TC Communications TC3715 Manuel utilisateur

Notice!

Althougheveryefforthasbeenmadetoinsurethatthismanualiscurrent

and accurate as of date of publication, no guarantee is given or implied

that this document is error free or accurate with regard to any specifica-

tion. TC Communications, Inc. reserves the right to change or modify

the contents of this manual at any time without prior notification.

TC3715

10/100Base-T Fiber Optic Switch

with Rate Limit Feature

(Rev A0.1)

User's Manual

MODEL:

S/N:

DATE:

TC Communications, Inc. 17881 Cartwright Road - Irvine, CA 92614

Tel: (949) 852-1972 Fax: (949) 852-1948 Web Site: www.tccomm.com Email: [email protected]

- 2 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Table Of Contents

Chapter 1 - Overview.............................................................................................................................3

Features................................................................................................................................................ 3

Standards ............................................................................................................................................. 3

Description............................................................................................................................................ 3

Fiber Optic Specifications .................................................................................................................... 4

Transmission Distances (typical)................................................................................................... 4

Launch Power & Sensitivity ........................................................................................................... 4

Front Connectors and LED Indicators................................................................................................. 6

Rear Connectors and LED Indicators .................................................................................................7

Daisy Chained Diagram ....................................................................................................................... 8

Star Topology Diagram......................................................................................................................... 9

Power Requirements.......................................................................................................................... 10

System Start Up................................................................................................................................. 10

Dry Contact Relay Alarm ................................................................................................................... 10

Dry Contact Alarm Condition ............................................................................................................. 10

Chapter 2 - Hardware Configuration...............................................................................................11

SHR ID Setting (Default IP Setting)....................................................................................................11

Configuring the Alarm Dip Switches (Front Panel)............................................................................ 12

Chapter 3 - Web Configuration.........................................................................................................13

Web Based Interface Connection ...................................................................................................... 13

Login Setting....................................................................................................................................... 14

IP Setting ............................................................................................................................................ 15

Port Setting ......................................................................................................................................... 17

Electrical Port Setting......................................................................................................................... 18

Fiber Port Setting................................................................................................................................ 20

Chapter 4 - Serial/Telnet Configuration..........................................................................................21

Serial Interface Connection................................................................................................................ 21

Telnet Interface Connection................................................................................................................ 22

Chapter 5 - Troubleshooting.............................................................................................................25

PC Configuration ................................................................................................................................ 25

Power Problem................................................................................................................................... 26

Electrical Problem .............................................................................................................................. 26

Optical Problem.................................................................................................................................. 26

Chapter 6 - Specifications .................................................................................................................27

Appendix A............................................................................................................................................28

Return Policy...................................................................................................................................... 28

Warranty ............................................................................................................................................. 28

Appendix B............................................................................................................................................29

Setting the Default IP Address on the TC3715's ............................................................................... 29

- 3 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Chapter 1 - Overview

Features

p6 Ethernet 10/100Base-T Auto-Sensing Twisted Pair Ports with RJ-45 Connectors

p1 or 2 Fiber Optic 100Base-FX Port

pMDI/MDIX Auto Detection and Operation on Twisted Pair Ports

p10/100 Full/Half Duplex Auto-negotiation for RJ-45 Ports and 100 Full duplex for fiber

ports

pIncoming and Outgoing Rate Limiting

pOne Management Port for Advanced Configurations & Status Monitoring

pCan be Daisy Chained by Using Fiber Ports

pMultimode (1310nm) and Single Mode (1310nm/1550nm)

pDistances up to 80km

pHardened Temperature (optional), -40oCto 80oC

pStandalone/Rackmount

pAlarm Relay

pRemote Configuration through Web, Telnet, or Serial Console

Standards

IEEE 802.3, 802.3u, and 802.3x

Description

Featuring distances up to 80km, the TC3715 10/100Base-T Ethernet Fiber Optic Switch provides two

100Base-FX ports that combine Ethernet Switching and Fiber Optic technology to boost total network

bandwidth.

The TC3715 provides a rate limiting feature that allows users to have control of the incoming and outgoing

data rates on both fiber ports and RJ-45 ports. The incoming data rate on both fiber ports and RJ-45 ports

can be limited to 128K, 256K, 512K, 1M, 2M, 4M, 8M, 16M, 32M, and 64M. The outgoing data rate on both

fiber ports and RJ-45 ports can be limited to 128K, 256K, 512K, 1M, 2M, 4M, and 8M.

