General principle

The evaporation of water from indoor pools causes the air to become saturated with water. Streaming of condensation, associated with very high humidity, can cause structural damage as well as damage to the pool room. In addition, people find very high humidity is also extremely difficult to bear.

The air in the room must be dehumidified. Tried and tested air conditioning techniques were used to develop a series of autonomous dehumidifiers that exploit the same operating principle as a heat pump.

By capturing the calories from treated air, these very reliable devices provide efficient dehumidification irrespective of the weather conditions at a very low cost. Dehumidifiers exploit a thermodynamic process to completely dehumidify the area around the pool. Humid air drawn in from the room is filtered, cooled by the evaporator, then heated by the condenser in the refrigerant circuit to a temperature above that in the pool room. 

Thus the condenser returns the heat of condensation contained in the humid air and heats the pool room. Mid-season, and in summer, when the heating demand of the pool room drops, an additional titanium water condenser (DG-CE and DE-CE ranges only) allows these calories to be used to heat the pool water.

Aluminium casing

Corrosion proof, weight savings and simple maintenance

• AG3 grade aluminium, with thermal insulation provided by glass wool,

• Compact and optimised,

• Access ports mounted on polyamide hinges, with quarter turn tightening and peripheral seal,

• Generously sized compartments ensure excellent performance level and ease of maintenance,

• Control panel outside the air stream, facilitating maintenance and control of the device.

Compressor

• Exploits SCROLL technology, which provides optimal energetic yield,

• Light, compact compressor to optimises machine size.

Refrigerant circuit

Corrosion proof, extremely efficient and ergonomic

• Refrigerant R 410A,

• Among the most energy efficient devices in their category,

• Full access to the unit and separate from the air stream,

• High yield evaporator coil, with copper tubes and epoxy coated aluminium fins,

• Complies with the pressure equipment directive 97/23/CEE,

• All components (expansion coil, condensor, etc.) are mounted in a way that provides optimal accessibility for maintenance.

Filtration

Highly efficient casing, low load losses, recyclable, accessibility

• Highly efficient G4 EUROVENT filter,

• Innovative filtration solutions,

• Fire classification M1,

• Environmentally responsible,

• Easily dismantled and incinerable.

Fan

Low consumption, runs quietly, variable flow rate, ergonomic

• Plug Fan, variable flow rate fans,

• Electronically Commutated Motor, selected according to the Erp2015 directive taking the consumption/ acoustic ratio into consideration,

• High yield and configuration versatility,

• Settings easily adjusted to the load loss of the air handling system.

Electrical panel

Compliance, accessibility, identification and simplicity

• Integrated electrical panel with access hatch regrouping safety and regulation components,

• Easy access, separate from the air stream,

• Clearly identified wires, in compliance with the standards in effect (NF EN C15-100 and NF EN60204-1),

• Power supply: 230 V 1ph or 400 V 3ph depending on the model.

Controller with digital display

The controller, equipped with a digital display, is comprised of 2 parts: one is mounted on the front of the machine, the other is mounted remotely in the pool room. It may be used to control hygrometry alone or both hygrometry and air temperature, if the heating option is installed.