<p>For professionals in the electrical engineering and automation industries, selecting the right sensor is crucial for maintaining operational efficiency and reliability. This particular sensor offers robust features tailored to meet demanding industrial and commercial environments. </p><p>Operating at a rated voltage of 30 VDC with a current of 0.01 A, it delivers a rated power of 0.24 W, making it suitable for low-power applications while ensuring energy efficiency. The sensor operates at a frequency of 5 Hz, which aligns well with various standard industrial processes.</p><p>Designed for durability, this sensor boasts an impressive mechanical life of 25 million cycles. Its quasi-flush mounting type facilitates easy integration into systems without compromising on space or functionality—ideal for setups where compactness is key.</p><p>The housing material made from glass fibre reinforced thermoplastic ensures high resistance against environmental wear and tear, contributing to its long service life even under challenging conditions. With an IP67 degree of protection, this device is dust-tight and can withstand temporary immersion in water up to certain depths—an essential feature for operations exposed to moisture or dust.</p><p>Temperature resilience is another hallmark; the sensor functions effectively within an operational temperature range from -25&#176;C to 70&#176;C. This broad range allows it to perform reliably in both cold storage facilities and warmer industrial environments without risk of malfunction due to thermal stress.</p><p>The actuating element—a magnet—ensures precise operation with minimal physical contact, reducing wear over time compared to mechanical switches that require direct interaction. Additionally, this design choice enhances safety by minimizing potential points of failure.</p><p>With dimensions measuring 13 mm in length by 88 mm in width and 25 mm in height, the sensor&#39;s compact size makes installation straightforward while saving valuable space within equipment assemblies or control panels.</p><p>Vibration resistance between frequencies of 10-55 Hz further underscores its suitability for dynamic settings where machinery movement could otherwise affect performance stability.</p><p>This combination of technical specifications positions the sensor as a reliable choice for engineers seeking components that marry function with durability across varied applications—from automated manufacturing lines to complex building management systems.</p>