<p>When it comes to selecting a reliable and efficient AF Contactor for your industrial or commercial applications, this model is designed to meet high standards of performance and safety. With a rated voltage of 1000 VAC and a current capacity of 500 A, it stands as a robust choice for managing electrical circuits.</p><p>The contactor operates effectively at both 50 Hz and 60 Hz frequencies, offering flexibility in diverse environments. It boasts a power loss of just 19 W, ensuring energy efficiency while maintaining optimal functionality. Its rated impulse withstand voltage is an impressive 8 kV, providing resilience against transient overvoltages that can occur in electrical systems.</p><p>With a rated insulation voltage also at 1000 V, this contactor ensures safe operation under its specified conditions. The contact configuration features three normally open (3NO) contacts, which are ideal for controlling large loads such as motors or transformers in heavy-duty applications.</p><p>The terminal type is bar-based, providing sturdy connections that facilitate secure installation on panels. This model offers an IP20 degree of protection, safeguarding against solid objects greater than 12 mm but not against water ingress—a consideration for indoor installations where moisture exposure isn&#39;t prevalent.</p><p>For convenience during setup and maintenance, the contactor&#39;s dimensions include a width of 140 mm, height of 225 mm, and depth of 180 mm—compact enough to fit into standard panel spaces without compromising on accessibility or serviceability.</p><p>Rated at an impressive power handling capability of up to 160 kW, this device supports substantial electrical loads with ease. To ensure safety in case of short circuits, it requires protective devices like fuses with gG characteristics rated at the same current level as the contactor itself—500 A—providing comprehensive circuit protection.</p><p>Overall, this AF Contactor is engineered to deliver dependable performance across its lifecycle while accommodating the rigorous demands typical within industrial settings. Its design prioritizes both operational efficiency and user safety through thoughtful specifications tailored for complex electrical systems.</p>