hOmeLabs 3,000 Sq. Ft Energy Star Dehumidifier for Large Rooms and Basements

  • Designed for the trendy dwelling – that almost all dehumidifiers are clunky eyesores is information to no one. we designed with the trendy client in thoughts: a glossy clear look, handy built-in wheels and handles, and a quiet fan that wont drown out your present binge-watching obsession. sturdiness is essential, too, which is why we provide a 2-year guarantee, plus an additional 6 months in the event …
  • Eliminates moistness, odor & different belongings you hate – moist is a foul phrase. our moveable dehumidifier reduces odors and allergens by eradicating micro organism from humid air by way of its built-in pump compressor. it additionally includes a turbo mode that will increase fan velocity from regular air cfm 165 (cubic toes per minute) to excessive air cfm 188 for max moisture elimination and odor discount.
  • three,000 sq ft giant dehumidifier – our dehumidifier removes as much as 35 pints (50 pint 2012 doe commonplace) of water from the air per day. this moisture-removing beast is match for any basement, cellar or giant room, and its power star licensed, so it shortly and successfully absorbs moisture with out racking up your power invoice.
  • Tremendous simple to make use of – dehumidifiers dont must be difficult, so ours isnt. alter to your ideally suited moisture setting, then let it run its steady 24-hour cycle till the tank is full, at which level it would mechanically shut-off. dont bought time for that theres additionally a drain hose outlet for steady draining. the hose shouldn’t be included;
  • Vital issues to know – dehumidifiers emit warmth when in use (thats how they take in the moisture). this product wont work in the identical room as an evaporative cooler, and is meant for areas between 1,500 and three,000 sq ft. it measures 15.four x 11 x 24.three inches, has a 1.eight gallon water tank capability, and removes as much as 35 pints of moisture from the air per day.

Frigidaire FAD301NWD Energy Star 30-Pint Dehumidifier

  • Efficient humidity management: this dehumidifier quietly removes extra moisture from the air, stopping mildew and mildew, protecting your loved ones secure and wholesome. match to be used in any damp areas of the house, together with basements, laundry rooms, bogs, attics and garages.
  • Easy clear filter: the advantages of this dehumidifier transcend moisture elimination because of the washable mesh filter that cleans the air of mud and allergens, reduces micro organism, and freshens the air.
  • Spacewise moveable dehumidifier for damp rooms: ideally suited for rooms as much as 1500 sq. ft which can be categorized as damp. when moisture is extreme, this dehumidifier removes as much as 30 pints of water per day, drying the air shortly and effectively. included rolling casters and built-in prime and aspect handles make it simple and handy to arrange and put away, relying on the weat…
  • Dependable moisture elimination: with easy humidity management, it’s simple to customise the consolation stage you need. easy automated shut-off and easy full tank alert will let you recognize when the 1. 5-gallon capability bucket wants emptying. or, set the unit to easy steady drain mode, connect an ordinary backyard hose (not included), and breathe simple because the u…
  • Quick access bucket: the entrance pull-out bucket options full-height indents to make elimination simple at any level. an built-in carry deal with and splash guards guarantee emptying the bucket is straightforward and preserve you and your setting dry. a handy entrance water stage indicator supplies at-a-glance updates as to standing.

