AC Water Pump Product Highlights
- Wide Application Coverage: Designed for systems that need stable AC power, a higher flow rate, and longer operating hours. These systems include water supply for buildings, irrigation systems, and industrial water transfer.
- Multiple Pump Types Available: It has models of centrifugal, self-priming, jet, booster, and submerged AC water pumps for a range of uses.
- Flexible Performance Options: It comes with a range of motor powers, impeller designs, and pump configurations to meet a wide range of needs, from low-pressure water transfer to high-head pumping systems.
- Voltage & Frequency Adaptation: It works with voltages of 110V, 220V, and 380V and frequency standards of 50Hz and 60Hz for markets around the world.
- Durable Material Selection: For different types of water, it comes with parts made of cast iron, stainless steel, and materials that don’t rust.
- Bulk Supply Support: You can rely on stable supplies, the ability of factories to make goods, and the ability to do OEM and ODM work.
AC Water Pump Supplier for Bulk Project Orders
HunGerät AC water pumps are designed for applications that require stable water pressure, reliable flow performance, and continuous operation beyond simple water transfer. This series helps distributors, contractors, and engineering firms find the right pumps for household, commercial, agricultural, and industrial projects by offering a large selection of models with a wide range of flow rates, pressure needs, and uses.
The AC motor system is made to work reliably when connected to the power grid, and the hydraulic parts have been improved to keep the flow rate constant under a range of load conditions. Good mechanical seals lower the chance of leaks, and different materials, like cast iron and stainless steel, make them better able to handle different types of water. HunGerät offers a full selection of AC water pumps that are easy to find, can be customised, and can be used continuously in markets around the world.
AC Water Pumps by Design
Centrifugal AC Water PumpsThis kind has a rotating impeller that moves water quickly and efficiently. It is commonly used for water supply, circulation, irrigation, and other pumping tasks that need stable flow performance.
Self-Priming AC Water PumpsThe design of these pumps makes them able to suction well and start up easily. They work well in situations where the pump needs to handle air lift or a lot of use.
Jet AC Water PumpsJet pumps can reliably remove water from a system and also raise the pressure, which makes them a good choice for wells, small water systems and homes.
Booster AC Water PumpsThese pumps are made to raise the water pressure in homes, businesses, and other places. They help keep the water flow steady when more than one outlet needs the same level of pressure.
Submersible AC Water PumpsWhen put straight into water sources, these pumps work well for wells, drainage, irrigation, and other deep water uses where they need to work reliably underwater.
Stainless Steel AC Water PumpsStainless steel parts are more resistant to corrosion and work better when they come into contact with water. They can be used in situations where better toughness and longer service life are needed.
Why Choose HunGerät as Your AC Water Pump Supplier
HunGerät has been making pumps for 25 years, so they know what dealers, wholesalers, and engineers around the world need. We focus on making sure that our pumps work well, that our production standards are always met, and that we offer useful solutions that help our customers lower the risks of sourcing and create long-lasting product lines.
HunGerät’s 25,000 m² factory helps with production, quality control, inventory, and handling large orders. We can keep up a steady supply of AC water pumps for regular sales, seasonal demand, and big projects thanks to this production capacity.
One of the most important parts of an AC water pump is the motor. Important steps in making motors are controlled by HunGerät, such as copper winding and performance tests. This makes the motors more reliable, stable in use, and consistent across batches.
There are different needs for different markets and uses. HunGerät offers flexible OEM/ODM solutions, which let customers make changes to voltage, frequency, pump materials, packaging, branding, and models to make AC water pump products that are right for their target markets.
Before it is sent out, every AC water pump goes through production checks and performance checks. For distributors and project partners, this helps make sure stable quality, fewer problems after the sale, and more reliable product performance.
HunGerät tries to build long-term relationships with customers around the world by providing a stable supply, being responsive to contact, and providing ongoing product support. We offer reliable AC water pump solutions for ongoing business growth, whether it’s for engineering jobs or wholesale distribution.
AC Motor with Capacitor Start Design for Reliable Starting
HunGerät AC water pumps have AC motors that have capacitor start structures that give the pump more starting power when it first starts up. The motor’s design makes it easier for the pump to start when the water pressure is different, and it also lowers the chance of starting problems caused by load resistance. For you, this means you can make AC water pumps that work better in situations where they have to start up a lot, like business water transfer, building water supply, and irrigation systems.
