Product Detail
Key Features 1. Suncue rice husk furnace uses rice husk as fuel. Low cost and highly competitive in high oil price era. 2. Suncue rice husk furnace is the only computer control husk furnace in the world, having patents in Japan, Taiwan, USA and many more countries. 3. Computerized auto control of husk feeding, air volume, ash discharging. Hot air temperature difference ± 1Ć¢āĘ. 4. Suncue rice husk furnaces come with 3 different models - SB-40, SB-80 and SB-130. Suncue husk furnace can attach one to multiple dryers with different temperature settings. Easy control panel design makes operation and management easy. No professional operator is required. One person can run the whole drying center. Model SB-40 SB-80 SB-130 SB-200 Max. thermal energy (kcal/hr) approx 380,000 800,000 1,300,000 2,000,000 Equivalent to diesel consumption (approx.) (Liter/day)Diesel thermal energy = 8800 Kcal / liter (approx) 1,036 2,182 3,545 5,455 Husk consumption (approx)(Kg/day under maximum combustion)Husk thermal energy = 3500 kcal/kg (approx) 3,072 6,480 10,080 17,280 Ash discharge (kg/day)(Under maximum combustion) 408 864 1,320 2,030 CO2 emission reduction (ton/day) approx. 2.8 5.9 9.6 14.7 Total horse power kW (HP) 4.68 (6.25) 10.5 (14) 16.75 (22.3) 27.5 (36.75) Net weight (ton) approx. 10 17.4 21.1 36.4 Furnace connecting capacity(dryer tons) Commercial padd 18~36 42~96 78~150 224~240 Paddy seed, wheat seed 24~64 48~128 96~192 288~330 Safety devices Flame sensor, Abnormal combustion sensor, Pressure release device,Automatic abnormal safe guard , Rotation sensor,Thermal relay, Control fuse, Seismic detector for flame  âā¬Ā»Specification subject to change without notice. Ć¢ā¬Ā»Thermal energy, husk consumption and exhausted ash production listed are for reference only. Actual data will differ from variety, moisture content and impurity rate Ć¢ā¬Ā»The above statistics are calculated based on the maximum heat output of each rice husk furnace. Approximately 2.7 kg of CO2 emission per liter of diesel with a running time of 24 hours per day as calculation basis.Actual values may vary due to various factors at the users' location.