About AC Induction Motors
AC Induction Motors
Owing to our in-depth knowledge in the respective domain, we are presenting optimum quality AC Induction Motor. This motor is used in water treatment plant & irrigation and other related applications in order to fulfill the need of the clients. The offered motor is available in different capacities and specifications. Our offered AC Induction Motor is tested by a team of quality controllers in order to ensure optimum functionality.
These Motors are built with robust construction and are ideally suited to perform in difficult operating conditions. The motors are tested against torque and speed in order to ensure superior performance. These products are highly appreciated for their effectual performance and longer life span and find application in Agricultural, Household and various Industrial sectors.
Salient Features:
- Noise free operation
- Modular construction
- Better Efficiency
- Corrosion resistant paint
- Trouble free service
- High reliability
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- Applications:
- Sugarcane Crushers
- Compressors
- Machine Tools
- Textile Machinery
- Flour Mills
- Gear Box Drives
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- Technical Specifications:
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Particulars
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(Single Phase)
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(Three Phase)
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Power Range
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0.5 HP to 5.0 HP
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1.0 HP to 15.0 HP
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Supply
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240 V, 50 Hz
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415 V, 50 Hz
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Speed
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1400 rpm
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1400 rpm
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Insulation
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A/B
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A/B/F
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Mounting
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Foot Mounted
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Foot Mounted
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Note: Due to continuous efforts in improvements, information furnished above is subject to change without notice.
Engineered for Industrial DurabilityBuilt with premium cast iron or aluminium enclosures, these motors withstand demanding industrial conditions. Their IP55 rating and Class F insulation guarantee reliable operation over a wide temperature range. Benefit from long-lasting performance, minimal maintenance, and robust mechanical strength, making them ideal for factories, plant equipment, and process industries.
Versatile Applications and Mounting OptionsAdaptable across pumps, fans, conveyors, and compressors, our AC Induction Motors suit varied industrial needs. They're available in both foot and flange mounting styles, accommodating diverse machinery layouts. Quiet, efficient, and powerful, these motors optimize productivity and energy savings in your operations while ensuring high starting torque and smooth function every cycle.
FAQ's of AC Induction Motors:
Q: How are these AC induction motors typically used in industrial settings?
A: These motors are commonly employed in industrial machinery like pumps, fans, compressors, and conveyors. Their continuous duty capability (S1) and high starting torque make them ideal for operations requiring consistent, reliable power delivery over extended periods.
Q: What insulation class and protection features do these motors offer?
A: The motors use Class F insulation, providing excellent thermal endurance. Additionally, they are totally enclosed fan cooled (TEFC) and rated IP55, safeguarding against dust and water ingress for enhanced operational safety and longevity.
Q: When should I choose star or delta connection for these motors?
A: Star connections are generally used during motor startup to limit inrush current, while delta connections are used for running conditions to deliver full power. Motors capable of star-delta starting are ideal for applications that require high starting torque with controlled current draw.
Q: Where are these motors manufactured and supplied from?
A: These motors are manufactured, supplied, and exported from India, ensuring compliance with internationally recognized IEC and IS standards to meet the requirements of global industrial markets.
Q: What is the process for installing and starting these motors?
A: Installation involves securely mounting the motor (foot or flange type) and ensuring proper electrical connections (single-phase/three-phase, star/delta as specified). Starting can be direct-on-line or via star-delta switches, depending on your application and power requirements.
Q: What are the main benefits of using these AC induction motors?
A: Key benefits include high efficiency (IE2/IE3), robust design, reduced noise and vibration levels, minimal maintenance, and reliable operation in challenging environments. This leads to energy savings, longer service life, and lower total cost of ownership.