AC Submersible Water Pump

AC Submersible Water Pump

Easy to install: the aluminum shell submersible pump is small and light, easy to install and operate, and takes up less space, which is very suitable for occasions with shallow water depth.

  • Product Introduction
PUMP
Trans medium's PH 6-8.5
Max ambient temperature <40℃
Operating depth 5m
MOTOR
Voltage/Frequency 115V-127V-230V/60Hz
Insulation Class B
Protection Class IP68

 

Advantages of Aluminum casing submersible pump

 

 

Strong durability: the aluminum alloy material has strong corrosion resistance and wear resistance, and has a long service life.

 

Easy to install: the aluminum shell submersible pump is small and light, easy to install and operate, and takes up less space, which is very suitable for occasions with shallow water depth.

 

Energy saving and environmental protection: the aluminum casing submersible pump has the characteristics of low energy consumption, low noise, low vibration, low pollution, high efficiency, etc., making its use more energy-saving and environmentally friendly.

 

Strong applicability: aluminum casing submersible pumps can be used in various occasions, such as silt lakes, swamps and other places with poor water quality, and can also be used in water supply, irrigation, water supply and drainage and other fields.

 

Easy maintenance: The aluminum shell submersible pump has the characteristics of high sealing, which greatly reduces the occurrence of water ingress, leakage and other failures, and is easy for daily maintenance.

 

Application of Aluminum casing submersible pu

 

1. Water Supply and Irrigation
Agricultural Irrigation: Aluminum casing submersible pumps are commonly used in irrigation systems for agricultural fields. These pumps can efficiently extract groundwater for irrigation, ensuring crops receive consistent water supply.
Domestic Water Supply: In rural or remote areas, these pumps are used for drawing water from wells, boreholes, or other sources for household use, ensuring a reliable water supply for homes, villages, or small communities.
2. Sewage and Wastewater Treatment
Wastewater Pumping: In wastewater treatment plants, aluminum casing submersible pumps are employed for transferring sewage and effluent from one stage of treatment to another. Their corrosion resistance is ideal for handling wastewater with high acidity or various chemicals.
Sewage Systems: These pumps are used in municipal or industrial sewage systems to pump wastewater from underground tanks to treatment facilities. Their ability to operate efficiently in submerged conditions makes them ideal for this purpose.
3. Industrial and Commercial Applications
Cooling Systems: Aluminum casing pumps are used in industrial cooling systems, where they circulate water or coolant in large systems, often for power plants, factories, or machinery cooling.
Pressure Boosting Systems: In buildings or industrial facilities, these pumps can be used to boost water pressure for various applications, such as in HVAC (Heating, Ventilation, and Air Conditioning) systems, fire safety systems, and water distribution systems.
4. Mining and Construction
De-watering Applications: In mining, construction, or excavation projects, aluminum casing submersible pumps are often used to remove excess water from pits, tunnels, or basements. These pumps help prevent flooding and waterlogging during construction activities.
Groundwater Control: In construction sites or mining operations, groundwater can pose challenges. Aluminum casing submersible pumps are used to maintain dry conditions by removing water accumulated in pits or excavated areas.
5. Flood Control and Emergency Water Removal
Stormwater Drainage: In flood-prone areas, aluminum casing submersible pumps are used to remove floodwater from streets, basements, or infrastructure. They are often deployed during emergencies or heavy rainfall to prevent property damage and infrastructure failure.
Flood Relief Operations: In natural disaster scenarios, these pumps are used in flood relief operations to help evacuate water from affected areas, especially in regions with limited access to electrical power or where lightweight and portable pumps are necessary.

Precautions for using AC submersible pumps
 

Proper installation

Make sure the pump is installed at the correct depth of the water source. The pump should be fully submerged to ensure efficient operation, but never run in shallow water, which may cause overheating or damage. Place the pump on a stable surface to prevent it from moving during operation.

Check the power supply and electrical connections

Make sure the pump is properly grounded to avoid electric shock or short circuits. It is recommended to install a ground fault circuit interrupter (GFCI) outlet for increased safety. Confirm that the pump's rated voltage (e.g. 110V, 220V) matches your power supply. Incorrect voltage may damage the pump's motor.

