Cable end terminal KOI 2.5/4 (100 pcs.) /100pcs/ E09KO-02010101700

Cable lugs – a reliable element of electrical installation

Cable lugs KOI 2.5/4 are copper, tinned and insulated elements used to terminate electrical wires. They are designed to connect wires to devices or other wires, providing a safe and durable connection. The package contains as many as 100 pieces, making them an ideal choice for both professional installers and people carrying out DIY projects.

Construction and application

The KOI 2.5/4 lug is designed to work with wires with a cross-section of 2.5 mm². Tinning of copper ensures corrosion resistance and improves electrical conductivity. Polyamide insulation effectively protects against short circuits and mechanical damage. A DIN M4 screw hole guarantees compatibility with a wide range of connectors and devices. They are widely used in electrical installations in residential, commercial buildings and in industry. They allow for safe and aesthetic termination of wires in junction boxes, switchboards or when connecting devices.

Key features and benefits

• High quality materials: Tinned copper provides excellent conductivity and corrosion resistance, which translates into long-term reliability of connections.
• Safety of use: Polyamide insulation minimizes the risk of short circuits and electric shock.
• Versatility: Compatibility with DIN M4 screws allows use with various connectors and devices.
• Convenient packaging: A package containing 100 pieces is economical and facilitates storage and transport.
• Easy installation: The lugs are easy to use, which speeds up the installation process.
• Connection durability: They provide a stable and reliable electrical connection for a long time.
• Resistance to environmental conditions: Tinned copper tolerates changing weather conditions well, which is important in outdoor installations.

Thanks to their construction and properties, KOI 2.5/4 lugs are a reliable solution for every electrical installer and end-user who cares about the safety and durability of their installation.