Optimal heat exchange ventilation system for high-performance homes.
- Industry-leading heat exchange efficiency Recovering 90% temperature and 67% humidity - Achieving a warm home in winter and a cool home in summer Prevents temperature fluctuations inside the house while ventilating. - Reducing heating and cooling costs by 26,700 yen annually Energy-saving as it prevents the loss of heating and cooling even while ventilating. - Clean air through ventilation. Fresh air Collects pollen and dust from the outside air and supplies clean air inside the house.
Inquire About This Product
basic information
Full heat exchange type 24-hour Type 1 ventilation device Heat exchange function: Total heat exchange 80% (temperature exchange 90% + humidity exchange 67%) Installation method: Ceiling installation / Underfloor installation Motor: DC motor Standard filter: Cuts over 80% of 10μ particles Heat exchange method: Counterflow type Air volume: Supply air 103~208㎥/h Exhaust air 105~214㎥/h Rated voltage: 100V Power consumption: 14~73W (No. 1~10) Noise: 33~48dB(A) Product weight: 11.5kg Operating temperature range: -15~40℃
Price information
For more details, please contact us.
Delivery Time
Applications/Examples of results
For detached houses
catalog（1）
Download All Catalogs
Company information
Royal Electric has technology that "creates wind" and "utilizes wind." We have the technology to produce essential environmental products for daily life, such as ventilation products and lighting fixtures, as well as high-environmental-resistance blowers for industrial machinery. Our blowers are highly regarded across various industries for their high-performance technology characterized by vibration resistance, oil resistance, and waterproofing. Additionally, we have developed building air conditioning systems that apply this blower technology and residential ventilation devices that achieve top-class temperature exchange efficiency and low power consumption in Japan, allowing us to grow by entering the residential ventilation business.
