10kV 3-Core Heat Shrink Straight Joint

  • Voltage Withstand Performance:75KV power-frequency withstand voltage for stable operation
  • Load Cycling:Withstands long-duration heating and cooling cycles with 45KV conductor current
  • Impulse Voltage Resistance: Withstands 27KV impulse voltage with high stability
  • Negative Pole Voltage Endurance:Maintains 108KV for 15 minutes without flashover or breakdown
  • Partial Discharge Control:Partial discharge ≤ 20PC at 27KV, reducing cable losses
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The 10KV three-core heat shrink intermediate joint is a heat shrink accessory specifically designed for cable joints in high-voltage power systems. Using advanced heat shrink technology, this product provides reliable sealing and insulation, ensuring the safe operation of cable joints. It is particularly suitable for the intermediate joint section of power systems, offering excellent resistance to high voltage, impact, and partial discharge, ensuring the stability of the power system during prolonged operation.

 

This joint has a power-frequency withstand voltage of 75KV and has undergone rigorous load cycling and impulse voltage tests. It can withstand 45KV of conductor current during long heating and cooling cycles, while maintaining high stability. Additionally, it can withstand 108KV of negative pole voltage for 15 minutes without flashover or breakdown, significantly extending the service life and safety of the cable joint.

 

Product parameters
Power Frequency Withstand Voltage 75KV, 1MIN No Flashover or Breakdown
Partial Discharge Test ≤20PC at 27KV
Constant Voltage Load Cycle Test 45KV conductor current, 5h heating + 3h cooling,
max conductor temperature = cable rated temp +5℃
Impulse Voltage ≤20PC at 27KV
15MIN Negative Polarity Voltage 108KV No Flashover or Breakdown
4h Long-Term Power Frequency Withstand Voltage 72KV, No Flashover or Breakdown
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Our certification team consists of 85+ engineers with more than 20 years of professional experience
24/7 Service. Average emergency response time is limited to less than 12 hours
Suitable for substations, industrial power grids, new energy projects and other demanding scenarios
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