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Pond pumps keep your water clean and moving, preventing algae buildup and protecting the pond's ecosystem. These essential pond components work hard to make sure your pond is healthy and looks great. As a result, paying attention to your pump's operation is the key to a beautiful pond.

While regular maintenance helps prevent problems with your pump, issues can still arise for a variety of reasons. Knowing how to fix your pond pump helps you keep it working for its full life span. Save money by reducing sudden repairs and ensure your pump stays in good condition with these pond pump troubleshooting tips.

Common Pond Pump Issues

Your pond pump runs regularly to ensure your pond is healthy and balanced. This continued use and water exposure can result in wear and tear issues, preventing your pond pump from working effectively. Taking the time to understand pond pump issues will help you know what to look out for. Once you start noticing problems, you can fix them early, preventing long-term damage.

1. Leaking

If you start to see water spraying from or dripping out of your pump, you probably have a leak. Leaks usually happen when a pump's seals become damaged or worn out. Without a tight seal, water coming into the pump will leak from different areas. Leaks can cause electrical problems if they get inside your pump's electrical components — you might see shorts or more severe pump damage. Additionally, leaks waste water, increasing your water expenses when unfixed.

2. Low Water Levels

Low water levels are another pump problem that can pop up. When your pond's water levels drop too low, it can lead to pump damage. Your pond pump needs a steady amount of water to prevent overheating, damage and burnout. Sucking in too much air will lead to further pump issues. Low water levels will also affect your pond's health — your pond ecosystem needs a certain amount of water to maintain normal conditions. 

3. Clogging

Clogging is one of the most common pond pump issues. Ponds see lots of element exposure, so it's common to see leaves, twigs and algae build up in the water. Your pump can suck in this debris, eventually clogging up when too much gets inside. With a clog blocking the pump, it has trouble working properly. Clogs prevent the filtration and pumping mechanisms from working, leaving you with poor water quality.

4. Air Lock

Air locks happen when air gets trapped inside your pump. Air usually passes through the pump easily, but sometimes, a big enough air bubble will find its way in. When this happens, the pump has trouble getting the water moving because there's air blocking the way. Having your pump suck in air instead of water means your pond won't get the nutrient distribution and filtration it needs. 

5. Electrical Problems

Like any electrical system, your pond pump might have electrical problems occasionally. Electrical issues can come from problems with the wiring, power supply, water intrusion or electrical components. Power supply problems, like a blown fuse or tripped circuit breaker, will stop the pump from getting the electricity it needs. If the pump's electrical components are causing the issue, it can completely stop working.

6. Pipe Blockages

While clogs are one type of potential pip blockage, there can also be kinks in the pipes, leading to blockages. Any restriction on the pump's water flow will make the pump work harder than it should. As a result, it can experience breakdowns.

7. Impeller Damage

A pond pump impeller is essential for pushing water through your pond pump system. Debris or general wear and tear can cause impeller damage, leading to pump problems and ineffective water movement. With poor water movement, you'll see reduced water flow or even pump failure.

8. Overheating

Overheating is another issue you might see with pond pumps. If you leave your pump on all the time, or it doesn't have enough water flowing through it, you can end up overheating your pump. Eventually, the heat causes your pump to stop working, and you might see some damage or even a full breakdown.

How to Fix a Broken Pond Pump

If you're dealing with pump issues, you need to fix them as quickly as possible. The longer you leave a pump issue, the worse the damage can get. You might end up needing a completely new pump, or your pond ecosystem can start experiencing problems.

Try these steps to help fix your pond pump:

1. Find the problem: Before you start any repairs, you need to find out what's causing the issue. Look over the pump for common problems like electrical failures, leaks, clogs or air locks. Assess components for signs of wear or damage. Once you find the problem area, you can begin to make the necessary repairs. 
2. Clean the pump: If you're dealing with a clog, you'll need to clean out your pond pump. Use a net, brush or your hands to carefully clear out the debris blocking the pump — make sure to wear gloves if you want to use your hands. You should also clean the impeller, intake and housing thoroughly to ensure you've got good water flow once again. 
3. Replace seals: A leaky pump usually means a seal issue. Replace any seals that look worn out or damaged. With new, secure seals, you shouldn't see any leaks. 
4. Check electrical components: Pump problems might come from electrical component issues. Look over the electrical connections, power cord and plug for wear or damage. If you see any loose connections, frayed wires or corroded plugs, you'll need to replace them. Double-check the pump to make sure it's properly grounded and there are no exposed wires around. 

1. Prime the pump: If your pump has lost its prime or you're seeing water pumping problems, you might need to manually prime it. Fill the pump chamber with water until it's completely submerged to remove any air locks. With the pump full of water, it should be able to start working correctly again.
2. Replace damaged parts: If you spot any worn or damaged components, you'll need to repair or replace them. Worn out parts will cause your pump to work harder and inefficiently, wearing it out early. Keeping its parts in good condition with repairs and replacements helps keep it working smoothly.
3. Test it out: Once you've made your fixes, you need to test out your pond pump. See how it performs and make sure there aren't any more problems. You might need to monitor it for a couple of days to ensure everything is working smoothly. 
4. Maintain the pump: After you've fixed the problem, stay on top of your pond pump maintenance to help prevent future issues. 

