<p>When it comes to industrial and commercial applications, selecting the right motor is crucial for efficiency and reliability. This synchronous motor offers a robust solution tailored for demanding environments, making it a reliable choice for your operations.</p><p>Operating at a rated voltage of 500 V and a frequency of 50 Hz, this motor is designed to meet the power demands typical in Australian industries. Its 11 kW power rating ensures ample performance across various applications, providing the necessary torque without compromising on energy efficiency.</p><p>The speed rating of this motor is set at 1000 RPM, which strikes an ideal balance between speed and control. This makes it suitable for processes where precise speed regulation is essential. Whether you&#39;re driving machinery or powering equipment, this motor delivers consistent performance.</p><p>Constructed with durability in mind, the frame material is cast iron. Known for its strength and longevity, cast iron provides excellent resistance against wear and tear, ensuring that your investment stands the test of time even in harsh operating conditions.</p><p>The degree of protection offered by this motor is IP55. This means it has a high level of protection against dust ingress as well as water jets from any direction. Such protection ensures that the internal components remain safe from environmental factors that could potentially cause damage or reduce efficiency.</p><p>For installation flexibility, this motor supports both foot mounting and big flange mounting options. This adaptability allows you to integrate the motor seamlessly into existing setups or new installations without significant modifications.</p><p>Moreover, with an IEC frame size of 160, compatibility with international standards is assured. The standardized frame size facilitates easy replacement or upgrade within systems adhering to IEC norms.</p><p>In summary, if you&#39;re seeking a dependable synchronous motor that combines robust construction with versatile installation options and efficient operation under challenging conditions, this model stands out as an optimal choice.</p>