USBCAN-2 USB CAN Analyzer | CANOpen J1939 2500V Isolation
USBCAN-2 USB CAN Analyzer | CANOpen J1939 2500V Isolation
USBCAN-2 USB to CAN Bus Analyzer — Professional Industrial Debugging Tool
The USBCAN-2 USB to CAN Analyzer is a high-performance, multi-protocol CAN bus interface device engineered for industrial automation, automotive development, and embedded systems engineering. Supporting CANOpen, J1939, DeviceNet, and more, this analyzer delivers the speed, isolation, and flexibility that professional engineers demand — from the workshop to the production floor.
Available Versions
Extreme Version
- Robust aluminum alloy frosted casing for durability in demanding environments
- 2500V galvanic isolation protects your PC and equipment from high-voltage transients
- 3D flame-retardant insulating panel for added safety
- High-standard KB military-grade PCB material with 2mm ultra-thick PCB — stability improved by up to 200%
- All imported electronic components, fully automated surface-mount machine processing with lead-free technology
- Supports offline intelligent relay — can operate as a standalone relay device
- Automatic baud rate detection, relay, and transparent transmission functions
- Compatible with ZLG system and services
- Full Windows OS support across all versions
Linux Version
- Includes all features of the Extreme Version, plus dual-system support (Windows + Linux)
- Supports x86 and ARM platforms, including Ubuntu (multiple versions), Raspberry Pi, and VMware virtual machines
- No complex socket CAN mode — provides 32-bit and 64-bit development libraries with USB drivers integrated directly
- No separate driver installation required; one library file works across all kernel versions for maximum compatibility
Top-Pro (Upgrade Version)
- Includes all functions and accessories of the Extreme / Linux Versions
- Supports parsing of the ISO15765 protocol for gasoline vehicle diagnostics
- Supports fault-tolerant / single-line CAN configurations
- CAN2 channel configurable via software as high-speed CAN or low-speed fault-tolerant CAN
- Relay functions and protocol analysis between high-speed, high-speed fault-tolerant, and single-line CAN
- Can measure and test all types of CAN cables
Key Features at a Glance
- ✅ Multi-protocol support: CANOpen, J1939, DeviceNet, ISO15765 (Top-Pro)
- ✅ 2500V electrical isolation for robust, safe operation
- ✅ Auto baud rate detection — no manual configuration needed
- ✅ Offline relay mode for standalone applications
- ✅ Military-grade PCB construction
- ✅ Windows, Linux, Raspberry Pi, and VMware compatible
- ✅ Lead-free, RoHS-compliant manufacturing
What's in the Box
- 1× USBCAN-2 Analyzer Set
Notes
- Colors may vary slightly due to screen and lighting differences.
- Please allow ±1mm–1cm variation due to manual measurement.
Made in Mainland China.
For industry standards and best practices on industrial communication protocols, refer to the NIST Manufacturing Standards resource.
Frequently Asked Questions
Q: What CAN bus protocols does the USBCAN-2 analyzer support?
A: The USBCAN-2 CAN bus analyzer supports CANOpen, J1939, DeviceNet, and — in the Top-Pro version — ISO15765 for gasoline vehicle protocol parsing. It is designed for a wide range of industrial automation and automotive development applications.
Q: Does the USBCAN-2 work with Linux and Raspberry Pi?
A: Yes. The Linux and Top-Pro versions of the USBCAN-2 support both Windows and Linux operating systems, including x86 and ARM platforms, various Ubuntu versions, Raspberry Pi, and VMware virtual machines. USB drivers are integrated into the development libraries — no separate installation required.
Q: What does the 2500V isolation mean for my setup?
A: The 2500V galvanic isolation means the USBCAN-2 electrically separates your PC from the CAN bus network, protecting your computer and connected equipment from voltage spikes and transients common in industrial and automotive environments, ensuring stable and secure operation.
Q: Can the USBCAN-2 operate without a PC (offline mode)?
A: Yes. All versions of the USBCAN-2 support offline intelligent relay mode, allowing the device to function as a standalone relay without needing a connected PC — ideal for automated testing and embedded production environments.