Aluminum joint for 36kV with partition, type 70ALU-H-T GPH

Robust connection for medium and high voltages

The aluminum connector 70ALU-H-T GPH, manufactured by NEXANS POWER ACCESSORIES POLAND SP. Z O.O., is a reliable solution for joining aluminum conductors with a cross-section of 70 mm². Designed for operation in networks up to 36 kV, it ensures safe and durable connections under demanding conditions. The partitioned design enhances safety by minimizing the risk of short circuits and failures.

Construction and Application

The connector, made of aluminum, features high corrosion resistance and mechanical strength. It is intended for connecting aluminum conductors with a nominal cross-section of 70 mm², whether solid or stranded. Its design enables use in power installations requiring high reliability and connection safety. The connector is suitable for cable terminations, switchgear, and other elements of energy infrastructure.

Key Features and Benefits

• Optimized for aluminum conductors: Specifically designed for 70 mm² aluminum conductors, ensuring optimal contact and minimal connection resistance.
• High-voltage durability: Rated for operation up to 36 kV, ensuring safe performance in demanding environments.
• Partitioned design: Enhances operational safety by isolating individual connections and reducing the risk of short circuits.
• Material construction: Aluminum provides corrosion resistance and long-term reliability, even in harsh environmental conditions.
• Versatility: Suitable for both new installations and upgrades of existing networks.
• Round cross-section shape: Facilitates installation and ensures uniform pressure distribution on the conductor, contributing to connection longevity.
• No need for additional pastes: The connector’s design ensures a stable connection without requiring conductive pastes, simplifying the installation process.

The 70ALU-H-T GPH connector is a dependable choice for professionals working in electrical power installations and for investors seeking reliable solutions for their energy networks.