<p>When it comes to ensuring the safety and efficiency of your electrical systems, selecting the right components is crucial. The Bolt-In Fuse with a rated current of 16 A is engineered for industrial and commercial applications where reliability and adherence to standards are paramount.</p><p>This fuse meets several key standards, including BS 88-2, AS 60269, IEC 269-2-1, and ASTA20. These certifications ensure that it complies with stringent international requirements for performance and safety. With a rated voltage of 550 VAC, this fuse is well-suited for high-voltage applications, providing robust protection against overcurrents.</p><p>The breaking capacity of this fuse is an impressive 80 kA. This means it can safely interrupt extremely high fault currents without damage to the system or risk to personnel—a critical feature in environments where unexpected surges might occur.</p><p>Designed to operate efficiently at an ambient temperature of up to 40&#176;C, this fuse maintains its integrity under common operating conditions found in many industrial settings across Australia. Its construction includes offset slotted bolted tags which facilitate secure connections while allowing easy installation or replacement as needed.</p><p>The body diameter measures at a compact 14.1 mm, making it suitable for installations where space might be limited but performance cannot be compromised. The fixing centres are precisely set at 44.5 mm, ensuring compatibility with standard setups.</p><p>For those seeking compatible hardware, this fuse pairs seamlessly with RS20 and RSM32 fuse holders—offering flexibility depending on your specific configuration needs.</p><p>Overall, this Bolt-In Fuse stands as a reliable choice that combines compliance with major international standards and practical features designed for demanding environments. Its combination of high breaking capacity and voltage rating ensures that you have peace of mind when integrating it into your systems—knowing it&#39;s built to handle challenging conditions effectively while maintaining operational safety.</p>