Tubular termination 10-36KV KCR-F_12-35/1

KCR-F_12-35/1 tubular lug for energy infrastructure

The KCR-F_12-35/1 tubular lug is an electrical installation component designed for connecting copper cores. The product was developed for installers working with energy infrastructure, offering a connection that meets industry standards.

The application of the lug includes various applications requiring a stable electrical connection. The tubular design ensures electrical contact and mechanical strength of the connection.

Material and compliance with industry standards

The lug is made of electro-galvanized copper, which guarantees corrosion resistance and stability of electrical parameters. The electro-galvanizing process creates a protective surface that protects against oxidation.

Production takes place in accordance with the DIN 46235 standard, which defines the dimensions, tolerances, and strength parameters of tubular lugs. This compliance ensures inter-manufacturer compatibility and predictability of operating parameters. For specialized applications, an unplated version made to individual order is also available.

Technical parameters and versatility of applications

The KCR product line includes a range of core cross-sections from 10 to 625 mm². Each variant has specific M thread dimensions (from M5 to M20), hole diameters d₂ (5.3-34.5 mm) and geometric parameters.

The design takes mounting needs into account through various threading options (M5-M20), allowing for adaptation to fastening systems. External dimensions (d₃ from 9 to 63 mm) and total lengths (l from 27 to 135 mm) have been selected for electrical parameters.

The weight of individual variants ranges from 3.56 g (KCR 5-10) to 840 g (KCR 16-625). Units are standardly packed in quantities from 1 piece to 50 pieces.

Tool compatibility and production process

The lugs are compatible with a range of crimping tools (EPZC300, EPZ300, GZ300, HRZ300, PRZ240, PR33, GO300, HR300, GU300), enabling integration with existing technological lines without the need for investment in specialized equipment.

The assembly process is supported by instructions contained in the technical manuals of the tools. The die selection system allows for the selection of crimping parameters for a specific combination of core cross-section and fastening bolt.