<p>When selecting a switch for industrial and commercial applications, technical specifications are key to ensuring compatibility with your existing systems. This particular switch is engineered for reliability and durability, making it suitable for demanding environments.</p><p>The switch supports a rated current of 1000 A, which ensures robust performance in high-demand electrical circuits. It features a contact configuration of 1 Normally Open (1NO), providing straightforward integration into various control systems. With an actuator type of rod lever, this switch offers precise mechanical operation.</p><p>One standout feature is its impressive mechanical life of one billion cycles, indicating long-term resilience under frequent use. The housing is crafted from glass fibre reinforced thermoplastic, offering both strength and lightweight properties at just 35 grams. This material choice also contributes to the switch&#39;s IP65 degree of protection, safeguarding against dust ingress and low-pressure water jets from any direction.</p><p>Operating efficiently across a broad temperature range from -25 to 80 degrees Celsius, this switch adapts well to diverse environmental conditions. Compliance with standards such as BG-GS-ET-14 and EN IEC 60947-5-3 further assures adherence to safety and performance benchmarks.</p><p>Designed with slow action mechanics, the switch allows for controlled operations at an actuating speed as minimal as 1 mm/min. The sensor measures 49.1 mm in length by 25 mm in height, compact enough for versatile installation options without compromising functionality.</p><p>For electrical connections, it accommodates wire sizes up to 13 AWG and utilizes silver contacts known for excellent conductivity and resistance to corrosion. Rated insulation voltage stands at 500 V, ensuring safe isolation within electrical networks.</p><p>In summary, this switch combines high-rated current capabilities with durable materials and design standards that meet rigorous industrial requirements while maintaining operational integrity across varied temperatures and conditions.</p>