VOLTAK Fused Cut-Outs: Dependable Overcurrent Protection for Overhead Distribution Systems

VOLTAK brings to the market a robust selection of fused cut-outs, offering superior overcurrent protection for overhead distribution systems up to 38 kV, tailored to both ANSI and IEC standards. With a legacy of safety and reliability, our interchangeable and non-interchangeable cutouts serve as essential components in modern distribution networks.

Why Choose VOLTAK Fused Cut-Outs?

Visible Operation Indication: Our fused cut-outs provide a clear visual indication of fuse operation and create a visible break for maintenance personnel, enhancing safety and simplifying servicing.
Versatile Applications: Suitable for a combination of cutout and surge arrester configurations, including loadbreak interruption capabilities.
Durable Materials: We supply fused cut-outs with a choice of porcelain, silicone rubber, or polymer concrete insulators, ensuring longevity and resilience in a variety of environments, from extreme temperatures to coastal regions with heavy pollution.
Unmatched Warranty: Reflecting our confidence in VOLTAK's advanced technology, our durable cutouts come with an unprecedented 10-year warranty.

Key Features of VOLTAK Fused Cut-Outs:

Advanced Design: Our cutouts are engineered to resist cracking or breaking under stress, ensuring uninterrupted performance.
Loadbreak Version Available: The load break version (LBU) provides additional functionality, acting as an outdoor load break switch.
Wide Range of Insulator Materials: Offering versatility to match the specific needs of any environment, including extreme weather conditions and high pollution areas.
Full Portfolio for Various Ratings: Available in ratings up to 38 kV and 200 kV BIL, with fuse ratings of 100 A and 200 A, and a disconnect blade rating of 300 A.

VOLTAK's fused cut-outs are an integral part of a reliable overhead distribution system, offering efficient overcurrent protection combined with durable construction. By integrating VOLTAK fused cut-outs into your distribution system, you ensure enhanced protection against overcurrents, contributing to the overall reliability and efficiency of the electrical grid.