Tinned pipe end KCS 12-240/1 KCS_12-240/1

Tubular lugs tinned – a reliable element of electrical installation

The KCS 12-240/1 lug is an element used for solid and durable termination of copper wires. Made of high-quality copper, coated with a layer of tin, it provides excellent conductivity and corrosion resistance. Designed for wires with a cross-section of 240 mm², and its M12 metric thread allows for easy and secure connection with various installation elements.

Construction and application

The lug has an eyelet shape, which facilitates connection to a screw or busbar. Galvanic zinc coating protects the copper from oxidation, which is particularly important in humid environments. This ensures that the connection remains stable and reliable for a long time. This product is used in electrical installations in residential, industrial buildings and in control cabinets. It is ideal for connecting wires to electrical devices, switchboards or other infrastructure elements.

Advantages and benefits

• High conductivity: Copper provides minimal electrical resistance, which translates to efficient energy transmission.
• Corrosion resistance: Zinc coating protects against external factors, ensuring long-term connection reliability.
• Solid construction: Durable construction guarantees stability and safety of use.
• Easy installation: M12 thread facilitates quick and secure connection with other installation elements.
• Versatility: Possibility of use in various types of electrical installations – both in residential and industrial buildings.
• Safety: Provides a safe and durable connection of wires, minimizing the risk of short circuits and breaks in the circuit.
• Availability: Part of a wide range of KCS lugs from ERKO, which makes it easy to match specific installation needs.

KCS tubular lugs are a proven choice for professionals and individuals performing electrical installations themselves. They provide not only safety and reliability, but also comfortable work thanks to easy installation and versatility of application.