<p>In the realm of industrial and commercial electrical systems, ensuring safety and reliability is paramount. This earthing device stands as a robust solution for professionals seeking dependable performance in their installations. With dimensions measuring 150 mm in width, 435.7 mm in height, and 113 mm in depth, this compact yet sturdy device is designed to seamlessly integrate into various setups while maintaining a low profile.</p><p>Weighing just 3 kg, it offers ease of handling during installation without compromising on stability or durability. The rated voltage capacity of 690 VAC demonstrates its capability to handle substantial electrical loads, making it suitable for a wide range of applications where high voltage management is crucial.</p><p>A standout feature of this earthing device is its impressive rated withstand current of 34.4 kA. This specification assures users that the device can effectively manage high fault currents, providing an essential layer of protection against potential electrical faults or surges that may occur within an industrial environment.</p><p>The construction quality reflects attention to detail and adherence to stringent safety standards, which are vital considerations for any professional assessing earthing solutions. Designed with both functionality and practicality in mind, the product&#39;s dimensions allow for straightforward integration into existing systems without necessitating significant modifications or additional components.</p><p>For those engaged in projects where space efficiency and reliable performance are critical factors, this earthing device presents itself as an optimal choice. Its specifications align well with industry requirements for durability under demanding conditions while offering peace of mind through robust fault current management capabilities.</p><p>Whether you are involved in new installations or upgrading existing infrastructure, selecting an earthing device that meets these technical parameters ensures compliance with safety regulations and enhances system resilience against unforeseen electrical events.</p>