Tinned crimp terminal TE 16-12/100 compliant with DIN 46228 standard /100pcs/ TE_16-12/100

Crimp terminals – a reliable element of electrical installation

Crimp terminal tinned, designed for the termination of copper conductors with a cross-section of 16 mm². Made of high-quality electrolytic copper and coated with tin, it provides an excellent electrical connection and effective protection against corrosion. The product meets the requirements of DIN 46228 standard, which guarantees its reliability and safety of use.

Construction and application

The terminal is characterized by a standard construction, which facilitates its assembly and integration with various types of connectors. Polyamide insulation in blue color provides not only additional protection against mechanical damage, but also facilitates the identification of the wire. The length of the ferrule is 12 mm, and the total length of the terminal is 24 mm. Designed for permanent connections in electrical installations, both in residential and industrial construction. Tinning of the surface increases conductivity and corrosion resistance, which translates into a longer connection life.

Advantages and benefits

• Durability and reliability: Made of electrolytic copper and tinned, they provide a stable electrical connection for a long time.
• Safety: Compliance with DIN 46228 standard guarantees a high level of safety.
• Resistance to external conditions: Polyamide insulation protects against mechanical damage and the influence of atmospheric factors. In addition, the material is halogen-free, which increases safety in the event of a fire.
• Easy installation: Standard construction facilitates quick and precise installation using appropriate crimping tools.
• Identification: Blue insulation color facilitates wire identification in the installation.
• Wide temperature range: The insulating material (polyamide) retains its properties over a wide temperature range from -40°C to +125°C.
• Optimal material selection: Copper Cu-ETP/Cu-DHP provides good plasticity and electrical conductivity, and polyamide high mechanical and thermal resistance.