<p>When it comes to reliable and efficient limit switches for industrial and commercial applications, this product stands out with its robust specifications. Designed for high-performance environments, the limit switch is engineered to meet demanding technical requirements.</p><p>Operating at a rated voltage of 230 VAC or 24 VDC, and supporting a current of up to 4 A, this switch ensures consistent performance across various electrical systems. With a rated frequency of 5000 operations per hour, it&#39;s tailored for high-frequency use without compromising on reliability.</p><p>The contact configuration features normally closed (NC) contacts made from durable silver material. This choice enhances conductivity and longevity under continuous operation. Furthermore, the snap action mechanism provides precise actuation that is crucial in automation processes where timing is critical.</p><p>Constructed from glass fibre reinforced thermoplastic plastic, the housing offers excellent durability while maintaining a lightweight profile. The IP67 degree of protection guarantees resilience against dust ingress and immersion in water up to one meter deep for short periods—ideal for harsh environments.</p><p>With an operational temperature range spanning from -30&#176;C to 80&#176;C, this limit switch performs reliably in extreme conditions. Its mechanical life extends up to an impressive 30 million cycles, ensuring long-term functionality even in heavy-duty applications.</p><p>The sensor dimensions are compact yet effective: measuring 38 mm in length by 40 mm in width by 103.5 mm in height. This size facilitates easy integration into existing systems without requiring significant modifications.</p><p>Compliance with EN ISO 13849-1 standards underscores its commitment to safety and quality assurance within industrial settings. The plunger actuator allows for straightforward installation and smooth operation with an actuating speed of up to 0.5 m/s.</p><p>Rated insulation voltage is set at 500 V which adds an extra layer of safety by reducing risk during electrical faults or surges—a crucial feature when safeguarding both equipment and personnel is paramount.</p><p>In summary, this limit switch combines advanced engineering with practical design elements suitable for diverse applications across industries such as manufacturing automation or building management systems where precision control mechanisms are essential.</p>