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Connecting nodes through Multiservice Switch 15000 VSS 116 Connecting Multiservice Switch 15000 or Multiservice Switch 20000 node to a SER 5500 116 Connecting a Multiservice Switch 15000 or Multiservice Switch 20000 node to an EdgeLink 100 117 Blank processor card 119...
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Status LEDs of a PIM 293 Status LEDs of a fabric 295 Status LEDs of fabric cards in a Multiservice Switch 15000 295 Status LEDs of fabric cards in a Multiservice Switch 20000 296 Status LEDs of a CP or an FP card 299...
About this document The information in this document describes the hardware parts and subassemblies for housing a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 in a Network Equipment Building System (NEBS) frame or equivalent mounting apparatus. The frame has product engineering code (PEC) NTRU04.
Other changes made to this document include the following: • rebranded the terms Passport and PVG in conjunction with the new Nortel Networks’ brand simplified naming format. Passport is now referred to as the Nortel Networks Multiservice Switch, and PVG is now Media Gateway 7480/15000.
(page 265) • increased the number of air filters to 10 in the tables Spare parts kit NTQS29AB for a Multiservice Switch 15000 (page 314) Spare parts kit NTQH29AB for a Multiservice Switch 20000 (page 315) • removed all mention of the 1-port OC-48/STM-16 POS FP with PEC...
Fabric card NTHR16EA The following have been updated for this feature: • the table Features of a 40 Gbit/s Multiservice Switch 15000 fabric card pre-NTHR16EA (page 76) • the table Features of a 40 Gbit/s Multiservice Switch 15000 fabric card NTHR16EA (page 77) •...
Power System Detailed Installation Guidelines and Procedures Manual How to get more help For information on training, problem reporting, and technical support, see the “Nortel Networks support services” section in the product overview document. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
Hardware parts that can be replaced or upgraded (page 25) Multiservice Switch 15000 overview A Nortel Networks Multiservice Switch 15000 is a high-capacity ATM node, which can act as a backbone or edge node to an ATM network. Each Multiservice Switch 15000 supports electrical and optical interfaces with a variety of speeds from E3 up to STM-16 and from DS3 up to OC-48.
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- 16 - Introducing Multiservice Switch 15000 and Multiservice Switch 20000 hardware Multiservice Switch 15000 nodes support two types of timing source: building integrated timing supply (BITS) to the alarm/BITS module, and line timing to a fiber optic functional processor (FP). The node can receive the external timing signal from BITS or line timing, and distribute either signal throughout the switch.
- 17 - Introducing Multiservice Switch 15000 and Multiservice Switch 20000 hardware Two Multiservice Switch 15000 or Multiservice Switch 20000 nodes in a NEBS 2000 frame ultiservice NEBS2000 Switch 15000 frame or 20000 ultiservice Switch 15000 or 20000 SS 3159 001 AA...
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Switch 15000 VSS is a Multiservice Switch 7400 packaged within a Multiservice Switch 15000. In addition to ATM, a Multiservice Switch 15000 VSS delivers a wide range of standard-based high-speed interfaces and services, including frame relay, circuit emulation, voice, and IP. These interfaces provide a wide variety of access and trunking speeds from channelized DS0 to OC-48.
- 19 - Introducing Multiservice Switch 15000 and Multiservice Switch 20000 hardware A Multiservice Switch 15000 VSS node in a NEBS 2000 frame PPT 2912 001 AA Multiservice Switch 20000 overview A Nortel Networks Multiservice Switch 20000 is a member of the Multiservice Switch family of nodes.
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Multiservice Switch 15000 cannot be upgraded to a Multiservice Switch 20000 by changing plug-in cards or modules. Processor cards from a Multiservice Switch 15000 or Multiservice Switch 20000 can be shared, but the Multiservice Switch 20000 is a unique shelf with its own software identity.
For a detailed description of Multiservice Switch 20000 cards or modules, see the appropriate section in this document. For the procedures to initially install and maintain a Multiservice Switch 15000 or Multiservice Switch 20000, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
PPT 3161 002 AA Mounting apparatus overview The mounting apparatus to house the switch hardware of a Nortel Networks Multiservice Switch is the NEBS 2000 frame with PEC NTRU04. The frame complies to the network equipment building system (NEBS). The frame accommodates: •...
- 23 - Introducing Multiservice Switch 15000 and Multiservice Switch 20000 hardware A single Multiservice Switch 15000 or Multiservice Switch 20000 can also be installed in a mounting apparatus other than a NEBS 2000 frame. Continue at Switch hardware mounting apparatuses (page 26).
Peripheral interworking equipment Peripheral equipment is any non-Nortel Networks Multiservice Switch equipment that can be connected to a Multiservice Switch 15000 or Multiservice Switch 20000 to provide additional functionality, service, Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
Maintenance, and Upgrade. Hardware parts that can be replaced or upgraded Most of the hardware units of a Nortel Networks Multiservice Switch 15000 and Multiservice Switch 20000 can be replaced in the event of failure or damage. All such field replaceable units (FRUs) and service replaceable units...
