<p>The Advanced Smart - EMX4i is a robust and versatile solution for industrial and commercial applications, designed to enhance motor control with precision and reliability. This unit operates efficiently within a rated voltage range of 200-525 VAC or 24 VAC/DC, making it adaptable to various electrical environments. With a rated current of 105 A, the EMX4i is well-suited for managing demanding motor loads.</p><p>The device features an IP20 degree of protection, ensuring that it is safeguarded against solid foreign objects while maintaining optimal performance in controlled environments. Additionally, its IP3 degree of pollution rating signifies its capability to operate effectively in areas with minimal dust or non-conductive pollution.</p><p>Measuring 152 mm in width, 336 mm in height, and 231 mm in depth, the compact frame size S1 design allows for easy integration into existing systems without requiring excessive space. The operational temperature range from -10 to 60 degrees Celsius ensures that the EMX4i can perform reliably across diverse climatic conditions.</p><p>Adhering to IEC 60947-4-2 standards and approvals guarantees compliance with international safety and performance benchmarks, providing peace of mind when implementing this product into your systems.</p><p>One of the standout features of the EMX4i is its XLR-8 Adaptive Control function. This advanced technology optimizes motor starting by adjusting parameters dynamically based on load requirements. The multiple starting modes available include Constant Current Start, Current Ramp Start, Adaptive Control Start, and Kickstart—each offering tailored solutions depending on specific application needs.</p><p>Stopping modes are equally varied with options such as Timed Voltage Ramp Soft Stop for gradual deceleration; Coast-Stop which allows natural stopping; Adaptive Control Stop for intelligent deceleration; DC Brake for rapid stops; and Soft Brake which combines gentle stopping with braking efficiency.</p><p>Ultimately, the Advanced Smart - EMX4i brings together advanced control capabilities within a durable framework suitable for modern industrial demands.</p>