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AHE-10G AHE-15W/D AHE-25W/D AHE-35W/D AHE-50W/D AHE-60W/D AHE-80W/D AHE-100W/D AHE-100WB1/D AHE-120WB1/D
1: Shanghai Baosteel anti-fingerprint plate, humanized design, beautiful appearance.
2: The volute of the fan is made of fireproof foam, complete sound absorption, less noise, and higher heat exchange rate.
3: Panasonic DC variable frequency brushless motor, which saves 50% of electricity compared with ordinary fresh air of the same model, and is more cost-effective.
4: Three-speed air volume control, high, medium and low three-speed air volume adjustment.
5: Using counter-flow hexagonal chips, the heat recovery rate is over 74%.
5: A side communication system can be added inside the equipment to make full use of the natural free resources and prolong the service life of the heat exchange rate.
6: The adaptability is higher, and the corresponding air volume can be adjusted according to the room type.
7: Antifreeze function in winter.
A: The special high-efficiency filter screen can effectively filter out smoke, dust and odor, and keep the air fresh. According to user needs, medium-efficiency and high-efficiency filter sections can be customized, which can realize activated carbon, photocatalyst, and electrostatic treatment, and can be designed with a bypass function.
B: The DC brushless unit reduces noise by 2 to 5 decibels compared with ordinary models of the same type. The noise is smaller and the room is quieter. The lowest operating noise of the unit is only 28 decibels. The working sound does not affect your life. You can enjoy a quiet and comfortable living environment. .
C: Realize the effective ventilation process of quickly discharging indoor dirty air to the outside, continuously inputting outdoor fresh air into the room, improving the indoor air quality, and you can breathe fresh air freely at any time.
D: The high-speed fan operation saves 30% of the electricity compared with the ordinary AC motor, the medium-speed file saves 50%, and the low-speed file saves 70%. DC frequency conversion is a real fresh air energy-saving expert.
E: Equipped with hardware accessories with superior constructability, easy construction
1. If my apartment is 200 square meter, how much airflow of energy recovery ventilator should I choose?
To determine the airflow capacity of an energy recovery ventilator (ERV) for your 200 square meter apartment, it's recommended to follow industry guidelines. The appropriate airflow rate for an ERV is typically calculated based on the volume of the space rather than just the area. The standard guideline is to provide approximately 0.35 to 0.5 air changes per hour (ACH) for residential applications.
To calculate the required airflow, you'll need to know the ceiling height of your apartment. Let's assume a standard ceiling height of 2.5 meters for this example.
1. Calculate the volume of your apartment:
Volume = Area × Ceiling Height
Volume = 200 sqm × 2.5 m
Volume = 500 cubic meters
2. Determine the desired air changes per hour:
Recommended ACH = 0.35 to 0.5
3. Calculate the required airflow:
Airflow = Volume × ACH
Airflow = 500 cubic meters × 0.35 to 0.5 ACH
Based on these calculations, the recommended airflow rate for your apartment would be between 175 and 250 cubic meters per hour (m³/h).
When selecting an ERV, consider models that can provide airflow within this range. It's also worth consulting with a professional HVAC technician or an ERV manufacturer to ensure you choose the right unit for your specific needs and ventilation requirements.
AHE-10G AHE-15W/D AHE-25W/D AHE-35W/D AHE-50W/D AHE-60W/D AHE-80W/D AHE-100W/D AHE-100WB1/D AHE-120WB1/D
1: Shanghai Baosteel anti-fingerprint plate, humanized design, beautiful appearance.
2: The volute of the fan is made of fireproof foam, complete sound absorption, less noise, and higher heat exchange rate.
3: Panasonic DC variable frequency brushless motor, which saves 50% of electricity compared with ordinary fresh air of the same model, and is more cost-effective.
4: Three-speed air volume control, high, medium and low three-speed air volume adjustment.
5: Using counter-flow hexagonal chips, the heat recovery rate is over 74%.
5: A side communication system can be added inside the equipment to make full use of the natural free resources and prolong the service life of the heat exchange rate.
6: The adaptability is higher, and the corresponding air volume can be adjusted according to the room type.
7: Antifreeze function in winter.
A: The special high-efficiency filter screen can effectively filter out smoke, dust and odor, and keep the air fresh. According to user needs, medium-efficiency and high-efficiency filter sections can be customized, which can realize activated carbon, photocatalyst, and electrostatic treatment, and can be designed with a bypass function.
B: The DC brushless unit reduces noise by 2 to 5 decibels compared with ordinary models of the same type. The noise is smaller and the room is quieter. The lowest operating noise of the unit is only 28 decibels. The working sound does not affect your life. You can enjoy a quiet and comfortable living environment. .
C: Realize the effective ventilation process of quickly discharging indoor dirty air to the outside, continuously inputting outdoor fresh air into the room, improving the indoor air quality, and you can breathe fresh air freely at any time.
D: The high-speed fan operation saves 30% of the electricity compared with the ordinary AC motor, the medium-speed file saves 50%, and the low-speed file saves 70%. DC frequency conversion is a real fresh air energy-saving expert.
E: Equipped with hardware accessories with superior constructability, easy construction
1. If my apartment is 200 square meter, how much airflow of energy recovery ventilator should I choose?
To determine the airflow capacity of an energy recovery ventilator (ERV) for your 200 square meter apartment, it's recommended to follow industry guidelines. The appropriate airflow rate for an ERV is typically calculated based on the volume of the space rather than just the area. The standard guideline is to provide approximately 0.35 to 0.5 air changes per hour (ACH) for residential applications.
To calculate the required airflow, you'll need to know the ceiling height of your apartment. Let's assume a standard ceiling height of 2.5 meters for this example.
1. Calculate the volume of your apartment:
Volume = Area × Ceiling Height
Volume = 200 sqm × 2.5 m
Volume = 500 cubic meters
2. Determine the desired air changes per hour:
Recommended ACH = 0.35 to 0.5
3. Calculate the required airflow:
Airflow = Volume × ACH
Airflow = 500 cubic meters × 0.35 to 0.5 ACH
Based on these calculations, the recommended airflow rate for your apartment would be between 175 and 250 cubic meters per hour (m³/h).
When selecting an ERV, consider models that can provide airflow within this range. It's also worth consulting with a professional HVAC technician or an ERV manufacturer to ensure you choose the right unit for your specific needs and ventilation requirements.
