<p>When it comes to ensuring the safety and reliability of your electrical systems, choosing the right Residual Current Circuit Breaker with Overcurrent protection (RCBO) is crucial. This particular RCBO offers a robust set of features tailored for both industrial and commercial applications, making it a solid choice for professionals seeking dependable performance.</p><p>Rated at a current capacity of 50 A, this RCBO is designed to handle significant electrical loads while maintaining efficiency. It operates within a rated voltage range of 400/415 VAC and supports a frequency range of 50/60 Hz, offering flexibility in various power distribution systems. Its rated impulse withstand voltage stands at 4 kV, providing excellent resilience against transient overvoltages.</p><p>The product boasts an impressive short circuit capacity of 6 kA, ensuring effective protection against potential faults. With an electrical durability rating capable of enduring up to 10,000 cycles, this RCBO promises longevity even under frequent operation conditions.</p><p>In terms of construction and design, the RCBO features a compact form factor with dimensions measuring 53.4 mm in width, 117.5 mm in height, and 71.6 mm in depth. It weighs approximately 0.549 kg, making it relatively lightweight without compromising on durability or reliability. The degree of protection is rated at IP20/IP2X which safeguards against dust ingress while accommodating safe installation environments.</p><p>This device adheres to international standards such as IEC 61009-1 and IEC 61009-2-2 alongside local compliance with AS/NZS 61009-1 standards—ensuring adherence to rigorous safety benchmarks essential for Australian markets.</p><p>The RCBO’s curve type C characteristic allows it to handle moderate levels of overloads effectively—ideal for mixed load applications commonly encountered in commercial settings. Additionally, its residual current type A provides sensitive detection capabilities necessary for protecting against earth fault currents that could pose risks to both equipment and personnel.</p><p>Installation is straightforward due to its chassis mounting type and bottom power supply connection design—facilitating seamless integration into existing setups without extensive reconfiguration requirements.</p><p>With respect to environmental conditions—the unit functions optimally across ambient temperatures ranging from -5&#176;C up through +55&#176;C; thus proving versatile enough whether deployed indoors or outdoors within sheltered enclosures where temperature fluctuations may occur regularly throughout daily operations.</p><p>Lastly—but certainly not least—the earthing switch operates undelayed delivering instantaneous response times when required most urgently during fault conditions thereby minimizing downtime risks associated with unexpected interruptions caused by unforeseen anomalies present within network infrastructures today!</p>