Cable end terminal KM 16/8 (100 pcs.) E11KM-01010103000

Copper cable lugs – tin and insulation free

The KM 16/8 cable lug is an element used to terminate electrical wires, providing a safe and durable connection. Made of copper, it is characterized by high conductivity and corrosion resistance. The lack of a tin coating and insulation makes it ideal for applications where minimal connection thickness is required or additional protection is provided in another way. Supplied in packs of 100 pieces, making it an economical choice for both installers and end users.

Characteristics and application

The KM 16/8 lug is designed for wires with a cross-section of 16 mm², and its metric thread size of 8 mm ensures compatibility with a wide range of connectors and devices. The connection angle of 180° (horizontal) makes installation easier in tight spaces. Widely used in building electrical installations, industrial machinery and equipment, as well as in automotive applications. Thanks to its construction, it enables a solid and reliable connection of the wire to the screw terminal.

Product advantages

• High conductivity: Copper ensures efficient current flow, minimizing energy losses.
• Durability: Solid construction guarantees long-term connection reliability.
• Easy installation: Shape and connection angle facilitate installation even in difficult conditions.
• Economical packaging: 100-piece packaging reduces purchase and storage costs.
• Versatility: Wide application in various industries and electrical installations.
• No tin coating: Allows minimizing the connection thickness, which is important in some applications.
• Corrosion resistance: Copper exhibits natural corrosion resistance, ensuring long-term connection stability.

Technical specifications

According to ETIM standards:

• Surface protection: Uncoated
• Connection angle: 180° (horizontal)
• Metric thread size of the connection: 8 mm

Manufacturer's catalog number: E11KM-01010103000. Product of the ERGOM brand – a renowned manufacturer of electrical installation elements.