Brief: This video frames the solution within typical operational contexts for clearer understanding. Watch as we demonstrate the Y2-315L-4 160kw AC Induction Motor in action, showcasing its robust construction, efficient performance in driving machinery like pumps and compressors, and the precision engineering behind its durable aluminum housing and copper windings.
Related Product Features:
Features a totally enclosed, fan-cooled design with a robust aluminum housing for durability and efficient cooling.
Utilizes 100% copper wire windings and high-grade silicon steel for superior efficiency and thermal performance.
Delivers high starting torque and smooth operation with low noise levels for reliable industrial applications.
Built with F class insulation and international standard design for advanced safety and long service life.
Offers versatile power options with 220V three-phase operation and compatibility with 50/60Hz frequencies.
Precision-balanced rotor ensures reduced vibration and enhanced durability in demanding environments.
Suitable for driving various machinery including machine tools, blowers, pumps, and agricultural equipment.
Compact and efficient design with easy maintenance features for reduced downtime in industrial settings.
FAQs:
What types of applications is this three-phase AC induction motor suitable for?
This motor is designed for driving various industrial machineries such as machine tools, blowers, pumps, compressors, transporters, and agricultural or food processing equipment.
What materials are used in the construction of this motor for durability and efficiency?
The motor features 100% copper wire windings for optimal conductivity, a high-grade silicon steel core for strength, and a precision-balanced rotor, all housed in a durable aluminum frame.
What are the key performance features of this induction motor?
It offers high efficiency (IE2), excellent starting torque, low noise operation, smooth performance due to balanced rotor testing, and F class insulation for reliable operation in demanding conditions.