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370 Kruger Road
Strijdom Park, Randburg.
Tel: +27(11) 792 9550 / 1 / 2
Email: eeeaman@mweb.co.za

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Understanding Multistage Submersible Pumps

Ernest Electro Engineering is a leading provider of high-quality multistage submersible pumps in Johannesburg. We specialise in the manufacturing and distribution of top-of-the-line submersible pumps designed to meet the needs of a wide range of industrial and commercial applications. So whether you’re in need of a powerful pump for a construction project, or a more efficient and reliable pump for your agricultural or mining operations, we have the perfect solution for you.

Our multistage submersible pumps are designed to provide maximum performance and efficiency, even in the most demanding conditions. They feature multiple stages of impellers that work together to generate high pressures and flow rates, making them ideal for a wide range of applications, including irrigation, drainage, and water supply.

Benefits Of The Multistage Submersible Pumps

One of the key benefits of our multistage submersible pumps is their ability to handle a wide range of liquids, including clean water, sewage, and even abrasive liquids. This makes them an ideal choice for various industrial and commercial applications, from water treatment plants and mining operations to construction sites and agricultural operations.

In addition to their versatility and performance, our multistage submersible pumps are also known for their reliability and durability. They are built to withstand harsh conditions and designed to operate for many years with minimal maintenance and repair. This makes them an ideal choice for customers who need a pump that can withstand the rigours of heavy use and demanding conditions.

Contact Ernest Electro Engineering for details

We are committed to providing our customers with the best quality products and services possible. Our team of experienced engineers and technicians works closely with our customers to understand their specific needs and develop solutions that meet them. So whether you’re looking for a powerful pump for a construction project or a more efficient and reliable pump for your agricultural or mining operations, we have the perfect solution for you.
If you need help deciding on a multistage submersible pump, contact our experienced engineers to assist you. Ernest Electro Engineering is a leader in the local pump industry and has a great selection of multistage submersible pumps in Johannesburg. If you want to learn more about the pump industry and our other offers and solutions, please continue browsing our website for details.

Ernest Electro Engineering is a leading provider of dewatering sewage pumps in Johannesburg. We understand the importance of maintaining a clean and safe environment, which is why we offer top-of-the-line dewatering sewage pumps to help keep your city’s sewage systems functioning correctly. Our pumps are designed to handle even the toughest of jobs, making them the perfect choice for any dewatering project.
Dewatering sewage pumps are essential for the proper functioning of any sewage system. They are used to remove water and other liquid waste from the system, preventing the build-up of harmful bacteria and other harmful substances. Dewatering pumps are also used to prevent flooding and other water-related hazards that can occur in a sewage system.
Ernest Electro Engineering offers a wide range of dewatering sewage pumps designed to handle various types of sewage systems. Our pumps are built to withstand the toughest conditions, ensuring they can handle even the heaviest loads. We also offer pumps designed to operate in extreme temperatures, making them suitable for use in any environment.
Our dewatering sewage pumps are also highly efficient and energy-saving. They are designed to use minimal energy while providing maximum performance, which helps to keep operating costs low. We also offer pumps equipped with advanced features such as automatic shut-off and overflow protection, which help prevent damage to the pump and the sewage system.
When it comes to dewatering sewage pumps, you can rely on Ernest Electro Engineering. We have a team of experienced technicians who can provide expert service and support, ensuring that your dewatering pump is installed and maintained correctly. We also offer a wide range of spare parts and accessories, making it easy to keep your pump in top working condition.

Contact Ernest Electro Engineering for details

At Ernest Electro Engineering, we are committed to providing our customers with the best dewatering sewage pumps in Johannesburg. We understand the importance of maintaining a clean and safe environment and are dedicated to providing our customers with the best products and services to help them achieve this. So whether you need a dewatering pump for a small residential project or a large commercial project, we have the right pump for you.
If you need help with finding suitable dewatering sewage pumps, contact our experienced engineers to assist you. Ernest Electro Engineering is a leader in the local pump industry and has a great selection of dewatering sewage pumps. If you want to learn more about the pump industry and our other offers and solutions, please continue browsing our website for details.

