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ENERGY-EFFICIENT TECHNOLOGICAL CONDITIONING SYSTEM

SKU0089
DESCRIPTION

The system is designed to maintain constant temperature and relative humidity levels in rooms or other work areas, despite changing heat gains and moisture emissions. The device is a sectional frame-panel ventilation unit of the recirculation type. Key components of the system, including the automatic control system, are located in separate sections for ease of transportation, installation, and maintenance. The device can be connected to an air distribution network or installed directly in the serviced room.

CHARACTERISTICS

  • Processed air flow rate: at least 2400 m³
  • Temperature deviation in the serviced volume: no more than 1°C
  • Relative humidity deviation in the serviced volume: no more than 5%; for initial conditions of processed air at +20°C and 60% relative humidity
  • Dehumidification capacity at +20°C and 60% RH: at least 17.4 kg/h, power consumption: no more than 6.5 kW
  • At +20°C and 30% RH: dehumidification capacity at least 11.3 kg/h, power consumption: no more than 5.5 kW
  • At +25°C and 60% RH: dehumidification capacity at least 20.9 kg/h, power consumption: no more than 6.5 kW

ADVANTAGES OF THE DEVELOPMENT

  • Low energy consumption and high dehumidification capacity under peak and nominal loads
  • Ability to simultaneously control and maintain both temperature and humidity parameters, including control of relative humidity at low air temperatures
  • High precision and stability in maintaining controlled parameters, low average annual and peak energy consumption

APPLICATION AREAS

The primary application area for the system is the industrial sector, where the proposed development addresses the technological requirements for the production and storage of products or raw materials. The greatest effect is achieved when there is a need to maintain a constant low relative humidity — this task is typical for a wide range of chemical, food, pharmaceutical, and other industries, as well as warehouse facilities. The technology may also be in demand in the sports and entertainment industry for maintaining the microclimate of ice arenas.