KUVER GmbH
5 products found

KUVER GmbH products

KUVER - Power Shunts

Power shunts provided by Power Shunts are designed for flexibility and optimized electrical performance. These connections are crafted from highly elastic flat litz wires, with diameters ranging between 0.1 mm to 0.2 mm, ensuring minimal resistance and maximum conductivity. Able to accommodate a wide range of applications, the shunts can be manufactured with widths from 20 mm to 300 mm and with cross-sections from 26 mm² to 6000 mm². Contact surfaces on these shunts are available with tin or silver plating for enhanced durability and are crafted out of seamless socket contacts made from E-Cu, molded under high pressure to secure optimal contact integrity and low resistance. They offer customization options like additional insulation using PVC or silicone, aligning with specific needs in electrical setups. This ensures reliable performance even in demanding environments, making them suitable for specialized and varied electrical requirements.

KUVER - Press Welded Copper Shunts

Press welded copper shunts are crafted by welding numerous single copper strips with thicknesses ranging from 0.1 to 0.5 mm. This production method ensures a consistent cross-section across the entire unit. Depending on customer requirements and intended applications, the terminals can be treated with silver, tin, or nickel. These shunts are designed to offer flexibility in customization, accommodating nearly any configuration as per customer needs. This makes them suitable for various industrial and electrical applications where reliable and consistent electrical conduction is essential. The shunts provide efficient solutions for connecting electrical components while maintaining optimal conductivity and durability. They are an integral part of electrical systems that demand high precision and adaptability.

KUVER - Flexible Aluminium Connections

Flexible aluminium connections are engineered in a manner akin to copper variants, employing multiple thin tapes with thicknesses ranging from 0.1 to 0.5 millimeters. These tapes can be either riveted or welded to ensure a consistent cross-sectional area, which in turn provides optimal terminal contact surfaces. The design and material selection of these aluminium connections allow for efficient current conduction and thermal management, making them suitable for varied electrical applications. The technology employed in their fabrication ensures durability and reliability, with an emphasis on maintaining the integrity of the terminal contacts. DB offers a variety of these aluminium connections, and potential customers are encouraged to inquire further for detailed specifications and capacity tables.

KUVER - Spiral Elastic Ropes for Electrical Systems

Spiral elastic ropes are designed for use in electrical systems requiring flexible and adaptable connections. These ropes are constructed from soft copper wire in both bare and tinned variations, offering options for different conductivity requirements. The lay length in these ropes ranges from eight to twenty times the diameter of the finished rope, providing optimal flexibility and structural integrity. These ropes are adept at managing movements and vibrations in electrical setups, ensuring consistent connectivity and performance. Their application spans across various technical domains where dynamic electrical connections necessitate both durability and elasticity. The spiral design also enhances their ability to accommodate fluctuating electrical loads while maintaining low impedance connections.

KUVER - Copper Bus Bars

Copper bus bars are rigid connectors crafted from substantial copper flat bars, typically offered in a standard length of 4 meters. These components serve as crucial elements in electrical distribution systems, enabling efficient conduction of electricity within switchboards, panel boards, and busway enclosures. The surface of these bus bars can be customized to either tinned or silvered finishes according to customer specifications, which aids in corrosion resistance and enhances conductivity. Furthermore, customization options are available to alter the length of the flat bars and to include specific hole configurations, allowing for flexible integration tailored to precise installation requirements. Their design ensures durability and reliability in high-current applications, making them a fundamental part of robust electrical infrastructure solutions.