Epoxy Resin Insulators Drive The Miniaturization Of Instrument Transformers

high voltage standoff insulators is made of thermosetting resin and is cast using precision molds, which can achieve complex geometries and a stable one-piece structure. This manufacturing process high voltage epoxy provides a more compact layout for the internal components of the current transformer. Epoxy materials can meet the insulation requirements of specific voltage levels while fitting compact structural configurations in a smaller volume, which is particularly important for designing narrow cabinets or modular electrical equipment with limited space constraints.

In dry-type instrument transformers and related metering devices, the insulation structure often directly affects the overall size of the product. epoxy resin insulator One-piece molding reduces redundant material stacking, making more efficient use of space between the internal insulation components and the housing. The use of this type of material in high-voltage equipment helps equipment designers achieve a tighter body-to-body ratio while meeting electrical and mechanical performance requirements.

high voltage epoxy resin Not only does it support customized designs, but it also provides controllable creepage distances and stable electrical clearances for instrument transformer systems, reducing the additional isolation measures required for complex structures using traditional insulators. high voltage standoff Through a deep, multi-layered insulating groove design, it can reduce the overall size at the same electrical class, improving the instrument transformer's ability to adapt to higher integration requirements.