The Draught Fan of Greenhouse, Cool System in Green House Equipment

• Customization: Available
• Usage: Production Greenhouse, for Experiment, for Air Conditioner, for Manufacture, for Refrigerate
• Size: Customized
• Cover Material: Sandwich Board
• Layer: Customized
• Material: Plastic
• Flow Direction: Axial Flow
• Pressure: Low Pressure
• Certification: ISO, CE, CCC
• Motor Rotational Speed: 1400rpm, Stainless Steel
• Blades Diameter: 420mm
• Votage: 380/220V
• Frequency: 50/60Hz
• Power: 200W
• Current: 0.9A
• Air Flow: 5050m3/H
• Drive Type: Motor Drive
• G.W: 12.9kg
• N.W: 10.5kg
• Upper Cover Material: PP
• Mounting: Ceiling Fan
• Applicable Industries: Chicken House / Greenhouse
• After-Sales Service Provided: Online Support
• Transport Package: Standard Export Plywood Wooden Case
• Specification: BD-FAN
• Trademark: BIOGREEN
• Origin: Jiangsu, China
• Production Capacity: 10000 PCS/Month

Product Description

Fan:
The vertical circulation fan is to circulate the air in the vertical direction , reduce the temperature
difference between the upper and lower indoors, and make the indoor temperature uniform

Parameter:

Model	Blades Diameter	Voltage	Motor Rotational Speed	Air Flow	Input Power	Frequency
BD-FAN	420mm	380/220V	950rpm	5050m³/h	200	50/60

 

Application for Chicken House:

Most farmers use multi-layer cages to raise layers or broilers. The temperature of the lower layer in
the house is often lower than that of the upper layer, and the temperature difference between the
upper and lower layers is greater than about 6 ºC . The large temperature difference in the house is
not conducive to the growth of chickens.
1. Circulate the air in the chicken house vertically to reduce the temperature difference between the upper
and lower sides of the chicken house ,facilitate the temperature control of the chicken house ,and
increase the feed-to-meat ratio or feed-to-egg ratio.
2. Reuse the hot air on the top of the chicken house to reduce heating costs   

Application for Greenhouse:

Through air circulation to optimize the heat distribution and to reduce the humidity in the greenhouse,
providing low-speed flowing air for crops better growth, reducing energy costs.