<p>The AZM161 series safety switch is a robust and reliable choice for industrial and commercial applications, providing essential safeguarding solutions. Designed with precision, it features a contact configuration of 1 Normally Open (NO) and 2 Normally Closed (NC) contacts, ensuring secure operational control. The switch boasts an impressive mechanical life of up to one million cycles, reflecting its durability in demanding environments.</p><p>Installation is straightforward thanks to its screw mounting type, allowing for ease of use in various settings. The housing material combines plastic with glass fibre reinforced thermoplastic, offering enhanced strength and resilience against physical impacts. This construction also contributes to the switch&#39;s high degree of protection rated at IP67, making it dust-tight and resistant to water immersion up to certain depths.</p><p>Operating efficiently within temperatures ranging from -30&#176;C to 60&#176;C, the AZM161 demonstrates versatility across different climatic conditions. It meets rigorous standards and approvals including IFA, cULus, CCC, and UKCA certifications—attesting to its compliance with international safety regulations.</p><p>With an actuating speed of 2 meters per second and requiring an actuating force of 30 Newtons, this safety switch ensures prompt response times critical in automation processes. Its compact sensor size measures 30 mm in length by 90 mm in height—ideal for space-constrained installations without compromising on performance.</p><p>The contacts are crafted from silver material which enhances conductivity while minimizing resistance losses. This feature supports a rated insulation voltage of up to 250 volts—suitable for various electrical systems requiring reliable isolation capabilities.</p><p>In summary, the AZM161 series safety switch offers a blend of reliability, durability, and compliance that suits diverse industrial needs. Whether you&#39;re upgrading existing systems or installing new ones, this product provides peace of mind through its consistent performance under challenging conditions.</p>