Potential Transformers for 3.3 ~ 6 kV Power Systems

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Potential Transformers for 3.3 ~ 6 kV Power Systems - CIC

CIC | CHALLENGE INDUSTRIAL CO., LTD., since 1974, is a global supplier of Potential Transformers for 3.3 ~ 6 kV Power Systems. CIC specializes in the manufacture of instrument transformers, distribution transformers, detuned reactors, epoxy insulators, electronic energy meters, etc. Also provided or distributed are a wide range of other electrical or electronic apparatus.

Certified to ISO 9001, CIC ensures superior quality of its goods through such advanced technologies and materials as Swiss-manufactured equipment (for the production of resin insulators), Araldite® epoxy resin, and technology transferred from Messwandler-Bau (MWB) of Germany.

Backed by 43 years of experience, CIC offers custom-made products, OEM/ODM services, and technical support tailored to the needs of its discerning clientele.

Potential Transformers for 3.3 ~ 6 kV Power Systems

Potential Transformers (Voltage Transformers) for 3.3 ~ 6 kV Power Systems
Potential Transformers (Voltage Transformers) for 3.3 ~ 6 kV Power Systems

Widely used internationally in revenue and switchboard applications by engineering, construction, and power companies, CIC Potential Transformers (Voltage Transformers) are the result of over 40 years of manufacturing expertise, combined with technology transferred from Messwandler-Bau (MWB) of Germany.

The primary insulation material for CIC's potential transformers is the Araldite® epoxy resin, known for its reliability. The outdoor models make use of cycloaliphatic epoxy resin, similarly to ensure high-quality insulation.

CIC's potential transformers, including OEM/ODM products, are type-tested and routine-tested by CIC-owned, TAF-accredited Advanced Electricity Laboratory (TAF, or Taiwan Accreditation Foundation, is a member of ILAC and a signatory to the ILAC MRA).

Result 1 - 5 of 5
  • Indoor Half-Mold Epoxy Resin Potential Transformer
    Indoor Half-Mold Epoxy Resin Potential Transformer
    EP-3SF Series

    Our medium voltage half-mold epoxy resin 3.3KV potential transformer is suitable for use with a 3.3-5.6KV, single phase, 50/60Hz electric power system. This model can support a wide range of MV switchgear with grounding protection. As with all our models, this meets IEC, IEEE, JIS and other national standards. For different application, EPF-3SF2 and EPF-3SF5 model can be used while required burden is below 500VA, and EP-3SFK model can be used while burden is above 500VA. All of these models completed with fuse protection.


  • Indoor Epoxy Resin Potential Transformer
    Indoor Epoxy Resin Potential Transformer
    EP-6SFK

    All our model EP-6SFK potential transformers are made using corrosion proof materials with superior performance and having low partial discharge. This model can be used in different size switchgears where voltage measuring and protection should be co-ordinated.


  • Indoor Epoxy Resin Potential Transformer
    Indoor Epoxy Resin Potential Transformer
    EPF-3SF1 Series

    All our model EP-3SF1 series potential transformers are made using corrosion proof materials with superior performance and having low partial discharge. This model can be used in different size switchgears where voltage measuring and protection should be co-ordinated.


  • Indoor Epoxy Resin Potential Transformer
    Indoor Epoxy Resin Potential Transformer
    EPF-6SF2

    All our model EP-6SF2 potential transformers are made using corrosion proof materials with superior performance and having low partial discharge. This model can be used in different size switchgears where voltage measuring and protection should be co-ordinated.


  • Indoor Epoxy Resin Potential Transformer
    Indoor Epoxy Resin Potential Transformer
    EGP-3DF Series

    Each phase of our EGP-3DF coil is made by a process of one time casting in epoxy resin, which ensures superior quality and a long operating life and each phase is equipped with fuse protection. This model is designed for a non-grounded system with ground fault monitoring and a trip protection function.



Result 1 - 5 of 5