TOSOT 1,500 Sq. Ft. 30 Pint Dehumidifier – Energy Star, Quiet, Portable

  • Vitality star rated: we do not have to all develop into tree-hugging hippies to agree on local weather change (its actual) however one factor we are able to all agree on is the candy reduction of saving a couple of bucks in your month-to-month power payments, am i proper power star-rated home equipment will not be simply higher for the setting, but in addition on your pockets.
  • Quiet operation: you do not at all times see it, however that the purpose. a peak sound stage of 48 decibels means you may barely discover the dehumidifier is there. for comparability, 50 decibels is sort of as loud as a secluded suburban road or a standard dialog at dwelling.
  • 1,500 sq ft dehumidifier: our dehumidifier can take away as much as 30 pints (2012 doe commonplace) from your house. that is mannequin is ideal for smaller-sized rooms as much as 1,500 sq. toes, or areas which can be extraordinarily humid like bogs or laundry rooms. with the continual gravity drain you possibly can bypass the bucket and take away water into your sump pump or ground drain.
  • Basement dehumidifier: create a extra comfy setting in your house by eradicating extra moisture out of your basement. an excessive amount of humidity may also lower the lifespan of your furnishings, instruments, musical devices, paperwork, photographs and books, in addition to sneakers and clothes.
  • Energy outage restart: in the event you expertise an influence outage as a consequence of a storm, our dehumidifier will revert again to the final settings you chose as soon as energy is restored. we need to provide you with you one much less factor to fret about after you get again on the grid.


Afloia Portable Electric Dehumidifier for Home 2000ML Water Tank, Home Dehumidifier for Bathroom

  • high-efficiency: shortly and effectively take away out of your place, max functionality of water tank is 2l(68 ounce), take in as much as 750±80ml(26 oz) water per day (86°f, 80%rh) . optimum working temperature is 59-86°f.
  • compact: mid measurement, takes up little area, completely controls water and condensation. excellent for these locations comparable to small room, workplace, rest room, front room, ect. moveable design, simple to hold and discover a place for it.
  • ultra-quiet — our electrical dehumidifier adopts the superior peltier know-how operates with whisper quiet operation as a substitute the compressor. no annoying sound, by no means disturb your every day life and your rest time. make your life filled with ease.
  • handy: powered by way of a ac cable, simple to take away entrance water tank, secure to make use of with inbuilt auto shut-off sensor. automated shut-off as soon as reservoir is full, stop an overflow of collected water, the dehumidifier works once more when the reservoir is empty.
  • power saving: use the most recent energy-saving consumption design,ensures most water extraction with minimal energy use.present the very best options for absorbing extra water and condensation. user-friendly, not waste electrical energy.
The GE 50 pint Energy Star dehumidifier with built-in pump removes up to 50 pints of water from the air every 24 hours.
This model is ideal for damp rooms, anywhere in the house, basement or garage. The built-in pump with a hose supplied makes it possible to drain water to any suitable location up to 4.8 m away. This feature eliminates the need to check in the water level in the bucket and the need to periodically empty the bucket. 

The soft touch control panel and digital LED controls of this GE dehumidifier let you clearly see and manage your settings. The Energy Star model offers 3 fan speeds to choose from, automatic defrost control and a 2- or 4-hour off timer, while pocket handles and easily rollable hidden wheels make it easy to move from one place to another.

Built-in Pump - The built-in pump with a hose supplied allows water to be drained to any convenient location up to 3 feet away.

This feature eliminates the need to check in the water level in the bucket and the need to periodically empty the bucket.
Empty Bucket Alert - This feature alerts you when the 1.8 gallon capacity bucket is full or missing.
The alarm will sound for 10 seconds to let you know it's time to empty or replace the bucket.

Filter Alert - the device works best with a clean filter, so we'll remind you when it's time to clean it.
Easy to use: The bag handles make it easier to move between rooms.

Additional functions such as the adjustable humidity, 3 fan speeds, the automatic restart and the automatic defrosting function ensure easy handling and effective moisture removal from damp rooms.

Professional humidification technology for virus-free air hygiene

The importance of air hygiene is becoming increasingly important. Since the connection between aerosols – dry air and the risk of virus infection has been researched, health experts have agreed: Optimal room humidity is an essential factor in curbing the spread of viruses. BUT: It depends on the right technology. Professional humidifiers versus cheap segment. What is to be considered?


Air humidification: the way to healthy indoor air

One thing is undisputed: humidifiers can make an important contribution to health and well-being in living spaces and offices. However, it is essential to ensure that the humidifier water is sterile and to choose a harmless humidification system!
But why, does dry air have a negative effect on the organism?
If the mucous membranes suffer from air that is too dry, this is associated with a weakening of the immune system. Viruses and bacteria have easy play due to their defensive function, which is no longer optimal – and enter the human organism without resistance. Infections and diseases can be the result.

