Eaton NSD Series British Standard Fuse, 20A Current Rating, 415V AC Voltage Rating - NSD20M32 This British Standard fuse is designed for low voltage applications, specifically rated at 20A and 415V AC. With overall dimensions of 58.5mm in length and 13.8mm in diameter, it features a blade tag connection for ease of installation. The fuse complies with BS88 and IEC 60269 standards, ensuring reliable performance in various electrical systems. Features & Benefits • High rupture capacity ensures safety during overloads
• Offset blade tags facilitate easy connection
• Suitable for general industrial applications with a gM classification
• Durable construction designed for long operational life
• Effective breaking capacity of 80kA for robust circuit protection Applications • Used with 32NNS Safeloc fuse holder
• Suitable for SC32 Safeclip fuse holder
• Ideal for protecting electrical circuits in automation systems
• Utilised in various industrial environments to enhance safety
• Appropriate for equipment requiring high reliance on circuit integrity What are the specific standards that this fuse adheres to? The fuse complies with BS88 and IEC 60269 specifications, ensuring it meets the high standards required for low voltage applications. How does the high rupture capacity benefit electrical systems? A high rupture capacity allows the fuse to effectively disconnect during overloads and fault conditions, providing an essential layer of protection for connected circuits. What types of fuse holders are compatible with this fuse? It is compatible with the 32NNS Safeloc and SC32 Safeclip fuse holders, providing flexibility in installation options based on the application. What is the significance of the gM classification in this context? The gM classification indicates this fuse is designed for general motor and industrial applications, making it suitable for a wide range of electrical devices needing protection from overloads. How do the dimensions of this fuse affect its installation? Compact dimensions of 58.5mm by 13.8mm allow for simple integration into most electrical enclosures, facilitating efficient use of space while ensuring adequate circuit protection.