- Product Details
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Quick Details
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Airflow:
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350 M3/h
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Function:
-
air purification, ventilation, heat recovery
-
Certification:
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CE EMC ERP ROHS LVD ISO9001
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Material:
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SGCC
-
Voltage:
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220-380
-
Heat exchanger:
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Cross Flow Heat Exchanger
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Filter:
-
Hepa(H13)+Activated Carbon
Quick Details
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Place of Origin:
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Suzhou China
-
Brand Name:
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MIA
-
Product name:
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Energy Recovery Ventilaton
-
Airflow:
-
350 M3/h
-
Function:
-
air purification, ventilation, heat recovery
-
Certification:
-
CE EMC ERP ROHS LVD ISO9001
-
Material:
-
SGCC
-
Voltage:
-
220-380
-
Heat exchanger:
-
Cross Flow Heat Exchanger
-
Filter:
-
Hepa(H13)+Activated Carbon
Residential High-pressure Ceiling type ERV Series
Energy Recovery Ventilator 150m3/h-500m3/h
Household High-Pressure Ceiling Type Energy Recovery Ventilator ERV Series
Energy Recovery Exchanger
The PSY high thermal conductivity of molecular material, developed by Japanese DR team, has high heat recovery efficiency. It can infiltrate water molecules in the process of heat exchange;with the washable material, also can avoid the problem of bacteria and molds production.
The PSY high thermal conductivity of molecular material, developed by Japanese DR team, has high heat recovery efficiency. It can infiltrate water molecules in the process of heat exchange;with the washable material, also can avoid the problem of bacteria and molds production.
Filter Details
Early Effect+ Activated Carbon
The sealing property is far more than paper border with using the plastic margin. The filter with the composite fiber, sprayed with activated carbon powder, can filter duct particle efficiently and the wind resistance is very small. The even-distributed activated carbon power can maximize the role of activated carbon. This washable filter can be used repeatedly, and two in one way, early effect+activated carbon, greatly reduces the total cost of consumables.
High efficiency Particulate Air Filter
The sealing property is far more than paper border with using the plastic margin. To ensure the health and non-pollution, we take the environmental friendly imported sealant, no color and no odor. The filter element that we use is 3M HEPA, meeting the European standard-H13, and the PM2.5 removal rate can be up to 99.97%, this large dust holding capacity helps to save the total cost.
High-voltage Electrostatic Dust
With pin type electric discharge way,the high-voltage electrostatic dust can replace the traditional tungsten filament
high-voltage electrostatic dust collection. It's thickness is only 4 cm, can be suitable for all kinds of models. The removal rate of PM2.5 is high to 98%, so that can effectively kill the bacteria and prevent the infection. It's washable, also can be cleaned with brush, ans will not increase the using cost.
The sealing property is far more than paper border with using the plastic margin. The filter with the composite fiber, sprayed with activated carbon powder, can filter duct particle efficiently and the wind resistance is very small. The even-distributed activated carbon power can maximize the role of activated carbon. This washable filter can be used repeatedly, and two in one way, early effect+activated carbon, greatly reduces the total cost of consumables.
High efficiency Particulate Air Filter
The sealing property is far more than paper border with using the plastic margin. To ensure the health and non-pollution, we take the environmental friendly imported sealant, no color and no odor. The filter element that we use is 3M HEPA, meeting the European standard-H13, and the PM2.5 removal rate can be up to 99.97%, this large dust holding capacity helps to save the total cost.
High-voltage Electrostatic Dust
With pin type electric discharge way,the high-voltage electrostatic dust can replace the traditional tungsten filament
high-voltage electrostatic dust collection. It's thickness is only 4 cm, can be suitable for all kinds of models. The removal rate of PM2.5 is high to 98%, so that can effectively kill the bacteria and prevent the infection. It's washable, also can be cleaned with brush, ans will not increase the using cost.
Intelligent Controller
Model and corresponding configuration instruction
MIA-AHE· N
:Ceiling Energy recovery ventilator equipped with activated carbon and AC inner rotor fan
MIA-AHE· NB
:Ceiling Energy recovery ventilator equipped with activated carbon and AC outer rotor fan
MIA-AHE· NB/C :Ceiling Energy recovery ventilator equipped with activated carbon and DC brushless fan
MIA-AHE· GL :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and AC inner rotor fan
MIA-AHE· GLB :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and AC outer rotor fan
MIA-AHE· GLB/C :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and DC brushless fan
MIA-AHE· JDN :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and AC inner rotor fan.
MIA-AHE· JDNB :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and AC outer rotor fan
MIA-AHE· JDNB/C :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and DC brushless fan
MIA-AHE· NB/C :Ceiling Energy recovery ventilator equipped with activated carbon and DC brushless fan
MIA-AHE· GL :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and AC inner rotor fan
MIA-AHE· GLB :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and AC outer rotor fan
MIA-AHE· GLB/C :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter and DC brushless fan
MIA-AHE· JDN :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and AC inner rotor fan.
