ETI 10A, 500V AC D1 Diazed Fuse, E16 Thread Size 2311404

ETI 2311404 10A 500V AC D1 Diazed Fuse with E16 thread size is a premium electrical fuse for ensuring circuit protection and safety in industrial, commercial, and residential electrical systems. This fuse type gG/gL complies with IEC 60269 and DIN standards, offering high breaking capacity of 50kA at 500V AC, which helps prevent electrical overload and short circuits effectively.

The fuse features a ceramic body construction providing reliable insulation and thermal resistance under operating conditions. Its red gauge or cap color facilitates straightforward visual identification of fuse type and rating.

A compact 5mm length and standard D1 bottle fuse size ensure compatibility with various fuse holders and installations. This fuse operates with low power loss characteristics, making it efficient for continuous use in electrical automation devices, circuit breakers, and power distribution setups.

Manufactured in Slovenia, the ETI 2311404 fuse is a durable electrical component suited for laboratory, industrial, and HVAC applications requiring precise and dependable overcurrent protection.

This fuse has a 10A current rating for medium range electrical protection. It is built with a ceramic body to ensure heat resistance and mechanical robustness. Rated for 500V AC voltage operation within class gG/gL series.

Features a 50kA breaking capacity to handle high fault currents safely. Complies with international standards IEC 60269 and DIN VDE 0636 for quality adherence. E16 thread size enables secure mounting in compatible fuse bases.

Its red cap indicates the fuse rating and helps prevent installation errors.

ETI fuses provide reliable protection to electrical circuits across industrial automation, construction, electrical maintenance, and manufacturing sectors. By selecting ETI diazed fuses, users ensure compliance with safety regulations and enhance system longevity.

Explore additional electrical Fuses and circuit protection products available in EnvMart to augment your electrical infrastructure efficiently and safely.