Dehum Room

Hydronic Dehumidifiers

The horizontal ductable dehumidifiers for drop ceilings of the RSO / RSE range are designed for civil, residential and commercial environments with high latent load that require 24hrs/day operation.

The horizontal ductable dehumidifiers for drop ceilings of the RSO / RSE range are designed for civil, residential and commercial environments with high latent load that require 24hrs/day operation. These are particularly suitable for buildings cooled by radiant systems, such as flooring, walls or ceiling. HiDew dehumidifiers can be connected and monitored with RS485 serial port.

The SRO – SRV series dehumidifiers with integrated recuperator are fully autonomous and designed for use in small swimming pools, SPAs and civil, residential and commercial environments with high latent load where 24-hour/day operation is required. SRO models are designed for suspended ceiling installation inside the room to be treated or inside a technical compartment. SRV models, on the other hand, are designed for basement installation inside a technical compartment. In both cases, installation involves ducting to prevent mixing of air flows.

RSO/RSE

The fitted vertical dehumidifiers of the horizontal ductable dehumidifiers for drop ceilings of the RSO / RSE range are designed for civil, residential and commercial environments with high latent load that require 24hrs/day operation. These are particularly suitable for buildings cooled by radiant systems, such as flooring, walls or ceiling. HiDew dehumidifiers can be connected and monitored with RS485 serial port.

R-513a refrigerant gas is used for RSO / RSE 020, 035, 050 units.
R-410a refrigerant gas is used for RSE 100 units.

RSV/RSVE

The fitted vertical dehumidifiers of the RSV / RSVE range are designed for civil, residential and commercial environments with high latent load that require 24hrs/day operation. These are particularly suitable for buildings cooled by radiant systems, such as flooring, walls or ceiling. HiDew dehumidifiers can be connected and monitored with RS485 serial port.

R-513a refrigerant gas is used in RSV / RSVE units.

RER

The RER range dehumidifiers with high-efficiency heat recovery system are used in radiant cooling buildings together with an air renewal system. The RER dehumidifiers dehumidify, cool, heat and change the air. They recover heat from expelled air.

High pressure and minimum electric consumptions are guaranteed by the adjustable electronic fans with permanent magnet brushless motor and cutting-edge incorporated inverter.

The top-quality refrigeration, hydraulic, aeraulic and electrical components make RER units state of the art dehumidifiers in terms of efficiency, reliability and silence. More than 90% yield is guaranteed by the high-efficiency counter-current heat recovery system.

The modulating air renewal can be manual or automatic. The humidifier autonomously controls room temperature and humidity through the standard fitted temperature and humidity sensors. The dehumidifier autonomously controls room temperature and humidity through the optional temperature and humidity sensors. The RER dehumidifiers can be connected to a home automation system thanks to the optional RS485 serial port and requested software customization.

R-513a refrigerant gas is used for RER 015, 020, 035, 050 units.
R-410a refrigerant gas is used for RER 100 units.

The RS range consists of two versions : A – I

A = Neutral air version (isothermal): The letter “A” represents the neutral air isothermal dehumidifier with air condensation, which is supplied with pre and post cooling coils as standard. The outlet air is the same temperature as the inlet air.

I = Cold integration version: The letter “I” represents the dehumidifier that can add cold power to the radiant system. Thanks to a brazed plate condenser, the “I” models cool the air when required, just as a normal air-conditioner. This function is particularly useful, during half seasons, due to the high difference in temperature, or when cooking or when guests arrive. The “I” models must always receive water from the radiant system in order to operate.