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Extended Winding Life, Lower Heat Output & Less Vibration
High Torque Level, High Power Factor & Low Temperature Rise

Class-F Insulation with Temperature Rise Limited to Class B
Totally Enclosed Fan Cooled Squirrel Cage

Clock Wise & Anticlockwise as Seen From Drive End Side
Higher Tolerance for Increased Voltage Rates & Phase Imbalance



Clock Wise & Anticlockwise as Seen From Drive End Side
Longer Insulation & Bearing Lives


Class-F Insulation with Temperature Rise Limited to Class B
Totally Enclosed Fan Cooled Squirrel Cage

Combinations: 0.1




Totally Enclosed Fan Cooled Squirrel Cage
Class-F Insulation with Temperature Rise Limited to Class F


Combinations: 0.1

Combinations: 0.1


Totally Enclosed Fan Cooled Squirrel Cage
Class-F Insulation with Temperature Rise Limited to Class B

Totally Enclosed Fan Cooled Squirrel Cage
Class-F Insulation with Temperature Rise Limited to Class B

Totally Enclosed Fan Cooled
Class-F Insulation with Temperature Rise Limited to Class B

Cooling Method: Totally Enclosed Fan Cooled (TEFC)
With Temperature Rise Limited to Class B

Duty: S1
Cooling Method: Totally Enclosed Fan Cooled (TEFC)


Longer Insulation & Bearing Lives
Extended Winding Life, Lower Heat Output & Less Vibration


Totally Enclosed Fan Cooled Squirrel Cage
Class-F Insulation with Temperature Rise Limited to Class B


Customer Care Number: 1800 419 0505

Duty: S1
With Temperature Rise Limited to Class B

Combinations: 0.1

150 Starts/Stops /hr, Duty S4 & CDF 40%

Lithium Complex Grease
Position Of Terminal Box at Top Drive End




Totally Enclosed Fan Cooled Squirrel Cage
Class-F Insulation with Temperature Rise Limited to Class F



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What are 1000 RPM motors typically used for?
1000 RPM motors are often found in applications requiring moderate speed and torque, such as certain types of pumps, fans, conveyors, and general industrial machinery where precise, high-speed operation isnt essential.
Are 1000 RPM motors more efficient than higher speed motors?
The efficiency of a motor depends on its design, load, and operating point. However, motors operating closer to their optimal load at 1000 RPM can be very efficient. For applications that dont require speeds significantly higher than 1000 RPM, using a motor designed for this speed can be more energy-efficient than running a higher-speed motor at a reduced capacity.
What are the advantages of using a 1000 RPM motor?
Advantages include potentially lower noise levels, reduced wear and tear due to slower operation, and often a more robust and cost-effective design compared to very high-speed motors. They are well-suited for continuous duty cycles.
What factors should I consider when selecting a 1000 RPM motor?
Key factors include the required horsepower or kW, voltage, frame size, enclosure type (e.g., TEFC, ODP), operating environment, duty cycle, and any specific environmental or safety certifications needed for your application.