Hardware Notice The Lithium battery in this product is part of a non-volatile memory device and will retain data for 10 years in the absence of power. Tasman Networks does not consider the lithium battery in this unit a field replaceable or serviceable part and should not be accessed by the customer.
Page 4
Equipment Rack ........................35 Tools and Materials .........................36 Cables ..........................36 Tools ............................36 Materials..........................36 Unpacking the System.........................37 Mounting the System ........................38 Surface Mount .........................38 Rack Mount ..........................38 Important information for the 6200 system.................38 System Power ..........................40 DC Power ..........................40 AC Power ..........................41 Single AC Power .........................41 Dual AC Power ........................41 External Alarms...........................43...
Page 5
Routing Configuration ........................79 Saving Configurations.........................82 ROUBLESHOOTING Alarms and System Status......................83 WAN Statistics........................85 Network Tests ..........................86 Ping Test ..........................86 T1 Tests...........................86 Loopback Test ........................86 BERT Test ...........................86 Serial Port Tests ........................87 Monitor Port ..........................87 Diagnostics Tips..........................88 General Symptoms ........................88 HSSI ............................91 V.35............................92 PECIFICATIONS Environment and Power......................94...
Page 6
Technical Support ........................131 Procedures ..........................131 Exclusions ..........................131 Non-Tasman Networks Products ....................131 Disclaimer of Warranty ......................131 Limitation of Liability ......................132 Equipment Malfunction.......................132 Contacting Tasman Networks .....................132 Installation Guide: 1200-7000 Series Routers TiOS version 8.0...
Page 7
29 Connecting the HSSI Cable ..................46 30 Connecting the V.35 Cable ..................47 31 Connecting a Local Console ..................48 32 Remotely Accessing a Tasman System ..............49 33 Connecting a Modem ....................50 34 Boot Process Flow Chart.....................62 35 Back Panel: AC Fuse Location ...................113 36 AC Fuse Access ......................113...
Page 9
ABLES 1 Guide Organization: Chapters..................12 2 Guide Organization: Appendices ................12 3 Text Conventions ......................13 4 1200 System Front-Panel Connectors.................15 5 1200E System Front-Panel Connectors ..............16 6 1400 System Front-Panel Connectors.................17 7 1400E System Front-Panel Connectors ..............18 8 1450 System Front-Panel Connectors.................19 9 1450E System Front-Panel Connectors ..............20 10 1000 Series System Back-Panel Components ............21 11 4100 System Front-Panel Connectors.................22...
Page 10
51 Pinouts: E1 Network Cable (RJ-48C to Twinax)............99 52 Pinouts: E1 Network Cable (RJ-48C to BNC)............99 53 Pinouts: Tasman Console to Null Modem Cable (DB-9 to DB-9) ......100 54 Pinouts: Tasman Console to Null Modem Cable (DB-25 to DB-9) ......100 55 Pinouts: HSSI Connector (DTE) .................100...
Page 11
Knowledge of Telecom technologies and standards, T1, DS3, HSSI, V.35, and Ethernet technologies is assumed. Instructions are provided in this guide for installing Tasman systems and configuring basic system parameters. Procedures are also provided for tasks that can be accomplished from the external chassis, such as fan maintenance and AC fuse replacement.
Product Introduction provides a description of installation site requirements, and cables and tools required for installing Tasman systems. Installation describes the system front and back panels and how to install Tasman systems. Information is also provided about the operator interface, network cabling, alarms, and system power.
Notice paragraphs alert you about issues that require your attention. The following paragraphs describe the types of notices used in this guide. NOTE: Notes provide tips and useful information regarding the installation and operation of Tasman systems. ESD notices provide information about how to avoid discharge of static electricity and subsequent ESD: damage to Tasman systems.
Chapter 1: About This Guide Documentation Tasman user guides, which are provided in portable document format (PDF), are included on the Tasman Networks Router CD-ROM that ships with each Tasman system. The PDF files are also available on the Tasman Networks website: www.tasmannetworks.com...
RODUCT NTRODUCTION This chapter provides information about front and back panels for Tasman systems. In addition, information is provided about cable connection ports and panel components. 1200 and 1400 Series This section describes front- and back-panel components of the Tasman 1000 series systems.
CHAPTER 2 Chapter 2: Product Introduction Tasman 1200E The 1200E front panel provides connections for one monitor port, four E1 ports, two 10/100 Ethernet ports, and one console port. Figure 2 1200E System Front Panel E1 Status LEDs LAN Status LEDs...
