Toshiba 0104QDAB41A-P MOTOR QUARRY DUTY 10HP 1800RPM 3PH60HZ 460V TE FC 215T

# Electric Motors The Toshiba 0104QDAB41A-P Motor is a high-performance quarry duty electric motor designed for demanding applications. With a robust build and advanced features, this motor is ideal for heavy-duty operations in industrial environments, providing reliability and efficiency where it matters most. ## Key Features • **Power Rating**: 10 HP, delivering substantial power for various applications • **Speed**: Operates at 1800 RPM, ensuring optimal performance and efficiency • **Phase**: Three-phase motor (3PH) for stable and consistent power supply • **Frequency**: Designed for 60Hz systems, making it compatible with standard industrial electrical setups • **Voltage**: Rated for 460V, suitable for high-voltage applications • **Enclosure Type**: Totally Enclosed Fan Cooled (TEFC) design protects against dust and moisture, enhancing durability • **Frame Size**: 215T frame, providing compatibility with standard mounting configurations ## Applications • **Quarry Operations**: Specifically engineered for use in rugged quarry environments, handling the demands of heavy machinery • **Mining Equipment**: Suitable for powering various mining equipment requiring robust and dependable motors • **Industrial Machinery**: Ideal for general-purpose applications in manufacturing, construction, and other industrial settings • **Compatibility**: Designed to integrate seamlessly with existing industrial systems and equipment ## Benefits • **Enhanced Reliability**: The TEFC design minimizes downtime by protecting the motor from environmental contaminants • **High Efficiency**: Optimized for energy savings, reducing operational costs associated with power consumption • **Robust Construction**: Built to withstand extreme conditions, ensuring long service life and minimal maintenance requirements • **Versatile Application**: This motor can be used across a wide range of industries, providing flexibility for various operational needs --- *Product information compiled with AI assistance for reference purposes.*