Tinned crimp terminal KOV 12-6/100 /100pcs/ KOV_12-6/100

Product features

• Tinned crimp terminals – a reliable element of the installation

KOV 12-6/100 crimp terminal is an element used to connect stranded wires to screw terminals. Made of electrolytic copper and galvanically tinned, it provides excellent electrical conductivity and corrosion resistance, guaranteeing the durability of the connection even in harsh conditions. The product meets the requirements of DIN 46237 standard, which confirms its high quality and safety of use.

Construction and application

This crimp terminal is designed for wires with a nominal cross-section of 4-6 mm². Thanks to the tinned finish, it minimizes the risk of corrosion at the connection point, which is particularly important in installations exposed to moisture or aggressive environments. A colored polyamide insulation (yellow) facilitates the identification of the wire cross-section and improves the aesthetics of the installation. The use of soldered tube edges ensures exceptional mechanical strength and resistance to wire pull-out from the terminal.

Advantages and benefits for professionals and users

• Durable connection: Tinning of copper and soldered tube edges provide a reliable and mechanically strong connection of the wire to the terminal. This translates into long-term operation of the installation without the need for repairs.
• Corrosion resistance: Tinned copper protects against the influence of external factors such as moisture or chemicals, which increases the lifespan of the connection.
• Wide range of applications: KOV terminal is suitable for machine building, electrical engineering, crafts, construction and DIY projects.
• Easy identification: Colored polyamide insulation facilitates quick recognition of the wire cross-section during assembly and subsequent maintenance of the installation.
• Compliance with standards: Meeting the DIN 46237 standard guarantees compatibility with professional ERKO crimping tools and ensures safe use.
• Wide temperature range: From -40°C to +125°C – stable mechanical and electrical properties in all working conditions.
• High quality materials: Made of electrolytic copper – minimal energy losses during current transmission.