Cabletron Systems Switch FRX6000 User Manual

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The Complete Networking Solution TM  
 
Overview of Installation and Setup  
Installation and Setup Procedure  
Set Up the Device  
When a NetlinkFRX6000 is ordered, the customer and sales representative  
decide on the required components (cards, cables, etc.). Cards and software are  
then installed before the node is shipped. This document describes the steps to  
be taken at the customer site to set up an FRX6000.  
1. Unpack and inspect the equipment. If there is evidence of physical  
damage, contact the shipper. If parts are missing, contact your sales repre-  
sentative.  
The basic steps are as follows:  
2. Set up the equipment, noting the site requirements listed earlier in this  
chapter. Make sure the voltage selection switch (shown in Figure 1) is set  
correctly.  
1. Set up the hardware – Unpack and set up the node and any peripheral  
equipment (keyboard, monitor/terminal, etc.). Connect all cables.  
For guidance in placing equipment, standard cable lengths are:  
2. Configure the video device – If using an ASCII terminal, set the operating  
parameters. If using a VGA monitor, reconfigure an FRX6000 software  
file.  
Power cables = 5 feet  
User interface cables = 5 feet  
Auxiliary Console cables = 5 feet  
VGA monitor-to-node cable = 4 feet  
RLP to I/O box cable = 4 feet  
3. (Only if the node has a Token Ring card) Configure the Token Ring card  
if you need to change the default settings.  
4. Check for Proper Operation – Switch on the node and any peripherals, and  
check for proper operation.  
5. Configure database records (described in the Netlink FRX4000 &  
FRX6000 User Guide).  
VGA Port  
COM1  
Power Switch  
COM2  
RLPs  
LPT1  
Site Requirements  
o
o
Environment: 41–104 F (5-40 C) and 20–80% humidity, non-condensing.  
An AC power outlet of the appropriate voltage (115 or 230 VAC) must be  
located within six feet of the device.  
For adequate air flow, allow at least six inches of clearance at the rear and at  
least two inches at the sides, front, and top. Provide enough space in the rear to  
allow installation or removal of cables without moving the unit.  
For reference, the chassis dimensions are:  
In.: 19w, 16.9d, 7.0h (front panel is 19w)  
Cm: 48.3w, 42.9d, 17.8h (front panel is 48.3w)  
Voltage  
Selection  
Switch  
Power  
Cable  
Connector  
LAN Adapter  
Keyboard Connector  
Hardware Requirements  
Figure 1 Rackmount Chassis, Rear View  
Although a keyboard and video device are not necessary for normal operation,  
they are required for initial configuration. An FRX6000 can use an ASCII ter-  
minal or VGA monitor. The software is configured for an ASCII terminal with  
a speed of 9600 bits per second. If you will be using a VGA monitor, or a ter-  
minal with a speed other than 9600 bps, you must connect a keyboard and VGA  
monitor to the node, in order to rerun part of the FRX6000 software installation  
procedure to change the configuration. (Each FRX6000 is shipped with cabling  
to allow connection to an ASCII terminal or PC with terminal emulation)  
The combinations of RLPs and LAN adapters might vary from  
what is shown.  
LAN adapter connectors are shown in Figure 2.  
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FRX6000  
Installation & Setup Guide  
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Cable  
Clamp  
Ethernet  
Token Ring  
Retaining Screw  
RLP Cable  
Service  
Loop  
RJ45  
DB9F  
RJ45  
DB15F  
BNC  
I/O Box  
Support Rails  
Figure 2 LAN Card Connectors  
Interface Cables  
Cable Tie  
3. Assuming the node will be mounted in a rack, it can be secured to slides,  
or set on a fixed or slide-out shelf. The node can also be mounted directly  
to the cabinet frame, but this makes access difficult.  
Do not support a rack-mounted node only in the front.  
It must be supported at both front and rear.  
Figure 3 Rack-Mounted I/O Boxes  
In the above example, both Line Interface Cards (LICs) on the RLP  
are 4-port LICs (V.35, RS-232, or RS-422). A T1 or E1 LIC includes  
an RJ45 adapter instead of an RLP cable and I/O box. (The T1/E1  
cable is not supplied.)  
4. Plug all cables into the appropriate connectors at the rear of the FRX6000,  
and tighten the retaining screws on each cable connector that has them. (It  
does not matter which end of an RLP cable plugs into the RLP.) Figure 1  
shows the connectors on the rear of the chassis, and Figure 3 shows some  
cable retaining screws.  
Table 1 WAN Port Interface Cables  
5. Plug the RLP cables into their associated I/O boxes and tighten the  
retaining screws. If the assembly is being rack mounted, attach the I/O  
boxes and cables as shown in Figure 3, using the hardware provided.  
Cable Type  
Cabletron Part Number  
FRX-V35DTE-CAB 1  
FRX-V35DCE-CAB  
FRX-232DTE-CAB  
FRX-232DCE-CAB  
FRX-449DTE-CAB  
FRX-449DCE-CAB  
FRX-X21DTE-CAB  
FRX-X21DCE-CAB  
V. 35 DTE  
Leave a 24–36 inch service loop in each cable between the mounting rails  
and the rear of the node, to allow the unit to be pulled forward.  
V.35 DCE  
RS-232 DTE  
RS-232 DCE  
RS-449 DTE  
RS-449 DCE  
X.21 DTE  
X.21 DCE  
* One V.35 DTE cable is shipped as standard equipment with each FRX6000.  
FRX6000  
4
Installation & Setup Guide  
3
 
