Blauberg Freshbox 100 ERV WiFi

Single-room heat recovery unit
  • Heat recovery efficiency: 90 %
  • Heat exchanger type: Counter flow
  • Sound insulation
  • Motor type: EC
  • Enthalpy heat exchanger
  • Bypass: Auto
  • Control: Smartphone
  • Casing material: Coated steel
  • CO2 sensor: Optional
  • VOC sensor: Optional
  • PM2.5 sensor: Optional
  • Temperature sensor: Built-in
  • Sound pressure level LpA at 10 ft: 39 Sones
Unit of measurement Freshbox 100 ERV WiFi
Connected air duct size in 4”
Phases - 1
Minimum supply voltage V 120
Maximum supply voltage V 120
Power supply frequency Hz 50/60
Rated power W 20 29 53
Maximum performance @0.1" CFM 18 35 59
Heat recovery efficiency % 90 86 80
Heat exchanger type - Counter flow
Heat exchanger material - Enthalpy
Transported air temperature (max) °С 50
Transported air temperature (min) °С -25
Sound pressure level LpA at 10 ft Sones 13 27 39
Datasheet
Freshbox 100 WiFi series brochure 2024-07
1.84 Mb
Datasheet
Freshbox 100 WiFi specification 2024-07
631 Kb
Datasheet
Freshbox 100 ERV WiFi specification 2024-07
630 Kb
Manual
Freshbox 100 WiFi series user's manual 2024-06 (BUSA73-9EN-07)
3.29 Mb
Manual
Freshbox 100 WiFi series user's manual 2024-06 (BUSA73-9FR-06)
2.81 Mb
Certificates
ETL Certification mark for Freshbox 100 (Wi-Fi)
91 Kb
Image
Freshbox 100 ERV WiFi - image 1
270 Kb
Vents Freshbox 100 ERV WiFi - Dimensions
Other accessories
Name Photo Description
Blauberg HR-S HR-S The humidistat is designed for controlling humidification and/or dehumidification in ventilation, air conditioning and heating systems. Can also be used to alarm when the humidity exceeds or falls below a pre-set level.
Blauberg CD-1 CD-1 The sensor is designed for indoor carbon dioxide concentration measurement and respective air capacity regulation through the control output signal to the fan. Air capacity control based on CO₂ concentration is an efficient energy saving solution.
Blauberg CD-2 CD-2 The sensor is designed for indoor carbon dioxide concentration measurement and respective air capacity regulation through the control output signal to the fan. Air capacity control based on CO₂ concentration is an efficient energy saving solution.