<p>When selecting a reliable and robust control component for demanding environments, this non-illuminated push button is engineered to meet the rigorous standards required by professionals in the mining, construction, and heavy industry sectors. Built with precision and durability in mind, it offers an impressive degree of protection at IP66, ensuring resilience against dust and powerful water jets.</p><p>The button adheres to several key international standards including EN IEC 60947-5-1 and UL 508, guaranteeing its compliance with safety regulations across various applications. Its ambient temperature range from -30 to 70 degrees Celsius ensures consistent performance even in extreme conditions.</p><p>Designed for ease of installation, the Faston connection type allows quick setup without compromising on security or reliability. The flush actuator type provides a streamlined appearance while maintaining functionality. With a diameter of 22 mm and matching cutout size, it fits seamlessly into standard panel designs.</p><p>The contact configuration features one normally open (1NO) contact which supports straightforward integration into existing systems. Rated insulation voltage stands at an impressive 690 V with a rated impulse withstand voltage of 4 kV, offering peace of mind when dealing with high-voltage applications.</p><p>A metal bezel material enhances durability while contributing to the product&#39;s robust design ethos. The black button color not only complements industrial aesthetics but also aids in visibility against varied backgrounds.</p><p>Functionality is maintained through its simple yet effective design; once engaged, it remains activated until manually reset—ideal for operations requiring sustained input without continuous manual pressure. Rated thermal current capacity is set at 10 A which accommodates most industrial requirements comfortably.</p><p>This push button exemplifies practicality combined with advanced engineering—an essential choice for those who prioritize efficiency and reliability in their operational controls within harsh environments.</p>