   
DCE cables have female connectors at the user end, and DTE  
cables have male connectors.  
PC  
FRX6000  
Configure the Video Device  
Follow the appropriate procedure to configure the FRX6000 to operate with an  
attached Auxiliary Console (ASCII terminal) or VGA monitor.  
A VGA monitor may be necessary even if you are configuring the  
node to operate with an ASCII terminal. See step 1 under  
"Auxiliary Console."  
Cabletron Cable FRX-PC-CAB, DB9S to DB9S  
Figure 5 Auxiliary Console Cabling Example 2  
Auxiliary Console  
This feature allows an FRX6000 to be controlled from an asynchronous  
(ASCII) terminal connected—directly or via modems—to the node's COM1  
serial port.  
ASCII Terminal  
FRX6000  
The following items are shipped with each FRX6000, to allow for different  
methods of connecting an auxiliary console:  
Cable, DB9S to DB9S, for connecting the node's COM1 port directly to  
a PC with software emulating an ASCII terminal.  
Adapter, DB9P to DB25S, for connecting the node directly (via the  
RS-232 Cable  
Cabletron Cable,  
FRX-MOD-CAB,  
DB9S to DB25P  
above cable) to an ASCII terminal.  
Auto-answer Modems  
Cable, DB9S to DB25P, for connecting an ASCII terminal via modem  
to the COM1 port.  
Figure 6 Auxiliary Console Cabling Example 3  
Figure 4 through Figure 6 show the cabling configurations.  
ASCII Terminal  
Follow this procedure to set up the auxiliary console:  
FRX6000  
1. If the terminal's speed is 9600 bps, go to step 11. If the speed is 1200,  
2400, or 4800 bps, you must reconfigure the FRX6000 software, which  
requires a VGA monitor (and keyboard). Connect the monitor to the VGA  
port on the FRX6000 (see Figure 1) and plug the keyboard cable into the  
keyboard connector.  
2. Plug the FRX6000 and VGA monitor power cables into the appropriate  
power source, then switch the monitor on.  
Cabletron Adapter FRX-9/25-ADAP,  
DB9P to DB25S  
Cabletron Cable FRX-PC-CAB,  
DB9S to DB9S  
3. Insert the FRX6000 System Disk into the node's drive A and switch the  
node on.  
Figure 4 Auxiliary Console Cabling Example 1  
4. A message concerning LAN card configuration will be displayed. When  
prompted: Strike any key when ready, press [Enter].  
5. When asked: Will you be using an Async terminal to configure your  
FRX6000?, press [Y].  
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FRX6000  
Installation & Setup Guide  
5
 