Switch hardware mounting apparatuses The switch hardware of a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 is mounted in the 21-inch wide NEBS 2000 frame (NTRU04). The frame has a footprint of 60 cm by 60 cm (23.62 in. by 23.62 in.) and a height of 212.5 cm (83.66 in.).
Switch hardware mounting apparatuses The plug-in processor cards and fabric cards are shipped installed in a Multiservice Switch 20000, and separately for a Multiservice Switch 15000 or Multiservice Switch 15000 VSS. Optional switch hardware and frame enclosure hardware is typically not installed on the frame and must be added either before or after a frame is anchored.
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(81.35 Nm). The remaining anchor nut has a fixed plastic collar to indicate that the nut has not been re-tightened. Since the collar must be removed to unfasten or re-tighten the nut, it acts as an integrity seal, especially in Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
The procedures for marking the footprint and drilling anchor holes is in NN10600-125 Nortel Networks Multiservice Switch 15000/20000 Planning Site Requirements. The procedures for anchoring the frame are included in the task flows of frame installation in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
The spacial requirements and considerations for installing a door kit or an extended side panel kit are in NN10600-125 Nortel Networks Multiservice Switch 15000/ 20000 Planning Site Requirements. The tasks to install the hardware are in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
These panels can be installed without the side panels being present, especially if the frame-joining hardware kit NTRU0370 is used to maximize space usage between adjacent frames. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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NN10600-125 Nortel Networks Multiservice Switch 15000/20000 Planning Site Requirements. The tasks to install the hardware are in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
BIMs to the shelves and cooling units. A Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node supports the use of either a two-BIM (single shelf) or a four-BIM (dual shelf) BIP. The BIP also contains an alarm module which monitors system parts, generates alarms, and controls LED status indicators.
BIM pairs in a BIP (page 43). If the NEBS 2000 frame is shipped with one Multiservice Switch 15000 or Multiservice Switch 20000, the insulation boots and lugs are provided for the second set of BIMs. This accommodates adding a second switch of the same kind to the frame.
BIP. Although the breakers of BIMs for a Multiservice Switch 20000 are greater than those of a Multiservice Switch 15000, the maximum power input feed is 100 A for both switches. When housing a Multiservice Switch 15000 and...
When two Multiservice Switch 15000s or two Multiservice Switch 20000s are installed in one NEBS 2000 frame, they share the same BIP. If a Multiservice Switch 15000 and a Multiservice Switch 20000 are installed in the same NEBS 2000 frame, they can safely share the BIP NT6C62 or AP6C68 even though the BIMs have different ampere ratings.
LED • five PCB circuit breakers (four 20 A and one 5 A) — for a Multiservice Switch 15000, four 20 A and one 5 A — for a Multiservice Switch 20000, four 25 A and one 5 A •...
(BIM) slots. Filler plates are fastened to the front of the BIP, over the empty BIM slot, by a captive screw. Filler plates are used in two-BIM modules, when the BIP is installed in a frame that contains only one Nortel Networks Multiservice Switch.
Frame level indicators for the BIP alarm module (page 47) Attention: When a Multiservice Switch 15000 shares the BIP with a Multiservice Switch 20000, that is, the two nodes are installed in the same frame, the LED test function operates only for the Multiservice Switch 20000.
Attention: A fan alarm 7012 0051 will recur only when attribute repeatFanAlarm is enabled. See the procedure for configuring a fan alarm to recur in NN10600-550 Nortel Networks Multiservice Switch 7400/15000/ 20000 Common Configuration Procedures. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
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CPs so that an internal alarm clock makes the alarm recur each 8-hour interval and escalate the severity to critical if the problem is still not fixed within 24 hours. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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(frame or follow-me) for the module when the view of the indicators are blocked (for example, by cabinet doors); for driving a front and rear LED board Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
Nortel Networks Multiservice Switch, external alarms can be connected between the two setups. Selected alarm connections can indicate a hardware status of the Multiservice Switch 15000 or Multiservice Switch 20000, while other selected alarm connections on the switch can indicate a hardware status of the rectifier system.
BIP accommodates • directly routing the cable from the site power source, or a branch panel as the last leg of connection, to the breaker interface panel (BIP) of the Nortel Networks Multiservice Switch • using a cable tapped off a main power cable (instead of directly from the site power source) as the last leg of cable to the BIP •...
BIP backplane power connections in a dual shelf frame (page 56) shows how the power connections on the backplane of the BIP are connected to other parts in the Multiservice Switch 15000 frame setup. BIP backplane power connections in a dual shelf frame...
Attention: When using power input cables that are thinner than 1/0 AWG, the same insulating boot is used and the gap is addressed by the procedure to connect each cable. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
PPT 2822 001 AC2 Sources of dc input power to the BIP backplane The breaker interface panel (BIP) of a Nortel Networks Multiservice Switch 15000 receives and distributes dc power for the system. The source of dc power can be from either: •...
Breaker interface panel Most of the preparations and requirements for dc power cabling between the MFA150 rectifiers and the BIP of the Multiservice Switch 15000 have the same criteria as cabling from a site dc power plant. For information of this kind, see NN10600-125 Nortel Networks Multiservice Switch 15000/20000 Planning Site Requirements.
