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OptiClimate 15000 PRO4 Inverter watercooled airco. The OptiClimate 15000 PRO4 Inverter from the new PRO 4 series is a lot more efficient with water and electricity and has a much higher dehumidifying capacity.
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15000 PRO4 Inverter

OptiClimate 15000 PRO4 Inverter watercooled airco. The OptiClimate 15000 PRO4 Inverter from the new PRO 4 series is a lot more efficient with water and electricity and has a much higher dehumidifying capacity.
  • Name: OptiClimate 15000 PRO4 Inverter
  • Cooling capacity: 15 kW (+8% boost)
  • Dimensions: 1230 x 900 x 545 mm
  • Weight: 190 kg
  • Water consumption: 5 tot 9,5 liters per minute
  • Power consumption: 3100W
  • Dehumidification capacity: 441 liters per 24 hours*
  • Voltage: 230V - 400V
  • Connection: 3 Phase 5x4 mm² + D25-3F MCB
  • Heating elements: 3x2000W
  • Phase: 1 or 3
  • Split Unit: No
  • Extended Reach: No

* based on 80% humidity and an ambient temperature of 30 degrees Celsius

Differences between the OptiClimate PRO3 and PRO4:

During cooling the air is dehumidified. This is a natural phenomenon.

PRO3 day mode:

The unit cools and dehumidifies the air. If the unit stops cooling, for example by overcapacity (the set temperature is reached) dehumidification will stop. The humidity will therefore rise for the period the unit doesn’t need to cool.

PRO4 day mode:

The OptiClimate PRO4 can also dehumidify when the set temperature is reached. This feature can be activated by setting menu D:32 on 1 (default is 0). When the desired temperature is reached, the unit will nevertheless continue to cool, but the heat that is normally emitted to the water will now be transferred to the air which comes out of the unit (the heat is recycled). As a result, there won’t be any water consumed at that time. The dehumidification is not regulated by the hygrostat but via setting menu D:32 on or off. The unit shall dehumidify at its max without taking account of the hygrostat.

In the case of the PRO4 it therefor doesn’t matter if the unit has overcapacity because it will continue to dehumidify in day mode even when the set temperature is reached.

PRO3 night mode:

The unit will cool to dehumidify if the set value at the hygrostat is reached. The cooling is partly offset by the electric heating elements in the unit. During dehumidification water is consumed + electric power for the heaters is used.

PRO4 night mode:

At night the OptiClimate PRO4 will also cool to dehumidify if the set value at the hygrostat is reached. However, the heat is not released into the water but is being transferred to the air that comes out of the unit. Therefor during dehumidification no water is consumed. The electric heating elements won’t be activated because the heat is recycled. During super dehumidification the unit will produce net heat, the outgoing air from the unit will be about 2-4C higher than the incoming air. This also ensures that the heating elements will be activated even less. Unless the minimum night temperature is achieved, for example because the outside temperature is very low, the heating will be activated.

However, there are electric heating elements in the PRO4. These will be activated during the night when no dehumidification is needed and if the night temperature drops below the set value. The PRO4 is efficient with water and electricity and has a much higher dehumidification capacity. However, the efficiency does not change the maximum water consumption per minute nor the maximum power consumption. However, the water and power consumption will decline because both sources are needed less frequently, and thus every day there will be less water and power consumed.

The fuses and pipe diameters must be equal to PRO2 or PRO3.

Inverter technology ensures smooth control of temperature and humidity. Thanks to the inverter, the OptiClimate is able to continuously adjust the temperature continuously at the set temperature. OptiClimate inverter responds instantly to the smallest differences between the set and actual temperature. The technique prevents that the compressor continously turns on and off on and turn in order to prevent electricity peaks. This allows the OptiClimate inverter to consume less water and energy and creates a more uniform temperature and humidity as well. This technique also has a 'soft-start' function which increases the speed of the compressor in order to preven high start-up electricity.

The OptiClimate inverter has the unique feature that it's a multi-phase compressor and thus can be connected to 230-240V 1-phase and 400v 3-phase!

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