Pond Pump Maintenance Tips

You need to invest in proper maintenance to prevent your pond pump from breaking down or keep it in good shape after you fix it. A pond pump fix will only work temporarily if you aren't keeping up with maintenance. Additionally, good maintenance will save you money on repairs and maximize your pond pump's life span.

Follow these maintenance practices to help keep your pond pump in good shape:

• Clean regularly: Regular cleaning is essential for preventing common pond pump problems. Debris from the pond will work its way into your pump, causing clogs and performance issues. Regularly clean your pump and the surrounding area to help prevent debris from causing trouble. You can use a skimmer or net to clear floating debris from the water. You can also check the pump housing for buildup occasionally.
• Inspect the intake: The intake is where your pump draws all the water in. Look at the intake regularly and clean out any buildup or debris you find to improve your pump's efficiency.
• Check water levels: Make sure your pond's water levels stay at the right height. Evaporation, leaks and even splashing can all lead to low water levels. Top up pond water levels as needed to protect your pond's health and prevent pump damage. 
• Clean filters: If your pond pump is connected to a filtration system, you'll need to clean and replace the filters regularly. Filters help catch sediment, particles and debris, preventing them from clogging the pump. Over time, they'll get full and become ineffective. You might need to replace or rinse filter sponges, cartridges or pads to keep everything filtered properly. Follow the pump manufacturer's instructions and maintain the filters to protect your pump and pond.
• Replace seals: Your pump's gaskets and seals help prevent water leaks, making your pump run efficiently. Seals can degrade over time, leading to leaks, water loss and poor pump performance. Look at your pump seals regularly for signs of wear, like cracking or deterioration. If you notice any damage or leaks, replace the seals quickly to prevent further damage. You should also lubricate the seals according to your manufacturer's instructions to prevent early failure and extend their life span.
• Look at the electrical components: Damaged or frayed electrical parts can prevent your pump from working correctly. Exposed electrical components can also be dangerous, harming you or any wildlife that comes into contact with the exposed section. Make sure you carefully look over your pump's electrical components. If you notice any electrical issues, contact a professional immediately to avoid harming yourself or creating more hazards by attempting to fix things yourself.
• Stop freezing: If you live somewhere that experiences freezing weather, you need to protect your pump against it. Freezing water sits in your pump's internal components, leading to pump malfunctions. You can move your pump to deeper water to avoid freezing, or you can invest in a heater to stop freezing from happening. Additionally, you can insulate your pump and its housing to keep the cold out.
• Watch pump performance: Finally, make sure you're monitoring your pond pump's performance so you can catch any problems early. If you start to know any unusual vibrations, noises or water flow rates, you might have a pump problem. Looking after your pump performance lets you proactively stop problems before they become expensive repairs.

Signs You Need a New Pond Pump

While regular maintenance and quality repairs will keep your pump working long-term, you'll need to replace your pump eventually. Every pond pump has a set life span — once they reach this life span, investing in a new one can help improve your pump efficiency and reduce costs. Keep an eye out for these signs so that you know when it's time to get a new pond pump:

• Frequent repairs: If you're constantly repairing your pump, it's a sign you should probably get a new one, no matter its age. Dealing with frequent repairs means you're spending lots of money and time on your pump, and replacing it with a new one can save you both of those things in the long run. Getting a new model will help you avoid frequent repairs while boosting pump efficiency. 
• Lots of noise: If your pump is making unusual noises constantly, you might need a new one. Squeaking, grinding and rattling are all noises that usually mean you have a pump problem. Check out these sounds and see if you can fix them, or if it's time for a new pump.
• Leaks: While you can fix most leaks with new seals, many leaks over an extended period can cause permanent pump damage. With extensive leak damage, it might be more cost-effective to invest in a new pump rather than continue sealing leaks.
• Poor water flow: If you're still seeing reduced water flow after trying cleaning, repair and maintenance, it might just be time for a newer, more efficient model.
• End of life span: Once your pond pump starts getting old, you'll want to start looking at new options, especially if issues begin popping up more often. Make sure you get the correct pump size for your pond to ensure maximum efficiency.

Buy a Reliable Pond Pump at ePumps

Get quality, lasting pond pumps from ePumps. As a leader in the pump industry since 2014, you can count on us to provide you with reliable and effective pond pumps for your pond. From pond pumps and other submersible pumps to well pumps, pressure pumps and more, we're your go-to source for pumps and pump accessories.

At ePumps, we're committed to delivering the very best in pumps and accessories. Our team is dedicated to providing the best possible customer experience — with 24/7 customer service, you can always get the product support you need. Choose from our extensive range of pumps and experience unmatched performance every time.

Shop with us and enjoy free shipping, hassle-free returns and competitive pricing with every ePumps order. Take your pond experience to the next level when you shop ePumps today!

Ponds are beautiful features that add tranquility to any outdoor space. A healthy pond ecosystem with optimal oxygen can soon become a community of diverse animals and insects, enhancing the scenery at your home or business. The basis of that ecosystem is the pond pump, which provides circulation to power waterfalls, spread nutrients for fish and more.

Choosing the wrong pump can affect the health of your pond, causing algae growth and attracting mosquitos. To get the maximum use and benefits out of your pond pump, it's important to select one that's the right size and type. Use our guide to help you understand which pond pump to buy and narrow down your decision.

Common Types of Pond Pumps

Selecting the right pond pump is an important decision for proper circulation and a healthy pond. There are many different types of pond pumps available today, so learning about the capabilities and features of each one will help inform your search. We'll walk you through what the most common pond pumps are and in which situations they would be best suited.