The NEBS 2000 frame is the grounding point for the switch hardware. The frame has a silvery grounding strip bonded to the front of each frame upright and across the top front. Mounting any Nortel Networks Multiservice Switch equipment onto the frame using the provided self-tapping bolts automatically grounds it to the frame.
Shelf assembly Each node is a separate Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000. A switch is mostly comprised of the power distribution unit, the cooling unit, and a shelf assembly. A shelf assembly accommodates: • plug-in processor cards or filler cards in two rows (cages) across the front •...
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The exterior parts of the shelf assembly are shown in the figures • A typical shelf assembly, front view (page 68) • A shelf assembly of a Multiservice Switch 15000 without fabric cards, rear view (page 69) • A shelf assembly of a Multiservice Switch 20000 with one fabric card...
The backplane is not a field-replaceable unit. The location of the backplane is shown in the figure: • A shelf assembly of a Multiservice Switch 15000 without fabric cards, rear view (page 69) •...
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Dual-fabric mode is the standard mode used by both types of node. Single-fabric mode occurs while one of the fabrics is being replaced or upgraded. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
Each one operates at about half capacity so that it can take over the traffic of its mate. Either card can handle all traffic carried by a fully provisioned and configured Multiservice Switch 15000 or Multiservice Switch 20000.
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This means a 40G fabric card cannot be used in a Nortel Networks Multiservice Switch 20000 node, and a 70G cannot be used in a Multiservice Switch 15000 node. When the system first detects the type of fabric card, the system automatically: •...
Switch proprietary cell c) AT cell Control cell SS 3161 001 AA For more information, see the chapter on fabric cards in NN10600-550 Nortel Networks Multiservice Switch 7400/15000/20000 Common Configuration Procedures. Fabric LED behavior is different from FPs Since a red LED can be caused by more than disabling, a fabric card with a red LED can still be transmitting traffic.
(usable) capacity using that fabric is 40 Gbit/s. The 40G fabric card supports the 2.5 Gbit/s function processors (FPs). The tables Features of a 40 Gbit/s Multiservice Switch 15000 fabric card pre- NTHR16EA (page 76) Features of a 40 Gbit/s Multiservice Switch 15000 fabric card NTHR16EA (page 77) list the major features.
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- 77 - Shelf assembly Features of a 40 Gbit/s Multiservice Switch 15000 fabric card pre-NTHR16EA Feature Description technology CMOS5S6, 0.35 Um backplane signaling 1.5 V Class B compliance CP dependency CP2s or CP3s (2 of 2) Features of a 40 Gbit/s Multiservice Switch 15000 fabric card NTHR16EA...
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CPAC1 or CPAC2. Unilink connections will be used by the FPs that have the C192 ASICs. (The ASICs of each FP type are identified in NN10600-551 Nortel Networks Multiservice Switch 7400/15000/20000 FP Configuration Reference.) Card slots 6 and 7 or 14 and 15 can accommodate FPs that use either DASL or Unilink.
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- 80 - Shelf assembly Faceplates of both fabric cards installed in a lower Multiservice Switch 15000 Rear (lower) ESD jack cooling unit Fabric status Fabric cover LEDs Access panel Fabric lever to diagnostic connector (For Nortel Networks personnel) Insertion...
The method of transporting fabric cards differs between Nortel Networks Multiservice Switch 15000 and Multiservice Switch 20000 nodes. Fabric cards for a Multiservice Switch 15000 are shipped in their own transportation container. The container and packaging protects the card from damage by minor impacts and electromagnetic discharges (ESD).
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A node from package NTQS03 or NTQS04 may not have the tape on it. Removing the protective tape is an essential step in the installation procedure. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
PPT 3087 005 AA2 Fabric replacement can affect traffic When both fabric cards in either Nortel Networks Multiservice Switch node are in service, they operate in a load-sharing mode such that either card can take over all the traffic of its mate. When a fabric card fails completely, the failure triggers the remaining card to take over the incoming traffic from the failed card, and the failed card is put into a lock-out state.
A reset loses all in-progress traffic. The CPs and FPs will not reboot until a fabric card is installed and returns to service. For a description of handling fabric card software sparing, takeover, and lockout, see to NN10600-550 Nortel Networks Multiservice Switch 7400/15000/20000 Common Configuration Procedures. Fabric replacement can affect system cooling An installed fabric card is an integral part of the cooling system and electromagnetic compatibility (EMC).
9.3, it automatically becomes active and controls the operation of the fabric card. For information on installing new firmware on the fabric card, see NN10600-272 Nortel Networks Multiservice Switch 7400/15000/20000 Upgrading Software.
When a fabric NTHR16 with version EA (NTHR16EA) is to be inserted into a Multiservice Switch 15000 as a replacement for a fabric that does not have the EA or later version, software on the switch should have either the fabric feature or a patch that enables the operation of the EA version.
PIM unless the power cable is removed first. This protects the backplane pins from arcing if the PIM is pulled with the power left on. The figure Faceplate of a PIM on a Multiservice Switch 15000 (page 89) shows the opening for the connection point.
