - l l e t t t a t t s i...
Page 487 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 55 of 74 Table 6. OC-3 L2 MUX Alarm Summary – 1181031L2 (continued) e l i c i t i t c c t i e t i c i t e . I t a t .
Page 488 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 56 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 i s i , r t i t a i t a i r r i t a , r t i a t t a l .
Page 489 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 57 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) , r t . y t i a t . s t , r t . y t i a t .
Page 490 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 58 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) , r t l i a . y t l i a . e l l i a l i a...
Page 491 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 59 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) i a t t a l . s t i a t . s t i t a . y t .
Page 492 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 60 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) . y t i a t , s r , s t i t a . s t , y t...
Page 493 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 61 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) i t c c t i . t n i t c c t i . s t . l a...
Page 494 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 62 of 74 Table 7. DS3 CSM Alarm Summary – 1181041L1 (continued) & t a t & t a t & t a t , e r c i t i t c...
Page 495 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 63 of 74 Table 8. DSX-1 Access Module Alarm Summary – 1181050L1 , r t , h t , r t , h t , r t , r t l i a...
Page 496 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 64 of 74 Table 8. DSX-1 Access Module Alarm Summary – 1181050L1 (continued) l i a , h t , h t t a l , h t , h t i t a...
Page 497 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 65 of 74 Table 8. DSX-1 Access Module Alarm Summary – 1181050L1 (continued) , r t t a l , h t , r t , r t , h t , r t...
Page 498 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 66 of 74 Table 8. DSX-1 Access Module Alarm Summary – 1181050L1 (continued) i t a , l a l i a l i a e . I t a t © 2002, ADTRAN, Total Access ®...
Page 499 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 67 of 74 Table 9. HDSL Access Module Alarm Summary – 1181101L1 i s i . l a . l a . ) s c i t i t c c t i c t i e .
Page 500 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 68 of 74 Table 10. HDSL Access Module Alarm Summary – 1181106L1 i s i . l a . l a . ) s c i t i t c c t i c t i e .
Page 501 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 69 of 74 Table 11. HDSL2 Access Module Alarm Summary – 1181111L2 i s i . l a . l a . ) s c i t i t c c t i c t i e .
Page 502 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 70 of 74 Table 12. Quad DSX-1/E1 Access Module Alarm Summary – 1181402L1 i s i s t r i s i . l a . t n i t a . l a...
Page 503 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 71 of 74 Table 12. Quad DSX-1/E1 Access Module Alarm Summary – 1181402L1 (continued) , r t , r t , r t , r t t a l . h t . h t l i a .
Page 504 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 72 of 74 Table 13. Octal DS1 IMA Access Module Alarm Summary – 1181409L1 t i s i t r t s r t t a t t a l a t l a t...
Page 505 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 73 of 74 Table 13. Octal DS1 IMA Access Module Alarm Summary – 1181409L1 (continued) i t a l a i e . I t a t ® © 2002, ADTRAN, Inc. Total Access...
Page 506 6TATSG801-1E TOTAL ACCESS 3000/3010 SECTION 8 Page 74 of 74 © 2002, ADTRAN, Total Access ® 3000/3010 System Manual...
Page 507 6TAAPX000-1E TOTAL ACCESS 3000/3010 SECTION 9 Page 1 of 2 Total Access 3000/3010 Appendices Find Your Topic in the List Below Then Go To: Warranty Information and Customer Service APX-901 ® Total Access 3000/3010 System Manual © 2002, ADTRAN, Inc.
Page 508 6TAAPX000-1E TOTAL ACCESS 3000/3010 SECTION 9 Page 2 of 2 ® © 2002, ADTRAN, Inc. Total Access 3000/3010 System Manual...
Page 509 APX-901 Page 1 of 2 WARRANTY AND CUSTOMER SERVICE ADTRAN will replace or repair this product within the warranty period if it does not meet its published specifications or fails while in service. Warranty information can be found at www.adtran.com/warranty.
Page 510 6TAAPX901-1E TOTAL ACCESS 3000/3010 APX-901 Page 2 of 2 Total Access ® 3000/3010 System Manual © 2003, ADTRAN, Inc.
Page 511 Inside North America Product Warranty (USA, CANADA , MEXICO AND THE CARIBBEAN) Carrier Products Warranty Enterprise Products Warranty Outside North America Product Warranty Outside North America Warranty Repair and Return Policies Battery Replacement/Recycling Procedures Feedback Trademarks Privacy Policy http://www.adtran.com/adtranpx/Rooms/DisplayP...BOID%5BED6D2F8DCE50744FAEBB1DCDD4AC23EA%5D%5D [5/3/2003 8:07:50 PM]...

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