<p>When it comes to ensuring reliable circuit protection in industrial and commercial settings, choosing the right Molded Case Circuit Breaker (MCCB) is crucial. This particular MCCB offers a robust solution with its impressive technical specifications, designed to meet demanding environments.</p><p>With a rated current of 20 A and a rated voltage capacity adaptable for both AC and DC applications at 690/750 V, this MCCB is versatile enough for various electrical systems. Its rated impulse withstand voltage of 8 kV ensures resilience against transient overvoltages, providing enhanced protection for your equipment.</p><p>The trip unit type TMD (Thermal Magnetic) provides dependable performance by combining thermal overload protection with magnetic short-circuit protection. The breaker offers a breaking capacity of 50 kA, which makes it suitable for circuits that may experience high fault currents. Additionally, the release type TM ensures precise operation under varying load conditions.</p><p>This MCCB features three poles and supports front connection types with bolt terminals, simplifying installation and maintenance tasks. It adheres to IEC60947-2 standards, confirming its compliance with international safety regulations.</p><p>Measuring at a width of 105 mm and weighing in at 2.5 kg, this MCCB maintains a compact form factor without compromising on power or efficiency. With an IP20 degree of protection, it’s well-suited for indoor installations where basic ingress protection is sufficient.</p><p>Operating efficiently within a current setting range from 14-20 A allows flexibility in configuring your system&#39;s operational parameters. Moreover, the main circuit connecting capacity ranges between 85-200 sq-mm accommodating various cable sizes commonly found in industrial setups.</p><p>Designed to work seamlessly with XT4S systems, this MCCB integrates smoothly into existing infrastructure while offering peace of mind through superior electrical safeguarding capabilities. The device operates effectively across standard frequencies of 50/60 Hz making it compatible globally across different power grids.</p><p>For those concerned about energy efficiency alongside performance metrics—the power loss remains minimal at just 2.6 W—ensuring sustained operational cost-effectiveness over time without sacrificing reliability or safety measures inherent within its design framework.</p><p>In summary: whether upgrading current installations or planning new projects requiring medium-capacity breakers; consider integrating this well-rounded component into your toolkit—balancing functionally rich features against practical usability needs typical within Australian market contexts today!</p>