RAZCL-104OKAN

Current Sensors Overview

The RAZCL-104OKAN is a Hall Effect open-loop current sensor manufactured by Raztec Sensors. It features a circular opening form with dimensions of 11.2 mm inner diameter, 17.9 mm outer diameter, and 8.9 mm height. The device supports a rated current measuring range of ±100 A with an accuracy error of 1%. It operates on a 5 V supply voltage and provides an analog output signal ranging from 1 to 4 V.

Current Sensors Feature Summary

• Utilizes Hall Effect technology for non-contact current measurement
• Designed as an open-loop transducer for high-performance applications
• Features a compact circular aperture suitable for wire or busbar insertion

Current Sensors Applications

• Industrial power monitoring systems
• Electric vehicle battery management
• Inverter and converter control circuits

Current Sensors Procurement Notes

Verify the specific ordering suffix against official Raztec documentation to ensure correct pinout and calibration specifications. Confirm that the circular opening dimension matches the conductor size in your design. Request the latest datasheet to validate electrical characteristics and thermal performance limits before finalizing procurement.

Current Sensors Selection Notes

Select this component when a ±100 A measurement range is required with a 1 to 4 V output interface. Ensure the system provides a stable 5 V supply. Consider the physical constraints of the 11.2 mm inner diameter for conductor routing. Verify compatibility with open-loop topology requirements versus closed-loop alternatives for higher precision needs.

Current Sensors Part Context

This part belongs to the RAZCL series of Hall Effect current sensors from Raztec Sensors. The series specializes in customized open-loop designs for various industrial and automotive applications. The RAZCL-104OKAN represents a standard configuration within this lineup, focusing on moderate current ranges with analog voltage outputs.

Current Sensors Replacement Considerations

The RAZCL-2 is listed as a replacement reference for this model. Verify functional equivalence regarding pinout, supply voltage, and output signal range before substitution. Cross-check mechanical dimensions to ensure fitment compatibility in existing assemblies.