DANAIXZ USBCAN II Dual Channel High Speed Industrial CAN Bus Debugger Analyzer with USB Interface for Automotive Electronics Industrial Control and CAN Protocol Testing
R 4,302
or 4 x payments of R1,075.50 with
Availability: Currently in Stock
Delivery: 10-20 working days
DANAIXZ USBCAN II Dual Channel High Speed Industrial CAN Bus Debugger Analyzer with USB Interface for Automotive Electronics Industrial Control and CAN Protocol Testing
[HIGH-SPEED DUAL CHANNEL PERFORMANCE] Experience seamless CAN bus with our industrial-grade USBCAN II debugger featuring two independent CAN channels. Capable of handling up to 14,000 frames per second reception and 3,000 frames transmission per channel, this robust tool ensures reliable data transfer without crashes or frame losses for automotive diagnostics and industrial applications.
[INDUSTRIAL-STRENGTH DESIGN] Built for demanding environments, this debugger incorporates premium DCDC power modules and magnetically coupled isolation technology (2500V protection). The reinforced anti-interference circuits and industrial-grade components deliver exceptional stability, making it for harsh factory floors or vehicle testing scenarios.
[COMPREHENSIVE DEVELOPMENT SOLUTION] Unlock complete CAN bus capabilities with support for both CAN 2.0A/2.0B protocols, standard/extended frames, and transparent relay functions. The included software suite and DLL libraries accelerate your development process in VC++, C#, VB, or LabVIEW environments for efficient system integration.
[UNIVERSAL COMPATIBILITY] Enjoy broad system support across platforms from XP through 10. The compact, portable design (98x78x30mm, 195g) with USB-powered operation makes this debugger equally effective in lab settings or field service applications for mobile technicians and engineers.
[ADVANCED PROTECTION FEATURES] Safeguard your equipment with built-in USB and CAN bus protection circuits. The intuitive hardware filtering and robust isolation technology prevent damage from electrical surges, while the industrial-grade construction ensures long-term reliability in critical automation and automotive systems.