Best Power Inverters for Sump Pumps

Best Power Inverters for Sump Pumps in 2022 [Updated List]

Power inverters are a necessary item for homeowners who have sump pumps in their homes. Power outages happen without warning, and when they do it can be disastrous if you don’t have an emergency backup plan. Power inverters are designed to take the power from your home’s electrical grid and convert it into AC that can then power electronics or devices that require electricity. This article will review the best options on the market now, as well as talk about some of the features you should look for in a good one.

We’ll go over a gadget that might be just what you need to solve your power inverter issue in this post. We’ll talk about how they function, what to look for when purchasing one, and how to install one.

However, I’ll also reveal the best versions available right now inverters that are specifically designed for the job and don’t shock when the pump is running. These power inverters have excellent performance, features, and pricing, and they may prevent you from spending thousands of dollars on water damage repairs.

How does a power inverter work?

A power inverter is a device that converts DC from a battery into AC that can be used to power 120-volt electrical devices. The inverter is connected to the battery by a cable, and it is plugged into a 120-volt outlet to power the devices.

The inverter is a mechanical device that uses a very complex and powerful circuit called a pulse width modulator to convert the DC to AC. Power inverters can be designed to output many different types of current, including the current used in Europe.

Since the currently available in Europe is different than the currently available in the United States, you need to know your needs and select the correct type of inverter.

SEC America PumpSentry 822 PS:

The (822PS) PumpSentry Power Inverter is a battery-powered DC pump control for use with any standard 1/4″ NPT water pump. The 822PS senses the flow rate and turns the pump on and off automatically. It works with any solar and wind power system that uses a DC pump.

The PumpSentry is ideal for use with small ponds, fountains, or other special water features that have a DC pump. PumpSentry has a built-in surge protector to protect the pump from any brief power surges.

The PumpSentry can be programmed using the manual buttons or using the optional programmer. The pump-sensing feature can be manually overridden. The PumpSentry has a built-in battery charging circuit and will charge a 12 volt or 24-volt battery while the pump is running.

The PumpSentry is designed to work with any battery bank that uses a DC pump. It is equipped with an LED light to indicate low battery voltage and a relay to switch to a backup battery.

The PumpSentry is available in two different versions: The 822PS has a built-in 12-volt battery charger that can be used to charge any 12-volt lead-acid battery. The 822PS-24 has a built-in 24-volt battery charger that can be used to charge any 24-volt lead-acid battery.

The 822PS includes an AC power adapter for charging the battery from a standard 120-volt wall outlet. The 822PS has an internal temperature sensor and will not charge the battery if the battery temperature is below a pre-set temperature. The 822PS is designed to work with any 12 volts or 24-volt battery bank.

Pros
  • Comes with a 12-foot cord This unit is a lightweight and portable inverter.
  • This unit is a lightweight and portable inverter It is easy to use and install.
  • It is easy to use and install This inverter has a compact design and it is compact, which makes it a great choice for tight spaces.
Cons
  • This is not a device that can be used in locations with high humidity It does not fit in standard electrical panels.

Read More: 5 Best Battery Backups for Existing Sump Pumps

PumpSpy Sump Pump Inverter:

The PumpSpy primary sump pump backup power system is an affordable, effective solution to the common problems of power outages and water damage. A power outage is one of the most common reasons for a flooded basement.

PumpSpy incorporates a backup power system that provides the ability to pump water even when the power is out. The PumpSpy system is designed to work with a primary sump pump and is not intended to be used as a stand-alone sump pump.

In the event of a power outage, your primary sump pump will continue to operate as usual. During this time, the PumpSpy system is being charged.

After a power outage, the PumpSpy backup system will be activated and will provide approximately 2 hours of pumping time.

After 2 hours, the PumpSpy will automatically shut off, and the primary sump pump will resume its normal operation.

When your primary sump pump fails, the PumpSpy Sump Pump Inverter will kick in and keep your basement from flooding. This handy device automatically switches over to battery power when AC power goes out, so you can rest assured that your property is safe.

The 1500 Watt output is enough to power two primary sump pumps simultaneously, making sure no water gets past you. And if there’s a power outage, don’t worry – the 10 Amp built-in charger will quickly recharge the included battery so you’re ready for the next storm.

Pros
  • Easy to Use
  • Cost-Effective
Cons
  • The backup battery is not included in the system.
  • The power cord is not included in the system.

AIMS POWER PICOGLF12W12V120AL Green:

If you’re looking for a powerful and reliable power inverter, the AIMS POWER PICOGLF12W12V120AL is perfect for you! With 1250W continuous and 3750W surge power, this unit can handle even the most demanding applications.

