IPD TIA32M50 Fuse Link 50A 690VAC Offset Slotted Bolted Tag BS88/A2 Fuse 80kA 73mm gM

<p>This industrial-grade Bolt-In fuse is designed for professionals who require reliability and efficiency in electrical systems. With a rated current of 50 A, it caters to medium-duty applications, ensuring optimal performance in demanding environments. It adheres to several standards and approvals, including BS 88-2, AS 60269, IEC 269-2-1, and ASTA20 certifications. These endorsements guarantee that the product meets stringent safety and quality benchmarks essential for both commercial and industrial use.</p><p>The fuse operates at a rated voltage of up to 690 VAC, making it suitable for a wide range of electrical setups. Its breaking capacity stands at an impressive 80 kA, providing robust protection against overcurrent conditions by safely interrupting excessive currents without damaging the system or surrounding components.</p><p>Designed with practicality in mind, this fuse features fixing centres set at 73 mm apart. This specification ensures compatibility with various installation scenarios while maintaining secure attachment within your setup. The ambient temperature rating of 40&amp;#176;C indicates its ability to function effectively even under moderate thermal stress—ideal for installations where temperature fluctuations are common.</p><p>As a BS88/A2 type fuse with an offset slotted bolted tag shape, it offers ease of installation coupled with reliable connectivity. The body diameter measures at 23.8 mm which fits neatly into designated spaces without compromising on performance or safety.</p><p>For those seeking compatible accessories, this fuse pairs perfectly with RS32, RS63, and RSM fuse holders—ensuring seamless integration into existing systems or new installations alike.</p><p>In summary, this Bolt-In fuse combines compliance with international standards with practical design elements tailored for professional use across diverse applications. It&amp;#39;s engineered not just to meet but exceed expectations when it comes to safeguarding electrical circuits efficiently and effectively in varied operational contexts.</p>