1. Submersible Pumps

Submersible pumps are completely submerged in water and sit at the bottom of a pond. Because they are water-cooled, they can be used for 24/7 operation, but they will only work underwater. These types of pumps are ideal for small to medium-sized ponds and cannot be seen from the surface, making them suitable for natural settings. Submersible pumps are easy to install and maintain because they don't require additional plumbing.

They're also generally more energy-efficient and quieter than external pumps. Maintaining this pump is critical because it's more susceptible to water damage. Some submersible pond pumps can also be used to drain your pond and come in a range of sizes.

2. External Pumps

External pumps are designed for above-water installation. These pumps are ideal for larger ponds requiring higher flow rates to maintain waterfall features. An external pump can be housed outside the pond in a pump chamber and requires additional plumbing work to operate.

External pond pumps are relatively easy to maintain and offer excellent performance for circulating large volumes of water. These types of pumps are also durable, though their installation process is more complex than submersible pumps.

3. Solar Pumps

Solar pumps must be installed where they will get the most sun as they use solar energy to operate. These pumps are best for small ponds and fountains because they have lower flow rates. A solar pond pump requires full sun coverage, so these pumps may be more challenging to conceal.

However, solar pumps are a kind of external pump that does not require electricity or wiring, so they're easy to install and operate. They are also cost-effective and eco-friendly. Though these pumps won't work on cloudy days or at night, you can add an optional battery box, if desired, to supply continual power.

4. Centrifugal Pumps

Centrifugal pumps maintain an efficient, steady water flow in a pond. These pumps are ideal for high-flow, low-pressure applications, including irrigation systems and ponds. As the name suggests, a centrifugal pump uses an impeller to produce a centrifugal force. This force pushes the fluid outward and moves it through the system. This pump can efficiently handle various fluids and viscosities.

5. Positive Displacement Pumps

Positive displacement pumps can produce reliable and consistent flow, even with high-viscosity fluids. This type of pump is also ideal for high-pressure applications because it ensures proper flow even with changes in viscosity or pressure.

6. Aeration Pumps

Getting adequate oxygen to your pond is essential for maintaining proper water quality and keeping plants, insects and animals healthy. Aeration pumps are placed on the outside of the pond to suck in air, compress it and propel it underwater. This process adds more oxygen to the water and reduces the likelihood of too much algae growth. An aeration pond pump may be ideal if your pond has lots of fish or plant life.

Considerations When Selecting a Pond Pump 

When choosing the right pump for your pond, there are several factors to consider to ensure the product meets your pump system requirements.

1. Applications

One of the first steps to picking out the best type of pond pump is to consider the application. What will you be using your pond pump for? Some pond pumps are purely functional, while others are decorative and help add to the visual appeal of your pond.

For instance, a small pond with a fountain feature may operate efficiently with a solar or submersible pump, but a large pond with a cascading waterfall will likely need something more heavy duty. If you have a pressure filter, you may have to buy a specific pump size that fits the manual recommendations. You might also be looking for a pump specifically for filtration, recirculation or aquatic features like plants and fish.

2. Flow Rate

The flow rate determines how much water a pump can circulate during a given time. The flow rate is generally measured in gallons per hour (GPH) or liters per hour (LPH). A general rule for ponds with plant life and fish is to turn over at least half of the volume of your pond every hour, or the entire volume within two hours.

For example, a 4,000-gallon pond requires a pump that can circulate at least 2,000 GPH for optimal aeration. If you have a lot of fish in your pond, It's usually recommended to double your flow rate if you have a high amount of fish in your pond or if the water is exposed to more debris. In these cases, your pond will need a higher flow rate for more filtration to keep it clean.

If you have fountains, streams or waterfall features, your pond pump should be capable of producing enough pressure to lift the water to your desired visual effect while still facilitating proper circulation. Your water features can often be the deciding factor in which pond pump best suits your needs.

3. Head Height

The head height, or head pressure, refers to how high a pond pump can lift the water from the surface. You'll need to consider head height if you have some type of water feature, including fountains or waterfalls. The right pump is pivotal in pushing out water efficiently and as high as you want it.

Every pump has a different flow rate, so their elevation capabilities will vary. If you want a better idea of how a pump will perform at different head heights, check the flow rate chart supplied by most pond pump manufacturers.

4. Energy Efficiency

Your pond pump's energy efficiency may be important to you for various reasons, including saving money on electricity bills or reducing your environmental impact. Energy-efficient pond pumps are a great option because they conserve energy and reduce operating costs over the long run. Some pond pumps will display a high energy efficiency rating to describe their energy consumption levels.

Additionally, some energy-efficient pond pumps can be powered by solar panels or come with adjustable speed motors so you can change the flow rate as needed. Pond pumps with features like timers or sensors can improve energy efficiency by automatically adjusting according to the water demand or temperature. Low-voltage pond pumps also use less energy and are considered safer for pond use as they reduce the risk of electric shock.

5. Noise Level

Whether your pond is a peaceful feature at your home or business, a loud pond pump can be distracting. The noise level of your pump system can even take away from the soothing sounds of running water. Keep in mind that low-voltage and submersible pumps tend to be quieter than high-voltage and external pumps.

