（77）：GCAN-401
Many CAN bus devices encounter these pain points during debugging and operation: occasional on-site faults, inability to connect to the computer to capture packets at all times, and difficulty in reproducing and locating without message records after faults occur; The on-site environment is complex, and computers are not convenient for long-term monitoring and data collection; Ordinary collection tools rely on the upper computer, lose data when power is cut off, lack high-precision timestamps, and are difficult to restore fault timing.
Shenyang Guangcheng GCAN-401 single channel CAN data storage, realizing offline TF card local storage without the need for upper computer on duty; CAN interface 2500VDC electrical isolation, wide temperature range from -40 ℃ to+85 ℃; Message with 0.1ms high-precision timestamp;
Supports multiple storage formats of DAT/TXT/ASC/CAN, dual configuration of hardware dialing and software, can perform CAN-ID filtering, automatic loop coverage when TF card is full, and can export messages by removing the storage card. It is accompanied by analysis software for playback and analysis.
Real implementation case: During the debugging of a construction machinery control cabinet, occasional communication abnormalities occurred in the equipment. GCAN-401 was connected to the CAN bus for 7 × 24 hours without any recording. After the fault occurred, TF card messages were exported to quickly locate the bus interference problem, greatly reducing the troubleshooting cycle.
Suitable for engineering machinery, vehicle testing, and industrial CAN fault tracing scenarios, welcome to add WeChat 13019325660 to obtain information and software.
Shenyang Guangcheng GCAN-401 single channel CAN data storage, realizing offline TF card local storage without the need for upper computer on duty; CAN interface 2500VDC electrical isolation, wide temperature range from -40 ℃ to+85 ℃; Message with 0.1ms high-precision timestamp;
Supports multiple storage formats of DAT/TXT/ASC/CAN, dual configuration of hardware dialing and software, can perform CAN-ID filtering, automatic loop coverage when TF card is full, and can export messages by removing the storage card. It is accompanied by analysis software for playback and analysis.
Real implementation case: During the debugging of a construction machinery control cabinet, occasional communication abnormalities occurred in the equipment. GCAN-401 was connected to the CAN bus for 7 × 24 hours without any recording. After the fault occurred, TF card messages were exported to quickly locate the bus interference problem, greatly reducing the troubleshooting cycle.
Suitable for engineering machinery, vehicle testing, and industrial CAN fault tracing scenarios, welcome to add WeChat 13019325660 to obtain information and software.
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