Tasman 1400 The 1400 front panel provides connections for one monitor port, eight T1 ports, two 10/100 Base-T Ethernet ports, and one console port. Figure 3 1400 System Front Panel Summary LAN Status LEDs and Power LEDs Octal T1 Link Status...
CHAPTER 2 Chapter 2: Product Introduction Tasman 1400E The 1400E front panel provides connections for one monitor port, eight E1 ports, two 10/100 Base-T Ethernet ports, and one console port. Figure 4 1400E System Front Panel LAN Status LEDs Summary and...
Tasman 1450 The 1450 front panel provides a USSI interface that includes a HSSI DTE port, a HSSI DCE port, and a V.35 port. Connections are also provided on the front panel for one monitor port, eight T1 ports, two 10/100 Base-T Ethernet ports, and one console port.
CHAPTER 2 Chapter 2: Product Introduction Tasman 1450E The 1450E front panel provides a USSI interface that includes a HSSI DTE port, a HSSI DCE port, and a V.35 port. Connections are also provided on the front panel for one monitor port, eight E1 ports, two 10/100 Base-T Ethernet ports, and one console port.
Back-Panel Components The back-panel components for the Tasman 1000 series systems (with AC power) are shown in the following figure. Figure 7 1000 Series System Back Panel Removable AC Fuse Module Dial-Out AC Power Power Modem Port Receptacle Switch Summary LED...
Chapter 2: Product Introduction 4000 Series Systems This section describes front- and back-panel components of the Tasman 4000 series systems. Additional information is also provided about external cables, wiring, and connection points. In addition to AC power, the 4000 series systems come with single AC power. Dual AC, single DC and dual DC are available as power options.
Tasman 4102 The front panel on these systems provides connections for two DS3 ports, two Ethernet ports, and one console port. Figure 9 4102 System Front Panel LAN Status LEDs Summary Clear Channel T3 Ports and Power LEDs 4102 Clear Channel T3-1...
CHAPTER 2 Chapter 2: Product Introduction Back-Panel Components The back-panel components for the 4000 series systems (with AC power) are shown in the following figure. Figure 10 4000 Series System Back Panel Removable AC Fuse Module Dial-Out Modem AC Power Power Port (4100 and Receptacle...
6000 Series Systems This section describes front- and back-panel components of the Tasman 6000 series systems. Additional information is also provided about external cables, wiring, and connection points. In addition to AC power, the 6000 series systems come with single AC power. Dual AC, single DC and dual DC are available as power options.
CHAPTER 2 Chapter 2: Product Introduction Tasman 6200E The 6200E front panel provides connections for two monitor ports, 16 E1 ports, two 10/100 Base-T Ethernet ports, and one console port. Figure 12 6200E System Front Panel LAN Status LEDs WAN Status LED...
Tasman 6300 The front panel on these systems provides connections for one CT3 port, one monitor port, two 10/100 Base-T Ethernet ports, and one console port. Figure 13 6300 System Front Panel LAN Status LEDs Summary and Power T1 Status LEDs...
CHAPTER 2 Chapter 2: Product Introduction Tasman 6302 The front panel on these systems provides connections for two CT3 ports, two monitor ports, two 10/100 Base-T Ethernet ports, and one console port. Figure 14 6302 System Front Panel LAN Status LEDs...
Back-Panel Components The back-panel components for the 6000 series systems (with AC power) are shown in the following figure. Figure 15 6000 Series System Back Panel Removable AC Fuse Module Dial-Out Modem AC Power Power Port (6300 and Receptacle Switch 6302 only) Summary LED CAUTION: TO PROTECT...
Chapter 2: Product Introduction 7000 Series Systems This section describes front- and back-panel components of the Tasman 7000 series systems. Additional information is also provided about external cables, wiring, and connection points. In addition to AC power, the 7000 series systems come with single AC power. Dual AC, single DC and dual DC are available as power options.
Back-Panel Components The back-panel components for the 7000 series systems (with AC power) are shown in the following figure. Figure 17 7000 Series System Back Panel Removable AC Fuse Module Power Switch Summary LED AC Power Receptacle CAUTION: TO PROTECT 100-240V , 2.5A, 50-60Hz AGAINST RISK OF FIRE,...
Page 32
CHAPTER 2 Chapter 2: Product Introduction Installation Guide: 1200-7000 Series Routers TiOS version 8.0...
NSTALLATION This chapter describes how to install Tasman systems for operation in a network facility. Information is also provided describing the system front and back panels, operator interface, how to mount the chassis, and how to connect network, power, and alarm cables.