6. Durability and Maintenance

Every pond pump requires maintenance from time to time. However, choosing from high-quality, specialized pumps with durable materials can minimize maintenance responsibilities and keep your pond healthy longer. Certain materials, such as ceramic or stainless steel, are less susceptible to wear and tear. Pond pumps constructed of these materials may have a longer service life. Additionally, look for pond pumps that can be easily cleaned.

7. Space Limitations

You may be limited to a certain number of pumps if your pond sits in a confined, small space. Some pump installation systems require much more space for maintenance and service, so it's important to measure the area to ensure you select the right type and size.

8. Budget

As with any purchase, you'll need to consider how much you're willing to spend on your pond pump. While you want a pond pump that meets your performance expectations, you'll also want to select the most cost-effective option. If necessary, you may also need to set a budget for installation costs.

9. Environmental Factors

Before deciding on a pond pump, consider the climate in your area. Could your pond be affected by high humidity levels, corrosive elements or temperature fluctuations? These are just a few factors that can impact your pump's performance and longevity.

Check the environment ratings on different pumps to ensure they'll operate efficiently in your local environment. For added protection, you can also select a pump system with an enclosure or coating for weather resistance.

10. Additional Features

Some pump systems come with added features that boost performance, functionality and convenience, including:

• Adjustable flow control: Pond pumps with adjustable flow control features are particularly useful for energy efficiency. They're also beneficial for ponds that have various water features that require different flow rates, such as fountains or waterfalls. This feature allows you to customize the ambiance and water effects.
• Pre-filter: If you're looking for minimal maintenance, a pre-filter is an excellent, time-saving feature. Pre-filters act as a barrier to prevent large particles and debris, including twigs and leaves, from clogging your pond pump system. This feature makes maintenance and cleaning easier and reduces the risk of damage.
• UV clarifier: An ultra-violet clarifier helps reduce excessive algae growth in your pond. Using UV light, this feature minimizes water discoloration due to algae cells and maintains water clarity.

How to Choose the Right Size Pump for Your Pond

The right size pond pump is critical for proper filtration, circulation and efficiency. As mentioned, the top elements to consider for the appropriate pump size are:

• Head height 
• Volume of water 
• Flow rate

Whether you're installing the pump yourself or consulting a professional, knowing the dimensions of your pond can make the process much smoother. To calculate the volume of water in your pond, multiply the:

• Depth
• Width
• Length

If your pond has an irregular shape, split the area into sections and multiply them separately. If you have a waterfall, it's recommended to tack on additional volume. Measure the waterfall's dimensions, starting with the width of the stream and the height of the waterfall from the water's surface to the top. Keep in mind that a larger waterfall circulates more water, which means you may need a larger or additional pump. If your pond has a fountain, measure the height of the stream from the water's surface.

When you've calculated the volume, you can estimate your turnover rate. Next, measure the vertical distance from the highest point of water discharge to the water's surface — that's your head height. When you have both measurements, consult the pump system's manual for the flow rate chart to determine which pump size meets your requirements. In general, it's best to choose a pond pump with a slightly higher flow rate than needed so the system will remain efficient even with some clogging. 

To calculate the additional flow rate you'll need for your waterfall or fountain, take the width measurement and multiply it by 100, 150 or 200 GPH, depending on how strong you want the flow to be. For example, say your waterfall is 10 inches wide, and you want maximum flow. Your calculation should look like this: 10 inches wide x 200 GPH = 2,000 GPH pond pump.

Best Practice and Preventative Maintenance Tips

Proper installation and maintenance are critical to keeping your pond pump in good shape. Here are some tips for extending the life span of your pump system and keeping your pond or water garden looking its best.

1. Lubricate as Necessary

Some pump systems may require lubrication from time to time to ensure all moving parts run smoothly. Check your pond pump's manual for the manufacturer's recommendations to determine if your system requires lubrication and how often you should use it.

2. Check for Damage

As with any mechanical or electric component, your pond pump can decrease in efficiency if not properly maintained. It's recommended to regularly inspect your pond pump's components for corrosion and clean out any blockages or debris buildup. Be sure to clean the pre-filter, inspect the plumbing for signs of wear and replace any damaged or worn parts.

Inspecting the system can help you identify issues and promptly address them before they affect the health of your pond and aquatic life. Checking your components often, such as the pump's impeller, will also keep excessive clogging at bay and prevent damage. Additionally, keep an eye on your pump's energy consumption. A sharp increase or decrease could indicate an issue. These periodic checks will ensure optimal performance.

3. Select a High-Quality Pump With a Guarantee

Pond pumps are designed to collect dirt, bacteria and debris from your pond and the surrounding plant life. You'll want to select a pond pump made of quality materials that can withstand such conditions. A pond pump system that comes with a guarantee will usually indicate its sturdiness and longevity.

4. Determine if You Require Around-the-Clock Pumping

Solar pumps are ideal for conserving energy, but they may not be ideal for certain ponds. If you have fish in your pond, you'll need a pump that runs 24/7. While having a battery box as a backup can be helpful for nighttime or overcast days, it's not the most practical solution. To prevent bacteria and debris from quickly growing and harming your fish, you need a pond pump that can run all hours of the day and night without fail.

5. Keep a Backup on Hand

No matter what type of pond pump you choose, it can give you some peace of mind to know you always have a backup solution available. If your pond pump fails or becomes damaged, fast-growing bacteria can quickly affect the health of your fish. Waiting too long to get a new pump can exacerbate the situation, so it's always best to have a replacement.