It also features a wide range of protections, ensuring that your equipment is always safe. And with its 35A smart battery charger, it can easily charge 8 different battery technologies.

So if you’re looking for a top-of-the-line power inverter, don’t hesitate to choose the AIMS POWER PICOGLF12W12V120AL! Looking for an easy way to switch between shore power and your generator?

The AIMS POWER PICOGLF12W12V120AL Green is just what you need! Featuring GFCI outlets, a charge current control dial, and auto-gen start, this inverter is perfect for homes, boats, RVs, and more.

Plus, the conformal coated design protects it from the elements, and power save mode helps conserve energy. Optional remote is available.

The AIMS POWER PICOGLF12W12V120AL Green is the perfect choice for powering your off-grid needs. This 12-volt, 120-watt solar panel is a great way to keep your essentials running, even when the grid is down.

Plus, with its corrosion-resistant aluminum frame, you can be sure that your investment will last. So don’t wait any longer – get yourself a PICOGLF12W12V120AL and join the #greenrevolution!

Pros
  • 1250W continuous power
  • 3750W surge power
  • Wide range of protection
Cons
  • Little Heavy to Carry

Tripp Lite PowerVerter APS1250:

Tripp Lite’s PowerVerter APS1250 is the perfect answer for those times when you need an extra burst of power. With 1250 watts continuous output and up to 2500 watts instantaneous power, this unit can handle even the most demanding loads.

Plus, with its extended peak surge power, the APS1250 is more than capable of handling heavy connected loads. So if you need a little extra juice, don’t hesitate to reach for Tripp Lite’s PowerVerter APS1250.

Tripp Lite’s APS1250 PowerVerter provides an emergency power supply for your computer or other electronic devices when the grid goes down.

It has a rugged polycarbonate housing that resists moisture and impact and features two AC outlets. The APS1250 also has an auto-transfer switching option for UPS operation.

The PowerVerter APS1250 is a heavy-duty power inverter with a wide range of applications in mind. This isn’t as good as it sounds, though, because it means it lacks certain features that set the PumpSentry apart as a specialist. The lower surge capacity would’ve been particularly beneficial for inductive loads like sump pumps.

There is a reason for this, however, it is of excellent quality. And the fact that it’s from a well-known manufacturer of power solutions may be part of the explanation. If you’re on a budget and have a softer starting pump, this is the product for you.

Pros
  • 1250 watts continuous output
  • 2500 watts instantaneous power
  • Rugged polycarbonate housing resists moisture and impact
Cons
  • The surge capacity is smaller than it should be.

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WZRELB Power Inverter:

This is our new 2-channel Power Inverter circuit board with universal input AC ~ 240V / 12V DC output. It is very compact and suitable for most 12V appliances.

It adopts PWM technology to control the output power of the inverter which is more efficient and has better thermal performance. It is also equipped with a fuse and a circuit breaker to protect your appliances.

Low ripple and noise, high efficiency, and low heat production, it is perfect solution for solar and battery applications. Main Features: AC to DC power inverter with universal input AC ~ 240V.

If you don’t need the auto switch and charger, the WZRELB power inverter is an excellent choice.

If you’re searching for a sump pump, consider one that uses pure sine wave power output of 2000W. You’ll have enough supply to run a sump pump as well as a couple of other devices on top of it when you use pure sine wave power output at 2000W. It’s especially useful in times of crisis because it can run off a 12V battery or solar panel.

This Power Inverter also comes with overload protection, short circuit protection, and a low voltage alarm system to keep your appliances safe.

It lacks the complete convenience of the others, but it makes up for it in terms of extra storage, pure sine wave power, and a significantly cheaper price.

Pros
  • 2000W pure sine wave power output
  • Overload protection, short circuit protection, and low voltage alarm system
Cons
  • No auto-switch or charger included.

What to Consider Before Buying?

Capacity:

The first thing to consider is whether it can properly operate your pump. It’s pointless to buy an inverter that overloads as soon as the pump begins, flooding your basement. To avoid this, we’ll delve deeper into sizing in the following section.

When it comes to capacity, you want to make sure that the inverter can handle running your pump. This means checking the specs to see if the wattage and surge rating are high enough. Some pumps require more power than others, so you’ll want to make sure that the inverter you choose is up for the task.

Another thing to look at is how long the inverter will run your pump. If it only has a short runtime, that might not be enough for a big job. Conversely, if it has a very long runtime, you might not need a big inverter. It all depends on your needs.

Finally, you’ll want to consider whether the inverter has a built-in charger.

