The 1LE63214DB113AA1 is produced by Siemens Motors and is described as a Siemens 1LE63214DB113AA1 350 HP 1800 RPM L449T 575 V SD200 Severe Duty Electric Motor

ADDITIONAL DESCRIPTION # Electric Motors The Siemens 1LE63214DB113AA1 is a high-performance AC Severe Duty Electric Motor designed for demanding industrial applications. With a powerful output of 350 HP and a robust operating speed of 1800 RPM, this motor is engineered to provide reliable performance in challenging environments. It features a voltage rating of 575 V and falls under the SD200 classification, ensuring it meets rigorous operational standards. ## Key Features • **Powerful Output**: 350 HP, delivering exceptional torque and efficiency for heavy-duty applications. • **Speed Rating**: Operates at 1800 RPM, ideal for a wide range of industrial processes. • **Voltage Specification**: Rated for 575 V, compatible with most industrial electrical systems. • **Severe Duty Design**: Built to withstand harsh operating conditions, featuring enhanced protection against dust, moisture, and extreme temperatures. • **High Efficiency**: Engineered to meet high-efficiency standards, contributing to reduced energy consumption and lower operational costs. ## Applications • **Industrial Manufacturing**: Suitable for powering heavy machinery and equipment in manufacturing processes. • **Automotive Industry**: Ideal for applications requiring robust and reliable motor performance in automotive assembly lines. • **Process Automation**: Perfect for systems that demand high durability and continuous operation under severe conditions. ## Benefits • **Enhanced Reliability**: The severe duty design ensures longevity and minimizes downtime, leading to increased productivity. • **Energy Efficiency**: High efficiency reduces energy costs, making it an environmentally friendly choice for industrial operations. • **Versatile Compatibility**: Easily integrates with existing industrial systems, ensuring seamless operation across various applications. --- *Product information compiled with AI assistance for reference purposes.*