<p>When selecting a Miniature Circuit Breaker (MCB) for your electrical system, understanding the technical specifications and capabilities is crucial. The S202C series MCB offers a robust solution tailored for industrial and commercial applications.</p><p>With a rated current of 32 A, this MCB is designed to handle moderate electrical loads effectively. It operates at a rated voltage of 400/415 VAC, making it suitable for various power distribution networks commonly found in Australia. The dual-pole configuration provides enhanced protection by isolating both the live and neutral conductors during faults.</p><p>Safety is paramount in any electrical installation, and the S202C series does not disappoint with its breaking capacity of 10 kA at 415 VAC. This ensures that even in high fault conditions, the circuit breaker can interrupt current flow without damage to itself or connected equipment.</p><p>The unit&#39;s compact dimensions—18 mm width, 86 mm height, and 70 mm depth—allow for efficient use of space within distribution boards while maintaining ease of installation. Rated to withstand impulse voltages up to 4 kV and complying with IEC/EN 60898-1 standards, it meets stringent international safety requirements.</p><p>Designed with an IP20 degree of protection, this MCB prevents finger contact with live parts but should be installed in enclosures where higher ingress protection might be required. Its curve type C characteristic makes it ideal for protecting circuits with inductive loads such as motors or transformers.</p><p>The operational temperature range from -25&#176;C to +55&#176;C ensures reliable performance across diverse environmental conditions typical in Australian settings. With an impressive electrical durability rating of up to 10,000 cycles, you can trust this component for long-term operation without frequent replacements.</p><p>In summary, whether you&#39;re upgrading existing infrastructure or designing new installations, the S202C series MCB provides dependable circuit protection aligned with modern standards and expectations.</p>