Shakti 37kW 6″ Borehole Motor 400V
This motor, designed for reliable performance in water wells with a diameter of 150 mm or larger, features water-lubricated radial and thrust bearings to ensure maintenance-free operation. It is filled with a specialized fluid that provides frost protection down to a storage temperature of -15ºC. Additionally, the Shakti 9.2kW 6″ Borehole Motor 400V includes a special diaphragm that ensures pressure compensation within the motor.
The Shakti 6-inch borehole motor 400V is an additional reliable and high-performance option in submersible pumps. Its high-efficiency performance and rugged durability makes it well suited for demanding operational environments. Pump specialists who need dependable, low-maintenance motors will find this unit useful in deep well and agricultural water supply systems.
Another main technical feature is the efficiency of the Shakti 6-inch borehole motor. As described earlier, the motor has high energy efficiency levels which leads to lower operational costs. Optimized design parameters, high-grade materials, and premium quality copper windings contribute to realized efficiency. As a result, energy loss is minimized and the underutilized power output is maximized during the entire operational lifespan of the motor.
Aside from energy efficiency, this motor is also built to endure heat. Its water-filled, rewindable motor is thermally more efficient as it can dissipate more heat, thereby keeping the operating temperature lower even at higher loads. This design helps reduce the risk of thermal damage and lengthens the lifespan.
Product Advantages
- High efficiency electrical design.
- Motor with sand slinger.
- Cable material in accordance with regulations for drinking water.
- Water lubricated thrust and radial bearing
- All motors pre filled and 100% tested.
- Non contaminating water filled design.
Additional Shakti Information:
Technical Document: 6_Inch_MTSF_NG-Motor-Product_Catalog_17Jun22
Manufacturer Website: https://www.shaktipumps.com/
Corporate Video: https://youtu.be/4FcO5mLgsd8



