<p>When considering the AF Contactor for your industrial or commercial applications, it&#39;s essential to evaluate its specifications and how they align with your technical needs. This contactor is designed to handle demanding environments with a rated voltage of 24-60 VAC and a robust rated current of 70 A, making it suitable for various electrical circuits.</p><p>The device operates efficiently at both standard frequencies of 50/60 Hz, ensuring compatibility across different regions. With a rated impulse withstand voltage of 6 kV and an insulation voltage of up to 690 V, this contactor provides reliable protection against electrical surges. The contact configuration includes two normally open (2NO) and two normally closed (2NC) contacts, offering versatility in control circuit designs.</p><p>Installation flexibility is another highlight, as this unit supports both DIN rail and panel mounting options. Whether you&#39;re upgrading an existing setup or establishing a new one, its compact dimensions—70 mm in width, 125.5 mm in height, and 113.5 mm in depth—ensure it fits comfortably within space constraints.</p><p>Safety standards are paramount in any electrical component selection process. This AF Contactor meets UL, CE, RoHS, and REACH standards and approvals, providing peace of mind regarding compliance with international safety regulations.</p><p>The terminal type is screw-based for secure connections that maintain integrity over time. Additionally, the degree of protection offered by IP10/IP20 ratings ensures adequate protection against dust ingress under typical operating conditions.</p><p>With a rated power capacity of 18.5 kW, this contactor can support substantial loads without compromising performance or safety. Its operational reliability extends across a broad storage temperature range from -40 to 70 degrees Celsius—a testament to its durability even under extreme conditions.</p><p>In summary, the AF Contactor presents itself as a resilient choice for those seeking reliability combined with adaptability in their electrical systems&#39; design requirements.</p>