The TC3715 offers two multimode (1300nm) or single mode (1300/1550nm) optical ports and six Ethernet

10/100Base-T Auto-Sensing/Auto-Negotiation switched ports. Each of these ports supports either 10Base-

T or 100Base-TX. There are two optional versions (Model TC3715T) for extreme temperature applications

(-20C to 70C, -40C to 80C).

Because it functions like an Ethernet bridge (connects multiple Ethernet segments to prevent unnecessary

network traffic), it creates an efficient sub-divided switched LAN that provides full and transparent

bandwidth for each segment.

The TC3715’s modern switching technology eliminates the congestion problem inherent to the contention-

oriented Ethernet CSMA/CD protocol. This improves predictable response times under heavy network

loads. Previously, expensive routing technology was used to alleviate congestion from heavy traffic loads.

Standard power input is 12VDC, optional 24VDC, -48VDC, 125VDC, or 115/230VAC with an external

power cube. Units are standalone or 19" rack mountable. Optical connectors can be SC, ST or FC.

- 4 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Multimode Model

Transmitter: LED; typical Launch Power: -17.0 dBm* (1310nm, @62.5/125µm)

Receiver: PIN Diode; typical Sensitivity: -33.0 dBm* (1310nm, @62.5/125µm)

Optic saturation level: -11.0 dBm*(1310nm, @62.5/125µm

Loss Budget: 1310nm Multimode @62.5/125µm: 15 dB

Distance: 1310nm Multimode, @62.5/125µm: up to 4km distance*

Wavelength: 1310nm Multimode:

Connector: SC

Single Mode 1310nm, 20km Model

Transmitter: FP Laser; typical Launch Power: -15 to -7 dBm* (1310nm, @9/125µm)

Receiver: PIN Diode; typical Sensitivity: -34.0 dBm* (1310nm, @9/125µm)

Optic saturation level: -3 dBm*(1310nm, @9/125µm)

Loss Budget: 1310nm Single Mode, @9/125µm: 19 dB

Distance: 1310nm Single Mode, @9/125µm: up to 20 km distance

Wavelength: 1310nm Single Mode(LASER):

Connector: ST

Single Mode 1310nm, 75km Model

Transmitter: FP Laser; typical Launch Power: -3 to +2dBm* (1310nm, @9/125µm)

Receiver: PIN Diode; typical Sensitivity: -36.0 dBm* (1310nm, @9/125µm)

Optic saturation level: -3 dBm* (1310nm, @9/125µm)

Loss Budget: 1310nm Single Mode, @9/125µm: 33dB

Distance: 1310nm Single Mode, @9/125µm: up to 75km distance

Wavelength: 1310nm Single Mode (LASER)

Connector: ST

Single Mode 1550nm, 75km Model

Transmitter: DFB Laser; typical Launch Power: -10 to -1dBm* (1550nm, @9/125µm)

Receiver: PIN Diode; typical Sensitivity: -34.0 dBm* (1550nm, @9/125µm)

Optic saturation level: 0 dBm* (1550nm, @9/125µm)

Loss Budget: 1550nm Single Mode, @9/125µm: 24dB

Distance: 1550nm Single Mode, @9/125µm: up to 75km distance

Wavelength: 1550nm Single Mode (LASER)

Connector: ST

Fiber Optic Specifications

- 5 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Single Fiber, 50km Model

Transmitter: Typical Launch Power: -8 to -3 dBm* (1310nm/1550nm, @9/125µm)

Receiver: PIN Diode; typical Sensitivity: -33.0 dBm* (1310nm/1550nm, @9/125µm)

Optic saturation level: -3 dBm*

Loss Budget: 1310nm/1550nm Single Mode, @9/125µm: 29 dB

Distance: 1310nm/1550nm Single Mode, @9/125µm: up to 50km distance

Wavelength: 1310nm/1550nm Single Mode:

Connector: SC Only

- 6 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Front Panel Connectors and LED Indicators

Figure 1. TC3715's Front View Panel

MadeinU.S.A.