PPT 2820 038 AA Power LED status indicators for PIMs Each PIM in a Nortel Networks Multiservice Switch 20000 has LEDs to monitor the status of the A and B power feeds to the BIP. See the figure Location of the PIMs, MAC address, and alarm/BITS module in a Multiservice Switch 20000 (page 91).
NEBS 2000 frame. The cable assembly of the second node is typically installed even if the frame is shipped with only one node. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
(PIMs) of the upper and lower module cage. The location of the MAC address module is shown in the figure A shelf assembly of a Multiservice Switch 15000 without fabric cards, rear view (page 69). The MAC address module is a field-replaceable unit (FRU) which provides the shelf with MAC addresses for the CP and FP cards.
The types of alarm/BITS module are matched to the CP cards for the type of interfacing signal as follows. The types of the alarm/BITS module for a Multiservice Switch 15000 include • NTHR12, for balanced DS1 twisted pair (matched to the DS1 CP NTHR06 or NTHW06) •...
The alarm/BITS module is located at the right side of the rear of the shelf assembly, between the upper and lower fabric modules (see the figure A shelf assembly of a Multiservice Switch 15000 without fabric cards, rear view (page 69)).
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- 96 - Shelf assembly Faceplate of an alarm/BITS module in a Multiservice Switch 15000 J4 for BITS cable J3 for BITS cable J2 for alarm cable to cooling unit J1 for alarm cable to BIP DO NOT REMOVE Captive...
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Multiservice Switch 15000 (page 96). Pin assignments and the functional specifications for the transmit and receive circuits for the BITS connectors are listed in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade under the section for connecting the timing wires.
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CPX slots The location of the BIP alarm connector is shown in the figure Faceplate of an alarm/BITS module in a Multiservice Switch 15000 (page 96). The pin assignments for the BIP alarm connector are shown in the table alarm connector pin-out (page 99).
NTHR75 unbalanced E1 coax for J3 or J4 of the alarm/BITS module NTHR14 • NTHW76 wire-wrap DS1 for J3 or J4 of the alarm/BITS module NTHW76 for a Multiservice Switch 15000, or NTPN78 for a Multiservice Switch 20000 • NTPN81 unbalanced E1 for J3 or J4 of the alarm/BITS module NTPN13...
The optional balun cable assembly NTPN81 for a Multiservice Switch 20000 converts the balanced E1 alarm/BITS module into an unbalanced E1 module. Using custom or prefabricated timing cable assemblies for the building integrated timing supply (BITS) is described in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
- 104 - Shelf assembly Cooling units Each Nortel Networks Multiservice Switch has a cooling unit to maintain an ambient operating temperature inside its shelf assembly. Maintaining the temperature at optimum levels maintains the operation and performance of the hardware. Keeping the internal temperature within its normal operating range will improve the system’s service life.
Cooling unit connections (page 112) Environmental control equipment Nortel Networks Multiservice Switch environmental control equipment consists of two cooling units located in the middle of the frame between the upper and lower shelf assemblies. The upper cooling unit pushes air from the fan under the modules in the upper shelf assembly and out through the exhaust plenum under the BIP.
(This should already have been done to determine the size of power cable to your node. Otherwise refer to the power distribution and consumption tables in NN10600-125 Nortel Networks Multiservice Switch 15000/20000 Planning Site Requirements.) Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
Air filters Each shelf assembly of a Multiservice Switch 15000 or Multiservice Switch 20000 has an air filter to prevent dust and other airborne contaminants from being drawn past the processor cards and modules by the cooling units.
A typical shelf assembly, front view (page 68). For the list of capabilities of each FP, refer to the FP type in NN10600-551 Nortel Networks Multiservice Switch 7400/15000/20000 FP Configuration Reference. Navigation • Connecting a Multiservice Switch node to another node (page 115) •...
Connecting two Multiservice Switch nodes In order for a Nortel Networks Multiservice Switch node to interwork directly with another Multiservice Switch node, establish the connection between two FPs, one at either end, through a fanout panel.
Switch 7480 if another route must be used. The software configuring of Multiservice Switch 7400 series nodes and Multiservice Switch 15000 nodes is not the same. Any tools you use to configure the network must be able to adapt both sets of configuration commands.
Interface cables between Multiservice Switch 15000 or Multiservice Switch 20000 nodes and an EdgeLink 100 (page 117). Two cables are required, one for transmitting and one for receiving. Interface cables between Multiservice Switch 15000 or Multiservice Switch 20000 nodes and an EdgeLink 100 Type and Part number...
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- 118 - Control and function processors Interface cables between Multiservice Switch 15000 or Multiservice Switch 20000 nodes and an EdgeLink 100 (continued) Type and Part number Length Type of connector at Type of connector at quantity EdgeLink other end...
A shelf assembly is typically shipped with blank cards for installing in empty slots. For Nortel Networks Multiservice Switch 15000 or a shelf-based Multiservice Switch 20000 node, blank cards are shipped in a container. For...
Ethernet port for CP2 or a 100Base-T port for CP3 • is half of a redundant pair in Nortel Networks Multiservice Switch 15000 and Multiservice Switch 20000 nodes. In the event that the active CP fails, the standby CP takes over...
