ECAN Tools Download
ECAN Tools is a software that allows the user to receive and transmit CAN data. It provides flexible use of functions that help to do more with less. Please notice that ECAN Tools can only run on Windows, if you use a Linux system, you need to use the following software: There are several software options available for receiving and transmitting CAN data on Linux. One such option is can-utils which contains some userspace ...
Application Example of CANopen IO 8DI/8DO
5.3 PDO command TPDO1 of GCAN-4055 is used to indicate the state of input and output. Each of them is represented by one byte. RPDO1 is used to change the state of digital output. It is controlled by one byte. 5.3.1 RPDO command(RPDO1, send by the master station) Users can send data using CANopen master station or manual simulation. You can set the output status of GCAN-4055 module. Frame ID is 0x200+Node ID(X). Length of ...
Connect to CANopen IO 8DI/8DO_GCAN
4 Connect to converter 4.1 Power supply GCAN-4055 support +9-30V DC power supply. We recommend to use 12V or 24V DC voltage-stabilized power supply. 4.2 Connect to CAN-Bus In practical use, connecting the CAN_H to CAN_H and CAN_L to CAN_L, then communication can be realized. Note: The CAN-Bus network adopts topological structure, only the two furthest terminal need to connect 120Ω terminal resistance between CAN_H and CAN_L. See figure 3.2. 4.3 System LED GCAN-4055 has ...
Introduction of CANopen IO 8DI/8DO_GCAN
1 Introduction 1.1 Overview GCAN-4055(CANopen IO 8DI/8DO) is a CANopen converter which have one standard CANopen interface, 8 digital input channel and 8 digital output channel . 1.2 Properties at a glance 2 Instruction GCAN-4055 DIP switch and terminal interface definition are shown in figure 2.1 and figure 2.2. As shown in figure 2.1, GCAN-4055 DIP switch 1 is reset switch, and switch 2-8 are the node number setting switch. On the right hand side ...
AT instructions_GCAN
3 AT instructions 3.1 AT instructions Test module connection status. Example: Send instruction > AT Reception > OK 3.2 ATI instructions Example: Send instruction >ATI Reception >$GCAN=CANBUS_11B_500K,GC000000000, 312502, V100 3.3 ATRTON open vehicle real-time data flow Example: Send instructions > ATRTON (set the instructions, the module interval 1s cycle sent, using ATRTOFF to close) Reception >$OBDRT=14.01500,20,17.00,50.00,80,8.00,8.00,65.00,0 3.4 ATUTON opens a user specific data flow Open user specific data flow. Note: this data flow is customized ...
Vehicle OBD interface intelligent analysis module_GCAN
1 Introduction 1.1 Overview GCAN-600 is an automobile CAN bus decoding module, it applies to all kinds of automobiles which's ECU use ISO15765 protocol to communicate. GCAN-600 module can receive all the CAN bus data which sent by sensors in automobile, then parse and resend it to UART serial bus. So users don't need to know much about the CAN bus protocols in automobile, just integrated GCAN-600 into their own system(SCM, PC serial bus, GPS, ...
Use Of single-wire CAN converter_GCAN
3. Instructions for use 3.1 Running mode The GCAN-404 supports normal mode (33.33Kbit/s) and high speed mode (83.33Kbit/s). Both modes can be switched automatically. 3.2 CAN-Bus baud rate When the user uses GCAN-404, it is necessary to ensure that the baud rate of the High-speed CAN is consistent with that of the single-wire CAN. The most common single-wire CAN baud rate: 33.33Kbit/s, 83.33Kbit/s. 4. Technical specifications
Industrial single-wire CAN converter Device Installation
2. Device installation 2.1 Exterior 2.2 Interface High-speed CAN terminal DB9 interface definition (female) Single-wire CAN terminal DB9 interface definition (male) 2.2.1 Power supply GCAN-404 does not need to add the power supply. 2.2.2 High-speed CAN termination resistor GCAN-404 does not add termination resistor. If you need, please add it by yourself. 2.2.3 Single wire CAN connected to GND Single-wire CAN terminal GND pin must be grounded. 2.2.4 Single wire CAN termination resistor Single-wire CAN ...
Introduction of Industrial single-wire CAN converter_GCAN
1 Introduction 1.1 Functional overview The GCAN-404 converter establishes a connection between a High-speed CAN-Bus (ISO 11898-2) and a Single-wire CAN-Bus (SAE J2411). A High-speed CAN-Bus use two signal line, which are CAN_H and CAN_L. However, a Single-wire CAN-Bus only use one signal line. One of the most important potential applications of GCAN-404 is a simple connection between a High-speed CAN-Bus(e.g. USBCAN-II Pro) and a Single-wire CAN-Bus. With this converter, equipment that used Single-wire CAN-Bus ...
Adapter in use_GCAN
3. Adapter in use 3.1 Correction system time GCAN-401 has integrated system clock, system clock and file system can record data by date. GCAN-401 will create folder every day named by date. Bus data will be automatically deposited in the corresponding folder. GCAN-401 will create a new file per minute, data will saved to the corresponding file. If GCAN-401 adapter’s system clock not real before use, user can adjust their own time by following methods. ...
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