<p>In the world of electrical engineering, selecting the right fuse is crucial for ensuring safety and reliability in circuits. The Miniature Slow Blow Glass Fuse, also known as M205, stands out as a dependable choice for various industrial and commercial applications. With its compact dimensions of 5 mm in diameter and 20 mm in length, it fits seamlessly into tight spaces without compromising on performance.</p><p>This fuse is designed to handle a rated current of 4 A and operates effectively at a rated voltage of 250 VAC. Its slow blow characteristic makes it particularly suitable for circuits where temporary surges or spikes are common. This feature ensures that the fuse can withstand brief overloads without blowing unnecessarily, thereby providing enhanced protection against short-term fluctuations.</p><p>Constructed from durable glass material, this M205 fuse offers clear visibility for inspection purposes. Its glass body not only contributes to its robustness but also allows easy identification of any faults post-operation. Furthermore, with an interrupt rating of 35 A, this fuse can safely disconnect high fault currents without causing damage to surrounding components or creating hazardous conditions.</p><p>The resistance value stands at a low 0.0139 Ohm, which minimizes power loss across the fuse when it&#39;s conducting current under normal operating conditions. This efficiency is vital for maintaining overall circuit performance and reducing unnecessary energy wastage.</p><p>Whether you&#39;re managing an automation system or overseeing building electrical installations in Australia, this miniature slow blow glass fuse provides reliable circuit protection tailored to meet stringent technical requirements. Its design ensures that your systems remain operational even under challenging conditions while safeguarding sensitive equipment from potential damage caused by overcurrent situations.</p><p>In summary, this Miniature Slow Blow Glass Fuse combines functionality with durability—making it an excellent fit for professionals seeking effective solutions within their electrical systems.</p>