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Swimming Pool Dehumidifier

Swimming Pool Dehumidifier

Controlling indoor humidity is crucial to keeping a comfortable, healthy atmosphere inside. Because you will often need a cooling temperature lower than you require for comfort, an excessive amount of humidity can encourage the formation of mold and give a favorable home for dust mites and other pests. Because high humidity makes your system work more to stay up, it can be bad for you and your pocketbook. With the use of cutting-edge technology, MICROWELL's dehumidifiers replace the humid air in swimming pools with warm, dry air via the condensation principle. They are the class leaders in performance, as seen by their performance. By eliminating condensation and utilizing heat recovery to provide free heating up to three times over, they control humidity problems and preserve a healthy atmosphere.

Our Dehumidifiers

Wall Mounted Swimming Pool Dehumidifier

Since indoor swimming pools are constantly exposed to the water, the air inside them is heavy with moisture. Air that is high in moisture and has a relative humidity that is much higher than 60% Rh creates ideal conditions for the formation of mold, which is harmful to human health. Furthermore, a building's internal atmosphere is made corrosive by excessive relative humidity, hastening the deterioration of constructed materials. Therefore, maintaining proper humidity levels inside buildings is essential for both human comfort and a healthy lifestyle, as well as for extending the life of the building itself.

  • Microwell’s DRY series are comprehensive solution for indoor swimming pool environment control.
  • Microwell’s DRY series are suitable for big pools, wellness, or hot tubs in Monitoring and regulating humidity and air temperature.
  • Utilizes condensation principle to offer reliable, constant, and highly effective heat recovery with the highest efficiency.
  • Microwells DRY series models have a low sound emissions and exclusive design, making them the most innovative solution for indoor pools.
  • They manage humidity issues and maintain a healthy environment by removing condensation and providing free heating through heat recovery up to 3.5 times.
Swimming Pool Dehumidifiers

MICROWELL Dry dehumidifiers are pool dehumidifiers, which is an innovative and visually appealing solution for indoor pools. They employ the principle of condensation and remove moist air from the pool and replace it with dry and warm air. Their performance proved to be the best in the class. They resolve moisture issues and maintain a healthy environment by removing condensation and ensuring free heating by heating up to 3.5 times!

MICROWELL DRY line of swimming pool dehumidifiers is made to accommodate every type of pool, from hot tubs to residential bathrooms to recreation centers and effectively remove humidity from them. The DRY range is designed to meet the requirements of indoor swimming pool owners who require it.

For indoor pools, The MICROWELL DRY pool dehumidifiers is a highly innovative solution. They offer consistent, dependable, and efficient heat recovery with maximum efficiency, working on the concept of condensation. DRY 300 | 30 m2

  • DRY 300 | 30 m2
  • DRY 400 | 40 m2
  • DRY 500 | 50 m2
  • DRY 800 | 80 m2
  • DRY 1200 | 120 m2
  • WRG | 80 m2
  • WRC | 200 m2
  • WRPC | 200 m2
Dry Siren Poll Dehumidifiers

MICROWELL Dry Siren is the world’s first ceiling swimming pool dehumidifier. DRY Siren is an aesthetically pleasing as well as an intelligent solution with outstanding performance and sets a modern trend in the industry. Is a breathtaking dehumidifier with more features.

DRY Siren incorporates more functionality than in typical today. It is an effective dehumidifier, with a loudspeaker and LED lamp. It also detects and displays level of humidity in real time and provide microclimate protection.

The MICROWELL DRY Siren is placed on the ceiling, preventing the humidity from accumulating and condensate.

Models:

  • Dry Siren mono
  • Dry Siren Due
Industrial Dehumidifiers

Designed to remove high levels of humidity from flooded and non-heated buildings, as well as new construction sites, warehouses, and other structures. Industrial dehumidifiers with microwell technology provide strong and effective humidity extraction. Even in the roughest construction sites, they can produce the necessary results and prevent expensive losses thanks to their strong metal body and totally mobile design.

Microwell industrial dehumidifiers may function at any indoor temperature between 0 and 35°C thanks to an integrated electrical heating element that guarantees the exchanger doesn't freeze.

Microwell industrial dehumidifiers are completely mobile and incredibly simple to operate thanks to its swivel casters, handle, and 2 m cord with detachable connector. Every machine has a dust filter that is simple to remove and clean. Operating status, operational circumstances, and potential problems are displayed on the built-in display. They have an electric heater (TE versions), an external humidistat, and automatic defrosting technology.

  • T40 | 40 l/day
  • TE40 | 40 l/day
  • T90 | 90 l/day
  • TE90 | 90 l/day
  • T120 | 120 l/day
  • TE120 | 120 l/day
Meuseum Dehumidifiers

It is difficult to maintain optimal microclimate in museums, galleries, libraries, cultural institutions, and other exhibition facilities, containing valuable exhibition or archived items. Dehumidification in these spaces is crucial for the preservation of rare objects, paintings, records, books, or documents. The exhibition environment, which is influenced by the outside weather, the age and style of the building, the number of guests and staff, and other factors, must guarantee the collections' long-term safety and preservation while taking into consideration particular and frequently shifting preservation requirements.

A comprehensive solution for controlling the museum environment is Microwell DRY GALLERY 300. It keeps track of the room's humidity and ambient temperature continually. DRY GALLERY provides completely adjustable management to provide a range of relative humidity requirements, as various collections may have varying humidity requirements. The device has minimal vibration and is silent.

Microclimate Protection

A novel LED technology called Microwell MicroLIGHT+ makes it possible to assess humidity levels in any interior space fast and precisely. MicroLIGHT+ transmits data using a multi-LED light system based on the relative humidity reading technique. The collected data is automatically displayed as a color gradient, providing real-time information on the relative microclimate humidity level.

By automatically measuring and reflecting the current relative humidity, Microwell microLIGHT+ alternates between blue, green, and red colors in a gradient. Shiny red LED light shows a high relative humidity level in the space, while blue LED light indicates a low relative humidity level. Green LED light indicates an appropriate range of relative humidity.

Additionally, MicroLIGHT+ is intended to be a standalone table light that can be positioned wherever in the space. The microLIGHT+ lamp functions as a standard light unit and offers the safest and most precise humidity assessment, which is advantageous for any home setting.

Model:

  • Microlight+
  • Microlight+Lamp
Q Max Tester

A special tool for heat pump optimization and on-site testing is the Qmax Tester. The main purpose of Qmax Tester is to optimize the installation of a certain heat pump. With no change in power consumption, the heat pump's COP and heating output can be improved to provide a 30% cost savings.

The Qmax Tester starts monitoring heat pump performance as soon as it is attached to the swimming pool waterway between the heat pump and outlet and water starts to flow through the device. It provides precise measurement within a matter of minutes.

It has a 4-inch digital display with real-time displays of six separate measurements and eight different values.

Measured Data

  • Input of Water temperature
  • Output of Water temperature
  • Voltage of heat pump
  • Electrical current of heat pump
  • Water flow
  • Heating or cooling output
  • Power consumption of Heat pump
  • EER or COP
  • Pressure loss and water pressure