ABS Plastic Big Flow Rate Chemical Resistant Black Pond Water Pump
| Model | Voltage | HZ | Power(KW) | Power(HP) | Hmax(m) | Qmax(m³/h) | Port Size(inch/mm) |
| FEL-180 | 220V-380V | 50/60 | 0.18 | 0.25 | 5 | 8.4 | 50 1.5” |
| FEL-250 | 220V-380V | 50/60 | 0.25 | 0.35 | 8 | 9.6 | 50 1.5” |
| FEL-370 | 220V-380V | 50/60 | 0.37 | 0.50 | 11 | 12.6 | 50 1.5” |
| FEL-550 | 220V-380V | 50/60 | 0.55 | 0.75 | 10.5 | 14.4 | 50 1.5” |
| FEL-750 | 220V-380V | 50/60 | 0.75 | 1.00 | 11 | 16.5 | 50 1.5” |
| FEL-900 | 220V-380V | 50/60 | 0.90 | 1.2 | 22 | 18 | 50 1.5” |
Description
FEl swimming pool water pump is able to use in the salt water or
chlorine filtered pools. Its built with a corrosion resistant
marine grade cast iron motor housing and chemical resistant
thermoplastic filter and engineer plastic pump body which allows
the pump to be tough and durable. It provides high effective
cleanin filtration basket which designed to capture and prevent
fine debris from entering the pump,make the pump to supply a long
time service.
Features:
- Beautiful New Look, Safe, Reliable and Super Quiet. Stainless Steel
impeller shaft is resistant to corrosion. Low power consumption.
Epoxy Sealed, High Grade ABS Pump Housing, No Sand. Stator Bobbin
wound with Pure Copper Wiring, No Aluminum. UL-Certified Plug and
Copper Enameled Power Cables.
- Easy to Install and Clean. No tools required to install, uninstall
or disassemble. 5 ft long cord for easy power access. 3 strong
suction cups keep it in place, so you can stick it on the side of
the aquarium or other smooth flat surface, either vertically or
horizontally.
- Adjustable flow rate. Max Flow Rate: 66 GPH, Max Lift Height: 1.9
ft. As flow is increased, lift is decreased and vice versa.
- This submersible pump is designed for small to medium size
aquariums, tabletop fountains, water gardens and hydroponic
systems. Backed by 12-month warranty and professional after-sale
service within 24hrs
- Compact Size. Dimensions: 1 3/4 x 1 1/2 x 1 1/4 in. Fits 1/4 " ID
tubing connector.
Outlook
At present, the efficiency of silicon solar panels is difficult to
increase in a short period of time. Although the second-generation
thin-film solar cells and the third-generation organic solar cells
have obvious advantages in cost, they are currently mass-produced
with silicon solar panels. Compared to not competitive. In the
future, silicon panels will still occupy a large market share.
Therefore, in the future, the research and development direction of
solar pump systems should focus on the following three aspects:
(1) Research and development of high-efficiency pumps and motors to
improve the range of high-efficiency zones of motors and pumps
under a wide range of speeds and flow rates and to reduce the
system's pumping threshold power. Develop low-cost,
high-reliability intelligent controllers to improve performance
matching between components and respond to changing weather
conditions, thereby improving system dynamic quality and overall
efficiency. At the same time, the development and promotion of
comprehensive technologies for complementary energy utilization of
small and medium-sized wind-light-heat;
(2) General methods for predicting long-term performance of solar
pump systems under multi-factor changes such as climate, light,
water level and water demand, and system design methods based on
dynamic changes, establishing databases in different regions to
gradually replace the method of estimating static averages ;
(3) With the reduction of the price of the panel and the
development of small and medium-sized solar systems, in the future,
on the basis of optimizing the power of the panel, the evaluation
of the operational reliability of the system should be increased to
improve the long-term reliability of the system and the stability
of the water supply.