Weakened immune system

An optimal, ie germ and virus hostile air humidity in rooms supports the human immune system and ensures a lasting resistance of the mucous membranes against external influences. The immune system is supported. At the same time, optimally regulated humidity has a direct and destructive effect on pathogens such as viruses and bacteria!

Many years ago, the National Institute for Occupational Safety and Health   published research results that viruses are significantly more active and therefore more infectious in dry air than in optimal indoor air humidity. This is due to chemical processes with antiviral effects that arise from the interaction of viruses – aerosols and the humidity in the room.

Further studies and investigations followed and finally led to the definition of an optimal reference range of 40 to 60% RH (RH = relative humidity). In this area, the virus activity is significantly reduced than z. B. with 20% dry room air.
Another positive side effect of optimal air humidity: The dwell time of aerosol clouds in the air is shortened: Viruses and microorganisms that adhere to aerosols sink more quickly to the ground in moist air .

What can be done to achieve the optimal reference range? 
So-called direct evaporators – which are based on natural humidification principles – ensure safe and sustainable compliance with the reference “humidity corridor”. 

Inadequate humidification technologies involve risks

Air conditioning technology is not just air conditioning technology. Professional advice provides a quick overview of the available humidification technologies and their advantages and disadvantages: In general, aerosol-forming technologies such as nebulizers and vaporizers – i.e. humidifiers that emit visible mist or vapor – are available . And the “invisible” = aerosol-free processes. So-called direct evaporator.

Air washers represent a separate category . Whereby the word suggests that this is hardly possible – to clean air from germs and microorganisms by “washing out” them in water? And this water is then used to humidify the air? If you imagine it figuratively – a not exactly “appetizing” humidification method … Whereby – models that work quite hygienically in this segment too – provided that chemical-free disinfection methods such as mineral filters are used. As always – get advice!

Effective disinfection + humidification using advanced technology

In general, the following applies to all humidification devices: Hygienic operation and water disinfection are essential! The new generation of air humidifiers, which are defined as direct evaporators and air hydrators, combine hygienic air humidification and optimization of air quality.

Humidifiers and air purifiers: advice counts

With the large number of humidifiers and air purifiers, it is hardly possible to make the optimal choice. The prices for office and apartment use range from 30 euros to over 5,000. In general, you can say that you have to invest around 500 to 1,500 euros for effective air purifiers (HEPA14 filter and ozone clearance certificate). Humidifiers that meet hygienic requirements and work effectively are available from EUR 800.00 – but the price range extends well over 5,000 euros. Whereby devices in the upper price segment are often no more effective than in the lower and middle….

Do you have any questions about technology?
Would you like an individual recommendation for humidifiers – air purifiers?
Contact us, we will be pleased to advise you.
Send us an email with your requirements – we will be happy to provide further information and special prices!


Dehumidifier to dehumidify the basement

Damp cellars are not only a problem in old walls. Even in insulated new buildings, the relative humidity can quickly exceed the ideal 40-60%. This damages the items stowed in the basement and leads to mold in the long term. With a room dehumidifier you can get the problem under control.

It smells musty, the plaster is peeling off the wall, stowed cardboard boxes and fabrics feel clammy or even wet. These are all typical signs of excessive humidity in the basement. Sooner or later, such a room climate creates mold – and this is not only extremely unhealthy, but also affects the stowed utensils. When that happens, the only thing left to do is muck out. But it doesn’t have to come to that.

How does moisture develop in the basement, which dehumidifiers are recommended and are there other ways to solve the problem? You can find answers in this post.

Too much moisture in the basement: a problem especially in the mild season

In uninsulated old buildings, moisture penetrates the walls from the outside. But even in well-insulated houses and previously dry cellars, the unpleasant wetness often occurs at some point. The culprit is called condensation moisture, which forms on cold surfaces.

