Siemens 1LE22214DA313AA3 200 HP 3600 RPM 447TS 575 V GP100 General Purpouse Electric Motor

Electric Motors The Siemens 1LE22214DA313AA3 is a high-performance electric motor designed for a wide range of industrial applications. With a robust construction and innovative engineering, this 200 HP General Purpose Electric Motor is built to deliver reliable performance, efficiency, and longevity in demanding environments. Operating at 3600 RPM and with a voltage rating of 575 V, this motor is ideal for powering various machinery and equipment across automotive and industrial sectors. ## Key Features • **Power Output**: 200 HP, providing robust performance for heavy-duty applications. • **Speed**: Operates at 3600 RPM, ensuring efficient operation for high-speed applications. • **Voltage Rating**: Designed for a 575 V supply, compatible with standard industrial power systems. • **Frame Size**: 447TS, offering a compact design for easy integration into existing setups. • **Construction**: Totally Enclosed Fan Cooled (TEFC) design, ensuring durability and protection against dust and moisture. ## Applications • **Automotive Manufacturing**: Ideal for use in assembly lines and production machinery where high reliability is essential. • **Process Automation**: Suitable for various automation solutions, including conveyor systems and robotic applications. • **Industrial Equipment**: Powers pumps, fans, and compressors in diverse industrial settings. • **Energy Management**: Effective in energy-efficient applications, contributing to lower operational costs. ## Benefits • **Efficiency**: Designed for optimal energy consumption, reducing overall operational costs. • **Reliability**: Siemens' reputation for quality ensures long service life and minimal maintenance requirements. • **Versatility**: Can be utilized in various applications, making it a flexible choice for different industrial needs. • **Innovation**: Incorporates advanced engineering practices, enhancing performance and productivity. --- *Product information compiled with AI assistance for reference purposes.*