MIA-AHE· JDNB :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and AC outer rotor fan
MIA-AHE· JDNB/C :Ceiling Energy recovery ventilator equipped with activated carbon, HEPA filter, high voltage electrostatic dust filter and DC brushless fan
Technical Parameters & Dimensions
Model
|
Voltage
|
Power
|
Air Volume
|
Pressure
|
Efficiency
|
Noise
|
Motor
|
MIA-AHE15N
|
220V
|
70W
|
150m3/h
|
115Pa
|
88%-96%
|
26dB(A)
|
AC
|
MIA-AHE15NB
|
220V
|
92W
|
150m3/h
|
290Pa
|
86%-92%
|
30dB(A)
|
BLDC
|
MIA-AHE15NB/C
|
220V
|
92W
|
150m3/h
|
290Pa
|
86%-92%
|
30dB(A)
|
BLDC
|
MIA-AHE25N
|
220V
|
78W
|
250m3/h
|
132Pa
|
87%-95%
|
28dB(A)
|
AC
|
MIA-AHE25NB
|
220V
|
116W
|
250m3/h
|
370Pa
|
86%-89%
|
32dB(A)
|
BLDC
|
MIA-AHE25NB/C
|
220V
|
116W
|
250m3/h
|
370Pa
|
86%-89%
|
32dB(A)
|
BLDC
|
MIA-AHE35N
|
220V
|
88W
|
350m3/h
|
140Pa
|
86%-94%
|
29dB(A)
|
AC
|
MIA-AHE35NB
|
220V
|
233W
|
350m3/h
|
392Pa
|
85%-88%
|
35dB(A)
|
BLDC
|
MIA-AHE35NB/C
|
220V
|
233W
|
350m3/h
|
392Pa
|
85%-88%
|
35dB(A)
|
BLDC
|
MIA-AHE50N
|
220V
|
120W
|
500m3/h
|
160Pa
|
86%-94%
|
30dB(A)
|
AC
|
MIA-AHE50NB
|
220V
|
288W
|
500m3/h
|
425Pa
|
84%-87%
|
37dB(A)
|
BLDC
|
MIA-AHE50NB/C
|
220V
|
288W
|
500m3/h
|
425Pa
|
84%-87%
|
37dB(A)
|
BLDC
|
Model
|
Voltage
|
Power
|
Air Volume
|
Pressure
|
Efficiency
|
Noise
|
Motor
|
MIA-AHE15GL
|
220V
|
73W
|
150m3/h
|
115Pa
|
88%-96%
|
26dB(A)
|
AC
|
MIA-AHE15GLB
|
220V
|
98W
|
150m3/h
|
285Pa
|
86%-92%
|
31dB(A)
|
BLDC
|
MIA-AHE15GLB/C
|
220V
|
98W
|
150m3/h
|
285Pa
|
86%-92%
|
31dB(A)
|
BLDC
|
MIA-AHE25GL
|
220V
|
82W
|
250m3/h
|
132Pa
|
87%-95%
|
28dB(A)
|
AC
|
MIA-AHE25GLB
|
220V
|
176W
|
250m3/h
|
360Pa
|
86%-89%
|
33dB(A)
|
BLDC
|
MIA-AHE25GLB/C
|
220V
|
176W
|
250m3/h
|
360Pa
|
86%-89%
|
33dB(A)
|
BLDC
|
MIA-AHE35GL
|
220V
|
96W
|
350m3/h
|
140Pa
|
86%-94%
|
29dB(A)
|
AC
|
MIA-AHE35GLB
|
220V
|
241W
|
350m3/h
|
385Pa
|
85%-88%
|
36dB(A)
|
BLDC
|
MIA-AHE35GLB/C
|
220V
|
241W
|
350m3/h
|
385Pa
|
85%-88%
|
36dB(A)
|
BLDC
|
MIA-AHE50GL
|
220V
|
128W
|
500m3/h
|
160Pa
|
86%-94%
|
30dB(A)
|
AC
|
MIA-AHE50GLB
|
220V
|
306W
|
500m3/h
|
420Pa
|
84%-87%
|
38dB(A)
|
BLDC
|
MIA-AHE50GLB/C
|
220V
|
306W
|
500m3/h
|
420Pa
|
84%-87%
|
38dB(A)
|
BLDC
|
Model
|
Voltage
|
Power
|
Air Volume
|
Pressure
|
Efficiency
|
Noise
|
Motor
|
MIA-AHE15JDN
|
220V
|
73W
|
150m3/h
|
115Pa
|
88%-96%
|
26dB(A)
|
AC
|
MIA-AHE15JDB
|
220V
|
98W
|
150m3/h
|
285Pa
|
86%-92%
|
31dB(A)
|
AC
|
MIA-AHE15JDB/C
|
220V
|
98W
|
150m3/h
|
285Pa
|
86%-92%
|
31dB(A)
|
BLDC
|
MIA-AHE25JDN
|
220V
|
82W
|
250m3/h
|
132Pa
|
87%-95%
|
28dB(A)
|
AC
|
MIA-AHE25JDB
|
220V
|
176W
|
250m3/h
|
360Pa
|
86%-89%
|
33dB(A)
|
AC
|
MIA-AHE25JDB/C
|
220V
|
176W
|
250m3/h
|
360Pa
|
86%-89%
|
33dB(A)
|
BLDC
|
MIA-AHE35JDN
|
220V
|
96W
|
350m3/h
|
140Pa
|
86%-94%
|
29dB(A)
|
AC
|
MIA-AHE35JDB
|
220V
|
241W
|
350m3/h
|
385Pa
|
85%-88%
|
36dB(A)
|
BLDC
|
MIA-AHE35JDB/C
|
220V
|
241W
|
350m3/h
|
385Pa
|
85%-88%
|
36dB(A)
|
BLDC
|
MIA-AHE50JDN
|
220V
|
128W
|
500m3/h
|
160Pa
|
86%-94%
|
30dB(A)
|
AC
|
MIA-AHE50JDB
|
220V
|
306W
|
500m3/h
|
420Pa
|
84%-87%
|
38dB(A)
|
BLDC
|
MIA-AHE50JDB/C
|
220V
|
306W
|
500m3/h
|
420Pa
|
84%-87%
|
38dB(A)
|
BLDC
|
Energy Recovery Exchange Principle
Energy Recovery Exchanger Details
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