The formation of condensation water can take place on all surfaces, for example walls, furniture and especially window panes. It depends on various factors:

  • Outside temperature
  • Temperature in the room
  • Surface temperature
  • relative humidity

The higher the humidity in the room and the colder the surfaces, the stronger the condensation. Furthermore, the temperatures outside and in the room play an important role, as warm air can absorb more water vapor than cold air.

For this reason, the formation of condensation moisture in the basement is a problem, especially in the warm spring and summer months. At this time, warm outside air gets into the year-round cold basement rooms and cools down accordingly. The now cold air can no longer absorb as much moisture as before. As a result, the excess moisture condenses on the cold walls in the basement.

In this case, ventilation is not the best choice!

Ventilation only helps when the outside temperature is appropriate!

Most people first try to combat damp basements with intensive ventilation. What seems plausible at first is in reality often exactly the wrong path – for the reasons mentioned above. In spring and summer you should keep the windows in the basement closed as much as possible to let the warm (humid) air outside.

Ventilation of your cellar is only recommended if the temperature outside is at least five degrees below the cellar temperature. Of course, that hardly ever happens in summer. You should therefore use autumn and winter to ventilate your basement rooms regularly – but only on dry days, please!

Of course, this requires meticulous monitoring of the temperature and increases heating costs. In addition, it doesn’t really help in summer.

Dehumidify basement

For year-round ideal humidity, it might make sense to purchase a dehumidifier to dehumidify the basement. These electrical devices suck in the air via a fan function, cool it and collect the resulting condensation in an integrated water tank.

There are also dehumidifiers that work without electricity. These are cushions or containers filled with water-absorbing substances, for example salt crystals, siccatives or activated carbon. Since the fan function is missing, the efficiency is lower here than with the electric version. However, this measure may already be sufficient.

The simplest cause: a leaking water pipe

If no wall has to be pried open to seal the leaking pipe, this problem can usually be remedied quickly and inexpensively. With other causes, the situation is usually more complex.

Cause: lack of horizontal sealing

If the basement walls are damp, the reason, especially in the case of older buildings, can be a lack of horizontal sealing to the ground. This can be drawn in later, for example by slitting open the masonry inside or outside and inserting sheet metal.

Cause: missing or overloaded drainage

If water penetrates through the light shafts of basement windows when the groundwater level is high, or if seepage water collects on hillside properties and intensive precipitation does not flow off, the reason could be missing or overburdened drainage. To ensure that they function optimally over the long term, TÜV experts recommend having the drains serviced and flushed by a specialist every ten years.

Cause: incorrect ventilation

Basements should never be ventilated during the day when the outside temperature is high. Because warm air stores significantly more moisture than cold air. And if the air in the basement cools down in the evening, the moisture condenses on the equally cool wall.

Cause: defective protective coating

There is also a risk of moisture penetration vertically due to defective protective coatings. Bitumen, for example, the waterproofing for the basement tub, decomposes after around 30 to 40 years. Replacing the waterproofing is usually very costly, because the outer walls around the house have to be dug down to the bottom and re-sealed.

Cause: blocked roof drain

If a damp spot keeps showing up in a basement corner, the cause here could be a clogged roof drainage system on the house wall: Drained rainwater accumulates in the gutter and at some point pushes through the wall. That is why gutters and downpipes should be kept free at all times. If damp spots have already formed on the walls, the use of a construction dryer should be checked in order to avoid consequential damage.

Tips for ventilation in the basement:

  • Never ventilate the basement during the day in summer! Ventilate only on cool nights and mornings
  • Autumn and winter are suitable for ventilating the cellar
  • But be careful: ventilate the room instead of tilting the window!
  • Do not dry laundry in the basement (exception: if a powerful dehumidifier is used!)

Damp walls? Dehumidifier for the basement? Make the right choice!

