<p>When selecting components for electrical and automation systems, understanding the specifications of each part is crucial. The miniature slow blow glass fuse you&#39;re considering offers a blend of reliability and performance tailored for industrial and commercial applications.</p><p>This fuse is designed to handle a rated current of 2 A, making it suitable for circuits where moderate current protection is necessary. With a rated voltage capacity of 250 VAC, it can be employed in various AC applications, providing versatility across different setups.</p><p>One of the standout features of this fuse is its slow blow characteristic. This design allows it to tolerate temporary surges in current without blowing immediately, making it ideal for circuits that experience momentary spikes during normal operation. This feature helps prevent unnecessary downtime by reducing instances of premature failure due to transient overloads.</p><p>The body size measures 5 mm in diameter and extends to 20 mm in length, conforming to the M205 standard dimensions. These compact dimensions ensure easy integration into existing systems without requiring additional space adjustments or modifications.</p><p>Constructed from high-quality glass material, this fuse offers clear visibility into its condition—an advantage when inspecting fuses visually during maintenance checks. The interrupt rating stands at 35 A, which indicates the maximum fault current it can safely interrupt without causing damage to the circuit or itself.</p><p>Additionally, with a resistance value of just 0.033 Ohm, this fuse minimizes any potential impact on circuit performance due to resistance-induced voltage drops—maintaining efficiency within your system&#39;s operations.</p><p>Overall, this miniature slow blow glass fuse combines essential protective features with practical design elements suitable for robust industrial use cases. Its reliable performance under specified conditions ensures that your systems remain safeguarded against overcurrents while maintaining operational integrity across various applications.</p>