• building integrated timing supply (BITS) from the alarm/BITS module (if connected to the site source) The CP hard disk drive stores the Nortel Networks Multiservice Switch node software, configuration data, and spooled information. CP software requirements See the following tables for minimum software requirements of Nortel...
CP2 or CP3, and on the equipment at the other end. You must provide the cables and connectors to link a CP to Nortel Networks equipment, such as a local user interface terminal or a Multiservice Data Manager workstation communicating through a router or hub of a local area network (LAN), or to any other CPE termination.
NTHW52. Refer to Termination panels for FPs (page 242) for the description, function, and capabilities of the panel. The connections can be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own traffic port cables to connect the FP to the...
CPE. A sparing panel has a transmit (Tx) and receive (Rx) pair for each port. When cabling Nortel Networks Multiservice Switch FPs and sparing panels, do Tx-to-Tx and Rx-to-Rx for all equipment from the FP up to the far-end termination of the FP connection.
Termination panels for FPs (page 242) for the description, function, and capabilities of the panels. The connections can also be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. 4-port DS3 FR FP cable assemblies The maximum cable distance for DS3 lines to customer premises equipment (CPE) is 137 m (450 ft).
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15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own control port cable using the following specifications: •...
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DS3Ch FR FP (page 140). Information about assigning port connections is described in the processor card cabling chapter of NN10600-175 Nortel Networks Multiservice Switch 7400 Hardware Installation, Maintenance, and Upgrade. Labels of mini-coax and BNC cable connections on a 4-port NTHR58 cable assembly...
Assigning sparing panel connections for 4-port DS3 FPs A sparing panel has a transmit (Tx) and receive (Rx) pair for each port. When cabling Nortel Networks Multiservice Switch FPs and sparing panels, do Tx-to-Tx and Rx-to-Rx for all equipment from the FP up to the far-end termination of the FP connection.
NTHR79. Refer to Termination panels for FPs (page 242) for the description, function, and capabilities of the panels. The connections can also be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own control port cable using the following specifications: •...
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Mapping an 8W8 and BNC cable to a termination panel from a DS3Ch ATM FP (page 147). Information about assigning port connections is described in the processor card cabling chapter in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
NTHR79. Refer to Termination panels for FPs (page 242) for the description, function, and capabilities of the panels. The connections can also be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own control port cable using the following specifications: •...
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DS3Ch FP (page 151). Information about assigning port connections is described in the processor card cabling chapter in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. Labels of mini-coax and BNC cable connections on a 4-port NTHR58 cable assembly...
Faceplate of a 12-port DS3 FP with PEC NTHR23 (page 152) The figure includes the mapping of port numbers to connector pins. Information on assigning port connections is described in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. •...
The connections can also be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. When connecting a DS3 to a fanout panel, up to three DS3 8W8-to-BNC cable assemblies are required.
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15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own control port cable using the following specifications: •...
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NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. Attention: Unlike Multiservice Switch 7400 series FP faceplates, Multiservice Switch 15000 and Multiservice Switch 20000 FP faceplates have their ports numbered from bottom to top. The reversal is required to accommodate the downward cable management.
FP connection. Choose the sparing panel connections before doing the cabling procedure. Record each port connection at the Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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A sparing panel has a transmit (Tx) and receive (Rx) pair for each port. When cabling Nortel Networks Multiservice Switch FPs and sparing panels, do Tx-to-Tx and Rx-to-Rx for all equipment from the FP up to the far-end termination of the FP connection.
15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a E1 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own traffic port cables to connect the FP to the...
FPs and their sparing panel. It also identifies the endpoints at the sparing panel from the far-end or next-hop CPE, in this case from a multiport aggregate device. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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Control and function processors A sparing panel has a transmit (Tx) and receive (Rx) pair for each port. When cabling Nortel Networks Multiservice Switch FPs and sparing panels, do Tx-to-Tx and Rx-to-Rx for all equipment from the FP up to the far-end termination of the FP connection.
Faceplate of a 12-port DS3 FP with PEC NTHR23 (page 152) The figure includes the mapping of port numbers to connector pins. Information on assigning port connections is described in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. •...
The connections can also be made to equivalent non-Nortel Networks equipment provided the cabling criteria are met. When connecting a E3 to a fanout panel, up to three E3 8W8-to-BNC mini- coax cable assemblies are required.
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15 m (49 ft) When a prefabricated interface cable from Nortel Networks is connected between a E3 FP and a Nortel Networks termination panel, the connection is grounded. You can custom make your own control port cable using the following specifications: •...
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NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. Attention: Unlike Multiservice Switch 7400 series FP faceplates, Multiservice Switch 15000 and Multiservice Switch 20000 FP faceplates have their ports numbered from bottom to top. The reversal is required to accommodate the downward cable management.
Optional retrofit kit NTPS40 is available to add a stick-on fiber cable management guide to the faceplate of the FP. Versions of the FP prior to PCR 6.1 GA do not have the guide installed at the factory. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
FP to support radio bearer processing and protocol conversion. Using the capabilities of the packet server, Nortel Networks Multiservice Switch 15000 and Multiservice Switch 20000 nodes support the development of wireless internet. In the future, other CPU-intensive applications will develop new uses for the card.