Dehumidifiers are helpful when there is no structural damage, but the moisture is caused by condensation. If tiles, basement walls are wet and damp – especially in summer – this indicates condensation. A dehumidifier works both preventively and in acute situations to reduce the humidity in the basement air and protect the building fabric.

When choosing the best dehumidifier, there are a few factors to consider :
The performance of the dehumidifier must be efficient – not just at high temperatures!
Much more important is the performance the device achieves at typical cellar temperatures! Many conventional household condensation dryers have a very poor power consumption-to-performance ratio at low temperatures. The power consumption of these dehumidifiers is comparatively high. Electricity costs of several hundred euros are not uncommon with these devices …

When making your selection, make sure that the dehumidifier has the function of an automatic control that is designed for basement temperatures – for example an iECO control. This also ensures drying in the basement temperature range. With devices of the regenerative dryer series even at + 2 ° C!

Efficient dehumidifiers should also have a powerful fan installed in order to optimally distribute the room air. This is the only way to dry the dry air evenly and effectively.

In order to choose the right model of the basement dehumidifier, the following factors must be taken into account:

  • Height of the room
  • Room volume
  • Room temperature
  • Humidity of the basement rooms

Would you like information on the acquisition costs for dehumidifiers? Please send us your questions – we will be happy to assist you in selecting a dryer!

how does dehumidifier work

Dehumidifier basement –
how it works

There are two basic types of dehumidifiers: condensation and adsorption dryers.

In principle, condensation dryers are reminiscent of the well-known refrigerator system. 

The water droplets produced during the condensation process are caught in a container – or fed directly into the sewer.

Adsorption dryers dehumidify the ambient air with the help of a desiccant. The absorbed moisture is then conducted outside through an air hose. 

Because of their high energy consumption, adsorption dryers are rarely used in the private sector.

Electricity – watt – dehumidifier

The device performance is given in watts. It should be noted that the nominal power should never be equated with the actual power consumption. 

The actual power consumption of the device is strongly influenced by the room temperature . The lower the temperature, the lower the energy required. However, the lower the dehumidification performance!

Conversely, the higher the ambient temperature, the greater the energy consumption, but also the greater the dehumidification performance. The energy consumption can only be determined in continuous operation. It is therefore crucial that manufacturer comparisons are not made based on the “maximum consumption” – ideally, power consumption is given at different temperature ranges.

It is crucial that the performance of dehumidifiers is not only given at 30 ° C – but above all at 20 ° C. This allows the different dehumidifier models to be compared at practical temperatures. Values ​​at 30 ° C are completely irrelevant – because we don’t have such high cellar temperatures in Central and Western Europe!

A note on the volume: When operating a dehumidifier in the basement, the noise level plays a subordinate role in contrast to the living space. Much more important for the dehumidification in the basement are the fan performance and the energy costs!

By the way: The water tank of the dehumidifier should be at least 8 liters (preferably 10 to 15 L in size). If there is a floor drain, a hose connection on the device is helpful in order to be able to directly drain off the condensation water. 

Dry basement thanks to the best dehumidifier performance

What fan output should a dehumidifier for the basement have?

The basement dehumidifier should have a fan capacity of at least 300 to 500 m3. Make sure, however, whether the device specification is free-blowing (fan without housing / resistor) or – “Measured on the front grille” – is given.


The lower the air output, the lower the air distribution.

The lower the air distribution, the smaller the dryable area.

If a dehumidifier with 150 m3 / circulation capacity includes a drive unit with an impressive 500 watts of power – what is the use? In the absence of ventilation, the dehumidifier is already 5 meters away, and dry air can hardly be felt. Ergo, a moisture reduction over a larger area is not possible. Despite high consumption….

Professional cellar dehumidifiers have a fan output of 500 m3 / h (free blowing). This corresponds to a practical output of around 300 m3 / h.

A sufficiently large water tank is recommended.

