The 1MB22214DA112AA3 is produced by Siemens Motors and is described as a Siemens 1MB22214DA112AA3 125 HP 3600 RPM 444TS 460 V XP100 1DI Explosion Proof Electric Motor

ADDITIONAL DESCRIPTION # Electric Motors The Siemens 1MB22214DA112AA3 is a robust and reliable 125 HP electric motor designed specifically for hazardous locations. Operating at a speed of 3600 RPM, this AC explosion-proof motor is engineered to withstand the rigorous demands of industrial applications while ensuring optimal safety and performance. ## Key Features • **Power Rating:** 125 HP, providing substantial power for heavy-duty applications. • **Speed:** Operates at 3600 RPM, ensuring high efficiency and performance. • **Enclosure Type:** 444TS, designed for maximum protection in harsh environments. • **Voltage:** 460 V, compatible with standard industrial electrical systems. • **Explosion Proof Rating:** XP100, certified for use in hazardous locations to prevent ignition of flammable gases or vapors. ## Applications • **Industrial Automation:** Ideal for use in manufacturing processes requiring reliable motor performance in challenging conditions. • **Oil & Gas Industry:** Suitable for applications in petrochemical facilities where hazardous materials are present. • **Mining Operations:** Engineered to perform in environments where safety and durability are paramount. • **Chemical Processing:** Perfect for chemical plants where explosive atmospheres may occur. ## Benefits • **Safety Assurance:** The explosion-proof design significantly reduces the risk of ignition, ensuring a safe working environment. • **Durability:** Constructed with high-quality materials, this motor is built to withstand extreme conditions and extend operational life. • **Energy Efficiency:** Delivers reliable performance while minimizing energy consumption, contributing to lower operational costs. • **Versatile Applications:** Its robust design makes it suitable for a wide range of industrial applications, enhancing flexibility in operational setups. --- *Product information compiled with AI assistance for reference purposes.*