Tinned end terminal TV 1.5-12/100 /100pcs/ TV_1,5-12/100

Crimp terminals – a reliable element of electrical connections

Crimp terminal tinned TV 1.5-12/100 is an element used to terminate electrical wires, providing a safe and durable connection. Made of electrolytic copper and coated with tin, it guarantees excellent conductivity and corrosion resistance. Designed for wires with a cross-section of 1.5 mm², it finds application both in building installations and in industry. Its construction – a double crimp terminal – facilitates assembly and ensures a secure connection with devices.

Construction and materials – the key to durability

Made of high-quality electrolytic copper (Cu-ETP), this terminal is characterized by high electrical conductivity and plasticity. Galvanic tinning of the surface further protects against corrosion, extending the life of the connection. Insulation made of polyamide (PA) ensures safe use and protects against short circuits. The insulating material is resistant to mechanical damage and high temperatures (up to +125°C), making it reliable in various working conditions. Polyamide is also available in a flame-retardant V0 version on special order. The length of the ferrule is 12 mm, and the total length of the terminal is 20 mm.

Application and benefits for professionals and users

The crimp terminal TV 1.5-12/100 is ideal for terminating wires in installation boxes, distribution boards and when connecting electrical devices. It provides a solid connection, minimizing the risk of loosening the connection and creating voltage drops. Thanks to the polyamide insulation, it protects against accidental contact with live wires, increasing safety. Professionals will appreciate the precision of workmanship and compliance with DIN 46228 part 1 and part 4 standards, which guarantees high-quality connections. End users gain confidence in the reliable operation of the electrical installation for a long time. It is worth remembering to crimp the terminal correctly with a dedicated tool – this is the key to achieving optimal connection durability.