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0.5HP Three Phase AC Induction Motor

Price 4400 INR/ Piece

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MOQ : 02 Pieces

0.5HP Three Phase AC Induction Motor Specification

Horse Power
0.5 HP

Voltage
415 V

Torque
2.5 - 4.0 Nm

Sealed Type
TEFC

Bearing Type
Double sealed ball bearings

Cooling Method
Fan Cooled

Noise Level
<65 dB(A)

Rated Voltage
415 V

Pressure
Atmospheric

Efficacy
IE2/IE3 (High Efficiency)

Ambient Temperature
-15C to +40C

Power Rating
0.37 kW

Poles Number
2 or 4

Current Type
AC

Standard
IS 325/IEC 60034

Features
Robust construction, Low maintenance, Energy efficient

Motor Type
AC Induction Motor

Rated Frequency
50 Hz

Product Type
AC Induction Motors

Output Power
0.5 HP

Frequency (MHz)
50 Hz

Protect Feature
Totally Enclosed Fan Cooled (TEFC)

Phase
Three Phase

Speed
1440 or 2880 RPM

Starting Type
Electric Start

Power
370 Watt (w)

Color
Blue-Grey

Dimension (L*W*H)
Approx. 280 x 180 x 200 mm

Weight
8-12 kg

Warranty
01 year

Shaft Diameter
19 mm

Mounting Type
Foot Mounted (B3)/Flange Mounted (B5)

IP Rating
IP55

0.5HP Three Phase AC Induction Motor Trade Information

Minimum Order Quantity
02 Pieces

Payment Terms
Cash in Advance (CID)

Delivery Time
02 Week

Main Domestic Market
All India

About 0.5HP Three Phase AC Induction Motor

Country of Origin	Made in India
Speed	1440 or 2880Rpm
Mounting Type	Flange / Face/ Foot
Frame Size	IEC Frame 71
Brand	Tachometric
IP Rating	IP44 / IP55
Voltage	230/ 1Ph
Rated Power	370Watt

Energy-Efficient and Durable Construction

Engineered for high performance, this three-phase AC induction motor achieves IE2/IE3 efficiency standards, ensuring reduced energy consumption during continuous operation. Its robust build, TEFC design, and double sealed ball bearings promise long-lasting and dependable service across diverse industries. The blue-grey motor is easy to install in environments up to 1000 meters altitude, with insulation and temperature rise maintained within Class F limits.

Versatile Industrial Applications

This 0.5HP motor is ideal for industries like textiles, pumps, compressors, and machine tools. It readily adapts to various setups with both B3 (foot) and B5 (flange) mounting, and is designed for star/delta connection at 415V and 50Hz, catering to most standard power supplies encountered in industrial settings. With a shaft diameter of 19 mm, it effectuates smooth integration into a wide range of mechanical systems.

FAQs of 0.5HP Three Phase AC Induction Motor:

Q: How do I install the 0.5HP Three Phase AC Induction Motor for my application?

A: The motor can be mounted using either the foot-mounted (B3) or flange-mounted (B5) options. Ensure it is set up in a location within the prescribed ambient temperature and altitude. Electrical connections should be made using the star/delta configuration at 415V and 50Hz. Follow all relevant safety and IS 325/IEC 60034 standards during installation.

Q: What industries are best suited for utilizing this motor?

A: The motor is widely used in textiles, pump systems, compressors, and a variety of machine tools due to its robust design, reliable performance, and continuous-duty S1 rating. Its energy efficiency and maintenance-free operation make it ideal for environments requiring long-term, dependable operation.

Q: When should I consider regular maintenance for this AC induction motor?

A: Thanks to the double sealed ball bearings and TEFC protection, this motor requires minimal maintenance. Nevertheless, periodic inspection of electrical connections, cooling fans, and mounting integrity is suggested in accordance with your facilitys schedule or at least once annually.

Q: Where does the motor perform optimally in terms of environment and operational parameters?

A: This model functions best at altitudes up to 1000 meters above sea level, in atmospheric pressure, and temperatures ranging from -15C to +40C. The IP55 rating and TEFC design safeguard it from dust and water, enabling reliable indoor industrial use.

Q: What are the benefits of using a high efficiency IE2/IE3 motor in my facility?

A: IE2/IE3 motors reduce energy consumption and lower operational costs due to their increased efficiency. They also generate less heat, enhancing longevity and offering environmental benefits while supporting sustainability goals.

Q: How does the star/delta connection improve start-up and running efficiency?

A: The star/delta configuration enables a lower starting current, which helps in reducing stress on the electrical network during motor start-up. Once running, switching to delta maximizes performance, ensuring stable speed and torque output.

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