CSNV500M-154

Current Sensors Overview

The Honeywell CSNV500M-154 is a closed-loop Hall-effect current sensor designed for industrial applications. It features a 500 A sensing range with ±0.5% accuracy and supports AC/DC measurement. The device utilizes a CAN Bus output interface, specifically configured with a 500 kBaud ID of 3C4. Operating on a supply voltage range of 7 V to 18 V (nominal 12 V), it provides isolation up to 5 kVAC/DC. The sensor operates within a temperature range of -40°C to +85°C and employs through-hole mounting in a bulk package.

Current Sensors Feature Summary

• Closed-loop Hall-effect technology ensures high performance and reliability
• Integrated CAN Bus communication interface for digital data transmission
• High insulation voltage capability for safe electrical isolation
• Temperature-compensated design maintains accuracy across operating ranges

Current Sensors Applications

• Electric vehicle powertrain monitoring
• Battery energy storage system control
• Industrial motor drive feedback
• Power converter current regulation

Current Sensors Procurement Notes

Verify the specific CAN identifier configuration against system requirements. Confirm that the 500 kBaud rate aligns with network timing constraints. Ensure mechanical dimensions fit the intended PCB layout. Check supply voltage compatibility with the host controller logic levels. Validate thermal management strategies for continuous operation at maximum load conditions.

Current Sensors Selection Notes

Choose this model when precise AC/DC current measurement is required in electric vehicle or battery storage contexts. The closed-loop architecture offers superior linearity compared to open-loop alternatives. The integrated CAN interface simplifies system integration by reducing external microcontroller processing loads. Verify that the 500 A rating meets peak current demands without saturation.

Current Sensors Part Context

This component belongs to the CSNV500 series, which utilizes Honeywell patented Hall-effect technology. The series focuses on enhancing reliability and performance for demanding industrial environments. These sensors are engineered to provide stable operation under varying thermal and electrical stress conditions typical in modern power electronics systems.

Current Sensors Replacement Considerations

Public confirmed substitute part numbers are not available.