Electrical DC Shunt Motor
Product Details:
- Rated Frequency 50 Hz
- Sealed Type TEFC (Totally Enclosed Fan Cooled)
- Pressure Atmospheric
- Voltage 220 V / 415 V
- Current Type DC
- Features Rugged Construction, Long Life
- Rated Voltage 220 V 415 V
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Electrical DC Shunt Motor Product Specifications
- TEFC (Totally Enclosed Fan Cooled)
- 50 Hz
- Custom as per model
- Atmospheric
- 0.5 HP to 20 HP
- Electrical DC Shunt Motor
- Foot / Flange Mounting
- 220 V / 415 V
- Rugged Construction, Long Life
- DC
- 0.37 kW 15 kW
- DC Shunt Motor
- Approx. 25 kg 150 kg
- Single or Three Phase
- Varies as per model
- 220 V 415 V
- Direct On Line (DOL)
- High
- Standard - Varies as per motor size
- Blue & Grey
- 50 Hz
- Totally Enclosed
- Ball Bearing
- Low
- Up to 3000 RPM
- IS: 4722 / IEC
- -10C to +50C
- Fan Cooled
- 2, 4, 6
- High Starting Torque
- 0.5 HP to 20 HP
- ip44
- Rugged Cast Iron Body
- Class F
- High Conductivity Copper
- Both Clockwise & Counter Clockwise
- Low Maintenance Design
- Industrial Machines, Workshop Equipment, Textile & Printing Machinery, Laboratory Use
- S1 Continuous Duty
- High Grade Copper
- Carbon Brushes
- Oil lubricated
- Electrically Welded Copper
- 1.0 1.15
Product Description
With the help of our experienced procuring agents and wide distribution network, our firm has been able to trade, supply and export DC Shunt Motor. This motor is demanded across the globe for its compact design, trouble-free operations and high efficiency. Our clients can avail it within affordable prices that come within their budget. Offered DC Shunt Motor is installed in various industries owing to its low maintenance, easy operations, portability and least running cost.
Heavy-Duty Design for Reliable Operation
Engineered with a rugged cast iron body and high-grade copper for both the armature and commutator, our DC shunt motor stands out for durability and consistent performance. The seal type, rated IP44 with Totally Enclosed Fan Cooled (TEFC) construction, ensures the motor operates reliably under harsh industrial conditions while minimizing maintenance needs.
Versatile Applications Across Multiple Industries
This motor is widely used in industrial machinery, textile and printing equipment, laboratory devices, and workshop tools. With customizable output power and dimensions, it seamlessly integrates into new or existing setups. Its dual rotation direction and high starting torque make it suitable for dynamic machine requirements.
Optimal Performance and Efficiency
Designed with a service factor of up to 1.15 and class F insulation, the motor delivers high efficiency, stable performance, and a long service life. The oil-lubricated ball bearings and electrically welded copper field windings contribute to smooth operation, reduced wear, and low noise levels, ensuring the best value and productivity for users.
FAQ's of Electrical DC Shunt Motor:
Q: How does the DC shunt motor ensure reliable operation in industrial settings?
A: The motor's rugged cast iron construction, high-quality copper wound armature, and totally enclosed IP44 TEFC design provide excellent durability and protection against contaminants, ensuring reliable performance and minimal downtime in challenging industrial environments.Q: What are the key benefits of using a DC shunt motor with Class F insulation?
A: Class F insulation offers superior thermal stability, allowing the motor to operate at higher temperatures without compromising its performance or lifespan, which is ideal for continuous (S1) duty applications and demanding industrial processes.Q: When should a DC shunt motor with dual rotation capability be used?
A: Dual rotation capability (clockwise and counter-clockwise) is valuable in machines that require frequent directional changes, such as textile, printing, and workshop equipment, enhancing the system's flexibility and operational efficiency.Q: Where can this DC shunt motor be applied most effectively?
A: This motor is suitable for industrial machines, textile and printing machinery, workshop tools, and laboratory applications, thanks to its robust construction, customizable configurations, and high starting torque.Q: What is the process for maintaining the motor, and how often is it required?
A: With its low-maintenance design and oil-lubricated bearings, regular checks for lubrication and general inspection suffice. Maintenance requirements are minimal, typically conducted during scheduled shutdowns or as recommended for the specific operating environment.Q: How does the motor's cooling and protection features improve its longevity?
A: The fan-cooled (TEFC) and totally enclosed construction coupled with oil-lubricated ball bearings minimize dust ingress and overheating. These features extend both bearing and overall motor life, making the equipment suitable for prolonged industrial operation.Tell us about your requirement
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