High-Efficiency Centrifugal Impeller for Stable Flow Output
HunGerät AC water pumps use centrifugal impellers with blade angles that are just right and pump chambers that are the right size to speed up the water and lower the amount of flow loss inside the pump. The shape of the impeller helps keep the flow rate stable when the pump is working with different pressures. For you, this means you can offer AC water pump solutions that work better for circulation, irrigation, and fixed water supply systems.
Overload Protection System for Motor Safety
HunGerät AC water pumps can come with thermal protection devices inside the motor to help keep them from breaking down because of too much use, clogged impellers, or strange operating conditions. The safety system helps lower the risk of motor failure when the temperature of the motor goes above the safe range. For you, this means fewer problems after the sale, and for your customers, it means better pump use.
Cast Iron Pump Housing for Fixed Installation Applications
HunGerät AC water pumps have pump housings made of reinforced cast iron that are made to be stable and last a long time. The stiff pump body helps keep the motor shaft, impeller, and hydraulic chamber in line, which keeps the performance from dropping due to structural deformation. For you, this is a reliable way to move water between commercial and agricultural systems that need to do it all the time.
Multiple Voltage and Frequency Configurations for Market Adaptation
HunGerät AC water pumps can work with voltages of 110V, 220V, and 380V, as well as frequencies of 50Hz and 60Hz to meet the needs of different electricity standards. The parameters of the motor winding are changed based on the power source needed to keep the operation stable. This makes it easier for you to send AC water pumps to different countries without having to change the structure of the whole product.
Your Reliable Factory for AC water Pumps
It takes more than just looking at product specs to find the right AC water pump supplier. To make sure you get AC water pumps that meet market standards, HunGerät pays attention to practical manufacturing details like testing pump performance, checking electrical safety, matching motors, and making sure production is always the same. These quality controls help cut down on problems during installation, make you happier, and make sales go more smoothly for you.
HunGerät has been making pumps for 25 years, so they know what the needs of markets around the world are for water pumps and how to work together on long-term supply agreements. Our production system can handle a wide range of order sizes, model combinations, and solutions that are specifically made for each area. From choosing the right products to making sure they get to you on time, our team makes it easy to communicate and get help, so you can feel more confident about your buying plans.
AC Water Pump Application Areas
Homes, villas and apartment complexes need good water flow so that people can do everyday things like showering, cleaning and using the kitchen. Water delivery is more stable with AC water pumps, especially in buildings with more than one floor or places where the water pressure isn’t high enough.
Farms, greenhouses, and landscaping projects need a steady flow of water to all of their areas and irrigation lines. When moving water from wells, tanks, or pools, AC water pumps offer reliable flow performance. This helps you keep irrigation systems running smoothly.
Hotels, schools, restaurants, and office buildings need pumps that can work for long hours and handle a lot of water use. HunGerät AC water pumps are reliable ways to move water in business settings, which helps you keep things running smoothly and cut down on system downtime.
In factories and workshops, water is often needed to cool down equipment, clean it, run circulation systems, and help with production. Because our AC water pumps are made with different flow and pressure choices, you can choose the right model for your industrial water handling needs.
Pipelines and sprinkler systems are planned ways to get water to parks, green areas, and private landscaping. You can make efficient watering systems for a variety of outdoor uses with AC water pumps because they have stable water flow and can be installed in a number of ways.
Pumps must work continuously and reliably for water treatment equipment, filtration systems, and circulation loops. You can choose from different types of materials and configurations for HunGerät AC water pumps. This lets you find pump options that work best for clean water applications and your system’s needs.
What kind of flow range does an AC water pump have? It varies on the motor power, the hydraulic design, and the type of pump. Most AC water pumps can move water at speeds between 1 m³/h and 200 m³/h. Larger industrial models can handle higher flow rates for irrigation, engineering projects, and commercial water supply.
Most AC water pumps have a head range of 10 to 100 meters, but this can change depending on the motor power, pump structure, and type of impeller. If you need higher pressure for things like multi-story buildings, long-distance water transfer, or booster systems, you should choose models with more head capacity.
There are different motor power options for AC water pumps, usually between 0.25 HP and 30 HP or more, based on the job. Small residential pumps usually have motors with less power. On the other hand, higher-power AC pump motors are needed for irrigation in agriculture, business buildings, and industrial systems.
The flow rate of a 1 HP AC water pump is usually between 3 and 10 m³/h, but this depends on the design of the pump, the required head, the size of the pipe, and the conditions under which it is used. For lower head applications, the flow rate is generally higher, while for higher pressure applications, the flow rate is lower.