TCCOMM.COM

10/100

(

)

RxTx

100BASE-FX

FULL/COL

100M

LINK/ACT

321 4 5

F2F1

RxTx

100BASE-FX

FULL/COL

100M

LINK/ACT

“

”

“

”

“

”

LEDStatusIndicators

forFiberOpticChannels1and 2:

100M

FULL/COLFullDuplex/Collision

IndicatorLED:

LINK/ACT

-whenthefiberopticport

hasestablishedavalidopticallink.

-whentheopticalfibers

arenotconnected.

Alwayslit.

Solidlylit

“Off”

“Blinking”

whenEthernetActivity

atthefiberopticportisdetected.

SixRJ-45 10/100MbpsPorts

forthetwistedpairconnection.

OpticReceivers

and Transmiters

Optional

fiberport

DipSwitches:

SHR:NotUsed

DISALM:

F1/1X

F2/2X

TC3715 AlarmBuzzerand

DryContactRelayAlarm

Up:AlarmEnable

Down:AlarmDisable

:FiberPortF1Alarm

Up:AlarmEnable

Down:AlarmDisable

:FiberPortF2Alarm

Up:AlarmEnable

Down:AlarmDisable

1 2 3 4

SHR F2/2X

DISALMF1/1X

F1/1X

MSTR/SLVE

ALARM

F2/2X

ALARM“Off”

“Flashing”-

MSTR/SLVE

F1/1X

F2/2X

:-normaloperation (F1/X1

&F2/2Xconnectionsaregood).

EitherF1orF2has

lostconnection.

:NotUsed.

- 7 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Rear Panel Connectors and LED Indicators

Figure 2. TC3715's Rear Panel View

ALM

RLY1

PWR

AALM

RLY2

PWR

+-+-

24VDC12VDC 48VDC

PowerAand B

Connectors

DryContact

RelayConnectors

SerialDB9port

(9600-8-N-1);9600 B

8databits,no parity,

&1stopbit

ResetButto

Used torese

hardwareset

;

1.Unplug the

2.Pushand

“

”

3.Whilehold

powerbac

“

”

4.The most

will be res

(115/230VAC)

Powerplug

ManagementRJ-45

Used foradvanced c

StatusMonitoring su

PortSpeed/Duplex

PortRateLimitting

NetworkSettings

LoginSettings

•

- 8 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Daisy-Chained Diagram

Figure 3. Daisy-Chain Diagram Using the TC3715's

The TC3715 10/100Mbps Ethernet Switch is a low cost and flexible solution to extend a local area network

to a remote site through fiber optic cables. Providing bandwidth solution to efficiently handle the traffic

between the local and the remote workgroups of the network and reducing the need of expensive routers

that usually cater to the network backbone.

The TC3715 10/100Mbps Ethernet Switch is shown in a daisy-chained configuration in the example below.

Fiber

Optic

Cables

Fiber

Optic

Cables

Fiber

Optic

Cables

U.S

.A.

Mad e

U.S

.A .

Made

U.S

.A .

TCCOMM.COM

10/100 INDUSTRIAL ETHERNET FIBER SWITCH (2F+6T)

100 BASE-FX

100BASE-FX

FULL /C OL

FULL/COL

100M

100 M

LIN K/A CT

LINK/A CT

LIN K/ACT

100 BASE-FX

FULL/COL

FULL/C OL

FULL/COL

100 M

100M

LIN K/ACT

LINK/A CT

- 9 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Star Topology Diagram

You can use the TC3715's for a variety of network configurations. For example, connect up to six hubs or

switches to develop workgroups with dedicated 10/100Mbps links. Connect your routers, printers, servers,

and other network devices.

Figure 4. Backbone Using an Extended Star Topology with the TC3715's

Multimode or Single Mode

Fiber Optic Cables

Madein U.S.A.Made

U.S

TCCOMM.COM

10/100 INDUSTRIAL ETHERNET FIBER SWITCH (2F+6T)

Rx RxTx Tx

100BASE-FX 100 BASE-FX

FULL/COLFUL L/COL

100M10 0M

LINK/ACTLINK/ACT

3 32 21 14 45 56 6

F2 F2

F1 F1

Rx RxTx Tx

100 BASE-FX 100BASE-FX

FULL/COLFULL/COL

1 00M10 0M

LINK/ACTLINK/ACT

- 10 -

TC3715 w/Rate Limit

User's Manual

Rev. 2.0 (A0.1)

Dry Contact Relay Alarm

Two terminal block connectors on the rear panel (labeled

"ALARM RLY1," & "ALARM RLY2") provide for the dry

contact relay alarm (see Figure 1). Normally in the OPEN

position, any loss of optical signal will trigger an alarm condition

and force the switch to the CLOSED position. This relay can be

used in conjunction with an external device to monitor the condi-

tion of the fiber optic links.

