Cylindrical fuse link CH22x58 gG 100A/500V 002651050

Cylindrical fuse links – reliable installation protection

The cylindrical fuse link CH22x58 gG 100A/500V is a safety element protecting electrical circuits against overload and short circuit. The manufacturer, ETI Polam, has specialized in creating high-quality electrical equipment for years, guaranteeing the product's reliability and durability. This fuse link, with dimensions of 22x58 mm, is designed for operation in alternating current (AC) circuits with a voltage of up to 500V and a rated current of 100A.

Construction and application

Cylindrical fuse links, such as the CH22x58 gG model, play a key role in ensuring the safety of electrical installations. They are widely used in switchboards, fuse boxes and other electrical infrastructure elements. The gG characteristic (full time-delay) means that this fuse link is characterized by a delayed reaction to short-term overvoltages, which minimizes the risk of unnecessary circuit disconnection when starting devices with motors or other elements generating inrush current. This ensures effective protection against long-term overloads and short circuits.

Why choose an ETI Polam fuse link?

• Compliance with standards: The product meets applicable safety standards, confirming its high quality and reliability.
• Durability and resistance: Made of high-quality materials, the fuse link is resistant to mechanical damage and environmental conditions.
• Wide range of applications: Suitable for protecting various types of electrical circuits in residential, commercial and industrial buildings.
• Easy installation: Dimensions of 22x58 mm ensure compatibility with most standard fuse holders.
• Proven manufacturer: ETI Polam is a company with a long tradition and a recognized brand in the electrical industry.
• Protection against the effects of short circuits: In the event of a short circuit, the fuse link blows, interrupting the circuit and preventing more serious failures and fires.
• Device protection: Protects connected devices from damage caused by overload or short circuit.