Fuse Cutout

Fuse Cutout

Polymer Base Fuse Cutout

Secure over-current protection
High mechanical strength
Advanced design of fuse tube
Easy for installation

Description

Fuse cutout is suitable for high voltage distribution lines and transformers, acting as an overload protector and a device for opening and closing load current. All the metal parts of the fuse cutout are free from erosion and rust. The fuse cutout is developed to fit common service conditions and applications and it has passed the type test of KEMA Lab.

Features

1. Secure over-current protection.
2. High mechanical strength.
3. Advanced design of fuse tube.
4. Easy for installation.

Technical Data

Rated Voltage ,kV12/1512/1524/2724/273636
Rated Current, A100200100200100200
Rated Breaking current, A888888
BIL, kV110110150150200200
Power frequency withstand voltage (dry 1min), kV555570709595
Leakage Distance, mm440440600600790790
Height H, mm405405500500600600
Tube length L, mm310310380380480480
Weight, kg3.64.04.64.65.65.8

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Product questions, answered

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Please provide the application, system rated voltage and frequency, continuous load current, short-circuit level, insulation level or BIL, and the required operating duty. Also include indoor or outdoor installation, altitude, ambient temperature, pollution level, control voltage, communication requirements, quantity, destination market and applicable standard. A single-line diagram, existing nameplate or project specification will make the review more accurate.
A recloser is generally used for automatic fault interruption and service restoration on distribution feeders. A circuit breaker provides repeated fault interruption, a load break switch is intended for rated-load switching within its specified capability, a disconnector provides an isolation point, and a fuse provides single-operation overcurrent protection. The final choice must be based on load current, fault level, protection coordination, switching frequency, installation method and operating philosophy.
Confirm the voltage class, frequency, rated current, short-circuit breaking and making duties, insulation level, creepage distance, mechanical or electrical endurance, enclosure protection, control supply and auxiliary contacts. The applicable IEC, IEEE, ANSI, GB or project-specific requirement should be stated in the inquiry. The approved data sheet and drawing, rather than only a general product family name, define the final supply.
Yes, a technical comparison can be made when sufficient information is available. Please send the existing model and nameplate, general arrangement and mounting dimensions, terminal interfaces, wiring diagram, interlocks, operating mechanism and electrical ratings. Similar voltage and current ratings do not by themselves confirm mechanical or electrical interchangeability, so approval is required before replacement.
Selection should consider the system grounding method, maximum continuous operating voltage, temporary overvoltage, required protective level, system insulation level, altitude, pollution severity and creepage distance. Mechanical loading, housing material and installation orientation also matter for outdoor equipment. Provide the system and site data so insulation coordination can be reviewed as a complete set.
Customization can be evaluated according to technical feasibility, validation requirements and order quantity. Typical requests include labels and packaging, terminal arrangements, mounting dimensions, control voltages, transformer ratios, accessories, communication functions and project documentation. Customized production should begin only after the technical specification and approved drawings are confirmed by both parties.
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