EasyPro Asynchronous Submersible Mag Drive Pumps
Professional Asynchronous Submersible Mag Drive Pumps
EasyPro Asynchronous Submersible Mag Drive Pumps are professional-grade pond pumps designed for reliable, energy-efficient performance. These advanced magnetic drive pumps feature asynchronous motor technology for quiet operation, long life, and superior efficiency.
Key Features
- Asynchronous Motor: Energy-efficient technology
- Mag Drive Design: No direct shaft seal, longer life
- Seven Sizes: 1900 to 9500 GPH
- Submersible: Fully underwater operation
- Quiet Operation: Low noise levels
Available Models
1900 GPH Pump (SKU: EPA1900): Professional asynchronous submersible mag drive pump with 1900 gallons per hour flow capacity. Perfect for small to medium ponds, waterfalls, and fountains. Ideal for residential water features and compact koi ponds.
2500 GPH Pump (SKU: EPA2500): Professional asynchronous submersible mag drive pump with 2500 gallons per hour flow capacity. Perfect for medium ponds, waterfalls, and filtration systems. Ideal for established residential ponds and water gardens.
3100 GPH Pump (SKU: EPA3100): Professional asynchronous submersible mag drive pump with 3100 gallons per hour flow capacity. Perfect for medium to large ponds, waterfalls, and filtration systems. Ideal for larger residential ponds and koi ponds.
4500 GPH Pump (SKU: EPA4500): Professional asynchronous submersible mag drive pump with 4500 gallons per hour flow capacity. Perfect for large ponds, waterfalls, and commercial water features. Ideal for serious pond enthusiasts and large koi ponds.
5500 GPH Pump (SKU: EPA5500): Professional asynchronous submersible mag drive pump with 5500 gallons per hour flow capacity. Perfect for very large ponds, substantial waterfalls, and commercial installations. Ideal for large residential ponds and commercial water features.
6500 GPH Pump (SKU: EPA6500): Professional asynchronous submersible mag drive pump with 6500 gallons per hour flow capacity. Perfect for very large ponds, major waterfalls, and commercial water features. Ideal for large-scale residential ponds and commercial installations.
9500 GPH Pump (SKU: EPA9500): Professional asynchronous submersible mag drive pump with 9500 gallons per hour flow capacity. Perfect for the largest ponds, major waterfalls, and commercial installations. Ideal for lakes and large commercial water features.
Asynchronous Motor Technology
Asynchronous motors offer superior energy efficiency compared to traditional synchronous motors. They consume less electricity while delivering reliable performance, reducing operating costs. The asynchronous design also provides quieter operation and longer motor life.
Mag Drive Advantages
Magnetic drive pumps use magnets to transfer power from the motor to the impeller, eliminating the need for a traditional shaft seal. This design reduces wear, prevents leaks, extends pump life, and improves reliability.
Specifications
- Type: Asynchronous submersible mag drive pumps
- Capacities: 1900, 2500, 3100, 4500, 5500, 6500, 9500 GPH
- Motor: Asynchronous, energy-efficient
- Drive: Magnetic drive
- Installation: Submersible
FAQ
Q: Which size should I choose?
A: Choose based on your pond size and application. Larger ponds and higher waterfalls require higher GPH ratings. Consult pump sizing guidelines or a pond professional.
Q: What does asynchronous mean?
A: Asynchronous motors are energy-efficient motor technology that consumes less electricity while providing reliable performance and quiet operation.
Q: What is mag drive?
A: Mag drive (magnetic drive) uses magnets to transfer power, eliminating shaft seals for longer life, reduced wear, and improved reliability.
Q: Are these pumps energy-efficient?
A: Yes, asynchronous motor technology provides superior energy efficiency, reducing operating costs compared to traditional pumps.
Q: Can these run continuously?
A: Yes, these pumps are designed for continuous-duty operation in pond and water feature applications.
Q: What is GPH?
A: GPH stands for Gallons Per Hour, indicating the pump's flow capacity. Higher GPH means greater flow rate.
