<p>When evaluating the suitability of a fuse disconnector for your industrial or commercial application, it’s crucial to consider key specifications that ensure reliable performance and safety. This particular fuse disconnector is designed with precision and durability in mind, making it a solid choice for various electrical installations.</p><p>With a rated current of 160 A, this device provides robust protection against overcurrent conditions. It supports a high rated voltage of 690 VAC, ensuring compatibility with demanding electrical systems. The unit&#39;s design adheres to rigorous standards and approvals including IEC 60947-3, RoHS, REACH, and CE certifications, which guarantee compliance with international safety norms.</p><p>The physical dimensions are practical for many setups: a width of 590 mm, height of 50 mm, and depth of 335 mm make it compact yet substantial enough to handle its tasks effectively. Its weight is manageable at 3.81 kg. The degree of protection is IP41, offering decent protection against dust ingress and vertical water drops.</p><p>A significant feature is its rated impulse withstand voltage of 8 kV and a short circuit current rating of up to 120 kA—key factors in safeguarding equipment from transient overvoltage events. Additionally, the rated insulation voltage also stands at an impressive 8 kV.</p><p>This three-pole device is suitable for use with NH00 bases and accommodates NH00 fuses seamlessly. It mounts conveniently on busbars; side cable entry enhances ease-of-installation while maintaining organizational tidiness within panels or enclosures.</p><p>For those concerned about energy efficiency and thermal management: the power loss is limited to just 33 W under standard operating conditions—a testament to its efficient design.</p><p>Practicality extends to the control element position located on the front side for straightforward access during operation or maintenance activities. Electrical connections via bolts ensure secure attachment without compromising reliability.</p><p>The fixing centres are precisely set at 50 mm apart allowing easy integration into existing infrastructure while maintaining structural integrity through uniform load distribution across mounting points.</p><p>Overall thickness measures at only 5 mm further contributing towards space-saving advantages without sacrificing performance capabilities—ideal where panel space may be constrained but operational demands remain high.</p>