36kV Composite Polymer Dropout Fuse Cutout/ Fuse

Product Description

Technical Data
Rated voltage Rated current Rated breaking current P.F.withstand voltage(dry) MCOV Impulse voltage(BIL) Structure height Insulating distance Creepage distance Creepage ratio Pollution level
36kV 100A 6kA 95kA 40.5kV 185kV 800mm 388mm 1120mm 28mm/kV III
36kV 200A 8kA 95kA 40.5kV 185kV 800mm 388mm 1120mm 28mm/kV III
Characteristics
  • Glass fiber fuse tube and Resin winding ring.
  • Tinned upper contact head, stainless steel spring, Cast bronze trunnion.
  • Excellent antifouling performance.
  • Good acid and alkalis resistance.
  • IEC standard.
  • ISO9001 and ISO14001 manufacturer.
Product & Packaging Overview
36kV Composite Polymer Dropout Fuse Cutout/ Fuse
36kV Composite Polymer Dropout Fuse Cutout Packaging
Frequently Asked Questions
1. What is the primary application of this 36kV Dropout Fuse Cutout?
It is primarily used to protect overhead distribution lines and transformers from overloads, short circuits, and equipment faults in high-voltage power networks.
2. What are the key benefits of composite polymer insulators over traditional porcelain?
Composite polymer insulators are lighter, offer higher mechanical strength, superior impact resistance, and excellent anti-pollution performance in harsh environments.
3. What does a Pollution Level III rating mean for this product?
A Class III rating indicates that the fuse cutout is designed to withstand heavily polluted environmental conditions, such as coastal, industrial, or high-dust areas, preventing flashovers effectively.
4. Does the fuse cutout comply with international manufacturing standards?
Yes, this dropout fuse cutout is manufactured in strict accordance with IEC standards, and the production process is certified under ISO9001 and ISO14001 systems.
5. What is the creepage distance of this 36kV cutout and why is it important?
The creepage distance is 1120mm with a ratio of 28mm/kV. A longer creepage distance ensures higher reliability and electrical insulation integrity under humid or contaminated conditions.

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