CAN to Serial Converter Advanced
The CAN to Serial Converter Advanced offers a quick and easy way to connect to CAN networks & devices and translate the data to Serial communication. Shop now!
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- The CAN to Serial Converter Advanced offers a quick and easy way to connect between CAN-Serial network and devices. Its compact, durable design makes it ideal for both indoor and outdoor applications. It comes with support for both RS232 and RS485 serial devices and networks. The intuitive GUI helps the user to configure, monitor and generate messages from the CAN to USB Analyzer. The GUI is supported on Windows 7 and above.
Technical Specifications
Technical Specifications
- Power Supply
- 10 to 30V DC.
- UART Communication
- RS232/RS485 UART connection via Terminal Connector, 5-pin.
- CAN Communication
- CAN bus connection via DB9 Connector, 9-pin.
- Baud Rate - CAN Bus
- Supports up to 1 MBPS.
- Baud Rate - UART
- Support up to 11520 BPS.
- Operating Condition
- Operating temperature range from -40 to 85 °C.
- Communication Mode
- Gateway & Bidirectional
- CAN Bus Version Support
- Compliant with CAN Specifications 2.0A and 2.0B.
Key Features
- Easy and quick connection to CAN networks and CAN devices.
- Dedicated switch for mode, USB, Serial, and CAN Termination control.
- Small size and compact plastic casing.
- LEDs to indicate CAN & UART traffic.
- Configuration tool for user settings – Device Behavioral Mode, CAN Baud rate, CAN filters, UART Baud rate, etc.
Typical Applications
- CAN Network Analysis & Troubleshooting.
- Battery Management System.
- Vehicle Network Analysis & Troubleshooting.
- CAN 2.0A and CAN 2.0B Machines Monitoring.
Mechanical & Dimensions
- Height
- 87 mm / 3.43 in
- Width
- 70 mm / 2.75 in
- Depth
- 30 mm / 1.18 in
- Weight
- 55 g / 1.94 oz
Helping Your Business
Discover how this device can transform your daily operations.
CAN Network Analysis & Troubleshooting
CAN Network Analysis & Troubleshooting
Seamlessly monitor and diagnose complex CAN bus networks. Our protocol converters bridge the gap between industrial machinery and your serial or USB interfaces for rapid troubleshooting and system analysis.
Network Analysis Solutions →
Battery Management Systems (BMS)
Integrate our CAN to USB and Serial converters into advanced Battery Management Systems to safely monitor cell voltages, temperature gradients, and overall battery health in real-time.
Vehicle Network Troubleshooting
Extract critical automotive telemetry data with ease. Interface securely with heavy-duty vehicles and passenger cars to log CAN bus data, track performance, and diagnose engine faults efficiently.
Automotive Diagnostics →
CAN 2.0A & 2.0B Machine Monitoring
Future-proof your industrial automation by reliably connecting both standard 11-bit (CAN 2.0A) and extended 29-bit (CAN 2.0B) machinery. Enable continuous equipment monitoring without protocol bottlenecks.
Industrial Automation Integration
Streamline factory floor operations by converting complex CAN bus signals into universally accepted serial or USB formats, allowing PLCs and control software to communicate flawlessly with edge devices.
Industrial Integration →FAQs CAN to Serial Converter Advanced
Can't find what you're looking for?
Chat to supportThe CAN to Serial Converter is a compact device that connects CAN bus networks to serial interfaces(RS232/485), enabling smooth data transmission between automotive or industrial control systems and PCs.
It supports both CAN 2.0A and CAN 2.0B communication standards on CAN and RS232 or RS485 on serial, ensuring broad compatibility with modern vehicle and machine communication networks.
Key features include pass through & bidirectional communication mode, LED indicators for CAN and Serial traffic, compact enclosure, and user-configurable baud rate and filters using a GUI tool. The converter operates between 10V to 30V DC and supports up to 1 Mbps CAN baud rate and 115200 bps UART baud rate, ideal for real-time communication.
The device is ideal for automotive engineers, embedded developers, industrial automation professionals, and BMS researchers working on CAN-based systems. It is primarily used for vehicle diagnostics, CAN network analysis, Battery Management Systems (BMS), PLC integrations, and machine communications.
The converter supports parameter configuration through a Windows-based GUI and can also use Docklight utility software to monitor CAN messages and frame communication.
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