<p>The PS116 series represents a reliable choice for professionals seeking robust performance in industrial and commercial applications. This device operates at a rated voltage of 240 VAC and can handle a current of 1.5 A, making it suitable for various electrical systems. Its snap action mechanism ensures quick and precise operation, essential for maintaining efficiency in demanding environments.</p><p>Designed to withstand rigorous conditions, the PS116 features an impressive mechanical life of 10 million cycles, promising longevity and reduced maintenance needs. The contact configuration includes one normally open (1NO) and two normally closed (2NC) contacts, offering versatility in circuit design.</p><p>Constructed from glass fibre reinforced thermoplastic, the housing material enhances durability while keeping the weight manageable at just 73 grams. The product is designed to endure harsh environments with an operational temperature range from -30&#176;C to 80&#176;C and offers excellent protection against dust and water ingress with IP66 and IP67 ratings.</p><p>Safety compliance is assured with standards such as CCC, cULus, EC000030, EN IEC 60947-5-1, and EN ISO 13849-1 certifications. These approvals underline its suitability across different markets adhering to strict safety regulations.</p><p>The roller plunger actuating element facilitates smooth interaction with machinery components at an actuating speed of 10 mm/min. With dimensions measuring 16.6 mm in length by 31 mm in width by 74.1 mm in height, this sensor fits seamlessly into compact spaces without compromising on functionality.</p><p>For those concerned about electrical insulation properties, the PS116 boasts a rated insulation voltage of up to 300 V ensuring safe operation under varied conditions. Silver contacts further enhance conductivity and reliability over prolonged use.</p><p>In summary, the PS116 series is engineered for those who prioritize durability, precision, and adherence to international safety standards without sacrificing ease of integration or operational consistency within their systems.</p>