Do you need a powerful and low cost CAN bus data logger? GCAN is the right place for you!

Figure 1 GCAN-401 CAN bus data logger

The GCAN-401 CAN bus data logger can be connected to the CAN bus directly after setting the right baud rate. It can support a wide baud rate range from 10k to 1000k. The system clock inside could be configured time as you need. It has high speed 32-bit industrial-grade processor and could extended 32G internal memory(approximately 1.000.000.000 messages).
Data will be stored on  TF-card with 2 formats: text file (TXT), binary files (DAT), which you can select by swich up/down the NO.7 code switch. When you want to transfer the logged data to a PC, a standard mini-USB cable can connect them easily.

Figure 2 Code switch for CAN baud rate & data format
GCAN-401 CAN bus data logger has two indicator: SYS indicator, CAN indicator.
SYS OFF: System error
SYS ON: System initialization failed
SYS Blinkng: System initialization finifhed
CAN ON then turn OFF: No CAN-Bus data transfering
CAN ON:  TF card error
CAN Blinking: CAN-Bus data transfering
GCAN-401 CAN bus data logger has been integrated internal 120Ω terminal resistor, users can choose whether access through dial the code switch. GCAN-401connect to CAN-Bus as CAN_H to CAN_H, CAN_L to CAN_L. The CAN-bus network adopts topological structure, only the two furthest terminal need to connect 120Ω terminal resistance between CAN_H and CAN_L. For branch connection, its length should not be more than 3m. CAN-bus nodes connection as shown in figure 3.
Figure 2 Code switch for CAN baud rate & data format

GCAN-401 CAN bus data logger has two indicator: SYS indicator, CAN indicator.
SYS OFF: System error
SYS ON: System initialization failed
SYS Blinkng: System initialization finifhed
CAN ON then turn OFF: No CAN-Bus data transfering
CAN ON:  TF card error
CAN Blinking: CAN-Bus data transfering

GCAN-401 CAN bus data logger has been integrated internal 120Ω terminal resistor, users can choose whether access through dial the code switch. GCAN-401connect to CAN-Bus as CAN_H to CAN_H, CAN_L to CAN_L. The CAN-bus network adopts topological structure, only the two furthest terminal need to connect 120Ω terminal resistance between CAN_H and CAN_L. For branch connection, its length should not be more than 3m. CAN-bus nodes connection as shown in figure 3.