(NTHW50). Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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The fiber mode type must be the same as the SFP mode type. You can have single-mode and multimode SFP modules on the same FP. You must provide the cable with attached connectors. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
Y-splitter cables used for Y-protection (page 208). The far end can be: • another NTHW44 in a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node • an OC-3 in any other Multiservice Switch node •...
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LC connectors. At the single end of the cable (the far end from the FPs), the connectors are determined by whatever type of optical interface you have for that port. Nortel Networks does not support mixing single-mode and multimode at opposite ends of a connection. If you must have MM at the far end: —...
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- 208 - Control and function processors The behavior of FPs when cabled with Y-splitter cable assemblies is described in NN10600-550 Nortel Networks Multiservice Switch 7400/15000/ 20000 Common Configuration Procedures, in the section about understanding Y-protection for dual FPs. The connection setup of a fiber optical duplex Y-splitter cables used for Y-protection...
(LR) FP. You must provide the cable with attached connectors. The SM fiber cable must have a core diameter of 9 microns and cladding diameter of 125 microns. The attenuation is less than 0.5 dB/km at 1300 nm. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
FP can send a signal. The maximum distance from the FP to CPE is 15 to 20 km for single- mode cable, depending on the losses due to splices and connectors. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
1-port OC-48/STM-16 ATM FP with APS cable assembly Use only single-mode (SM) fiber cable with the 1-port OC-48/STM-16 ATM FP with APS. You must provide the cable with attached connectors. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
VpnXc to provide enhanced IP-VPN scalability without impacting the multi-service performance of Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 nodes. The VPN extender card is used to host all the virtual routers (VRs) that support IP-VPN services. The VPN extender card allows IP-VPN services to scale well beyond the capabilities of a CP only scenario.
The VPN extender card has no external connections or ports that require configuration. The card type value <cardtype> is VpnExtender or VpnXc for the VPN extender card. For more information on configuring Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 FPs, see NN10600-550 Nortel Networks Multiservice Switch 7400/15000/20000 Common Configuration Procedures.
The sparing of a VSP3 can be configured from the end that the virtual ports or gigabit Ethernet ports connect to. The sparing for VSP3 cards is different from the usual Nortel Networks Multiservice Switch method of equipment protection because •...
When using the virtual ports of the a voice services processor 3 (VSP3) function processor (FP) card, no cabling from the FP faceplate is required. The virtual ports communicate through the backplane of the Nortel Networks Multiservice Switch node. When using the gigabit Ethernet ports to access an Internet Protocol (IP) network, the FP must be cabled to various kinds of far-end equipment.
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— one card is configured as the Spare and each other card is configured as a Main — up to nn cards in the same Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node are configured for sparing, where...
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It automatically becomes the standby. A switchover from the active to the standby VSP3 card occurs provided: • the attribute switchoverOnFailure under the component IpInterface is enabled (for the description of components, see NN10600-060 Nortel Networks Multiservice Switch 7400/15000/20000 Component Reference) • Media Gateway...
Voice services processor 3 with optical TDM interface (VSP3-o) FP The voice services processor 3 with optical TDM interface (VSP3-o) FP card is supported in Media Gateway (MG) cards in a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node.
The VSP3-o FP card can receive IP-routed traffic over the backplane from a 4-port gigabit Ethernet FP card or an ATM IP FP card in the same Nortel Networks Multiservice Switch node, and send the traffic to the TDM network through the active port 0 of the two OC-3/STM-1 optical TDM ports on the VSP3-o FP card.
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The sparing of a VSP3-o FP card can be configured from the end that the virtual ports connect to. The sparing for VSP3-o FP cards is different than the usual Nortel Networks Multiservice Switch method of equipment protection because •...
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Control and function processors The following hardware sparing configurations are supported • one-for-one (formerly 1:1) For details about the hardware sparing setup, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard...
SFP optical module cable assemblies (page 240). To install or replace an SFP optical module, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. The port on the FP must be configured in software to match the type of module that plugs into it.
Termination panels for FPs The termination panels available for a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node include fanout panels and sparing panels. These termination panels interconnect equipment to the function processors (FPs) installed in the node.
Basic functionality and operation of a sparing panel The purpose of a sparing panel for Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node is to provide space to allow equipment protection to one or more FPs of the same type that are connected to the far end of an FP connection.
Common Configuration Procedures. For the procedures to install, replace or redeploy a sparing panel, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. For the description and running of card tests, see NN10600-520 Nortel Networks Multiservice Switch 7400/15000/20000 Fault and Performance Management: Troubleshooting.
(Spare) FP can no longer occur. If the Main was active, loss of power makes the sparing panel operate as a one-for-one fanout panel. If the standby FP was active, traffic is lost until the sparing panel is powered again. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
• provide media conversion • act as a concentrator, reducing the number of cables that are attached to the front of a Multiservice Switch 15000 or Multiservice Switch 20000 • provide a common grounding point for cables • determine the type of connection (DCE or DTE) depending on which...
FP connection. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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Termination panels for FPs The 12-port fanout panel has 24 connectors, a transmit (Tx) and receive (Rx) pair for each port. When cabling Nortel Networks Multiservice Switch FPs and sparing panels, do Tx-to-Tx and Rx-to-Rx for all equipment from the FP up to the far-end termination of the FP connection.
