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KIT – IVT-S-100-U3-I-CAN2-12/24 W/ CONNECTOR is listed in the Current Sensors range at ChipApex. The manufacturer field lists Isabellenhuette USA. Its product description is KIT - IVT-S-100-U3-I-CAN2-12/24. Review the specifications below when checking this part for your BOM.
The KIT - IVT-S-100-U3-I-CAN2-12/24 W/ CONNECTOR is a current sensor shunt module manufactured by Isabellenhuette USA. It features three channels with a detection current of 100A and bidirectional polarization. The device utilizes CAN bus output for data transmission. It operates within a supply voltage range of 5.5V to 40V, with a maximum supply current of 80mA. The unit supports DC measurement and functions in temperatures from -40°C to 105°C. Accuracy is specified at ±0.4% with a linearity of 0.01%. The module is designed for chassis mounting.
Verify the specific connector inclusion as indicated by the kit designation. Confirm that the CAN protocol version matches system requirements. Ensure thermal management solutions are adequate for the operating temperature range. Check RoHS compliance status if required by project specifications. Validate pinout compatibility with existing harness designs before integration.
Select this model when three independent current measurements are required in a single module. The bidirectional feature is essential for applications involving regenerative braking or reversible power flow. The CAN interface suits networks requiring robust digital communication. Consider the 100A rating against peak load currents. Evaluate the chassis mount option for space-constrained enclosures.
This component belongs to the IVT-S series of current sensors. It shares architectural similarities with other models like the IVT-S-100-U3-I-CAN1 variant but differs in communication protocol. The series focuses on high-precision shunt-based sensing. It complements voltage and temperature sensor offerings from the manufacturer.
Direct substitutes include the KIT - IVT-S-100-U3-I-CAN1-12/24 W/ CONNECTOR, which offers identical electrical specifications but uses CAN1 protocol instead of CAN2. Verify interface compatibility before swapping. No other direct functional equivalents are documented in public sources.
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