<p>In the realm of industrial and commercial applications, precision and reliability are paramount. The Process Performance Motor at hand is designed to meet these demands with a robust set of features that cater to various technical requirements. </p><p>First off, this motor operates at a rated voltage of 400 V and a rated current of 32.1 A, making it suitable for heavy-duty operations. Its frequency rating stands at 50 Hz, aligning well with standard power systems in Australia. One notable aspect is its high efficiency of 92.4%, which ensures energy savings over prolonged use.</p><p>The motor&#39;s construction showcases durability and resilience, featuring an IP55 degree of protection against dust ingress and water jets from any direction—ideal for challenging environments. It has an IEC 160 frame size crafted from aluminium, providing both strength and lightweight properties; the entire unit weighs in at 137 kg.</p><p>Mounting is straightforward with the B3 foot mount configuration, ensuring stability during operation. In terms of dimensions, it measures 310 mm in width, 370 mm in height, and extends to a depth of 681 mm—compact yet robust enough for varied installation spaces.</p><p>Performance-wise, this motor delivers a rated power output of 18.5 kW with a commendable torque rating of 59.9 N-m. It achieves speeds up to 2949 RPM while maintaining a sound level at just 73 dBA—a testament to its quiet operation even under load conditions.</p><p>The insulation class ICLF further enhances its operational safety by ensuring effective thermal management within an ambient temperature range up to 40&#176;C.</p><p>For those concerned about aesthetics or branding consistency in installations where visibility matters, the Munsell Blue colour adds a professional touch.</p><p>An additional advantage is its dual rotation capability (both sides), offering flexibility depending on your application needs without requiring significant modifications or adjustments.</p><p>Overall, this Process Performance Motor embodies reliability through meticulous engineering suited for demanding industrial tasks while promising cost-efficiency through its high performance metrics like power factor (0.90) and energy efficiency ratings—all crucial factors when evaluating long-term investments in machinery infrastructure.</p>