   
6. When prompted for a terminal speed, type the line speed (in bits per  
VGA Monitor  
second) of the attached terminal (1200, 2400, or 4800) and press [Enter].  
1. Connect the monitor to the VGA port on the FRX6000 (see Figure 1) and  
plug the keyboard cable into the keyboard connector.  
7. When asked: Are you changing only the Async console or LAN adapter con-  
figuration?, press [Y].  
2. Plug the FRX6000 and VGA monitor power cables into the appropriate  
power source, then switch the monitor on.  
8. You will be asked: How many LAN cards have you installed (0-2)?  
3. Insert the FRX6000 System Disk into the node's drive A and switch the  
Even though you are changing only the async terminal setup,  
you must redo the LAN card setup (if cards are installed), since  
changing the terminal setup writes over a file that contains the  
specifications for the terminal and the LAN cards.  
node on.  
4. A message concerning LAN card configuration will be displayed. When  
prompted: Strike any key when ready, press [Enter].  
5. When asked: Will you be using an Async terminal to configure your  
FRX6000?, press [N].  
If none, press [Enter] to accept the default of 0, then go to step 10. Oth-  
erwise, enter the number of LAN cards and go to step 9.  
6. When asked: Are you changing only the Async console or LAN adapter con-  
figuration?, press [Y].  
9. You will be asked to specify the type of LAN card 0. (LAN cards are num-  
bered and .) Enter the appropriate number from the choices:  
0
1
7. You will be asked: How many LAN cards have you installed (0-2)?  
3 – SMC EtherCard Plus Elite16  
4 – IBM Token Ring Card  
5 – SMC Token Ring Card  
Even though you are changing only the async terminal setup,  
you must redo the LAN card setup (if cards are installed), since  
changing the terminal setup writes over a file that contains the  
specifications for the terminal and the LAN cards.  
The IBM card is not currently offered, but is supported by the  
software for some functions. Discuss your configuration  
requirements with Cabletron Systems Technical Support if a  
node contains an IBM card.  
If none, press [Enter] to accept the default of 0, then go to step 9. Oth-  
erwise, enter the number of LAN cards and go to step 8.  
If only one LAN card is installed, go to step 10. If two are installed, repeat  
step 9 for the second card, then go to step 10.  
8. You will be asked to specify the type of LAN card 0. (LAN cards are num-  
bered and .) Enter the appropriate number from the choices:  
0
1
3 – SMC EtherCard Plus Elite16  
4 – IBM Token Ring Card  
5 – SMC Token Ring Card  
10. Remove the diskette, switch the FRX6000 and VGA monitor off, and dis-  
connect the monitor from the FRX6000's VGA port.  
11. Install the console and cabling as shown in Figure 4 through Figure 6.  
The IBM card is not currently offered, but is supported by the  
12. Set up the terminal as described in the user's manual for that terminal, with  
the terminal should be set to:  
software for some functions. Discuss your configuration  
requirements with Cabletron Systems Technical Support if a  
node contains an IBM card.  
Autowrap,  
No newline  
Application Keypad  
No break  
Application cursor key  
VT100 (ASCII) mode  
If only one LAN card is installed, go to step 9. If two are installed, repeat  
step 8 for the second card, then go to step 9.  
Tab every 8 columns 8 bits no parity  
9. Remove the diskette from the drive.  
Installation & Setup Guide  
7
8
FRX6000  
 
