The Kvaser USBcan R provides two High Speed CAN bus interfaces via a single USB connection. It is a robust, easy to carry device designed for high-end applications. With quick reaction times and high data throughput, the Kvaser USBcan R v2 is perfect for rapid ECU re-flashing, advanced bus analyzers and efficient development work.
- Connect to two CAN channels simultaneously using just one device
- IP65 rated lightweight aluminium housing
- Capable of sending up to 15000 messages per second, per channel, each time-stamped with 100 microsecond accuracy
- Quick and easy plug-and-play installation
- Supports High Speed CAN (ISO 11898-2) up to 1Mbit/s
- Supports both 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers
- Power is taken from the USB bus
- Detection of error frames
- LED lights alert user to device status
- 100% compatible with applications written for other Kvaser CAN hardware with Kvaser CANlib
- Fully compatible with J1939, CANopen, NMEA 2000 and DeviceNet
- Operating temperature range from -40 to 70°C
Property | Value |
---|---|
The information herein is subject to change without notice. | |
Galvanic Isolation | Yes |
Bitrate | 50-1000 kbit/s |
Silent mode | No |
Error frame generation | No |
Error counters reading | No |
Weight | 176 grams |
Timestamp resolution | 100 |
Buffers | No |
Maximum message rate, send | 15000 mps |
Maximum message rate, receive | 15000 mps |
Sound | No |
Current Consumption | ~ 5V and 130mA powered from the USB |
Dimensions (WxLxH) | 30x200x20 mm |
Datasheet |
Kvaser USBcan R v2 2xHS Datasheet |
Kvaser USBcan R v2 User's Guide |
Kvaser USBcan R v2 User's Guide Version V3.4.210216 |
Kvaser SocketCAN Device Drivers |
Kvaser SocketCAN Drivers for Linux Version V1.7.153 |
Kvaser Firmware Update Tool |
TFirmware Update tool for most Kvaser devices. Version V4.24.477 |
Kvaser Canlib Android Library |
Kvaser CANlib Android Library Version V1.2.0 |
Linux SDK library |
Linux SDK library. Version V5.35.477 |
Python module |
The Canlib module is a Python wrapper for Kvaser CANlib SDK. Version V1.17.748 |
Kvaser CANlib SDK |
Software development kit - everything you need to develop software for the Kvaser CAN and LIN interfaces. Libraries, header files, sample programs for e.g. C, C++, C#, Visual Basic and Delphi, documentation, and more. Note: you need to download and install the appropriate device drivers separately. Version V5.35.477 |
Kvaser Drivers for Windows |
Windows drivers for all our CAN hardware. Please check release notes for information on which Windows versions are supported. It also contain a driver for the virtual CAN bus. Version V5.35.477 |
Kvaser CANKing |
A free of charge general-purpose CAN bus momnitor. Works with all CAN interfaces from Kvaser. Windows 200 and later recommended. Version V6.18.106 |
Kvaser LabView VI Library for CAN |
Library for National Instrument's LabView version for all Kvaser CAN hardware. Version V19.3.0 |
Kvaser Linux Driver and SDK |
Linux driver and SDK for Kvaser PCIcan/PCIcanx, Kvaser PCIcanII, Kvaser PC104+, Kvaser PCIcanx II, Kvaser USBcan II, Kvaser Memorator*, Kvaser Leaf family, Kvaser Memorator Pro**, Kvaser USBcan Pro and VirtualCAN. For LAPcan and LAPcan II, you should use version 4.2 of the driver. (*) only with USBcanII functionality, (**) only with USBcan Pro functionality Version V5.35.477 |
Remove old drivers |
Driver removal program. This program will remove the CAN driver (version 3.2 or older) from your computer. This is a version intended for those who have installed CANLIB 3.2 or older. Use it only if you need to remove an old version of the driver from your computer. Contact technical support if you have any questions. Version 3.9c |
Cleanup |
Driver removal program. This program will remove the CAN driver (version 3.9 or older) from your computer. This program will not work with driver 4.0 or later. Use it only if you need to remove an old version of the driver from your computer. Version 3.9c |
The Kvaser USBcan R provides two High Speed CAN bus interfaces via a single USB connection. It is a robust, easy to carry device designed for high-end applications. With quick reaction times and hi...