FPs in the same sparing group must be connected to the other sparing panel P1s. This is made clear in the FP cabling procedures of NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade. The faceplate has standard female BNC connectors for the signaling ports, standard female DB9 connectors for the control ports, and proprietary female 8W8 D-sub mini-coax connectors from the FPs.
If the external test equipment indicates a problem, then the DS3 or E3 FP and the cable to the port must be tested. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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1 to 6. Port numbers are indicated in hexadecimal from 0 (zero) to b. The FP and port numbers each have their own LED display beside the selection buttons. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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The NTFP99AA can be used as a patch panel without sparing (like a one-for-one fanout panel) for one DS3 card provided the signaling and control port cables are connected to the respective Main ports on the sparing panel. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
• NT0486 for the balanced • NT0421 for the unbalanced The multiport aggregate device mounts in a Nortel Networks Multiservice Switch or seismic cabinet, or a standard 19 inch rack. See the figure Balanced multiport aggregate device (page 259) Unbalanced multiport aggregate device (page 259).
(LOS) condition on the link between the device and the FP. The SIG LED on the rear of the device is lit when the device is receiving a signal from Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
Multiport aggregate device alarms If a power supply for the multiport aggregate device fails, it reports the condition to the Nortel Networks Multiservice Switch node, and the node raises the alarm. E1 alarms from customer equipment are reported to the node through the E1 signal.
NEBS 2000 frame, each panel requires adapter brackets from the kit NTHW14. The installation procedure of each termination panel explains how to install the brackets, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
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FPs and the other end of the FP connection can safely accommodate the density of cables. Choose an optimum access and the least congested route. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
Managing telecom cables Managing telecom cables usually means installing the hardware and then connecting cables to it. With a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000, there is optional hardware that facilitates easier, quicker, safer, more efficient, and more organized methods of cabling. For...
When a prefabricated interface cable from Nortel Networks is connected between a DS3 FP and a Nortel Networks termination panel, the connection is grounded. The cable management hardware and method involved in managing telecom cables includes: •...
The location, and quantity of FPs in one or two nodes, determine if the FP cables must be routed to the left or right side of the frame, and up or down the side of the frame. For more information, see NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade, the section on choosing card slots.
Each high-density cable management bracket (part number P0937935) accommodates fiber or mini-coax cables, or both. Document NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade indicates how many cables of each kind fit through each bracket, and how to calculate how many your node(s) in a NEBS 2000 frame, need.
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PPT 2820 050 AD The extended cable management brackets accommodate only standard coax or the proprietary 8W8 mini-coax cables from Nortel Networks. A bracket for the left side of the frame (while facing the front of the node) has part number...
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• NTRU0366 for cable covers (front or rear panels) To ensure that cable extension brackets fit between two Nortel Networks frames and allow space for the addition or removal of FP cables, the minimum distance between the frames is determined by adding optional joining brackets.
Hardware to manage fiber cable slack near the node Fiber cable slack can be managed near a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node by installing one or more optional dual-drawer fiber management units in a NEBS 2000 frame or equivalent close to the node.
When the extended cable management brackets are used on both sides of a NEBS 2000 frame, up to 700 cables can be routed from two Nortel Networks Multiservice Switch 15000 nodes fully provisioned with 12-port FPs. When...
In general, cabling a Nortel Networks Multiservice Switch card port to a termination panel port means doing Tx-to-Tx and Rx-to-Rx connections for the entire end-to-end connection path. You can also determine the...
The fiber distribution cables connect the ports on the function processors (FPs) to a termination port. The customer must supply the fiber distribution cables for a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node. The fiber cable connectors for Multiservice Switch 15000 or Multiservice Switch 20000 FPs are the LC, MT-RJ, or SC type.
Remove any cable slack resulting from cautious cable cutting before fastening the second connector to the cable. Otherwise, install and cable a fiber management unit NTHW50 as described in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
SC connector (page 280). Ensure that the manufacturer of the cable identifies which SC connector is to transmit and which is to receive. Handling fiber cables is described in NN10600-130 Nortel Networks Multiservice Switch 15000/20000 Hardware Installation, Maintenance, and Upgrade.
Preparing coax distribution cables Cards requiring coax connections at the faceplate of FPs or a termination panel can be provided by Nortel Networks in prefabricated cable assemblies or must be provided by you. To custom make your own cables for a specific...
PPT 2950 001 AA2 Preparing control port cables For the hardware configurations involving sparing panels, the control port cables are available from Nortel Networks in prefabricated assemblies. Refer to the table Prefabricated FP control port cables for connecting to a sparing panel (page 281).
Cables and cable management Handling alarm cables A Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node has internal alarm cables installed at the time of shipping, and can have had external alarms added for the site. Internal alarm cables connect the...
Using status indicator LEDs and sounds The status of hardware equipment in a Nortel Networks Multiservice Switch nods is indicated by a system of colored and shaped LEDs. A lit LED indicates one status in one color. On the same type of part or assembly, the LED is always in the same position relative to its mates.
