40.5kV 고전압 에포시 樹脂 절연기, 鋳 樹脂 지원 절연기

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November 15, 2024
Brief: Discover the 40.5kV High Voltage Epoxy Resin Insulator, a cast resin support insulator designed for superior performance. Utilizing the advanced APG process, this insulator ensures defect-free surfaces, low internal stress, and excellent electromechanical properties. Ideal for high-voltage applications, it offers energy savings and environmental benefits.
Related Product Features:
  • Utilizes automatic pressure gel process (APG) for consistent epoxy resin mixture and curing shrinkage compensation.
  • Features defect-free surfaces and low internal stress for enhanced durability.
  • Compact design with excellent electromechanical performance and high product qualification rate.
  • High size precision and good consistency due to rapid gelation in high-temperature molds.
  • Environmentally friendly process with energy and time savings.
  • Rated voltage of 40.5KV and frequency withstand voltage of 98KV for 5 minutes.
  • Local discharge ≤10pc and creep distance >810mm for reliable insulation.
  • Dispute bend ≥10kN and lighting impulse withstand voltage of 185KV for robust performance.
질문:
  • What is the APG process used in the 40.5kV High Voltage Epoxy Resin Insulator?
    The APG (automatic pressure gel) process involves a continuous pressure of epoxy resin mixture to compensate for curing shrinkage, performed in high-temperature molds for rapid gelation, ensuring defect-free surfaces and excellent performance.
  • What are the key benefits of the 40.5kV High Voltage Epoxy Resin Insulator?
    Key benefits include defect-free surfaces, low internal stress, compact design, excellent electromechanical performance, high product qualification rate, and environmental benefits due to energy and time savings.
  • What are the technical specifications of the 40.5kV High Voltage Epoxy Resin Insulator?
    The insulator has a rated voltage of 40.5KV, frequency withstand voltage of 98KV for 5 minutes, local discharge ≤10pc, creep distance >810mm, dispute bend ≥10kN, and lighting impulse withstand voltage of 185KV.