innomaker USB2CAN-C

innomaker USB2CAN-C USB to CAN Converter Cable User Manual

1. Product Overview

The innomaker USB2CAN-C is a versatile USB to CAN converter cable designed for seamless communication between a host computer and a CAN bus network. This device offers broad compatibility with various single-board computers and operating systems, making it ideal for a wide range of applications from industrial automation to DIY projects.

Key features include:

innomaker USB2CAN-C converter cable with supported operating systems
Figure 1.1: The innomaker USB2CAN-C converter cable, highlighting its compatibility with Windows, Linux, macOS, Android, and Venus OS.

2. Package Contents

Please verify that all items are present in your package:

Package contents of innomaker USB2CAN-C, showing the converter cable and a terminal block adapter
Figure 2.1: Contents of the USB2CAN-C package, including the converter cable and the terminal block adapter.

3. Setup Instructions

3.1 Physical Connection

Connect the USB2CAN-C converter cable to your host device (e.g., Raspberry Pi, laptop) via the USB 2.0 port. The device is designed for plug-and-play functionality on most supported operating systems.

Diagram showing the innomaker USB2CAN-C connecting to various devices like laptops, industrial computers, Raspberry Pi, and Jetson Nano, then to different CAN applications
Figure 3.1: Connection diagram illustrating the USB2CAN-C's versatility with different host devices and CAN applications.

3.2 CAN Bus Wiring

The USB2CAN-C features a standard DB9 connector. Use the included DB9 to terminal block adapter for easy wiring to your CAN bus network. Ensure correct polarity for CAN_H and CAN_L connections.

DB9 pinout diagram for the innomaker USB2CAN-C converter
Figure 3.2: DB9 Pinout for the USB2CAN-C. Connect CAN_L to Pin 2, GND to Pin 3, and CAN_H to Pin 7. Pin 1 (Vmain) and Pin 5 (GND) are optional connections.
Terminal block connection for the innomaker USB2CAN-C
Figure 3.3: Terminal block connection for easy wiring of CAN_H, CAN_L, and GND.

3.3 Driver Installation

For Windows and macOS, specific drivers may be required. Refer to the innomaker support website for the latest drivers and installation guides. Linux systems typically support SocketCAN drivers, often providing plug-and-play functionality.

4. Operating Instructions

4.1 LED Indicators

The USB2CAN-C features LED indicators to provide visual feedback on its status:

Close-up of innomaker USB2CAN-C LED indicators: LINK, RX, TX
Figure 4.1: LED indicators on the USB2CAN-C for monitoring link, receive, and transmit activity.

4.2 Baud Rate Configuration

The device supports a programmable CAN bus baud rate from 20Kbps to 1Mbps. Configuration methods vary by operating system and software. Consult the provided SDK documentation for detailed instructions on setting the baud rate for your specific development environment (C/Python SDK, SocketCAN, IOUSBKit).

4.3 Software Usage

Utilize the provided SDKs and drivers to integrate the USB2CAN-C into your applications. For Linux, SocketCAN tools are widely used. For macOS, IOUSBKit demos are available. Windows users can leverage the C/C++ SDK for custom development.

5. Maintenance

The innomaker USB2CAN-C is designed for durability and requires minimal maintenance. Keep the device clean and free from dust and moisture. Avoid exposing it to extreme temperatures or physical shock. Ensure all connections are secure during operation.

6. Troubleshooting

For further assistance, please refer to the innomaker support website or contact customer service.

7. Specifications

FeatureDetail
Model NumberUSB2CAN-C
CAN Bus ProtocolsCAN 2.0A, CAN 2.0B
Baud Rate20Kbps - 1Mbps (Programmable)
Signal Isolation3000V
ESD Protection2500V
Terminal Resistor120Ω (Configurable)
Operating SystemsWindows, Linux, macOS, Android, Venus OS
InterfaceUSB 2.0 to DB9 (CAN)
Power SupplyUSB Powered (No external power required)
DimensionsApproximately 5.08 x 3.5 x 1.85 inches (Package)
WeightApproximately 4.2 ounces

8. Warranty and Support

The innomaker USB2CAN-C comes with a standard manufacturer's warranty. For specific warranty terms, technical support, or to access additional resources such as drivers, SDKs, and FAQs, please visit the official innomaker website or contact their customer support team. Keep your purchase receipt for warranty claims.

Related Documents - USB2CAN-C

Preview InnoMaker CAM-IMX477-HQ Camera Module User Manual
User manual for the InnoMaker CAM-IMX477-HQ high-quality camera module featuring a 12.3MP IMX477R sensor, compatible with Raspberry Pi and Jetson Nano. Includes specifications, hardware details, connection diagrams, software setup instructions, and packing list.
Preview InnoMaker U20CAM-9281M: 1MP Global Shutter UVC Camera Module Datasheet
Detailed specifications and hardware information for the InnoMaker U20CAM-9281M, a 1MP monochrome global shutter UVC camera module with USB 2.0, external trigger, and high frame rate capabilities.
Preview U20CAM-AR0230 User Manual: High-Performance HDR USB Camera Module
Explore the InnoMaker U20CAM-AR0230, a 2MP HDR USB 2.0 UVC camera module. This user manual provides detailed specifications, features, hardware information, and software setup guides for Windows and Linux, ideal for embedded systems and computer vision applications.
Preview InnoMaker CAM-IMX219 User Manual: 8MP Camera Module for Raspberry Pi & Nvidia
Comprehensive user manual for the InnoMaker CAM-IMX219, an 8MP Sony IMX219 camera module with FOV90. Includes specifications, hardware details, pinouts, dimensions, software setup guides for Raspberry Pi and Nvidia Jetson platforms.
Preview InnoMaker CAM-IMX708AF Camera Module User Manual
User manual for the InnoMaker CAM-IMX708AF camera module, featuring a Sony IMX708 sensor, autofocus lens, and compatibility with Raspberry Pi. Includes hardware specifications, pinout, and software setup instructions.
Preview INNOMAKER CAM-MIPIOV9281 V2 Camera Module User Manual for Raspberry Pi
Comprehensive user manual for the INNOMAKER CAM-MIPIOV9281 V2 global shutter camera module, featuring OV9281 sensor, high-speed imaging, and Raspberry Pi integration. Includes hardware details, setup, and software usage.