Centrifugal pumps are the most widely available and widely used pump type on the market due to their relative simplicity of design. Centrifugal pumps are classified into two types based on the number of impellers: single-stage and multistage.
A single impeller is used in single-stage pumps. As a result, the discharge pressure is proportional to the impeller size. As a result, these pumps are a better fit for higher flow, lower pressure installations.
Multistage pumps have a flexible range of flow and head and a relatively higher degree of energy efficiency, making them an excellent choice for many applications. In addition, a multistage pump circulates fluid through two or more impellers connected in series. As a result, such a pump will have multiple liquid chambers or stages linked in series. Each stage comprises an impeller, a diffuser, and return guide vanes, all housed within the same stage casing.
These impellers are connected in series and rotate on a single shaft powered by an external source, usually a motor. The design of multistage pumps allows fluid to flow only linearly through the chambers.

How do multistage pumps work?

After priming the pump, the fluid enters the first chamber through the pump inlet at suction line pressure. The fluid then flows sequentially from left to right through various impellers, or vice versa, depending on the design of the pump. Finally, the fluid exits at high pressure. Each impeller feeds into the next, and the pressure increases with each stage.
The higher the final discharge pressure, the more stages or impellers there are in a pump. While the fluid pressure increases with each stage, the flow range remains constant for any given RPM.
Multistage pump types

There are many different types of multistage pumps, as listed below, but the most common ones are vertical and horizontal pumps.
Horizontal multistage centrifugal pump (above ground)
Horizontal split case pumps
Sanitary multistage pumps
Side channel pumps
Submersible/sump pumps
Vertical multistage centrifugal pump (above ground)
Vertical turbine pumps

Advantages of using multistage pumps

Because multistage centrifugal pumps have multiple impellers, they can increase water pressure in series from one stage to the next, delivering higher pressures than a similarly sized single-impeller pump. In addition, because the head per stage is lower, smaller impellers with tight tolerances can be used, reducing leakage loss.
In addition, multistage pumps help to save space on the floor. Because of the smaller impeller diameters and tighter clearances, these pumps require less motor horsepower, resulting in increased performance and efficiency. In addition, adding stages reduces noise levels for pumps with the same discharge pressure output compared to a single-stage pump.
Disadvantages of multistage pumps
Multistage pumps have a more complex design and a greater number of moving components than single-stage pumps. As a result, the repair and maintenance of these pumps are relatively expensive and necessitate a higher level of technical expertise.
Furthermore, tighter tolerances prohibit the presence of solids in the fluid flow, which is why multistage pumps are commonly used to transport water or other low-viscosity fluids.
In addition, because such pumps have multiple stages, the pump rotor is more sensitive to external or natural vibrations.

Multistage pumps applications

A multistage pump has applications in a wide range of industry verticals that require the movement of fluids. For example, high-rise buildings require higher pressure to deliver water to their overhead tanks. For such applications, multistage pumps are commonly used. They are also frequently used to increase the pressure in the water system or circulate water continuously.
Other important multistage pump applications include:
• Boiler feeder pumps in power plants
• Fuel delivery
• High-pressure
• Irrigation
• Mining
• Oil and gas production
• Pressurising water for firefighting
• Pressurising water to create snow for sports and resorts
• Reverse osmosis

Contact Ernest Electro Engineering for details

If you need help deciding on a multistage pump for your fluid transportation needs, contact our experienced engineers to assist you. Ernest Electro Engineering is a leader in the local pump industry and has a great selection of multistage pumps. If you want to learn more about the pump industry and our other offers and solutions, please continue browsing our website for details.

Ernest Electro Engineering is a leading provider of electric motor rewinding services in Johannesburg. We have been serving the Johannesburg community for more than four decades and have built a reputation for providing high-quality, reliable, and efficient services. Our team of experienced technicians is dedicated to ensuring that your electric motor is running at its best, and we are committed to providing you with the best possible service.

Electric motor rewinding is an essential part of maintaining and repairing electric motors. It is a process of removing the old windings from an electric motor and replacing them with new windings. The process is important because it helps to prolong the life of the electric motor, and it also helps to improve its efficiency. However, electric motor rewinding is a complex process that requires a high level of skill and expertise, and that is why it is essential to choose a reputable and experienced company like Ernest Electro Engineering.
Our team of technicians has years of experience in electric motor rewinding and is equipped with the latest tools and equipment to ensure that the job is done correctly. We understand that electric motors are critical to the operation of your business and that downtime can be costly. That is why we strive to complete the work as quickly as possible while still ensuring that the job is done to the highest standards.