Avoid dry running of the pump

Never run the pump without being submerged in water. Dry running can severely damage the motor due to lack of cooling and cause overheating, which can cause the motor to burn out.

Maintenance and cleaning

Clean the pump regularly, especially the water inlet and outlet, to prevent clogging. Dirt, debris or algae can block water flow, causing inefficiency or damage.

Prevent Corrosion

If the pump is used in saltwater or chemically aggressive environments, choose a pump with corrosion-resistant materials such as stainless steel or coated metal. When not in use, store the pump in a dry, cool place to prevent rust and corrosion.

Temperature Limits

Do not operate the pump in excessively hot water. Most submersible pumps are designed to operate in water temperatures between 4°C and 40°C (39°F and 104°F). Excessively hot water can damage seals, motors and other components.

 

 

product-750-750

who we are?

Over the last 30 years, we have been standing on high quality all along, It specialized in researching, manufacturing, and selling all kinds of agricultural water pumps, domestic water pumps, and engineering construction pumps.

We focus on pump R&D and manufacture in agricultural irrigation, family life, engineering construction areas. More than 2,000 product sales and service outlets are spread all over the country and exported to the United States, South Korea, Southeast Asia, Europe, Middle East and South America and other countries and regions, enjoying high reputation in European and South American markets. The products have passed CE, GS, TUV, ROHS and other certifications.

Factory

We have there are many mature parts supply chains and experienced employees, which makes us unique.We also have a large-scale, high-quality production capacity.

Traceability

It's important to have complete traceability (the ability to track a product's history, origin, materials, and movement throughout its lifecycle) of all components, including valves..

Superior Hygiene Standards

Our products are built to meet strict hygiene standards. Their smooth surfaces and sanitary seals minimize the risk of product contamination, ensuring the integrity and safety of the fluid being processed.

R&D

We have a strong and experienced technical team. Since our establishment, we have been providing our customers with many unique and competitive product designs, enabling them to stand out and win in the market competition.

 

FAQ

Q: What is an AC submersible water pump?

A: An AC submersible water pump is an electrically powered pump that operates underwater to move water. It is powered by alternating current (AC) electricity, typically from a household or industrial electrical supply. These pumps are fully submersible, meaning they can operate while submerged in water without damage.

Q: What are the advantages of using an AC submersible water pump?

A: Some key advantages include:
● Efficiency: AC submersible pumps are typically energy-efficient.
● Durability: They are designed for long-term use in harsh conditions, including underwater.
● Compact Design: The pump is usually smaller and more compact than other types of pumps, making it easier to install and use in tight spaces.
● Reliability: They can operate continuously for long hours without overheating, thanks to their robust motor cooling system.

Q: What types of applications can an AC submersible water pump be used for?

A: These pumps are versatile and can be used in various applications, such as:
● Water supply for homes, irrigation, or industrial systems.
● Drainage for construction sites, basements, or flood-prone areas.
● Wastewater treatment in municipal or industrial settings.
● Pumping water from wells, boreholes, and ponds.
● Aquaculture systems for water circulation and aeration.

Q: How deep can an AC submersible water pump operate?

A: The depth an AC submersible pump can operate varies depending on the model and its specifications. Some pumps are designed to operate at depths of 10 to 200 meters (33 to 656 feet) or more, making them suitable for deep wells, boreholes, or even underwater drainage systems.

Q: How does an AC submersible water pump work?

A: AC submersible pumps work by using an electric motor enclosed within a sealed casing. The motor drives an impeller, which moves water from the intake to the outlet, generating flow. The pump is designed to be submerged in water, which helps cool the motor and keep it running efficiently.

Q: Can I use an AC submersible pump for dirty or muddy water?

A: Yes, some AC submersible pumps are designed specifically for handling dirty or muddy water. These pumps typically feature larger impellers and more robust components to handle suspended solids and debris. However, you should always check the pump's specifications to ensure it is suitable for dirty water applications.

Q: How do I maintain an AC submersible water pump?

A: Regular maintenance for an AC submersible pump involves:
● Checking for blockages in the intake and outlet pipes.
● Cleaning the pump regularly to prevent debris buildup, especially if used in dirty water.
● Inspecting the electrical components for wear or damage.
● Ensuring proper cooling by avoiding pump operation in excessively shallow water.
● Lubricating bearings and checking seals for leaks.

 

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