Environment Site location is important for the proper operation of Tasman systems. Place the unit in a clean, dry environment with adequate air circulation. Allow two to three feet additional clearance around the system for access to the cable connectors on the front and rear panels.
DC power through an external circuit breaker. Proper grounding must be provided to avoid damage from power surges. For NEBS compliance, Tasman systems should be connected to DC power through an external circuit breaker. Proper grounding must be provided to avoid damage from power surges and electrical shock.
Tools The following tools are required to install these systems. #2 Phillips screwdriver (to attach the rack-mounting brackets to the Tasman system) #3 Phillips screwdriver (to attach the Tasman system to the equipment rack) Wire stripping tool (for alarm and DC power wiring)
Quick start guide Tasman Networks Router CD-ROM Product registration card Product warranty form Inspect the Tasman system for damage that may have occurred during shipping. If you discover damage or missing items, contact Tasman Networks Technical Support: support@tasmannetworks.com 1-800-769-6034 Installation Guide: 1200-7000 Series Routers...
Rack Mount Tasman systems can be mounted in either a 19- or a 23-inch (48.26 or 58.42 cm) equipment rack. Important information for the 6200 system When rack-mounting a 6200 system, additional empty vertical space is required to satisfy NEBS requirements for dissipated heat.
Page 39
Attach the other bracket to the corresponding position on the other side of the system. To secure the system to the rack: Lift the Tasman system assembly into the rack and align the bracket holes with the desired holes on the rack.
These systems accept external power from single AC, dual AC, single DC, or dual DC sources. Tasman Networks provides two AC-to-DC power supplies only for dual AC power systems. For all other systems, DC power supplies are not provided by Tasman Networks and must be obtained from a third-party vendor.
Figure 22 Connecting the AC Power Cord Insert the male end of the power cord in a nearby standard 110/220 VAC power outlet. Only use the AC power cord supplied by Tasman Networks. Do not use an extension cord. CAUTION:...
Page 42
CHAPTER 3 Chapter 3: Installation The power supplies can be installed either on the top or bottom of the Tasman system, or on the equipment rack. Thoroughly clean the mounting surface before mounting the power supplies. DO NOT INSTALL the AC/DC power supplies on the back or sides of the Tasman system.
External Alarms This section describes how to connect external alarm devices to a Tasman system. The alarm contacts provide a normally closed relay contact. In the event of a “Summary” alarm, the alarm contacts open. ESD: Before connecting cables or performing maintenance on a Tasman system, always wear an ESD-preventative wrist strap.
Chapter 3: Installation Connecting to the Network This section describes how to connect the Tasman system to various network interfaces. Follow the procedure for the interface appropriate for your network facility environment. Before connecting cables or performing maintenance on a Tasman system, always wear an ESD: ESD-preventative wrist strap.
M o n . S ta tu s CT3 WAN Interface The front panels on the Tasman 6300 and 7030 system provide a port for connecting to a Channelized T3 (CT3) WAN interface. The 6302 provides two CT3 interface ports. NOTE: Two RG-59 coaxial cables with BNC connectors are used to complete this connection.
Figure 28 Connecting Clear Channel T3 WAN Cables USSI Interface The front panel on the Tasman 1450 provides a module with both a HSSI and a V.35 interface for connecting to equipment with either of those interfaces. HSSI Interface The USSI module on the front panel of the Tasman 1450 provides two ports (DTE and DCE) for connecting to a HSSI interface.
V.35 Interface The USSI module on the front panel of the Tasman 1450 provides one port for connecting to a V.35 interface. To connect to a V.35 interface: Insert the cable connector on a V.35 cable in the V.35 port on the front panel of a Tasman system.
The next step is to connect the network cables. Remote Access The Tasman system and a terminal can be connected to modems and phone lines for remote access. (Use a null-modem cable at the Tasman system to establish a modem connection.) This configuration allows you to dial into the system from a remote location.
Do not use the dial-out port on the back panel for this purpose. Telnet An alternative to dial-up console access is to telnet to the Tasman system. A terminal connected to the Ethernet LAN is required, and you must know the IP address for the Tasman system.
Connecting a Modem The following figure shows how to connect a modem to the Tasman router. Figure 33 Connecting a Modem Table 22 DB-25 to DB-9 Pinout DB-25 DB-9 Signal Name DCE Pin Connect DCE Pin Signal Name Frame Ground...
Need help?
Do you have a question about the 1200 Series and is the answer not in the manual?
Questions and answers