Description

Indoor swimming pools are generally characterised by an air temperature between 28 °C and 33 °C, in order to offer bathers a comfortable environment. In principle, the air temperature in the pool rooms is almost always warmer than the outside air. These rooms are also characterised by a high degree of water evaporation which leads to a high level of humidity and an unpleasant feeling of oppressive heat. If humidity is not controlled, not only is the time spent in an indoor pool perceived as unpleasant, but the climate that forms in the environment can also cause real discomfort to the users and the public present. In addition, there is a risk that the moisture contained in the water vapour condenses on colder surfaces, such as metal components, external walls or glass surfaces.

This can lead to the formation of mould and can cause corrosion. If all this were to occur, the building would suffer considerable damage over time, which would lead to costly renovation work, accompanied by business interruptions and economic losses for the site manager. In these applications, room ventilation is mandatory and is strictly regulated by specific international regulations. Ventilation, however, involves considerable energy consumption, and good heat recovery systems combined with advanced controls systems must be used to manage it. The most important aspect of ventilation systems in a public indoor swimming pool are not the investment costs, but the operating costs, for this reason the correct choice of the air handling unit can lead to very important savings in the long term and a recovery of costs in a very short time.

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Certifications

applications

Data Sheet

SXV/Hi 011

  • Nominal airflow rate [m3/h]
    1000
  • External air flow [%]
    0 ÷ 100
  • Dehumidification capacity with 100% external air flow [kg/h]
    16,9
  • Dehumidification capacity with all recirculation [kg/h]
    3,8
  • Thermal power recovery [kW]
    10,5
  • Thermal power of refrigerant circuit [kW]
    3,25
  • Hot water coil heating capacity [kW]
    6,27
  • Heating coil waterflow [l/h]
    550
  • Hot water coil + valve kit water pressure drops [kPa]
    15
  • Type of drive installed
    Analog signal on EC fan (0-10Vdc)
  • Type of fans [type/nr.]
    EC/2
  • Type of heat recovery system HRS [type/nr.]
    static counter-flow / 1
  • Heating recovery thermal efficiency [%]
    89,1
  • Total thermal power of unit [kW]
    20,4
  • Refrigerant circuit COP [w/w]
    5,80
  • Supply fan available static pressure [Pa]
    150
  • Return fan available static pressure [Pa]
    150
  • N° of compressors / refrigerant circuits [n°]
    1 / 1
  • Type of refrigerant / GWP
    R32 / 675
  • Nominal electrical power consumption [kW]
    1,02
  • Max electrical power absorbed [kW]
    4,05
  • Max electrical current absorbed [A]
    10,4
  • Max. external leakage percentage [%]
    max 3,5 % at -400 Pa
  • Max. internal leakage percentage [%]
    max 5,0 % at +250 Pa
  • Energy classification filters
    ePM1 55% (F7) | ePM10 60% (M5)
  • Filter pressure switch
    present
  • Sound power level [dBA]
    79
  • Sound pressure level [dBA]
    64
  • Power supply [V/ph/Hz]
    230/1/50
dimensional drawing
  • Dimension L (mm)
    1560
  • Dimension W (mm)
    660
  • Dimension H (mm)
    1690
  • Weight (kg)
    283
configuration V1
configuration V2
Legend
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DOCUMENTATION
All the documentation related to this product is at your disposal: price list, information booklet and connection diagram.

Accessories

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Flexible joints kit (4 pcs)
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Ethernet port and TCP/IP modbus | BACnet port
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