Dehumidifcation with heat recovery for pools

Dehumidifiers combined with heat recovery is a common application for swimming pools. It achieves dehumidification and energy saving by way of recovering the heat.

Models of Pool dehumidifiers with heat recovery

The Variheat series of pool dehumidifiers are having dehumidification combined with heat recovery. The specifications of various models under this series are listed below:

Features of Pool dehumidifiers with heat recovery, model VAC-AW series

  1. These dehumidifiers with heat recovery are used for dehumidification of the whole pool hall.
  2. It has heat recovery for dynamic heat pumps to pool and air.
  3. Models 600, 900, 1200 have permanent EC fan flow.
  4. Model 1500 is equipped with EC fan speed control.
  5. It has a 3.5″ touchscreen user interface for PLC control.pool-dehumidifier-with-heat-recovery-ModelVACAW600-Kenya-Nigeria-Rwanda-Uganda-Tanzania-Ethiopia
  6. It can be remotely monitored and controlled.
  7. AA+LPHW models have integral LPHW heat exchanger for air heating.
  8. AW models have dynamic heat pump heat recovery to pool and air.
  9. AW models have integral LPHW heat exchangers for pool and air.
  10. AW denotes heat recovery to air/water and LPHW heaters for air/water
  11. AA denotes heat recovery to air and optional LPHW heater for air only

Models of Pool dehumidifiers with heat recovery, model VAC-AW series

There are various models under this category starting from dehumidification capacity of 5.5 litres/hour to 13.2 litres/hour at 30° C, 70% RH.

  1. Pool dehumidifier with heat recovery, model VAC-AW-600

    1. The airflow of this model of pool dehumidifier with heat recovery is 2000 cubic metre per hour.
    2. External available static pressure is 330Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification at 30 degrees Celsius, 60% relative humidity is 4.6 litre per hour.
    6. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 5.5 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 5.1 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 11.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 14.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 9.4 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 12.7 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 5.5 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 18.0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 23.5 kilowatt.
    15. Nominal power consumed is 2.1 kilowatt.
  2. Pool dehumidifier with heat recovery, model VAC-AA-600

    1. The airflow of this model of pool dehumidifier with heat recovery is 2000 cubic metre per hour.control-pool-humidity-with-heat-recovery-ModelVACAW600-Saudi-UAE-Qatar-Oman-Kuwait-Bahrain
    2. The external available static pressure of this model of pool dehumidifier with heat recovery is 330Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 4.6 litre per hour.
    6. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 5.5 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 5.1 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 11.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 14.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 9.4 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 12.7 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 0 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 0 kilowatt.
    15. Nominal power consumed is 2.1 kilowatt.
  3. Pool dehumidifier with heat recovery, model VAC-AW-900

    1. The airflow of this model of pool dehumidifier with heat recovery is 2500 cubic metre per hour.
    2. The external available static pressure of this model of pool dehumidifier with heat recovery is 220Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 6.5 litre per hour.
    6. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 7.8 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 7.1 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 13.5 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 18.6 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 11.5 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 16.9 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 7.4 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 30.0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 37.4 kilowatt.
    15. Nominal power consumed is 2.8 kilowatt.

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  4. Pool dehumidifier with heat recovery, model VAC-AA-900

    1. The airflow of this model of pool dehumidifier with heat recovery is 2500 cubic metre per hour.
    2. External available static pressure is 220Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 6.5 litre per hour.
    6. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 7.8 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 7.1 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 13.5 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 18.6 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 11.5 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 16.9 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 0 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 0 kilowatt.
    15. Nominal power consumed by this model of pool dehumidifier with heat recovery is 2.8 kilowatt.
  5. Pool dehumidifier with heat recovery, model VAC-AW-1200

    1. The airflow of this model of pool dehumidifier with heat recovery is 3500 cubic metre per hour.
    2. The external available static pressure of this model of high capacity, pool dehumidifier with heat recovery is 290Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 8.5 litre per hour.
    6. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 10.8 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 10.0 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 24.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 30.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 20.4 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 27 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 10.0 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 30.0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 40.0 kilowatt.
    15. Nominal power consumed is 3.6 kilowatt.
  6. High capacity, Pool dehumidifier with heat recovery, model VAC-AA-1200

    1. The airflow of this model of high capacity, pool dehumidifier with heat recovery is 3500 cubic metre per hour.
    2. External available static pressure is 290Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 8.5 litre per hour.
    6. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 10.8 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 10.0 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 24.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 30.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 20.4 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 27 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 0 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 0 kilowatt.
    15. Nominal power consumed is 3.6 kilowatt.
  7. High capacity, Pool dehumidifier with heat recovery, model VAC-AW-1500

    1. The airflow of this model of pool dehumidifier with heat recovery is 4300 cubic metre per hour.
    2. External available static pressure is 350Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 10.5 litre per hour.
    6. Dehumidification of this model of high capacity, pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 13.2 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 14.0 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 28.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 36.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 23.8 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 36.8 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 12.5 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 40.0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 52.5 kilowatt.
    15. Nominal power consumed is 4.7 kilowatt.
  8. High capacity, Pool dehumidifier with heat recovery, model VAC-AA-1500

    1. The airflow of this model of pool dehumidifier with heat recovery is 4300 cubic metre per hour.
    2. External available static pressure is 350Pa.
    3. Fresh airflow (option) is 0-900 cubic metre per hour.
    4. External available static is 100Pa.
    5. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 60% relative humidity is 10.1 litre per hour.
    6. Dehumidification of this model of pool dehumidifier with heat recovery at 30 degrees Celsius, 70% relative humidity is 13.2 litre per hour.
    7. Heat to air net via heat pump (Mode B) is 14.0 kilowatt.
    8. Heat to air via standard LPHW at 80 degrees Celsius is 28.0 kilowatt.
    9. heat to air available (Mode B + standard LPHW) is 36.0 kilowatt.
    10. Heat to air via upgraded LPHW at 55 degrees Celsius is 23.8 kilowatts.
    11. heat to air available (Mode B + upgraded LPHW) is 36.8 kilowatt.
    12. Heat to water net via heat pump (Mode A) is 0 kilowatt.
    13. Heat to water via LPHW at 80 degrees Celsius is 0 kilowatt.
    14. heat to water available (Mode A + LPHW) is 0 kilowatt.
    15. Nominal power consumed is 4.7 kilowatt.

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In the Middle East, we supply high capacity pool dehumidifiers with heat recovery in the United Arab Emirates, Kingdom of Saudi Arabia, Oman, Qatar, Bahrain, Iraq, Lebanon, Syria, Egypt, Jordan, Libya, Tunisia etc.
In Africa, we supply high capacity pool dehumidifiers with heat recovery in countries including Kenya, Algeria, Tanzania, Djibouti, Chad, Ghana, Rwanda, Uganda, Nigeria, Ethiopia, Morocco, Angola, South Africa etc.

Also, we supply high capacity pool dehumidifiers with heat recovery in India, Bangladesh, Pakistan, Afghanistan, Kazakhstan, Srilanka, Maldives and Cyprus.