<p>The S200MUC Series MCB is a robust and reliable miniature circuit breaker designed for commercial and industrial applications. With its 50 A rated current, this device ensures optimal electrical protection by interrupting excessive currents that could damage equipment or pose safety hazards. Its performance is backed by compliance with standards such as AS/NZS 60898-1, AS/NZS 60947-2, UL 1077, IEC/EN 60898-2, and IEC/EN 60947-2.</p><p>This MCB operates effectively within a rated voltage range of 400/415 VAC and offers a breaking capacity of up to 15 kA at 400 VAC. It features a C curve type, making it suitable for general-purpose protection where moderate inrush currents are expected.</p><p>The unit&#39;s design includes two poles with an IP20 degree of protection, ensuring safety against solid objects larger than 12 mm but not water intrusion. The screw clamp terminal type provides secure connections with a tightening torque of 2.8 N-m. Additionally, the cable cross-section accommodates up to 35 sq-mm on both top and bottom connections.</p><p>Measuring at a compact width of just 35 mm, height of 85 mm, and depth of 69 mm, this MCB fits seamlessly onto standard DIN rails for easy installation. Its housing is crafted from RAL 7035 grey material which blends well in various panel setups.</p><p>The S200MUC Series also boasts impressive durability with an electrical lifespan exceeding up to ten thousand cycles under normal conditions. Its operational ambient temperature ranges from -25 to +55 degrees Celsius while storage can withstand temperatures between -40 to +70 degrees Celsius.</p><p>In terms of energy efficiency considerations during operation; power loss remains minimal at only about four point forty-four watts per pole when fully loaded—making it both cost-effective over time without compromising functionality or reliability across different environments encountered throughout Australia’s diverse climate zones!</p><p>Rated impulse withstand voltage stands strong at four kilovolts along with insulation voltage capped around four hundred eighty-four volts providing enhanced resilience against transient surges typically experienced during lightning strikes etcetera thus safeguarding sensitive components downstream from potential harm caused due unexpected spikes arising externally beyond control factors influencing day-to-day operations within facility infrastructure setups nationwide today!</p><p>Whether you’re upgrading existing systems or planning new installations altogether rest assured knowing our trusted product line delivers peace-of-mind assurance thanks rigorous testing procedures adhered strictly prior release market availability ensuring utmost quality standards maintained consistently every step way forward now tomorrow alike!</p>