Common Pump Issues and Solutions

Over the service life of your pond pump system, you may encounter problems that leave your water looking dirty or create a noticeable difference in efficiency. Here are some potential issues that can arise and troubleshooting solutions to try:

• Leakage: Damage to the seal or improper installation can lead to visible leaks around your pump seals. If you notice reduced efficiency and performance, it may be due to a seal leakage causing fluid to escape the pump. Ensure your pump is correctly installed and aligned. If this is not the cause, you may need to replace the worn or damaged seals.
• Misalignment or vibration: Your pump may produce unusual noises or move excessively during operation. This may be caused by a misalignment between the pump and the drive shaft, causing the pump to vibrate and potentially lead to premature wear and tear on the components. An improperly balanced impeller or rotor may also cause excessive vibrations. Realign the pump or balance the impeller to get it back to performing efficiently.
• Cavitation: Your pump components can become damaged if the pressure drops below the vapor pressure of the fluid. This can create bubbles that eventually implode and cause reduced flow or unusual noises, such as grinding or popping. Blockages in the suction line or insufficient net positive suction head may cause this problem. Inspect and clean the suction line or adjust your system's parameters to resolve the issue.

Find High-Quality Pond Pumps From ePumps

Selecting the right pump for your pond is key to maintaining water clarity and the health of your fish. At ePumps, we pride ourselves on helping our customers find the best pond pump for their needs. We recognize the challenges of choosing a pond pump and filter that works for your water feature. 

For over 20 years, we've provided exceptional customer service and offerings to help our customers decide between pump types and learn installation techniques. If you're searching for a pump for your pond, you can rely on our extensive pump industry experience and ongoing support. Browse our catalog today to view our products from top manufacturers, and contact us at (844) 378-6771 if you have any questions.

Residential water booster pumps improve water pressure for homes with low-pressure systems. To choose the best water booster pump for your home, you must consider several factors, such as your home's water flow rate and distance from your water supply. A high-quality booster pump provides the water pressure you need to shower, wash dishes and operate your water appliances efficiently. 

What Is a Water Booster Pump?

A water booster pump for a house can increase water pressure and flow throughout the entire home. It uses a rotating impeller to push water through pipes faster and more powerfully in low-pressure systems. Booster pumps typically consist of the following components:

• Motor: A booster pump's motor powers the impeller so it can spin.
• Impeller: The impeller spins to add force to your water's movement.
• Inlet and outlet: Water moves from your water supply to your booster pump through the inlet and exits the pump into your plumbing system through the outlet.
• Sensing device: A sensing device helps maintain the desired pressure level. It activates the booster pump when it senses low water pressure or flow.

A water booster pump is helpful in homes that don't have enough pressure from their primary water supply. It makes water move faster and stronger through your pipes so your water fixtures can function more effectively.

What Is the Difference Between a Booster Pump and a Pressure Pump?

Pressure pumps and booster pumps differ in design and application. Manufacturers design pressure pumps to maintain a system's consistent water pressure, and they design booster pumps to increase this pressure and flow. A water pressure pump provides enough force to move water, but a booster pump provides extra force for increased water pressure and flow. 

Causes of Low Water Pressure

The following factors can cause a home to have low water pressure:

Low Water Plant Pressure

Some homes have low water pressure because of the city's water plant pressure. If your local water plant's pressure is low, your home's water pressure will also be low. However, installing a water booster pump can increase your home's water pressure.

Plumbing Complications

Sometimes, you may need to check and repair your plumbing system before installing a water booster pump. A clogged pipe, corroded pipe or pressure valve may be to blame for low water pressure. You may notice a sudden or unusual water pressure drop if your plumbing system is to blame, so seeking professional assistance is best in cases like this.

A plumber can help you unclog a pipe, replace a corroded pipe or readjust a pressure valve so your plumbing system is in top shape before you install your booster pump.

Gravity

Gravity can support or hinder water flow and pressure depending on where a home is located. When a home is lower than its water source, gravity provides fairly decent water pressure. However, gravity can impede water flow and pressure if a house sits at a higher elevation than its water source. If your home sits on a hill or your building has multiple stories, a booster pump can add the force necessary to push water upward at a faster rate.

Distance

Your home's distance from its water source can also affect water pressure. Water loses pressure the longer it has to travel to reach your house, and it loses more pressure if you have small pipes because less water moves through your home's water fixtures at a time. A booster pump can increase your water pressure if your home is located at or near the end of the city's water supply line.

Additional Water Fixtures

Adding extra water fixtures to your home, such as an additional shower or dishwasher, can decrease your water pressure. A booster pump is an excellent addition to restore or increase water pressure when multiple fixtures reduce it.

Benefits of Water Booster Pumps

Water booster pumps are incredibly beneficial for homes with low-pressure water systems. Installing a booster pump offers the following advantages:

Convenience and Appliance Protection

Increased water pressure can make daily tasks easier. With higher pressure, you can wash and rinse dishes faster. Boosting your water pressure can also help you protect your water appliances. High water pressure places less strain on dishwashers and washing machines, reducing wear and tear and extending their life spans. Installing a water booster pump can help you save money on water appliance maintenance and replacements.

Comfort

Higher water pressure can also increase your comfort. With enhanced pressure, you can spend less time in the shower trying to rinse soap or shampoo off and more time enjoying the relaxing hot water. Low water pressure can be frustrating, but a booster pump can resolve slow-moving water.

