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CR4260-5 is listed in the Current Sensors range at ChipApex. The manufacturer field lists CR Magnetics Inc.. Its product description is SENSOR CURRENT XFMR 5A AC. Review the specifications below when checking this part for your BOM.
The CR4260-5 is a loop-powered AC current transmitter manufactured by CR Magnetics Inc. It features a solid core design with two sensing elements to monitor average RMS AC input currents within a range of 0 to 5 Amperes. The device generates a calibrated 4 mA DC to 20 mA DC output signal proportional to the input, powered by a user-supplied PLC source within the output loop. It supports frequencies from 20 Hz to 4 kHz and offers an accuracy of ±0.5%. The unit provides 2500 VDC isolation and operates on a 24V supply voltage.
Verify that the specific part number matches the required input current range and frequency specifications for your application. Confirm compatibility with the existing PLC power supply voltage and loop resistance limits. Ensure the installation environment meets the thermal and electrical isolation requirements specified in the official datasheet to maintain accuracy and safety standards.
Select this model when a loop-powered solution is preferred to simplify wiring by eliminating separate power supplies. The dual-element solid core design is suitable for applications requiring high reliability and noise immunity. Consider the 20 Hz to 4 kHz frequency range to ensure it covers the operating spectrum of the monitored AC signals without distortion or loss of precision.
This component belongs to the CR4260 series of loop-powered AC current transmitters from CR Magnetics. The series is designed for industrial environments where remote monitoring of AC sine waves is necessary. The CR4260-5 specifically denotes the variant configured for a 5 Ampere input range, distinguishing it from other models in the family with different current capacities.
The CR4220-5 is a comparable single-element alternative within the same product family. When substituting, verify that the change from dual to single element does not impact the required accuracy or fault detection capabilities for the specific application.
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