The total head number tells you how high an AC water pump can lift. Standard pumps can usually move water 10 to 50 meters, but high-head centrifugal or multi-stage AC pumps can go 80 to 150 meters or even higher for certain uses.
Under normal circumstances, most AC self-priming water pumps can handle flow depths of 6 to 9 meters. The real suction power depends on the length of the pipe, the temperature of the water, the height of the installation, and the type of pump used.
Depending on the motor design, cooling conditions, water quality, and maintenance schedule, a properly chosen AC water pump can usually run for 8 to 24 hours a day. For continuous-duty use, industrial-grade types with motors wound with copper and long-lasting mechanical seals work best.
Most standard AC water pumps are made to work with water temperatures between 0°C and 40°C. However, models with special mechanical seals and materials can handle higher temperatures, usually up to 80°C to 100°C, depending on the design.
Most AC water pumps are made to work with 110V, 220V, or 380V power sources that have either a 50Hz or 60Hz frequency. This lets you choose pumps that work with electricity standards in different countries.
The right pipe size relies on the flow rate of the pump and the needs of the system. Most AC water pumps have connection sizes between 1 inch and 6 inches. For higher flow applications, larger commercial models may have connections with bigger flanges.
Yes, AC water pumps are commonly used for watering plants, greenhouses, and gardening. Pumps range from small 0.5 HP–2 HP models to larger 10 HP+ models, depending on the size of the field and the method of irrigation.
A 50Hz AC water pump and a 60Hz AC water pump work and have motor speeds that are different. A 60Hz pump usually works faster and might have more flow or head, but you should always make sure that the frequency of the pump matches the power supply in the area.
An AC water pump’s efficiency rests on how well the motor works, how the hydraulics are designed, and how the pump is used. Motor efficiencies for good centrifugal AC pumps are usually between 70% and 90%, which helps keep costs down over time.
Yes, many AC water pumps can connect to pressure switches, control panels, or VFD systems. These ways of controlling help keep the water flow stable, cut down on the number of times the system has to be started, and make better use of energy in booster water supply systems.
Cast iron pump cases, stainless steel shafts, brass or stainless steel impellers, and carbon or ceramic mechanical seals are all common materials for AC water pumps. The choice of material relies on the type of water, the need for corrosion resistance, and the conditions of the application.
Flow rate (Q), head (H), and pump efficiency (·) are the main factors used to figure out how much power an AC water pump needs. One easier way to write it is: P(kW) = Q × H ÷ (367 × ·). For instance, a pump with a flow rate of 10 m³/h, a head of 30 m, and an efficiency of 70% needs about 1.17 kW, so a 1.5 kW motor is commonly chosen to keep it running smoothly.
Checking the mechanical seals, cleaning the filters, checking the bearings, and listening for noise or vibration are all normal parts of maintaining an AC water pump. Regular inspections help keep things in good shape and avoid unplanned downtime.
Yes, AC water pumps are often found in hotels, apartments, offices, and public places. People usually choose pumps for these uses by looking at the height of the building, the amount of water that is used every day, the pressure that is needed, and the number of hours that the pump will be used.
The requirements for certification depend on the market you want to reach. Electrical safety standards, motor protection rates, and regional compliance certifications may be some of the most common things that AC water pumps need to make sure they meet local import and installation rules.
Distributors should look at the performance range of the pump, its production capacity, quality control, availability of spare parts, ability to be customised, and dependability of delivery. Working with an experienced AC water pump maker like HunGerät can help you find the best products at the best prices.
How to Pick the Right AC Water Pump for Your System
Finding the right AC water pump starts with making sure that the pump’s performance matches your water needs. First, make sure you know how much water your system needs to move (the flow rate in m³/h). Next, check the head (in meters) to make sure the pump can handle pipe length, differences in elevation, and pressure losses. You should also think about what the pump will be used for, like providing water to homes, farms, swimming pools, or factories. Each of these uses calls for a different type of pump structure and level of performance.
You should look at the water quality, installation space, power source, voltage, frequency, and connection size of an AC water pump before you buy it. Standard cast iron models may be a cost-effective choice for clean water uses. On the other hand, stainless steel materials or better sealing designs are better for uses that need higher corrosion protection. To make sure the motor works smoothly, you should also make sure the power matches the electrical standards in your area. If you need help picking the right AC water pump, HunGerät can look at how you work and give you a pump option that fits your project or market.
