YS-1400
Yaoshun
1 year
Outer frame, Motor, Fan blades and etc.
China
Greenhouses, Poultry Farms, Swine Confinement, Dairy Barns, Livestock Buildings, Kennels, Industrial Plants, Warehouses, Factories
1400mm
50300 m³/h at 20Pa
≥ 1400 rpm
1550*1550*400mm
380V
1500W
Availability: | |
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Model No. | YS-1400 | |
Fan Blades Diameter | 1400mm | |
Air Leaf Speed | ≥439rpm | |
Motor Rotational Speed | ≥1400 rpm | |
Air Flow at 0Pa | 54800 m³/h | |
Air Flow at 10Pa | 52650 m³/h | |
Air Flow at 20Pa | 50300 m³/h | |
Air Flow at 30Pa | 48100 m³/h | |
Input Power | 1500W | |
Noise Decibels | ≤70dB | |
Rated Voltage | 380V | |
Width (A) | 1550mm | |
Height (B) | 1550mm | |
Thickness (C) | 400mm |
Livestock Barns
High-volume exhaust fans are employed to maintain air quality, control humidity, and remove odors and noxious gases from animal housing areas.
Greenhouses
They help regulate temperature and humidity levels, ensuring optimal growing conditions for plants.
Step 1.
Calculate the Workspace Volume
if A=25 m, B=50 m, C=12m & D=9m
Volume of workspace
= (A x B x D) + A/2 x (C –D) x B
= (25 x 50 x 9) + 25/2 x (12 – 9) x 50
= 11250 + 1875 = 13,125 m3
Step 2.
Decide on the Air Change Rate
Air Change Rate = 10 as an example here.
Step 3.
Calculate the exhaust air fan's Total Air Flow
Exhaust Air Fans' total air flow
= 13,125 x 10
= 131,250 m³/h
Step 4.
Select the Exhaust Air Fan Model
Model YS-1400 air flow is 50,300 m3/h at 20Pa.
The quantity of Model YS-1400 required is
131,250/50,300= 2.6 (3 units)
Model No. | YS-1400 | |
Fan Blades Diameter | 1400mm | |
Air Leaf Speed | ≥439rpm | |
Motor Rotational Speed | ≥1400 rpm | |
Air Flow at 0Pa | 54800 m³/h | |
Air Flow at 10Pa | 52650 m³/h | |
Air Flow at 20Pa | 50300 m³/h | |
Air Flow at 30Pa | 48100 m³/h | |
Input Power | 1500W | |
Noise Decibels | ≤70dB | |
Rated Voltage | 380V | |
Width (A) | 1550mm | |
Height (B) | 1550mm | |
Thickness (C) | 400mm |
Livestock Barns
High-volume exhaust fans are employed to maintain air quality, control humidity, and remove odors and noxious gases from animal housing areas.
Greenhouses
They help regulate temperature and humidity levels, ensuring optimal growing conditions for plants.
Step 1.
Calculate the Workspace Volume
if A=25 m, B=50 m, C=12m & D=9m
Volume of workspace
= (A x B x D) + A/2 x (C –D) x B
= (25 x 50 x 9) + 25/2 x (12 – 9) x 50
= 11250 + 1875 = 13,125 m3
Step 2.
Decide on the Air Change Rate
Air Change Rate = 10 as an example here.
Step 3.
Calculate the exhaust air fan's Total Air Flow
Exhaust Air Fans' total air flow
= 13,125 x 10
= 131,250 m³/h
Step 4.
Select the Exhaust Air Fan Model
Model YS-1400 air flow is 50,300 m3/h at 20Pa.
The quantity of Model YS-1400 required is
131,250/50,300= 2.6 (3 units)
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