<p>The AZM161 series is a reliable choice for industrial and commercial applications, offering robust performance and compliance with essential safety standards. This product operates efficiently across various environments, ensuring durability and safety in demanding settings.</p><p>Rated for 24/230 VAC and 24 VDC, the AZM161 handles up to 1000 A of current with a power rating of 10 W. Its contact configuration features both normally open (NO) and normally closed (NC) contacts, providing versatility in circuit integration. The silver contact material enhances conductivity and reliability over its operational lifespan.</p><p>Built to withstand rigorous use, the AZM161 boasts an impressive mechanical life of one million cycles. Constructed from glass fibre reinforced thermoplastic, this device offers superior strength while maintaining a lightweight profile. With an IP67 degree of protection, it guarantees excellent resistance against dust ingress and temporary immersion in water.</p><p>The AZM161&#39;s operational temperature reaches up to 60&#176;C, making it suitable for various thermal conditions without compromising performance. It adheres to stringent standards such as EN IEC 60947-5-1 and EN ISO 13849-1, ensuring compliance with international safety regulations.</p><p>Featuring slow action mechanics, this series requires an actuating speed of up to 2 m/s with a force of 20 N for operation. The rated insulation voltage stands at 250 V while the rated force is set at 30 N. These specifications ensure that the device maintains functionality under stress while safeguarding against electrical hazards.</p><p>With dimensions measuring 30 mm in length by 130 mm in width by 90 mm in height, the sensor size facilitates easy installation within confined spaces or complex systems where precision is key.</p><p>In summary, the AZM161 series combines high performance with robust construction to meet diverse industrial needs effectively. Its adherence to global standards underscores its commitment to quality and safety—a critical aspect when selecting components for reliable operations.</p>