We offer a wide range of electric motor rewinding services, including AC and DC motor rewinding, generator rewinding, and pump motor rewinding. We also provide a comprehensive range of other services, including electrical repairs and installations, control panel manufacturing, and electrical maintenance. Our services are available for both industrial and commercial customers, and we are committed to providing the best possible service to all our clients.
We pride ourselves on providing excellent customer service, and our team is always willing to go the extra mile to ensure that our customers are satisfied. We understand that every customer has different needs, and that is why we offer a flexible service that can be tailored to meet your specific requirements. Whether you need a small repair or a complete rewind, we are here to help.

Contact Ernest Electro Engineering for details

We understand the importance of safety, and that is why we follow all industry safety guidelines and regulations. Our team is trained in the latest safety procedures, and we take every precaution to ensure that the work is done safely. If you need help with electric motor rewinding, contact our experienced engineers to assist you. Alternatively, please continue to browse our website to learn more about the pump industry and our other offers and solutions.

Because of their associated features, most appliances and machines nowadays maximise electric motors.

For one thing, electric motors are extremely efficient, allowing appliances and machines to operate in various harsh environments. Electric motors do not require fuel or other similar elements. In addition, when compared to other motors, electric motors only maximise a few components, allowing them to last longer. They can eventually be combined with automated controls, making them safer and more flexible.

Even with these features, electric motors are expected to deteriorate over time due to prolonged use. Fortunately, electrical motor rewinding can still extend their service life.

Electrical motor rewinding, also known as motor rewinding, is a process that aims to restore most of an electric motor’s efficiency. Instead of throwing away an electric motor, this process allows it to continue to work and operate for a few more years.

The fundamentals of electrical motor rewinding

There are several advantages to electrical motor rewinding.

One advantage of electrical motor rewinding is that it can improve motor efficiency. As previously stated, motor rewinding can provide a great way to extend the service life of a motor. When completed successfully, an electric motor is expected to function correctly, generating sufficient power within acceptable tolerances. Aside from increased efficiency, rewinding can also result in lower operating costs. Users who choose this process will undoubtedly save money, time, and energy because they will not have to purchase new electric motors.

Another advantage of electrical motor rewinding is that it can benefit the environment. The process of motor rewinding is environmentally friendly because it generally recycles old parts of electric motors rather than throwing them away in landfills. This benefit can then be used to help reduce pollution and toxic emissions.

Why choose Ernest Electro Engineering for electrical motor rewinding?

An electrical motor rewinding by Ernest Electro Engineering carries the same guarantee as a brand new electric motor bought from any manufacturer or supply company. However, the savings are approximately two-thirds the price of a new electric motor. The cost should, therefore, not be more than a third of the price of a new motor. We repair AC electric motors from a fraction of horsepower up to 200HP and DC motors up to 50KW.

Many people do not realise that electrical motor rewinding or refurbishing an electric motor that has failed due to wear and tear, single phasing, lightning or any other electrical supply problem is an art no longer respected and understood. Ernest Electro Engineering is an old armature winding company that has brought the refurbishing of electric motors forward since 1964.

Contact Ernest Electro Engineering for details

If you require electrical motor rewinding services for your electric motor, please us. We are an industry-leading company and take pride in our ability to convert our most valuable assets into the best services for you.

In addition, Ernest Electro Engineering is a leader in the local pump industry and has a great selection of pumps. We’ll be happy to recommend the right pump for your needs, and if you want to know more about our offers on pumps, contact one of our representatives today. If you would like to learn more about the pump industry, our electrical motor rewinding services, and our other offers and solutions, feel free to continue browsing our website for details.

This guide will help you know your head from your flow when looking into the pump industry.

· BEP (best efficiency point): The kinetic energy produced by a pump is never converted to pressure energy with 100% efficiency. Friction in the seals/bearings, friction of the pumped fluid over the impeller, and other factors contribute to losses. The BEP is the pump’s volumetric flow rate, designed to convert the most kinetic energy into pressure energy.

· BHP (brake horsepower): An engine’s horsepower before the loss of power caused by any load like a gearbox, etc. It is measured by attaching the engine’s shaft to a “Prony brake.”

· Cavitate: The formation of cavities (bubbles) in fluid flow applications in low-pressure areas, resulting in a collapse in the pump’s high-pressure area and loss of capacity, excessive noise, and possibly damage.

· Efficiency: Calculated by dividing the measured power out of a piece of equipment by the power produced and presented as a percentage.

· Flooded suction: This occurs when the pump is located beneath the liquid source, and the suction is fed by gravity. For centrifugal pumps, this is the preferred method.

