The 1MB22211AA314AA3 is produced by Siemens Motors and is described as a Siemens 1MB22211AA314AA3 2 HP 3600 RPM 145T 230/460 V XP100 1DI Explosion Proof Electric Motor

ADDITIONAL DESCRIPTION # Electric Motors The Siemens 1MB22211AA314AA3 is a high-performance 2 HP electric motor designed specifically for hazardous locations. Operating at 3600 RPM with a robust 145T frame, this explosion-proof motor is engineered to provide reliable performance in demanding industrial environments. With a voltage specification of 230/460 V, it is suitable for various applications requiring exceptional durability and safety. ## Key Features • **Power Output**: 2 HP, delivering optimal efficiency for industrial operations. • **Speed**: 3600 RPM, ensuring high-speed operation for various applications. • **Frame Size**: 145T, designed for compatibility with industry-standard mounting configurations. • **Voltage Rating**: Dual voltage capability of 230/460 V for versatile power supply options. • **Explosion-Proof Rating**: Certified for use in hazardous locations, ensuring maximum safety and compliance with industry regulations. ## Applications • **Hazardous Locations**: Ideal for use in environments where flammable gases or vapors may be present, such as chemical processing and oil and gas industries. • **Industrial Automation**: Suitable for driving pumps, fans, and conveyors in various manufacturing processes. • **Energy Management**: Efficiently supports energy distribution in industrial settings, enhancing productivity and operational efficiency. ## Benefits • **Safety Compliance**: Explosion-proof design ensures safety in potentially dangerous environments, protecting personnel and equipment. • **Reliability**: Built with high-quality materials, Siemens motors are known for their durability and long operational life, reducing downtime and maintenance costs. • **Versatility**: The dual voltage capability allows for easy integration into existing systems, making it adaptable for various industrial applications. --- *Product information compiled with AI assistance for reference purposes.*