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The US-Nidec UJ20P2DP is a close coupled pump motor with a power rating of twenty horsepower. This motor is designed for three-phase electrical applications with a voltage of two hundred eight to two hundred thirty-six hundred volts and four hundred sixty volts. The motor features a TEFC enclosure, ensuring reliable performance in various environments.
Product Highlights
This motor is suitable for applications requiring efficient and effective pumping.
Mounting Type | C-Face / Footed |
---|---|
Motor Phase | Three Phase |
Voltage | 208-230/460 V |
Efficiency | 93.00% |
Insulation Class | Class F |
Service Factor | 1.25 |
Bearings Type | Ball / Ball |
Bearings Size | 6207-2Z-J/C3 (Drive End) / 6310-2Z-J/C3 (Opposite Drive End) |
Material | Aluminum |
Shaft Type | Single Shaft |
Designed for Pump Applications: Close-coupled design simplifies installation, providing direct drive for pumps and reducing alignment issues.
20 HP Power: Ideal for medium to large-scale pump systems, offering reliable performance in demanding applications.
Frame 256JP: Standardized frame ensures easy replacement and compatibility with existing equipment.
Efficient Operation: Delivers consistent torque and energy efficiency for continuous-duty pump operations.
Versatile Voltage: Operates on 208-230/460V, making it adaptable to a variety of three-phase systems.
Q: What is the US-Nidec UJ20P2DP?
A: The UJ20P2DP is a 20 HP close-coupled pump motor with a 256JP frame, designed for use as a replacement motor in pump applications, providing reliable performance and efficient operation.
Q: Where is this motor typically used?
A: Ideal for use in water pumping systems, HVAC, irrigation, and industrial pump applications where close-coupled motor configurations are needed.
Q: Why choose the UJ20P2DP model?
A: Its robust construction ensures long-lasting performance in demanding pump systems, and its compatibility with 256JP frame pumps makes it an easy replacement option.
Q: Is this motor energy-efficient?
A: Yes, it offers energy-efficient operation, optimizing performance and reducing operating costs for long-term savings.
Ensure motor is clean and free of debris to maintain optimal cooling and performance.
Lubricate bearings as per manufacturer guidelines to avoid wear and ensure smooth operation.
Inspect close coupling and shaft alignment to prevent mechanical stress and vibration.
Verify voltage supply (208-230/460V) to ensure proper motor operation and avoid overloads.
Monitor motor temperature, noise, and vibration regularly for early signs of issues.
Tighten electrical connections and inspect for any signs of wear or overheating.
Test insulation resistance annually to ensure safe operation and extend motor lifespan.