· Flow: The measurement of a pump’s liquid volume capacity. It is commonly expressed in litres per minute (L/min), litres per second (L/sec), and metres3 per hour (m3/hr).

· Friction head: The force or pressure necessary to overcome friction caused solely by the inside of a system’s pipes/fittings/pumps.

· Head: The energy stored in a fluid due to the pressure applied to its container. It is measured as a length of fluid where a standard of 10 m equals one atmosphere (14.7 psi).

· Impeller: A device attached to a rotating shaft that converts motion energy into the fluid being pumped.

· NPSHA: The available net positive suction head, which can be used to prevent cavitation within the pump. Defined as static head plus surface pressure head minus process fluid vapour pressure minus friction loss due to piping, valves, and fittings.

· NPSHR: Net positive suction head required to prevent cavitation in a pump.

· Performance curve: A graph that shows the relationship between total head and flow rate for a specific pump with a specific impeller and set of characteristics.

· Pipe friction loss: The loss in head caused by friction between the process fluid and the pipe and joint walls.

· Pressure drop: The difference in pressure between two areas of a pump or the inside and outside of a container.

· Pressure: The ratio of a force to the area over which the force is applied, usually expressed in psi or kPa.

· Specific gravity (SG): The ratio of a substance’s density to the density of a reference, typically water at 4°C.

· Specific speed: A dimensionless number used to characterise turbomachinery. Impellers are normalised to a speed in revolutions per minute equal to that of a geometrically similar impeller delivering three litres per minute against 30 centimetres of hydraulic head.

· Suction static head: The height difference between the inlet reservoir’s surface and the pump’s centre line. Pressure is also included if the tank is pressurised.

· Suction static lift: This only happens when the pump is above the inlet reservoir.

· Total head: The sum of the pump’s output heads. It is calculated by subtracting the suction and discharge heads.

· Viscosity: A fluid’s resistance to gradual deformation caused by shear or tensile stress.

Contact Ernest Electro Engineering for details

Ernest Electro Engineering is a leader in the local pump industry and has a great selection of pumps. We’ll be happy to recommend the right pump for your needs, and if you want to know more about our offers on pumps, contact one of our representatives today. If you would like to learn more about the pump industry and our other offers and solutions, feel free to continue browsing our website for details.

Many homes, businesses, and farms in South Africa have boreholes installed in response to water shortages. A borehole is a small, drilled hole that is filled with casing. The casings have inlet holes at the level from which the water will be drawn, and a pump provides suction to pull the water from the ground. However, due to the limited width of boreholes, specialised pumps that can easily fit inside are required. These pumps are either line shaft turbines or submersible electric.

Groundwater collects from rainfall and underground springs. Aside from the drilling costs and the small amount of electricity required to power your borehole pump, having your own water supply will result in significant monthly savings. In addition, borehole pumps use less energy to extract water than tap water, and the water is much healthier.

Borehole pumps are an important economic and environmental choice for providing unlimited access to thousands of litres of clean water per day to homes, businesses, and farms, thereby helping to alleviate water shortages. Generally, a standard borehole pump can extract approximately 20 000 litres of water per day.

Borehole pump to tap

This is the most basic and least expensive borehole pump system because it does not require quite as much infrastructure as the other systems. Instead, water is pumped directly from the underground water table into a series of pipelines for your outside garden taps in a borehole pump to tap system. As a result, you will be able to water your garden with borehole water.

Borehole pump to irrigation

This borehole pump system is similar to the borehole pump system mentioned above with water pumped from the water table to the main water line of your irrigation system. When one of the irrigation zones is activated, the irrigation controller sends power to the borehole pump. This borehole pump system can also be used as a manual irrigation system by connecting it to your exterior garden taps. As a result, opening the faucet will send water to your irrigation system.

Borehole pump to tank

This borehole pump system uses one or more water storage tanks to store borehole water. As a result, the borehole pump directs water to tanks, where it is stored until needed for irrigation or perhaps a garden tap. Then, a booster pump is connected to the tanks to transport the water from the tanks to its destination. This booster pump draws water from the tanks and pumps it into the irrigation mainline or wherever the customer wants it.

Borehole pump to the house

Due to the infrastructure required, this is the most expensive borehole pump system. Like the borehole pump to tank system, it sends water to the tanks. Before entering the house, a booster

pump pumps water through a series of filters. This ensures the water entering your home is of high quality.

