Three Phase Motor for Mixer About
Shruti Three Phase Motor DescriptionThe Shruti Three Phase Motor is a high-performance, energy-efficient motor designed for industrial and commercial applications. Manufactured with precision engineering and robust construction, these motors ensure reliable operation, long service life, and low maintenance.
With high starting torque, superior efficiency, and smooth performance, Shruti three phase motors are ideal for continuous heavy-duty operations. They are built using high-grade materials, advanced insulation systems, and efficient cooling, making them suitable for harsh working environments.
Available in various power ratings, speeds, and mounting options (foot, flange, face-mounted), these motors comply with international standards (IS/IEC) and can be customized to suit customer requirements.
Key Features:
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Energy-efficient performance with high reliability
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Rugged design for heavy-duty applications
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High starting torque with smooth acceleration
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Long service life with minimal maintenance
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Low noise and vibration operation
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Available in different duty cycles and protection classes (IP55 / IP65)
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Wide range of mounting options
Engineered for Industrial DemandsDesigned specifically for industrial mixer drives and heavy machinery, this three-phase motor offers robust construction and high power output. The 1.5 kW (2 HP) motor runs efficiently under continuous duty, giving you reliable service in demanding environments. Built to international standards, it seamlessly integrates with your existing equipment.
Rugged and Reliable PerformanceWith Class F insulation, IP55 protection, and a totally enclosed fan cooled (TEFC) design, this motor is built to withstand dust, moisture, and harsh ambient temperatures from -15C to +45C. Its double-sealed ball bearings and rugged construction ensure long operational life and reduced maintenance costs.
Efficient and Quiet OperationAchieving 85% efficiency (IE2 classification) and operating at speeds up to 1440 RPM, the motor delivers consistent torque of 9.95 Nm while maintaining a low noise level of less than 70 dB. Its advanced cooling and sealed bearing system keep performance smooth and quiet during continuous operation.
FAQ's of Three Phase Motor for Mixer:
Q: How is this three phase motor suitable for continuous operation in industrial mixers?
A: This motor features S1 continuous duty rating, high efficiency (IE2, 85%), Class F insulation, and robust construction with sealed bearings, making it ideal for non-stop operation in industrial mixers.
Q: What protective features does the motor include for harsh environments?
A: It is equipped with IP55 protection, a totally enclosed fan cooled (TEFC) housing, and double-sealed ball bearings, ensuring resistance against dust, moisture, and challenging ambient temperatures.
Q: When should direct-on-line (DOL) starting be used for this motor?
A: Direct-on-line starting is recommended for stable power supply conditions, especially where the starting current does not adversely affect the connected load. This is standard for motors with the power rating and application of this model.
Q: Where can this motor be mounted in an industrial setup?
A: This motor uses a foot-mounted design for easy and stable installation onto mixer frames or machine bases, providing flexibility in various industrial environments.
Q: What processes benefit most from the use of this motor?
A: The motor is optimally used in industrial mixers, machinery, and applications requiring rugged, continuous-duty performance with high torque and low maintenance.
Q: How does the sealed bearing design enhance motor longevity?
A: Double-sealed ball bearings protect against contaminants, reduce internal friction, and require minimal maintenance, thereby significantly extending the service life of the motor.
Q: What are the primary benefits of using this motor for industrial applications?
A: Key benefits include high efficiency, long operational life, low maintenance, quiet operation (<70 dB), and dependable performance in challenging conditions, as certified by IS 325/IEC 60034 standards.