Power type:

There are two types of Power Inverters to choose from:

  • Modified Sine Wave Power Inverter
  • Pure Sine Wave Power Inverter

Modified sine wave inverters have a cheaper price tag, but they also come with their share of problems. Their low-quality output can result in slow starting motors, noisy operation, and even damage to your appliances.

If you want to be sure that you’re getting the most out of your inverter, go for a pure sine wave option. These inverters are more expensive but they produce a clean, consistent power signal that is safe for all electronics. They also start up motors quickly and quietly, making them a great option for any job.

Features::

In addition to the basics, there are a few extra features that you might want to look for when choosing an inverter.

Some inverters come with built-in USB ports or cigarette lighter adapters. This can be handy if you need to charge your phone or run another small appliance while the pump is running.

Others have digital displays that show you how much power is being used and how much runtime is left. This can help decide when to shut the pump off.

Finally, some inverters have a built-in alarm system that goes off if the voltage or wattage gets too high or low. This can help protect your pump from damage.

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Frequently Asked Questions:

How to size an inverter for your pump?

When you are choosing an inverter for your pump, you need to consider the wattage of the pump. You will also need to consider the starting power of the pump. The PowerVerter APS1250 has a starting power of 3750 watts and a continuous power of 1250 watts. This inverter is perfect for those who have a soft starting pump. The Power Inverter WZRELB has a pure sine wave power output of 2000W. This Power Inverter is perfect for those who have a hard starting pump.

The only way to know if an inverter can operate your pump is to verify the current capacity. It’s usually located on the nameplate at the top. If you know what type of pump you have, you may look it up on the internet.

Let’s suppose your pump is operating and the starting current is 5A, while the running current is 15A. The result of each of them multiplied by 120V is 600W and 1800W. You’ll need an inverter with the capacity to handle that amount of power.

The PumpSentry 822 PS or the PumpSpy backup inverters have a capacity of 1200W. You’ll be able to run the pump with no problem and you can even add additional devices to that inverter.

How to size the battery:

When it comes to the amount of power required, consider a 100-gallon or larger pond pump. A 5A/120V pump uses 600 watts. To achieve a tenth of the voltage at 12V and 10 times the current at 50A, you’ll need ten times as much power. You’ll need a 75AH battery to keep the pump running for 24 hours.

The greatest choice would be a deep cycle battery. It works best with sump pump load patterns. Don’t use automobile batteries because they are not appropriate for usage. Also, make sure your cables are rated to handle the proper amount of current flow through them. The manual usually contains the recommended size.

Steps to install a power inverter for the sump pump:

  • Make sure the outlet is grounded
  • Check the circuit breaker to ensure that it is working
  • Connect the inverter to the circuit and test the inverter to see if it works
  • Connect the wires to the inverter and the sump pump
  • Attach the sump pump to the wires and connect the wires to the power inverter
  • Connect the wires to the sump pump
  • Test the sump pump to see if the inverter has worked
  • Connect the power cable to the power source
  • Test the sump pump to ensure that it works
  • Disconnect the wires from the outlet
  • Remove the cover of the outlet to expose the wires
  • Remove the cover of the power inverter
  • Attach the wires to the outlet and the power inverter
  • Test the sump pump to ensure that it works
  • Turn off the switch when not in use

Why use a power inverter instead of a battery backup pump?

Power inverters are much more economical for turning DC power into AC power. It is estimated that you will save about $1,000 in the lifetime of your purchase by using a Power Inverter instead of buying an expensive battery backup pump system.

Power inverters can take care of up to 900 watts which many pump brands recommend as the minimum wattage to handle their specific models accurately. Some models have built-in transient protection which can save time and money when installing or moving houses unnecessarily.

Another great benefit is having two pumping systems available with the Power Inverter so if one fails, there’s another one intact to take care of any issues.

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Is this like a UPS for sump pumps?

A UPS, or Uninterruptible Power Supply, is a device that provides emergency power to a computer or other electronic device in the event of a power outage. A Power Inverter for a Sump Pump is not exactly like a UPS, but it serves a similar purpose.

A power inverter takes DC power (from batteries or solar panels) and converts it into AC power, which can be used to run devices like sump pumps. If you have a Power Inverter for your sump pump, you will never have to worry about losing power during a storm and having your basement flooded.

Conclusion:

When it comes to choosing the best power inverter for your sump pump, there are a few things you need to take into consideration. The first is the size of the inverter. It needs to be able to handle the starting current and running current of your pump. The second is how large of a battery you will need to keep the pump running for an extended period. And lastly, you need to make sure that your cables are rated to handle the amount of current flowing through them.

 We hope you found this blog post useful! If not, let us know in the comments what we can do to improve it. And if you have any questions about sump pump power inverters or other electrical topics, please don’t hesitate to reach out and ask!

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