Energy Efficiency

Water booster pumps can decrease your household's overall water consumption, reducing your energy usage and monthly water bills. When your home's water pressure is low, your water appliances must use more water to complete jobs, and you most likely need to take longer showers to rinse off and feel clean. A water pressure booster allows you and your appliances to complete tasks with less water, which is better for the environment and your budget.

Greater Home Value

Installing a booster pump can help you increase your home's value. Potential buyers care about a home's features and functions, and quality water pressure is an important part of purchasing decisions. If you install a booster pump, you can attract more potential buyers and set a higher asking price if you decide to sell your home in the future. The more value you can add to your home, the higher your return on investment is.

How to Choose a Water Pressure Booster Pump for Your Home

Choosing the best water booster pump for your home depends on the following factors:

Flow Rate

Your home's water flow rate measures how many gallons of water your water appliances receive per minute. While water flow and pressure are different, they affect each other. For example, pressing your finger over the end of a hose increases water pressure but decreases flow, and removing your finger reduces pressure while increasing flow.

When you want to increase your home's water pressure, you must also determine how much of a pressure increase your system can withstand without compromising flow. When a toilet flushes, you want other fixtures, such as your shower, to maintain adequate water flow and temperature.

You should measure your home's peak and service flow rates for the greatest accuracy. The service flow rate indicates a fixture or appliance's normal flow rate when it runs while other fixtures are off. The peak flow rate indicates your home's maximum water flow when every water fixture and appliance is running.

You can calculate your home's service flow rate using your garden hose, a stopwatch and a five-gallon bucket. Complete this process in the following steps:

• Fill the bucket: Use your garden hose to fill the bucket with water, and time how many minutes it takes for the bucket to fill.
• Calculate the GPM: Divide five by the number of minutes to get your measurement. For example, if the bucket fills in two minutes, you would divide five by two for a flow rate of 2.5 gallons per minute (GPM). Repeat this process while all your home's water fixtures are running to determine your home's peak flow rate.

Water Usage

The amount of water your household typically uses is also important when choosing a pressure booster pump. For example, four people in a three-bedroom, two-bathroom home typically use more water than one person in a two-bedroom, one-bathroom home. You will need a larger booster pump if your household typically uses multiple water appliances at a time.

Home Location

The pressure increase your home requires depends on its location. Since distance and gravity affect water pressure, a home farther away from or higher above its water source requires a more powerful booster pump than a home that's closer to its water source. Choosing the highest-power booster pump available is ideal if your home is high on a hill or has several stories.

Power Source

Choosing a pump compatible with the power source you plan to use is essential. Some booster pump models operate on electricity, while others are gas-powered. 

Brand

Purchasing a water pressure booster pump from a reputable brand can help you save time and money on repairs or replacements. High-quality booster pumps last longer and operate more effectively than other models, so be sure to order a pump from a company you trust.

Energy Efficiency

The brand you choose should also offer excellent energy efficiency. The more efficient your booster pump operates, the more energy you can conserve. An energy-efficient model also helps reduce your energy bill.

How to Size a Water Booster Pump

The size of a booster pump is also essential when choosing the right option for your home. Consider the following types of booster pumps to select the best one for your needs:

• Single-impeller: A single-impeller booster pump may provide adequate water pressure if your home has slightly low water pressure but is somewhat close to your water source. Single-impeller booster pumps are also suitable for one-story homes since they don't need to move water significantly upward. However, you may need a more powerful pump if your single-story home is near the end of your city's water supply line.
• Multi-stage: Vertical multi-stage booster pumps operate with greater horsepower, allowing them to push water faster and across longer distances. A multi-stage booster pump is the best option if your home has multiple stories, is far from your water source or is on a high hill.

How to Use a Water Booster Pump

When you add a water booster pump to your home, it installs where your home receives its water. For example, if your home is connected to the city water supply, you will connect the pump to the main line where water flows into your home's water system. 

You should always test a pump before connecting it to your home, and you should have a bypass to isolate your pump when it requires maintenance. A bypass enables your home to continue receiving water while you tend to your booster pump.

How to Maintain Quiet Operation

A quiet booster pump makes for a peaceful, pleasant home. You can prevent or reduce vibrations and ensure your booster pump operates quietly with the following vibration isolators:

• Mounts or springs: Vibration mounts or springs absorb medium-level vibrations to help a booster pump operate quietly. You can also fit vibration springs to your pipework to prevent connected pipes from vibrating against your building.
• Inertia base: You can construct an inertia base to absorb vibrations if your pump emits a lot of noise.

Frequently Asked Questions

Learn more about water pressure booster pumps with the following frequently asked questions (FAQs):

How Should I Maintain My Pressure Pump?

You can extend your booster pump's life span with the proper maintenance. Periodically shut your system down and check for the following signs of wear to ensure your pump is in good condition:

• Rust
• Leaks
• Cracks
• Loose bolts or frames
• Motor and shaft misalignment
• Lack of lubrication on the bearings
• Abnormal readings on the pump's pressure and discharge gauges

You should also inspect your pump and seek maintenance assistance if you notice unusual flow rates or pressure readings while your booster pump is running. Excessive vibration is another sign the pump needs attention. You can contact ePumps at (844) 378-6771 for maintenance troubleshooting.

