Bueno Electric CANFIB-100BT User manual

www.buenoptic.net Email: sal[email protected]
Intelligent CAN Bus Multi-drop Bus Fiber Optic
Converter
User Manual

Table of Contents
1. Overview ...........................................................................3
1.1 Introduction:……………………….……………………………..3
1.2 Technical Specification……………………………...………….3
1.3 Warranty .…………………...……………………….…..……...4
2. Installation........................................................................5
2.1 Package Contents ………………………………………..…....5
2.2 Enclosure...................................................... .......... .......... 5
2.3 Install Method....................................................................…7
2.4 Software Configuration..........................................................8
2.5 Install Application ..............................................................…11
3. Dimensions.......................................................................12

1. Overview
1.1 Introduction
The No-Cascading new CAN Fiber Optic Converter is a multi-master and high
performance Field bus Control System (FCS). The modular fiber optic transmission
system can be used to transmit CAN-based bus systems such as DeviceNet or
CANOpen via fiber optics data interfaces over a pair of multi mode or single mode
optical fibers. Our FMC Fiber Optic Converter uses the fiber cable as its transmission
medium and utilizes Optical Fiber modulation/demodulation technology to changes the
electric medium into a light medium transmission.
The Fiber Optic Converter product eliminates many of the disadvantages of copper
cable. Examples of these disadvantages are EMI/RFI, ground loops (electrical isolation
with fiber), high attenuation (high signal loss), short transmission distance between
nodes of a system, and potential lightning damage.
The Fiber Optic Converter can be widely used, such as Industrial Controls, Intelligent
Transportation Systems (ITS), Industrial Networking, Supervisory Control and Data
(SCADA) and so on.
1.2 Technical Specification
CAN BUS
Connectors Block Terminal
Standard CAN1.0, CAN2.0
Data Rate DC0-1Mbps
Extended Distance SM:0~20Km MM:0~2Km
OPTICAL
Number of Fibers 4
Wavelength 1310/1550nm(SM), 850/1310nm(MM)
Fiber Type 62.5/125µm(MM), 9/125µm(SM)
Distance 0 ~ 2Km(MM) , 0~20 Km(SM)
Connector Type ST/PC or SC/FC as options
GENERAL
Operating Temperature -30~ 70˚C / -30 ~ +158ºF
Operating Humidity 0 ~ 95% non-condensing
Mean Time Between Failure (MTBF) > 70,000hrs
Power Supply Adaptor DC 9~40V
Dimensions (H ×L×W) 112(H)×147(W)×36(D)MM

1.3 Warranty
nRepair
¨Please contact your local distributors when product is defective. Please apply
RA in advance and prepay shipping cost when returning the defective product
to us. We will pay the cost for sending it back to you.
¨Please attach a statement clearly describing the problem.
nWe will repair defective product under warranty free of charge to our customer.
n5 years warranty for product only.
nAny unauthorized modification of hardware and software voids the warranty.
nWarranty does not cover mishandling and/or abuse of the product.

2 Installation
2.1 Package Contents
·Fiber Optic Converter
·CD
Please contact dealer or distributor if part is missing or damaged.
2.2 Enclosure
Panel 1:
LED Rotary button Console Power
LED: LED No LED For LED Name LED Function
1 CAN0 TX Transmitting
2 RX Receiving
3 Error Failure
1 Fiber0 & Fiber1 TX Transmitting
2 RX Receiving
3 Error Failure

Others: Name Relevant Function Remarks
Baudrate CAN0 Rotary button Configure baud rate by button,fast configuration
RS232 CAN0 Console port Configure baud rate by software on computer
VCC V+ Power input DC 9~40V, With SPD,RCP,OCP
GND V- Power input DC 9~40V,With SPD,RCP,OCP
Panel 2:
LED Fiber optic CAN DIP Switch
Port Name Relevant Function Remarks
SYS System LED
TX Fiber0 & Fiber1 Transmit Fiber optic connector TX
RX Fiber0 & Fiber1 Receive Fiber optic connector RX
CANH CAN0 CANH CAN copper port
CANL CAN0 CANL CAN copper port
R+ CAN0 R+ Terminal resistance Not necessary in normal
condition
FG CAN0 Grounding Not necessary
R- CAN0 R- Terminal resistance Not necessary in normal
condition
SW0-SW2 DIP Switch button Button 4 on for 120Ohm
resistance

