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Contact us If you encounter any problems while operating this device, feel free to contact us via mail at: service@icpdas.com . We guarantee to respond within 2 working days. I-7531 & I-7531-UT (CAN Bus Isolated Repeater) User Manual Version 1.6.0 Page:...
CAN network. And its galvanic isolation isolates both CAN segments from each other as well as from the power supply. The CAN connection of I-7531 is by terminal blocks. A power supply of 10 ~ 30 V is required.
2. Technical data 2.1 Block Diagram Figure 2 is a block diagram illustrating the functions of the I-7531 module. Power supply are with 3000 V galvanic isolated between each CAN port. Futhermore, there is photo-isolation 2500 Vrms between two CAN ports.
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If user wants to use FG, both the Pin 7 and Pin 14 should be connected to earth ground. Within I-7531 / I-7531-UT, Pin 7 and Pin 14 (FG) are not interconneced.
2.5 Status LED When user turning I-7531 / I-7531-UT on, the status LED of I-7531 / I-7531-UT will be display with red light. Moreover, when a message passes through I-7531 / I-7531-UT, the status LED will be twinkle once with yellow light while the red light is still on.
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The JP2 of I-7531 / I-7531-UT is used for adjusting terminal resistor on CAN Port 1, and the JP3 of I-7531 is used for adjusting terminal resistor on CAN Port 2.
2.8 Driving Capability and Baud Rate The relationship between ideal total bus length and baud are displayed below. Table3. Baud, Total Bus Length, and Number of I-7531 / I-7531-UT Baud Ideal Bus Length without I-7531 / Max I-7531 /...
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“100 – 40 * 1 = 60 meters“. After deciding the number of I-7531 and calculating the corresponding ideal bus length, users can use the following table to know the maximum node number in each segment and the maximum segment length when using different type of wire.
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