Low drying cost rice husk burner

Heating Mode:Indirect Hot Air HeatingTemperature Control:AutomaticOutput Air Temperature:60 To 120Safety Device:Thermal-over RelayName:Rice Husk BurnerHigh Light:rice husk burner, rice husk furnace  Low Drying Cost Classic Husk Burner with Automatic Feeding Device for Grain DryerMain Features1) Smoke-heat exchange

Featured Products

Heating Mode:Indirect Hot Air HeatingTemperature Control:Automatic
Output Air Temperature:60 To 120Safety Device:Thermal-over Relay
Name:Rice Husk Burner
High Light:

rice husk burner

, 

rice husk furnace

 

 

Low Drying Cost Classic Husk Burner with Automatic Feeding Device for Grain Dryer

Main Features

1) Smoke-heat exchanger-Smoke fan(waste gas)

2) Indirect heating:cold air-heat exchanger-grain dryer(hot air)

3) Automatic ash removal system

4) Automatic feeding system

5) Heat up quickly

6) Low drying costs

 

Low Drying Cost Biomass Burner
Model
5L-30
5L-40
5L-50
Rated heat (ten thousand kcal/hour)
30
40
45
Output air temperature(ºC)
60-120
Heating mode
indirect hot air heating,automatic temperature controlling
Ignition mode
Munual
Feeding mode
Manual/Automatic(chaff optional)
Model of exhaust fan
4-72-3.2A
Output hot air(m³/h)
13353-26706
26706-40059
30711-466067
Applied fuel
rice hull,wood,straw,anthracite
Thermal efficiency(%)
≥60(with rice hull)
Weight(kg)
3200
3400
4000
Overall dimension(mm)
3100*1400*2370
3200*1760*2300
3305*1760*2600
Power(kG)
2.2
 
Qty and model of dryers
2 sets 5H-10
3 sets 5H-10
4 sets 5H-10
2 sets 5H-12
3 sets 5H-12
4 sets 5H-12
2 sets 5H-15H
3 sets 5H-15H
4 sets 5H-15H
Safty device
Thermal-over relay,automatic constant temperature device,hot air temperature sensor,overheat protection device,leakage protection device.
1.Specification is subject to change without notice.
2.Thermal energy,husk consumption and exhausted ash product listed are for reference only.
Actual data will differ from variety,moisture content and impurity.

 

Working Principle:

 

1. Put the fuels such as rice hull,straw and anthracite into the furnace to burn then generate heat.

2. The smoke gets into the heat exchanger and is discharged outside after many cycles.

3. At the same time the cold air heats up through the outside of the heat exchanger and output to the dryer.
4. It can increase the thermal efficiency,save energy and reduce costs greatly.

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