<p>In the realm of industrial and commercial electrical systems, selecting the right equipment is crucial for ensuring safety, efficiency, and reliability. The product in focus here is a robust switchgear component designed to meet demanding operational standards.</p><p>This switchgear unit operates with a rated current of 630 A, making it suitable for medium to high-load applications. It supports a wide range of voltages from 200 to 480 VAC, providing flexibility for various installation scenarios. With a rated frequency of 50/60 Hz, this device aligns with global power supply standards.</p><p>The physical dimensions are practical for most installations: a width of 512 mm, height of 313 mm, and length of 212 mm. Despite its compact size, it weighs in at a solid 21.63 kg, indicative of its durable construction.</p><p>Safety and compliance are paramount in electrical systems; hence this unit adheres to IEC60947-6-1 standards. It offers an IP20 degree of protection against solid objects larger than 12 mm while maintaining an IP3 degree of pollution resistance—suitable for controlled environments.</p><p>Its electrical specifications include a rated impulse withstand voltage of 12 kV and a rated insulation voltage up to 1000 V. This ensures resilience against transient overvoltages often encountered in industrial settings. Additionally, the switchgear can withstand currents up to 42 kA during short-circuit conditions without compromising performance.</p><p>Engineered with user convenience in mind, the handle type is direct mounted allowing straightforward operation without additional tools or accessories. The terminal type features bolt connections ensuring secure contact points that minimize maintenance needs over time.</p><p>One notable feature is its switched-simultaneous function fourth pole positioned on both left and right sides which enhances versatility during installation by accommodating different wiring configurations. The line terminals position supplies on top while load connects at the bottom simplifying cable management within enclosures or panels.</p><p>For operations requiring precise control transitions occur through delayed mechanisms further enhancing system stability under varying loads or conditions thereby reducing potential disruptions caused by sudden changes across circuits being managed simultaneously via level four (touch) controller types integrated into open style designs offering intuitive interfaces tailored towards professional use cases where rapid adjustments may be necessary depending upon situational demands faced during routine processes conducted daily throughout facilities relying heavily upon reliable infrastructure components like these ones specified herein today concerning aforementioned details provided above regarding technical attributes associated directly related thereto accordingly as follows:</p>