Dry Contact Alarm Condition:

When the front panel LINK/ACT LED is lit and/or blinking, the TC3715 is working well and thus it is not

in Alarm Condition. Otherwise, if the LINK/ACT LED is "Off" the TC3715 will be in Alarm Condition and

the Dry Contact Relay will be activated.

Power Requirements

A. The TC3715's standard input voltage is 12V DC and current is 600mA.

B. The TC3715's power connectors are two terminal blocks located on the rear panel of the unit. Polarity

is indicated on each connector block (see Figure 1).

C. Should an external power adapter need to be replaced, use one with the following specifications: 12V

DC @600mA. You may order it directly from TC Communications.

D. The TC3715 can also be ordered with an optional 24 VDC, 48 VDC or power supply. Current

consumption at 24VDC is 300mA, at 48VDC is 150mA, and at 125VDC is 60mA.

System Start Up

1. Apply the power by plugging the power plug into any power jack on the rear panel. The power source

can be from a power adapter or from a power card (installed either on the left or right side of the rack).

2. The "PWR A" or "PWR B" LEDs on the front panel will light according to which power jack (A or B)

is connected. Both LEDs will light when power redundancy is utilized.

3. The "Vcc1" and "Vcc2" LEDs should also light, indicating an adequate operating voltage is being derived

from the power source.

4. Connect the twisted pair cables to the RJ-45 connectors on the front panel of the switches. If the twisted

pair cables are providing an Ethernet signal, then the corresponding front LEDs for that particular

channel will light as follows:

a). If the user's device is in auto-negotiation mode and 100Mbps full duplex is detected by the switch,

the 100M & FULL/COL LEDs will be solidly lit and the LINK/ACT will blink as activity is detected.

b). If the user's device is in a dedicated mode and 100Mbps full duplex or half duplex is detected by

the switch, the 100M LED will be solidly lit and the FULL/COL and LINK/ACT LEDs will blink

as activity is detected.

c). If 10Mbps full or half duplex is detected by the switch, the 100M LED will be "Off" and the FULL/

COL and LINK/ACT LEDs will be blinking.

d). If half duplex and collisions are detected by the switch, the FULL/COL LED will be blinking.

5. Connect the optical fibers from the Tx connector of one unit to the Rx connector of the second unit, the

LINK/ACT LED of the fiber port on the second unit will be solidly lit. Do the same for the second pair

of Rx to Tx connectors and observed the LINK/ACT LED on the first unit will be lit.

7. When communication is established and traffic passes through the fiber between two TC3715's the

LINK/ACT LED will blink.

Table des matières

Autres manuels TC Communications Changer

TC Communications

TC Communications TC3705 Manuel utilisateur

TC Communications

TC Communications TC3720 Manuel utilisateur

Manuels Changer populaires d'autres marques

URC

URC Total Control MFS-8 Manuel utilisateur

Azbil

Azbil HPQ-D11 Manuel utilisateur

Sony

Sony DFS-900M Manuel utilisateur

SICK

SICK i17S Manuel utilisateur

F&F

F&F SZR-277 Manuel utilisateur

Shure

Shure UAMS/BK Manuel utilisateur

Dräger

Dräger X-zone Switch Off Manuel utilisateur

Asco

Asco Joucomatic 349 Series Manuel utilisateur

BT Mini Hub Manuel utilisateur

D-Link

D-Link DES-1226G Manuel utilisateur

Johnson Controls

Johnson Controls FS80-C Manuel utilisateur

Alcatel-Lucent

Alcatel-Lucent 7450 ESS-12 Manuel utilisateur

MicroNet

MicroNet SP1200A Manuel utilisateur

Ruijie

Ruijie RG-PF2920 Series Manuel d'installation et d'exploitation

Altinex

Altinex DA1914SX Manuel utilisateur

MiLAN

MiLAN MIL-SM2401M Manuel utilisateur

RJM

RJM MASTERMIND PBC/6X Manuel utilisateur

Atlas

Atlas MMK-KVM8 Manuel utilisateur