Configure the Token Ring Card  
Node Name=  
If the node has a Token Ring card, it is configured for a speed of 16 MB/sec and  
UTP (unshielded twisted pair) cable. If you wish to change either setting,  
follow this procedure:  
Port Status Display (Page 1)  
Type PPS Conn# State  
L
P
L
P
Type PPS Conn# State  
1. Boot the node with a DOS system disk.  
2. At the A:> prompt, insert the SMC SuperDisk, then type ezstart and press  
[Enter]. The EZStart main menu will be displayed, showing the current  
configuration of any installed SMC Token Ring adapter(s).  
3. If there are two Token Ring cards installed, select the adapter number  
(Select Adapter).  
4. Select Custom, then change the Network Interface setting(s) as desired.  
F1: Login  
5. When finished reconfiguring the card(s), remove the diskette.  
Check for Proper Operation  
Figure 7 Port Status Display  
This procedure requires a video device connected to the node.  
2. To log in, press [F1] at the Port Status Display, then enter the FRX6000  
password when requested. (The default password when the software is  
installed is NETLINK.) Once the password has been entered, the Main  
Menu (Figure 8) will be displayed.  
1. Switch the node on and watch the power-up and boot messages for signs  
of problems. A typical power-up sequence display will contain BIOS  
copyright information followed by a System Configuration table: disk  
drive types, base and extended memory, etc. A typical boot sequence will  
include copyright information, debug messages, and messages tracking  
the loading of RLPs.  
If the entered password is not correct, the Port Status Display  
will reappear; if no password is entered, the Port Status Display  
will reappear after a one minute timeout.  
Watch power-up and boot messages carefully—some errors will cause a  
pause, but otherwise will not interfere with the boot process, and the only  
way you will know there is a problem is to see the message as it is dis-  
played. Be aware of messages that say: Loading LP "n" - RLP. Such a  
message should appear for each installed RLP.  
Some messages are written to a file called BOOTRPT.TXT.  
Once the FRX6000 software is running, this file can be dis-  
played. (See "Displaying Boot-up Information" on pge 11.)  
Once the software has loaded, a screen similar to the following will be dis-  
played.  
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FRX6000  
Installation & Setup Guide  
9
 
4. Display the new boot data, and compare it to the previous data. This will  
show whether the problem was fixed. Also, a problem that occurred  
during the previous boot-up will often be cleared up by re-booting.  
Node Name=  
Netlink FRXSeries Version "n.n.n.n"  
M A I N M E N U  
A
B
C
D
E
F
Configuration  
Operations  
Status Displays  
Events  
Questions?  
If you have questions or problems, please contact Cabletron Systems Technical  
Support at:  
Statistics  
Phone: 603-332-9400  
Fax:  
603-337-3075  
Reports  
Option:  
Figure 8 Main Menu  
3. From here, configure the database as described in the User Guide, or, if  
there was some problem, go to "Displaying Boot-up Information."  
Displaying Boot-up Information  
As the node boots, screen information tracks the loading of RLPs, verifies con-  
figuration file format, and displays any errors. This data is displayed only until  
the FRX6000 software is running; however, most of it is saved in a file named  
BOOTRPT.TXT, and the operator can later display it in a report.  
This can be used as a tool to verify that startup of the node proceeded without  
errors, or to remind an FRX6000 operator of the number or RLPs in the node.  
If there is an error reported, the data may aid in fixing the problem.  
To display the data from the current boot-up, press [C] at the Reports Menu (or  
[F], then [C] from the Main Menu). To display the data from the previous boot-  
up (saved in a file called BOOTBAK.TXT) , press [D] at the Reports Menu (or  
[F], then [D] from the Main Menu).  
BOOTRPT.TXT and BOOTBAK.TXT can be used as follows:  
1. Display and review the data from the "current" boot of the node.  
2. Address any reported problems.  
3. Re-boot the node. (This copies the previous boot data to a backup file.)  
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FRX6000  
Installation & Setup Guide  
11  
 
 
The Complete Networking Solution TM  
Document number 09-41-06-144-02  
 

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