Components of a borehole pump system

To begin, a borehole must be drilled down to the water table. Following that, a borehole pump is connected to a pipe as long as the borehole is deep. After that, the borehole pump and pipe are lowered into the borehole. Finally, depending on the system selected by the client, another pipeline is connected here and leads to the water tanks or garden mainline.

  • The benefits of borehole pumps
  • Cost savings because borehole water is less expensive than municipal water.
  • Underground water is of high quality, while municipal water may be contaminated.
  • Using underground water helps to conserve precious resources.
  • It is a drought alternative, acting as a backup water source.
  • Borehole pumps are abrasion, corrosion, and sand resistant, improving their longevity.

Contact Ernest Electro Engineering for details

Before drilling a borehole, you should determine whether there are any other boreholes in the area and whether there is enough underground water to use. The borehole will then be drilled by a borehole company, which will also supply quality borehole pumps and pipes. This company can provide a comprehensive solution that considers local laws and existing infrastructure.

At Ernest Electro Engineering, we have a great selection of submersible electric pumps, including borehole pumps. As experts in our field, we’ll be happy to recommend the right borehole pump for your needs. Contact one of our representatives today if you would like to know more about our offers on borehole pumps. If you would like to learn more about our other offers and solutions, feel free to continue browsing our website for details.

These days, electric motor units do a significant amount of work, like keeping various types of electronic devices running and functional. Different types of electric motors are used to make life easier, but they can be costly to replace. Electric motor rewinding can be performed to restore the motor’s functionality without incurring the high cost of purchasing a new motor.

There are numerous reasons and factors to consider before deciding on electric motor rewinding rather than purchasing a new one. First, rewinding an electric motor is a delicate process that requires expert care. Even a minor error during the electric motor rewinding process can result in a significant loss. Therefore, it is best to have a professional inspect and rewind the electric motor.

Is electric motor rewinding a good choice?

When a motor’s insulation is ruined or simply damaged, electricity begins to transfer from winding to winding, causing excess heat and the motor to fail. Power issues can also cause motor damage. An electric motor’s life and productivity can be extended by performing routine maintenance, including electric motor rewinding when necessary.

When deciding to rewind an electric motor, the motor housing is removed first to expose the windings. Documentation may include photographs and notes. Next, the wire from the brush pad tabs is carefully and completely removed. The motor’s wind-free coils are then severed. The insulation is then inspected to determine whether it is in good condition or whether it needs to be repaired or replaced. The armature is then rewound. The exact winding pattern and number of coils around each winding are recreated. Finally, the windings are connected, and the wires are double-checked to ensure that the tabs do not come into contact. When all of this is completed, the motor housing is reassembled.

Rewinding an electric motor is a time-consuming and difficult task. Unless you are experienced, hiring a professional will save you money and time in the long run.

Why choose Ernest Electro Engineering for electric motor rewinding

Ernest Electro Engineering is a leading South African supplier of comprehensive pumping systems and solutions for commercial and industrial businesses. We offer various thoughtfully designed pumps and electric motor solutions that ensure efficiency and effectiveness across multiple facilities. Our products and services are reasonably priced and provide ongoing value to your business and its operations.

In addition to our dependable, affordable, and quality-driven electric motors and submersible pumps, we offer ongoing services to ensure the continued quality and operational efficiency of these products. This includes replacements, electric motor repairs, and armature rewinding.

Ernest Electro Engineering’s electric motor rewinding carries the same warranty as a brand new electric motor purchased from any manufacturer or supply company. However, the savings are approximately two-thirds the price of a new electric motor. Subsequently, the cost should not exceed one-third of the cost of a new electric motor.

We service AC electric motors ranging from fractional horsepower to 200HP and DC motors up to 50KW.

Ernest Electro Engineering is an old armature winding company that has been advancing electric motor refurbishment since 1964. Refurbishing and electric motor rewinding following a failure due to wear and tear, single phasing, lightning, or any other electrical supply problem is a lost art.

In addition, Ernest Electro Engineering offers a great selection of submersible electric pumps.

Contact Ernest Electro Engineering for details

If you would like to know more about our offers on electric motor rewinding, contact one of our representatives today. If you would like to learn more about our other offers and solutions, feel free to continue browsing our website for details.

Oddesse submersible motor pumps and motors are used in various applications in water supply and disposal. In addition, Oddesse pumps are used in industry and agriculture, mining, shipbuilding, and several municipal, commercial, and private applications. Oddesse pumps can also be used in emergencies.