2.3 Install Methods
1. Switch off all power supply before installation.
2. Connect the local “TX” Fiber Optic to the remote “RX” Fiber Optic, the local “RX” to
the remote “TX”. And ensure that fiber is properly aligned to the receiving connector.
3. Connect the “D0+” Data of the CANH and the “D0-” Data to the CANL. Then screw
down the bolt.
4. On the bottom of the Converter, there is a DIP Switch., When the SW0 is “ON”,it's
connected to 120 Ohm terminal resistance .
DIP Switch setup table: 120 ohm Terminal Resistance
DIP Switch pin name SW0 Others
Setup State OFF OFF
Baud rate rotary switch button setup table:
“B0 Button Position 9 8 7 6 5 4 3 2 1 0
CAN Baud Rate 80Kbps 100Kbps 125Kbps 200Kbps 250Kbps 400Kbps 500Kbps 666Kbps 800Kbps 1000Kbps
Note: When the B0 is switched to F position, you can configure the baud rate through the serial DB9 port.
DIP Switch pin name SW0 Others
Setup State ON OFF
A B C D E F
50Kbps 40Kbps 20Kbps 10Kbps 5Kbps configuration

2.4 Configure the baud rate by software
Switch the “B0” button to F position and connect the straight line(NOT cross line) to the
console port(DB9) and the other end of the line to the computer.
1.Open CANConfig and click“CAN FIB-100BT”,you will see 3 options: Basic Info,Baud rate and
Filter.
2.Software Configuration
(1) Open RS232：Communicate with the serial RS232.
(2) Read Parameter：Read all parameters of the device and display them.
(3) Write Parameter：Write all parameters into the device.These parameters will be stored
to the flash and read them automatically when powers on.
3.Device Parameters
3.1 Basic Info
Click the “Open RS232” and read out all information by clicking “Read Parameter” button.The
“Basic info” option contains the vendor ID,device type,device code,hardware version,software
version and serial numbers.
3.2 Baudrate
“Baudrate” is for setting up the baud rate of all channels of the device.When the rotary button
is switched to”F” position,you can configure the baud rate on it.See the below figure and baud
rate table:

Common standard baud rate’s BTR0 and BTR1 values:
CAN Baud rate BTR0(Time0-SJA1000) BTR1(Time1-SJA1000)
5Kbps 0xBF 0xFF
10Kbps 0x31 0x1C
20Kbps 0x18 0x1C
40Kbps 0x87 0xFF
50Kbps 0x09 0x1C
80Kbps 0x83 0Xff
100Kbps 0x04 0x1C
125Kbps 0x03 0x1C
200Kbps 0x81 0xFA
250Kbps 0x01 0x1C
400Kbps 0x80 0xFA
500Kbps 0x00 0x1C
666Kbps 0x80 0xB6
800Kbps 0x00 0x16
1000Kbps 0x00 0x14

3.3 Filter
The CAN FIB-100BT has a strong message filter,on“Filter”option button,The user can set up
the filter.This function depends on the work condition of the user.
How to use the filter function：
(1) Select “Filter Enable”and you can revise the content of the filter.
(2) Select the channel that needs filter function from the sub list of“Port”.
(3) Select the frame type(Standard or extended frame types) from the “Frame Type” .
(4) On “Start ID”and“End ID”rows，please fill in the ID of the frame that you want to
filter.The standard frame range is 0~2047（0x7FF）and the extended frame range is
0~536870911 (0x1FFFFFFF).
(5)After setting up the frame’s filter parameters,please click“Write Parameter”button and write
the router parameters into the device,then it’s valid.