Fuse holder D0 for TH rail D01N-K E14 002221011

Fuse socket for electrical installations

This D0 fuse socket, designed for mounting on a TH rail, is a reliable safety element for electrical circuits. Made of durable porcelain, it provides durability and resistance to environmental conditions. A product of ETI Polam, known for its high-quality electrical installation components.

Characteristics and application

The D01N-K socket is designed to work with gR-characteristic fuse links, providing effective protection against overloads and short circuits. Its versatility makes it suitable for both domestic and industrial installations. DIN rail mounting simplifies and speeds up installation, and the presence of a cover increases safety. With a rated voltage of 400V and a rated current of 25A, the socket is suitable for protecting various electrical receivers.

Advantages and benefits

• Durable construction: Porcelain ensures long-term operation and resistance to mechanical damage and external factors.
• Safe use: The covered version minimizes the risk of accidental contact with live parts.
• Easy installation: DIN rail mounting allows for quick and easy installation in electrical switchboards.
• Compliance with standards: The product meets safety standards, guaranteeing reliable operation.
• Versatility: The ability to use with gR-characteristic fuses makes the socket compatible with a wide range of applications.
• High quality: Product from a renowned manufacturer – ETI Polam – which translates into its reliability and durability.
• Overload protection: Protects the circuit from the effects of overloads, protecting electrical devices from damage.
• Short-circuit protection: Reacts to a short circuit, disconnecting the circuit and preventing more serious failures and fires.

The D0 fuse socket is a solid solution for professionals and users looking for reliable protection of electrical installations. Its simple construction and ease of installation make it an ideal choice for both installers and people performing electrical work themselves.