Products

  • GD8000C SF6 Gas Leak Online Monitoring System

    GD8000C SF6 Gas Leak Online Monitoring System

    GD8000C quantitatively leak online monitoring system is mainly used in the 35KV SF6 switch room and 500KV, 220KV, 110KV GIS room in the substation to monitor the SF6 gas leakage in the SF6 combined electrical equipment room environment and the oxygen content in the air in real time.

  • GDWG-V SF6 Gas Leak Detector (IR type, Double display)

    GDWG-V SF6 Gas Leak Detector (IR type, Double display)

    GDWG-V SF6 Gas Leak Detector is infrared red type leak detector (NDIR technology) with double display. It is color INCELL TFT display and real-time shows SF6 concentration.

  • GDWG-IV SF6 Gas Leak Detector(IR Series)

    GDWG-IV SF6 Gas Leak Detector(IR Series)

    GDWG-IV SF6 Gas Leak Detector is infrared red type leak detector(NDIR technology). It is color OLED display and real-time shows SF6 concentration. 

  • GDWG-III SF6 Gas Leakage Detector

    GDWG-III SF6 Gas Leakage Detector

    GDWG-III SF6 gas leakage detector, with non-dispersed infrared (NDIR) technology, is mainly used to pinpoint and measure SF6 leakage on GIS and refilling equipment within power industry. 

     

  • GDIR-1000L SF6 Gas Infrared Imaging Leak Detector

    GDIR-1000L SF6 Gas Infrared Imaging Leak Detector

    GDIR-1000L SF6 Gas Infrared Imaging Leak Detector  is a highly technical instrument which is independently developed by our company and has independent intellectual property rights.

  • GDJD-3A SF6 Gas Density Relay Calibrator

    GDJD-3A SF6 Gas Density Relay Calibrator

    GDJD-3A SF6 gas Density Relay Calibrator is automatic calibrator, which uses embedded microprocessor to proceed performance calibration for all kinds of SF6 gas density relay. 

  • GDPD-414 Portable Partial Discharge Detector

    GDPD-414 Portable Partial Discharge Detector

    The GDPD-414 Portable Partial Discharge Detector adopts Smart Quick intelligent power test system , and is a portable local discharge inspection tool for live high voltage insulation equipment.

     

     

     

     

  • GDHG-201P CT/PT Analyzer

    GDHG-201P CT/PT Analyzer

    GDHG-201P CT/PT Analyzer is a lightweight, portable unit capable of testing both current and voltage transformers.

    • CT testing includes Excitation Characteristic Test, Knee Points, Turn Ratio, Polarity, Secondary Winding Resistances, Secondary Burden,Ratio Error, Angular Difference
    • VT testing including Excitation Characteristic Test, Knee Points, Turn Ratio, Polarity, Secondary Winding Resistances, Ratio Error, Angular Difference

     

     

     

  • GDHG-108A CT/PT Analyzer

    GDHG-108A CT/PT Analyzer

    GDHG-108A CT/PT Tester supports test voltage method to test bushings CTs which installed on transformer or inside switch-gear, suitable for the laboratory and on-site detection. 

  • GDHG-106B CT/PT Analyzer

    GDHG-106B CT/PT Analyzer

    GDHG-106B is a multifunctional tool specially designed for analyzing current transformers and voltage transformers of protection or measurement use. The operator only needs to set values for test current and voltage, the instrument will automatically boost voltage and current, and then show test results in a short time. Test data can be saved, printed, and uploaded to PC through USB interface.

  • GDRB-F Transformer Winding Deformation Tester (SFRA & Impedance Method)

    GDRB-F Transformer Winding Deformation Tester (SFRA & Impedance Method)

    GDRB-F Transformer winding deformation tester adopts sweep frequency response analysis (SFRA) method and impedance method to detect transformer winding movements and mechanical failures due to mechanical shock, transportation or short circuits, with features of fast test speed, high frequency stability and powerful analysis software.

  • GDRB-C Power Transformer Winding Deformation Tester

    GDRB-C Power Transformer Winding Deformation Tester

    Power transformer winding deformation tester (frequency response method) is based on the measurement of characteristic parameters of transformer internal windings, adopts the internal fault frequency response analysis (FRA) method, can accurately judge the internal faults of transformers.

     

     

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