Engineered to connect.
Substation Clamps & Connectors
Substation Clamps & Connectors are the critical links within high-voltage substations—ensuring the safe, stable, and efficient flow of electricity between essential equipment. From connecting busbars and circuit breakers to transformers and lightning arresters, our fittings are engineered for high performance, up to 765 kV systems.
Crafted for durability and precision, our range is built to handle both mechanical and electrical stresses, with options for rigid, angular, expansion, and boltless applications—supporting reliability across transmission infrastructure.
Busbar Connectors (up to 765 kV)
Rigid Connectors
Designed for fixed connections between substation components, Rigid Connectors offer high mechanical strength and low electrical resistance—ideal for stable, vibration-free installations.
Expansion Connectors
Built to absorb thermal expansion and contraction, Expansion Connectors maintain secure contact while reducing mechanical stress—ensuring long-term reliability in dynamic environments.
Angular Connectors & Angular V Connectors
Perfect for non-linear layouts, Angular and Angular V Connectors provide flexible, high-conductivity joints at various angles, enabling efficient space utilization without compromising performance.
Equipment Connector (up to 765 kV)
Isolator Connectors
Provides a secure, high-conductivity link between isolators and busbars. Designed to withstand mechanical stress and ensure stable performance during switching operations.
Circuit Breaker Connector
Facilitates reliable electrical connection between busbars and circuit breakers. Built for high current flow and operational durability under fault conditions.
Lightning Arrester Connector
Connects lightning arresters to the system with precision, ensuring effective surge protection and safe discharge of overvoltage.
CT/PT/CVT/ICT/Wave trap Connector
Specialized connectors for instrument transformers and wave traps, offering accurate signal transmission and secure connections for protection and metering systems.
Transformer Bushing Connector
Ensures a strong, low-resistance connection to transformer bushings, handling high loads with minimal power loss and maximum reliability.
Neutral Bushing Connector
Provides stable and safe grounding or neutral connections on transformer systems, built for dependable performance under continuous and fault conditions.
Terminal Connector (up to 765 kV)
Provides strong, stable termination points for conductors, ensuring safe current transfer at entry and exit points of substation systems. Built to handle high voltages with minimal loss and high mechanical grip.
Manufactured with corrosion-resistant materials and precision-engineered for long service life, our terminal connectors offer excellent thermal and electrical performance. Easy to install and maintain, they are ideal for both new installations and retrofit applications in high-voltage environments.
Bus Support Connectors (up to 765 kV)
Single Post Single Holding Connector
Designed to support a single busbar on insulator posts, this connector ensures stable, secure clamping with minimal contact resistance—ideal for compact layouts.
Single Post Double Holding Connector
Provides dual busbar support on a single insulator post, offering space-saving installation with strong mechanical stability and efficient current distribution.
Angular Post Connector
Built for angular busbar arrangements, this connector offers reliable support and conductivity at non-linear junctions—ideal for custom substation designs.
Boltless Connector (up to Ø42mm conductor)
Tool-free, secure clamping for conductors up to Ø42mm. Quick to install, corrosion-resistant, and vibration-proof—ideal for high-performance connections with minimal maintenance.
Its innovative design eliminates the need for bolts or additional fasteners, reducing installation time and the risk of loosening under thermal cycling or mechanical stress. Perfect for modern substations, it ensures consistent electrical contact while simplifying assembly and inspection processes.