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Linkbreak Polymer Cutout
Brand: WISHPOWER
Product: 15 kV, 110 kV BIL, Linkbreak Type C Polymer Cutout with a 100A, 10kAIC fuseholder, small eyebolt connector, and no bracket.
Standard: Fully Compliant with ANSI/IEEE C37.41 & C37.42 – 2016
Features: Single Vent Solid Cap Design
Uses Universal Style Fuse Links
Synthetic Arc Quenching Fuse Holder Liner Material
ESP ( Enhanced Silicone Polymer ) Insulating Material
TDG ( Thermal Diffusion Galvanization ) Insulator Assembly Castings
Customization method: According to your drawings or other requirements
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DESCRIPTION

Specification

Bracket Type No Bracket
Type Cutout

Dimensions

Weight 8 kg

Electrical Ratings

BIL 110 kV
Creep and Leakage Distance 319mm
Current Rating 100 A
Fuselink Current Range 1A to 100A
Reference Voltage Limit – Minimum Thru 14.4kV
Temperature Rise – Max. at 300A 38° C
Voltage – Maximum 15 kV
Voltage – Radio Interference Ambient @ 9.41kV
Voltage Rating 15 kV

 

Wishpower has more than 20 years of experience in production and R&D in the electrical industry. We can provide you with a variety of standard products and some customized products that need to be used in various environments. Please directly obtain professional products and solutions through this website or info@wishpower.net

 

 

What is Linkbreak Polymer Cutout?

Linkbreak Polymer Cutout is designed to provide reliable overcurrent protection in power distribution systems, utilizing polymer materials for enhanced durability and performance. Unlike loadbreak cutouts, linkbreak polymer cutouts are not intended for operation under load and should only be used to break circuits during overcurrent conditions. The polymer construction offers significant benefits, including reduced weight, improved resistance to pollution and weathering, and excellent electrical insulation. This makes the linkbreak polymer cutout highly suitable for outdoor installations, especially in environments where traditional materials might degrade more rapidly. Linkbreak Cutouts are typically used in simpler applications where overcurrent protection is required without the need for load switching. They are ideal for protecting transformers, capacitor banks, and other equipment in rural distribution lines and secondary circuits. Their straightforward design and easy maintenance make them a dependable choice for ensuring the safety and reliability of power distribution systems.

 

 

Features

  1. Overcurrent Protection:

Provides reliable protection by breaking the circuit when the current exceeds a predetermined value, safeguarding electrical equipment from damage.

  1. Polymer Insulator:

Utilizes polymer materials for its insulator, providing benefits such as reduced weight, increased pollution resistance, and excellent electrical insulation, ideal for outdoor environments.

  1. Clear Fault Indication:

Features a design where the fuse holder drops open when the fuse blows, offering a clear visual indication of a fault for easy identification and replacement.

  1. Simple and Reliable Design:

Link break cutout is designed for straightforward overcurrent protection without load-interrupting capabilities, making it ideal for protecting transformers and capacitor banks in rural distribution lines and secondary circuits. Easy to install and maintain, ensuring dependable performance in various applications.

 

Benefits

  1. Reliable Overcurrent Protection:

The applications of linkbreak polymer fuse cutout provide satisfactory safeguard of electrical equipment from damage due to the emergence of high currents and stabilize the power supply distribution system.

  1. Cost-Effective Solution:

Provides a much cheaper way of achieving basic overcurrent protection, particularly in primary and secondary circuits of less critical areas such as rural areas.

  1. Simplified Maintenance:

The obvious signs and pure layout make it quite easy to recognize and put in fuses that have ‘blown’ and this reduces the time and energy taken to carry out maintenance.

  1. Environmental Resilience:

Employment of polymer materials gives good anti-pollution and weathering qualities hence the performance in outdoor and other unforgiving conditions is guaranteed.

 

 

Application

  1. Rural Distribution Lines:

Commonly used in rural distribution lines to provide overcurrent protection for transformers and other equipment, ensuring reliable power supply in remote areas.

  1. Secondary Circuits:

Installed in secondary circuits where simple overcurrent protection is sufficient, protecting against faults without the need for load-switching capabilities.

  1. Pole-Mounted Transformers:

Used to protect pole-mounted transformers from overcurrent conditions, providing a clear visual indication when a fuse blows for easy maintenance and repair.

  1. Utility Substations

Linkbreak cutout is employed in utility substations to protect auxiliary equipment and circuits, ensuring the overall stability and safety of the power distribution infrastructure.

 

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