RIK-mA-1:RCT36

Current Sensors Overview

The Accuenergy RIK-mA-1:RCT36 is a single-phase mA Rogowski coil current sensor designed for high-accuracy AC current measurements. It features a flexible coil construction suitable for irregular busbars or tight spaces where solid core transformers cannot fit. The device outputs a milliampere signal proportional to the measured current, intended for integration with third-party power meters or monitoring equipment via compatible integrator kits.

Current Sensors Feature Summary

• Flexible coil design accommodates irregular conductors and limited installation space
• High-accuracy measurement capability for alternating current applications
• mA output signal format compatible with standard industrial monitoring systems

Current Sensors Applications

• Integration with third-party power quality analyzers
• Electrical panel current monitoring in industrial facilities
• Retrofitting existing infrastructure with flexible sensing solutions

Current Sensors Procurement Notes

Verify that the selected integrator kit matches the mA output specification of this sensor. Ensure the current range requirements of the application fall within the capabilities of the associated RCT series coil. Confirm compatibility with the target metering device's input specifications before finalizing procurement.

Current Sensors Selection Notes

Choose this model when milliamperes output is required rather than voltage or 5A signals. Select based on the specific conductor size and accuracy class needed for the installation environment. Consider the flexibility requirements if the busbar shape prevents the use of rigid current transformers.

Current Sensors Part Context

This component belongs to the AcuCT Flex Series of Rogowski coils and the RIK product family. It is designed to work in conjunction with Accuenergy's Rogowski Integrator Kits to provide complete measurement solutions. The series emphasizes ease of installation and adaptability to various electrical configurations.

Current Sensors Replacement Considerations

Direct substitutes are not explicitly listed in public documentation. Compatible alternatives may include other models from the RIK-mV-1 or RIK-MA-1 families provided they match the specific output signal type and physical dimensions required by the integrator system.