What to do when a lit amber LED is detected (page 288) • Hierarchy of LEDs and sounds (page 289) The procedures in NN10600-520 Nortel Networks Multiservice Switch 7400/ 15000/20000 Fault and Performance Management: Troubleshooting can help with determining why a LED may not be green.
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When the BIP is the power distribution unit for a Nortel Networks Multiservice Switch 15000 node, pressing the LED test button verifies the operation of the LEDs on the alarm module. When the BIP is the power distribution unit for a Multiservice Switch 20000...
Status LEDs of a PIM Each power interface module (PIM) in a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 receives power from either the A or B feed, depending on where it connects to the shelf assembly. The LED labelled A indicates the incoming power from power feed A through the BIP, and B indicates the same for power feed B.
Fabric card LEDs are described in: • Status LEDs of fabric cards in a Multiservice Switch 15000 (page 295) • Status LEDs of fabric cards in a Multiservice Switch 20000 (page 296) Status LEDs of fabric cards in a Multiservice Switch 15000 During normal operation the circular lit LED is solid green.
- 296 - Using status indicator LEDs and sounds Location of fabric card status LEDs in a Multiservice Switch 15000 Rear (lower) ESD jack cooling unit Fabric status Fabric cover LEDs Access panel Fabric lever to diagnostic connector (For Nortel...
Status LEDs of a CP or an FP card The control processors (CPs) and function processors (FPs) on the front of a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000 node, each have a column of three LEDs. The sequence from top to bottom is red (circle), amber (triangle), and green (rectangle).
(an inactive spare) or the FP is ready to be put into service by the software Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
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To determine the operational status of the Ethernet port, especially if a LED is unlit, see the procedures in NN10600-550 Nortel Networks Multiservice Switch 7400/15000/20000 Common Configuration Procedures, to display the status of an installed SFP module.
In a startup mode after installation and powering up, the LED for each cabled FP cycles from solid red to solid green. If the software configuration is not completed for each FP connection on the sparing panel, the LEDs remain red. Nortel Networks Multiservice Switch 15000/20000 Hardware Description NN10600-120 sPCR6.1S1 Standard sPCR6.1 February 2005...
(lower) fans can be determined easily. The rear cooling unit’s LEDs are duplicated at the front and back of a Nortel Networks Multiservice Switch 15000 or Multiservice Switch 20000. The LEDs are labeled with G and R to distinguish between green and red.
Nortel Networks manufacturer are indicated. Service replaceable units (SRUs) are included in the lists as FRUs. The PECs or part numbers that are shared by a Multiservice Switch 15000 and Multiservice Switch 20000, or are unique to either switch, are listed together in tables under the same equipment groups.
All other plug-in or screw-on parts for a Multiservice Switch 20000 (page 320) • All other plug-in or screw-on parts for a Multiservice Switch 15000 or Multiservice Switch 20000 (page 321) • Interface cables for interworking between an EdgeLink 100 and a...
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NTPN81 kit to convert NTPN13 to an E1 unbalanced version, includes cable assembly and balun adapter 460 (2 of 2) Spare parts kit NTQS29AA for a Multiservice Switch 15000 Order code Part description A0778937 air filter, medium arrestance @ 25 ppi...
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NTHR68AB or an NTHR51AB A0521940 temperature sensor on an NTHR10AB in an NTHR51AB See also the table Spare parts kit NTQS29AB for a Multiservice Switch 15000 (page 314). BIP parts for a Multiservice Switch 15000 Order code...
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NTHR15 power interface module (PIM) in shelf assembly Note: See also these tables: • Spare parts kit NTQS29AA for a Multiservice Switch 15000 (page 314) • Spare parts kit NTQS29AB for a Multiservice Switch 15000 (page 314) • all those in...
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NEBS 2000 P0887704 BIM filler for a BIP Anchor kits NTRU0302 and NTRU0328 are intended to replace kits NTRU0325 and NTRU0327. (2 of 2) Shelf assemblies for a Multiservice Switch 15000 Order code Part description NTHR50 shelf assembly NTHW99...
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NTPN11, the MAC address module NTPN12 or NTPN13, the alarm/BITS module NTPN15, the power interface module (PIM) All other plug-in or screw-on parts for a Multiservice Switch 15000 Order code Part description NTHR11 MAC address module...
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NTHW85 adaptor bracket kit for mounting a SER 5500 into a NEBS 2000 frame A0378999 wrist strap, antistatic Interface cables for interworking between an EdgeLink 100 and a Multiservice Switch 15000 or Multiservice Switch 20000 Type Part number Length Type of connector at...
Field replaceable units FRUs for an MFA150 system of ac rectifiers The following tables list the field replaceable units (FRUs) for an MFA150 system of ac rectifiers to power a Multiservice Switch 15000 or Multiservice Switch 20000: • Relay racks for an MFA150 power system (page 322) •...
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Document status: Standard Document issue: sPCR6.1S1 Document date: February 2005 Product release: sPCR6.1 Job function: Product Fundamentals Type: NTP Language type: U.S. English NORTEL, NORTEL NETWORKS, the globemark design, and the NORTEL NETWORKS corporate logo are trademarks of Nortel Networks.
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