<p>When it comes to safeguarding your electrical systems, choosing the right fuse is crucial. The miniature slow blow glass fuse you&#39;re considering offers a robust solution for various industrial and commercial applications. With a keen focus on reliability and performance, this fuse is designed to handle the rigors of demanding environments.</p><p>This particular model features a rated current of 0.8 A, making it suitable for circuits where precision protection is required without compromising on efficiency. It operates at a rated voltage of 250 VAC, ensuring compatibility with standard power systems across Australia and beyond.</p><p>The body size measures 5 mm in diameter and 20 mm in length, fitting comfortably into compact spaces while maintaining high functionality. Its construction from quality glass not only provides clear visibility for inspection but also enhances durability under thermal stress.</p><p>As a slow blow or time-delay fuse type (M205), it&#39;s engineered to withstand temporary surges without tripping unnecessarily, which is ideal for applications involving motors or other inductive loads that may experience initial start-up currents higher than their running currents.</p><p>With an interrupt rating of 35 A, this fuse can safely disconnect circuits experiencing fault conditions up to this level before damage occurs downstream. This feature ensures that your equipment remains protected even during unexpected overloads or short circuits.</p><p>Additionally, the resistance value stands at 0.129 Ohm, indicating minimal energy loss through heat dissipation and contributing to overall system efficiency.</p><p>In summary, this miniature slow blow glass fuse combines essential features such as precise current handling capabilities with robust protective qualities suited for modern electrical installations. Whether you&#39;re looking to enhance safety in industrial machinery or commercial setups, its thoughtful design meets stringent standards while offering peace of mind for continuous operation.</p>