How Much Should I Increase My Water Pressure?

Increasing your water pressure is beneficial if you have a low-pressure system. However, you should avoid increasing the pressure above 60 pounds per square inch (PSI) to protect your plumbing system and water appliances from damage.

Increase Your Home's Water Pressure With a Quality Booster Pump From ePumps

If you're wondering how to improve low water pressure, a water pressure booster pump can significantly enhance your home's water system. Vertical multi-stage pumps are pressure boosters that apply increased force. With this additional force, they can push water upward or across long distances for enhanced pressure. 

ePumps offers high-quality water pressure booster pumps to help you improve your water fixture functions. From more efficient dishwashing to more enjoyable showers, the right booster pump can make your life more convenient and help you save money on energy and water bills.

The ePumps team provides top-notch customer service and is dedicated to meeting each customer's needs. We can help you find the perfect booster pump for your home and walk you through the installation process over the phone. Our experts have the knowledge to assist you in choosing the right pump size based on your home's location, water consumption and flow rate. Browse our selection of water pressure booster pumps, and contact us at (844) 378-6771 to learn more about how we can help you improve your home's water pressure.

Sump pumps and pond pumps are two pump types you'll see when searching for submersible pumps. These pumps offer distinct capabilities. Understanding the differences between sump pumps and pond pumps will help you choose the best option for your needs, allowing you to get the best performance out of your investment.

What Is a Sump Pump?

Sump pumps go in basements or crawl spaces to help mitigate flooding. When water floods inside these areas, the sump pump begins pumping it out, keeping the space dry. They're usually installed in a sump pit below ground level, encouraging water to flow toward them. Once they start pumping water, the water travels outside the building to a designated draining area.

How Do Sump Pumps Work?

Sump pumps work using sensors, pipes and impellers. After water enters the sump pit, the sump pump's sensor or float switch activates, turning the pump on. Then, an impeller propels the water through the pump, down the pipe and out of the building. Sump pumps can also have water-powered systems or backup batteries to ensure they work through power outages. With sump pumps automatically pumping water out, building owners can avoid water buildup and damage.

Sump Pump Applications

Sump pumps are excellent tools for keeping a space dry and safe. They work effectively for both residential and commercial buildings that often deal with water seepage or flooding. If you live in a home or own a building somewhere that has poor drainage, high water tables or heavy rainfall, sump pumps might be a great solution. Additionally, sump pumps can manage groundwater at construction sites or control wastewater for industrial operations.

What Is a Pond Pump?

Pond pumps help aerate and circulate water in ponds, water features and gardens. They're essential for preventing stagnant water, encouraging oxygenation and maintaining water quality. Pond pumps are constantly moving water around, helping to keep algae from forming and creating a good environment for pond organisms to thrive in. 

How Do Pond Pumps Work?

Pond pumps also use an impeller to propel water through pipes. Water is drawn into the pump, where the impeller moves it through the pipe or hose system. This operation creates circulating, flowing water.

You can also find pond pumps with ultraviolet clarifiers or built-in filters to help keep debris and harmful microorganisms out of the water.

Pond Pump Applications

Pond pumps have lots of applications — they can aerate, circulate and even filter water, making them extremely versatile tools. They agitate the water as they push it back into the water system, helping to keep the water clear and healthy for the fish and plants in the ecosystem. For a cleaner, serene outdoor space, you can use pond pumps in ponds, fountains and waterfalls. 

Sump Pump vs. Pond Pump Differences

While sump pumps and pond pumps both transport water from one place to another, they have completely different uses, installations and features. Let's break down their key differences, so you know which one is right for you:

• Use: Sump pumps prevent flooding by sucking in water and pumping it out of a space. Pond pumps circulate water through ponds and other water features to improve water quality.
• Installation: Sump pumps usually go in a sump pit beneath ground level in a basement. Pond pumps are installed directly into ponds, gardens or fountains.
• Features: Sump pumps often have backup systems to help them work through power outages. Pond pump features are usually filtration systems that help keep the water clean and free from microorganisms and debris.
• Operation: Sump pumps start working when water trips their sensors. They'll then start pumping water out of the space. Pond pumps continually circulate water to prevent stagnant water and keep water moving through water features.

Pond Pump vs. Sump Pump Maintenance

Whether you have a pond pump or a sump pump, you'll need to maintain them properly to keep them in good shape. Maintenance helps prevent damage, ensuring pump efficiency and preventing expensive repairs. As a result, you can get the most out of your investment.

Pond Pump Maintenance

Here are pond pump maintenance tasks you'll need to perform regularly:

1. Regular cleaning: Pond pumps sit outside in water all day, sometimes getting clogged with algae, debris and twigs. You need to regularly clean your pump's intake and impeller to prevent buildup and clogs from harming the pump's efficiency. 
2. Remove blockages: Look at the intake screen and tubing to remove any clogs from the pump. You can use brushes, nets and even your hands to clear out any debris you see. Be sure to wear gloves if you use your hands.
3. Clean filters: If your pond pump has a filtration system, you'll need to clean that out so it can work effectively. Follow the manufacturer's instructions to prevent filter damage and get a good clean.
4. Check seals: You also need to inspect your pond pump's seals and gaskets for leaks and damage. If you spot any problem areas, you should replace them to ensure there's a waterproof seal.
5. Inspect pump: Make sure to inspect your pump's overall performance, too. If you notice any problems or changes, you'll need to fix them quickly to prevent further damage. Check the water levels and flow rate to ensure everything is correct.