In addition to the fan output , the power consumption is the second selection criterion for a basement humidifier:
This value is more important than the purchase price ! Why? Because – especially in the case of devices produced in the Far East (sometimes with very German-sounding names …) – the relation of ACTUAL dehumidifier performance to ACTUAL consumption very often shows a massive disproportion.

The electricity costs of these cellar dehumidifiers can even exceed the purchase price of a high-priced dehumidifier in a few years. A dehumidifier that is expensive to purchase – but equipped with iECO control – can save several hundred euros in 5 years! A basement dehumidifier designed in this way “pays for” its acquisition costs by itself!

How loud is a dehumidifier – is the noise level significant?

The volume depends on the respective dehumidifier model. Bedroom dehumidifiers should not have more than 45 dB (A). In the case of cellar dehumidifiers, the noise level should be set at a moderate level – because a cellar is separated from the living area by a solid false ceiling that isolates the sound. Noise nuisance would only exist if the ceiling is not sufficiently soundproofed and the dehumidifier has over 60 dB (A). But that would only be the case with industrial devices.
Basement dehumidifiers require a medium to high fan output – and powerful fans cannot be “whisper-quiet”. There are, however, models whose fan blades are designed according to the “owl blade concept” – that is, despite their high performance, they score with a relatively moderate noise level. Devices of the WD-S class, for example, are equipped with this technology.

Basement dehumidifiers of the optimal performance class usually show between 40 and 58 dB (A) in practice. If the basement is used in a homely manner, you should deactivate the dryer if you are particularly sensitive to noise – and the dehumidifier will be switched on after leaving the room.

How To Choose the Right Size Dehumidifier

If you need to buy a portable dehumidifier, the first question you should ask yourself is “What size dehumidifier do I need?” Answering this question is simple—if you have the right information.

Read on to learn how to choose the right size dehumidifier for your needs.

How Dehumidifiers Are Sized

A dehumidifier’s size is determined by its total moisture removal capacity. Capacity is rated in pints of moisture removed per day (24-hour period).

A dehumidifier’s capacity loosely indicates how large of a space it will cover in square feet. Therefore, if you know the square footage of the area you’d like to dehumidify, you can get a good idea of the capacity you will need. 

For example, when you see a “30-pint dehumidifier,” you’re looking at a model that’s rated to remove 30 pints of moisture total per day at testing conditions. The updated testing conditions are 65 degrees F and 60% humidity. Previously, dehumidifiers were tested under 60 degrees F and 80% humidity, but those testing standards were updated in 2020 to reflect more real-world conditions. 

Dehumidifier Sizing Chart

To help simplify your search even further, we’ve created a handy dehumidifier sizing chart. This chart will help you choose the right size dehumidifier.

Note: Dehumidifier testing standards changed in 2020. Dehumidifiers are now tested in colder temperatures, which lowers their total pint capacities compared to older models.

You’ll notice the updates reflected in our chart below: 

review how old pint capacities compare to new capacities under new dehumidifier testing standards

Room Size vs. Room Conditions

Choosing a dehumidifier based on the size of your space and its capacity alone isn’t enough. To find the absolute best solution, you’ll also need to consider your room’s conditions.

Start by asking yourself, “How damp is my space?” If it’s only a little damp, you can probably stick with the rated capacity for your square footage. If you’re dealing with an extremely wet space, you’ll definitely need a large capacity unit.

For example, a model that removes 50 pints of water when the air is saturated is less powerful than a model able to remove 50 pints of water at standard room conditions (65 degrees F, 60% humidity).

Find the Right Dehumidifier

Once you know which size dehumidifier you need, it’s time to find yours.

Additional Room Conditions to Consider

If any of the below factors are true for you, you’ll want to choose a unit with a higher capacity.

  • If your home is located in a humid climate, add 10 pints.
  • If multiple people live or will spend time in the space, add 5 pints.
  • If there are multiple doors and windows in the space, add 5 pints.
  • If there’s a washer and dryer nearby, add 5 pints.

In Summary

Look at pint capacity and the dampness of your space to choose the right size dehumidifier for you. Our chart will help.