We’ve upgraded Alisouq for a faster, smoother experience
We’ve upgraded Alisouq for a faster, smoother experience
92.43
(incl. VAT)
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The HRC Fuse 355A NH3 500V 120kA is a high-quality fuse designed to provide reliable overcurrent protection in electrical circuits. It is specifically designed to fit NH3 size fuse holders, ensuring easy installation and compatibility. With a current rating of 355A and voltage rating of 500V, this fuse is suitable for a wide range of applications where high-current protection is required. The fuse has a high breaking capacity of 120kA, enabling it to safely interrupt fault currents and protect electrical equipment from damage. It is built with precision and durability to ensure optimal performance and safety in industrial, commercial, and residential settings.
NH3 size fuse for easy installation and compatibility.
Rated at 355A and 500V, suitable for high-current applications.
High breaking capacity of 120kA for safe interruption of fault currents.
Precision-engineered for reliable overcurrent protection.
Durable construction for long-lasting performance.
NH3 size fuse for easy installation and compatibility with NH3 fuse holders.
Provides reliable overcurrent protection in electrical circuits.
Suitable for applications requiring a high current rating of 355A.
High breaking capacity of 120kA ensures safe interruption of fault currents.
Helps prevent damage to electrical equipment caused by excessive currents.
The HRC Fuse 355A NH3 500V 120kA is a high-quality fuse designed to provide reliable overcurrent protection in electrical circuits. It is specifically designed to fit NH3 size fuse holders, ensuring easy installation and compatibility. With a current rating of 355A and voltage rating of 500V, this fuse is suitable for a wide range of applications where high-current protection is required. The fuse has a high breaking capacity of 120kA, enabling it to safely interrupt fault currents and protect electrical equipment from damage. It is built with precision and durability to ensure optimal performance and safety in industrial, commercial, and residential settings.