Sump Pump Maintenance

Here are the key sump pump maintenance tasks you'll need to do regularly:

1. Clean sump pit: You need to clear out buildup, debris, sediment and mud from your sump pit. Flooding water often brings in debris from the outside. Any buildup in your sump pit can prevent effective drainage, letting water back into your building. 
2. Test and inspect: Regularly test and inspect the sump pump's float switch and check valve. These components are essential for proper sump pump function. For the float switch, you just need to pour water into the sump pit to see if it automatically activates. For the check valve, make sure it opens and closes smoothly so you have no water backflow. 
3. Check backup power: You also need to test your backup power system to ensure you have sump pump function during power outages. Test your backup power source regularly so you can catch issues early before an outage happens. 
4. Get professional inspections: Consider scheduling yearly professional maintenance for your sump pump. A professional can inspect and service your sump pump, getting it to work optimally and protecting your entire system. 

Shop Sump Pumps and Pond Pumps From ePumps

ePumps offers high-quality and effective submersible pumps to help you meet all your pump needs. With a wide range of pump options, you can get sump pumps, pond pumps and more from us whenever you need a quality product.

With 24/7 customer service, competitive pricing, hassle-free returns and free shipping, ePumps makes shopping for pumps easy. Check out our industry-leading pump options today!

Ponds are excellent additions to your home, office or other outside areas. The cool, clear water adds beauty and serenity to any location. You can also build a pond as a DIY project, making it a popular project option for all types of homeowners. With the correct installation and maintenance practices, you can create a beautiful and lasting pond.

Pumps are crucial components of ponds. These devices keep your pond water healthy by circulating water. With regularly circulating water, nutrients can spread evenly to fish, plants and other life forms in your pond. Pumps also help oxygen spread throughout the water and power other pond features like waterfalls.

To get the maximum benefits of a pump, you need to select the correct size for your pond. The right size pump will filter water correctly and keep your pond in its best shape. You might wonder, "Do I need a pump for my pond?" or, "How big of a pond pump do I need?" This article shows you how to choose a pond pump.

 

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The home handyman and repair expert can both use additional guidance from time to time. This is why ePumps, which has provided pump and accessory solutions since 2014, recently launched its new Selection Tool. This web application on the main website deals with both boiler feed and condensate return pumps. These industrial products are designed with very specific purposes in mind and are made to match specific steam and boiler systems. If you suspect the pump in your system is starting to fail, use our new Selection Tool to find the right part before disaster strikes.

Condensate systems are designed to accommodate the movement of condensate and liquid water along dedicated lines. Along those pipes will be pumps to keep the flow going and ePumps has the best selection to help you repair or upgrade your system. The condensate pump Selection Tool can be found here. By selecting the pump configuration, receiver size and horsepower of the pump itself, the tool will provide you with the right component for the job. The real-world applications of these pumps can range from small offices at the low end to something that’s fit for industrial settings and customizable to integrate with high pressure pumps.

Boiler systems that operate on the industrial scale transfer heat in the form of water and steam. This requires an energy source, hidden mechanical workings and an overall design that accounts for extreme stresses on the system. Fortunately, ePumps can help you pick the complete package. The boiler system Selection Tool can be found here. Again, users can pick the pump configuration, receive size and horsepower to find the boiler feed unit that is correct for their application. Improving the performance and durability of a 20-gallon system is just as important as delivering performance throughout a 500-gallon large boiler feed system.

Using these two tools is as easy as selecting items from a drop-down menu. We also present additional product options for customers looking to customize their order. If you prefer to browse our website, you’ll see that ePumps carries all the top pressure, boiler feed and condensate return pumps from Grundfos. This Danish brand established in 1945 is the among the most recognizable in the industry. It is also the world’s largest manufacturer so the sheer variety of its offerings makes them the go-to for pumps no matter the real-world application. You’ll be able to choose from models that are suited for varying ranges of horsepower, discharge, voltage and more. Combined, ePumps and Grundfos can help you resolve pump-related projects at your workplace.

ePumps has recently entered a partnership with SpaceX in which the aerospace manufacturer and space transportation services company will use B3ZPLS 50 horsepower pumps for their launch pads. The partnership represents a monumental moment for ePumps, as it displays the flexibility and range of use for our products.

To combat stress, anxiety, and other oft-common consequences of day-to-day life, many people turn to nature. Henry David Thoreau was so interested in simple living and connecting with nature that he spent two years at Walden Pond and wrote about his experience in Walden. Now you probably don't have that kind of time, but you may be able to bring the pond to you. Owning and maintaining an outdoor pond is a fantastic way to improve your mood and reconnect with Mother Nature. In addition, it may reduce the amount of bugs in your yard, which is never a bad thing.

Floods occur for all different types of reasons, from natural disaster to water supply-line break… and it's important to be prepared regardless of your geological location. Floods, no matter the cause, can cause damage not only to your home, but your personal belongings and irreplaceable items.

As a homeowner, your choice of sump pump matters. The sump pump is, in most cases, both your first and last line of defense against basement flooding and damaged belongings. Thus, making sure that you have an effective sump pump should be a high priority. But the choice is not necessarily easy – you have to decide between two distinct kinds of pump: the submersible (like the Tsurumi submersible pump) or the standing sump pump. So which one is better?