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MGS-1800-500 is listed in the Current Sensors range at ChipApex. The manufacturer field lists Magnelab, Inc.. Its product description is 3PH 18" COILS 500A:4-20MA. Review the specifications below when checking this part for your BOM.
The Magnelab MGS-1800-500 is a high-performance current transformer designed for precision electrical energy monitoring and metering applications. It features a split-core design that facilitates installation around existing busbars or cables without disconnecting the primary circuit, ensuring minimal operational disruption during deployment. The unit provides accurate current transformation ratios suitable for industrial power distribution systems, supporting reliable data acquisition for load analysis and energy management infrastructure.
Verify the specific current ratio and burden requirements against the target application's metering device specifications. Confirm that the split-core aperture matches the diameter of the conductor or busbar to be monitored. Ensure compliance with local electrical safety standards and voltage ratings for the intended installation environment before finalizing procurement.
Select this model based on the required primary current range and the physical dimensions of the conductor. Evaluate the accuracy class necessary for the specific metering application, whether for revenue-grade billing or general monitoring. Consider the environmental conditions, such as temperature and humidity, to ensure the transformer's insulation and housing materials remain suitable for long-term reliability.
Magnelab, Inc. specializes in high-quality current transformers and sensors for power quality and metering. The MGS series represents their line of split-core instruments designed for retrofitting and easy integration into existing electrical infrastructure. This component is part of a broader ecosystem used for comprehensive energy management and industrial process control.
Consult official Magnelab documentation for direct cross-references. Verify that any substitute maintains identical current ratios, accuracy classes, and physical mounting constraints to ensure compatibility with existing datalogging equipment.
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