Oddesse pumps are efficient instruments that provide users with optimum pump and motor set-ups that correspond with their needs.

Ernest Electro Engineering offers a range of drainage solutions from Oddesse pumps. The Söffel range of Oddesse pumps offers the following applications:

  • Dewatering solution for the construction and mining industries
  • Maintaining dry pits and soakaways
  • Controlling disasters attended to by fire brigades
  • Supplying water to industry and agriculture
  • Pumping flooded rooms
  • Irrigation and drainage of municipal and domestic areas
  • Pumping water with solid particle sizes up to 35 mm

In addition, Oddesse pumps offer various advantages, such as:

  • Mobility
  • Lightweight
  • Slim design
  • Fully submersible
  • Continuous operation without the need for monitoring
  • Position-independent operation
  • Environmentally friendly due to biodegradable sealing liquid
  • Long maintenance-free running periods
  • Long service life
  • Wear-resistant and service-friendly
  • Slurping operation possible
  • Tandem operation for high pressures possible

Oddesse pumps available from Ernest Electro Engineering have the following beneficial features:

They are submersible, single-stage centrifugal pumps.

Their motor compartment is sealed with two high-quality mechanical seals.

Ball bearings provide long-life grease lubrication.

The motor is cooled through the pumped medium that flows around it.

Oddesse pumps are available with motor protection.

Automatic level regulations on Oddesse pumps are optional.

Oddesse pumps are constructed from high-quality materials to ensure exceptional functionality in service, industrial, and seawater.

Contact Ernest Electro Engineering for details

At Ernest Electro Engineering, we have a great selection of pumps, including Oddesse pumps – ideal for use as submersible and drainage pumps – and we’ll be happy to recommend the right pump for your needs. If you would like to know more about our offers on pumps, contact one of our representatives today. If you would like to learn more about our other offers and solutions, feel free to continue browsing our website for details.

Before you buy a submersible pump, make sure you know the facts about them first. Some are more powerful than others, some are more durable, and some are more energy efficient.

Submersible pumps can be used in a variety of situations. However, the most common use is to transfer water from one location to another. This may be at ground level or underneath the ground. Depending on how deep the water is, you can choose between a shallow well pump or a deep well pump.

Shallow and deep well pumps

Shallow well pumps are used to extract water from shallow aquifers where the water table is close to the surface and typically pump from a depth of about 12 metres. Deep well pumps are used to extract water from a depth of 30 to 90 metres.

Water is pulled through a submersible pump at a rate of about 230 litres per minute to move briny water to a deeper well.

Uses of submersible pumps

Submersible pumps are great to circulate water in a pond, adding oxygen to the water and preventing algae from forming. They can also be used to create a waterfall in your pond.

A submersible pump is a pump that can be fully submerged in water. A submersible pump pushes water to the surface by pulling water into the pump, where the rotation of the impeller pushes the water through the diffuser to the surface. The motor is hermetically sealed and close-coupled to the body of the pump.

The primary advantage of a submersible pump is that it never has to be primed, as it is already submerged in the fluid. Submersible pumps are exceptionally efficient because they don’t have to spend much energy moving water into the pump because water pressure pushes the water into a submersible pump.

Some submersible pumps can easily handle solids, while some are better for liquids only.

However, there are a few disadvantages of submersible pumps. For example, the seals can become corroded with time, allowing water to seep into the motor, requiring extensive repairs. Another disadvantage is that one pump does not fit all uses.

Single-stage pumps are ideal for most home and light industrial pumping.

Multiple stage pumps are used for anything underground, such as water wells or oil wells.

Submersible pumps must be fully submerged to prevent the pump from overheating.

How submersible pumps work

Submersible pumps are often used to pump water from a well. They are also used in ponds and waterfalls, as well as in agriculture and construction. The two significant types of submersible pumps are the centrifugal pump and the non-clog pump. A centrifugal pump is a type of pump whose primary purpose is to move water from one location to another. A non-clog pump moves water in the opposite direction.

Submersible pumps can be both horizontal and vertical pumps because they can technically move either water in the direction of flow or the opposite direction.

Contact Ernest Electro Engineering for details

At Ernest Electro Engineering, we have a great selection of pumps, including submersible pumps, and we’ll be happy to recommend the right pump for your needs. If you would like to know more about our offers on pumps, contact one of our representatives today. If you would like to learn more about our other offers and solutions, feel free to continue browsing our website for details.

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