Product Details
SUPER Series
SUPER-60
- Model:SUPER-60
About this product
◆ Can dry rapidly, evenly at low temperature.
◆ The rate of broken rice would be low and the appearance rice will be beautiful, achieving high milling yield.
◆ Can use rice husk as biomass fuel to minimize drying costs.
◆ The rate of broken rice would be low and the appearance rice will be beautiful, achieving high milling yield.
◆ Can use rice husk as biomass fuel to minimize drying costs.
Product Introduction
SUPER-60 Series
• The low-temp., even and speedy drying minimizes broken rice, raises milling rate and produces beautiful rice.
• The entire dryer is designed to be strong and sturdy, making it suitable for heavy-duty.
• With foolproof design, users can produce high-quality rice from the 1st, 100th to 1000th batch.
Small-package rice consistent in quality will be available to customers.
• Automatic moisture control prevents over-drying and weight loss.
• By using self-milled free rice husk, users no longer need to spend on diesel, natural gas or electricty as dryers' heat sources.
Multiple models with various fuel options availabl
Application


Specifications
*Use high-quality kerosene or premium diesel only
Dimensions Unit mm

• The low-temp., even and speedy drying minimizes broken rice, raises milling rate and produces beautiful rice.
• The entire dryer is designed to be strong and sturdy, making it suitable for heavy-duty.
• With foolproof design, users can produce high-quality rice from the 1st, 100th to 1000th batch.
Small-package rice consistent in quality will be available to customers.
• Automatic moisture control prevents over-drying and weight loss.
• By using self-milled free rice husk, users no longer need to spend on diesel, natural gas or electricty as dryers' heat sources.
Multiple models with various fuel options availabl
Heat Source | SUPER-60 Series |
Diesel | ● |
Gas | ● |
Biomass | ● |
Diesel & Husk Dual | - |
Gas & Husk Dual | - |
Steam | - |
Application



Specifications
Item | SUPER-60 | |
Heat Source | Kerosene or Premium Diesel* | |
Type | Gun type | |
Combustion Approx. liter/hr | 4.4~11 | |
Capacity Approx. kg | Paddy 1 liter=560g | 2,500~6,000 |
Wheat 1 liter=680g | 3,035~7,285 | |
Corn, Animal Feed 1 liter=690g | 3,080~7,390 | |
Dimension L(A)×W(B)×H(C) mm | 3,270×2,660×6,220 | |
Net Weight Approx. kg | 1,785 | |
Electricity | 1P/3P, 220V/380V/415V/440V, 50/60Hz | |
Power Consumption kW | 1P:3.1 3P:4.07 | |
Function Paddy | Loading Approx. mins | 30 |
Discharging Approx. mins | 41 | |
Drying Rate %/hr | 0.5~1.5 | |
Safety Devices | Thermo-over relay, Air pressure switch, Full load buzzer, Timer, Flame sensor, Control fuse, Abnormal combustion sensor |
Item | SUPER-60B | |
Heat Source | SUNCUE Biomass Furnace BB-18, Rice Husk Furnace SB-40 / SB-80 | |
Capacity Approx. kg | Paddy 1 liter=560g | 2,500~6,000 |
Wheat 1 liter=680g | 3,035~7,285 | |
Corn, Animal Feed 1 liter=690g | 3,080~7,390 | |
Dimension L(A)×W(B)×H(C) mm | 3,754×2,660×6,220 | |
Net Weight Approx. kg | 1,955 | |
Required Thermal Energy Approx. per unit | Paddy, Wheat Approx. Kcal/hr | 25,000~100,000 Ambient Temp. +10~40°C |
Corn, Animal Feed Approx. Kcal/hr | 30,000~180,000 Ambient Temp. +10~60°C | |
Electricity | 3P, 220V/380V/415V/440V, 50/60Hz | |
Power Consumption kW | 5.5 | |
Function Paddy | Loading Approx. mins | 30 |
Discharging Approx. mins | 31 | |
Drying Rate %/hr | 0.5~1.5 | |
Safety Devices | Thermo-over relay, Air pressure switch, Full load buzzer, Timer, Control fuse |
Item | SUPER-60G | ||
Heat Source | LPG | NG | |
Max. Combustion Approx. | 12.6kg/hr≒174kW | 13.6m3/hr≒174kW | |
Type | Gun type | ||
Capacity Approx. kg | Paddy 1 liter=560g | 2,500~6,000 | |
Wheat 1 liter=680g | 3,035~7,285 | ||
Corn, Animal Feed 1 liter=690g | 3,080~7,390 | ||
Dimension L(A)×W(B)×H(C) mm | 3,317×3,232×6,220 | ||
Net Weight Approx. kg | 1,785 | ||
Electricity | 1P/3P, 220V/380V/415V/440V, 50/60Hz | ||
Power Consumption kW | 1P:3.3 3P:4.25 | ||
Function Paddy | Loading Approx. mins | 30 | |
Discharging Approx. mins | 41 | ||
Drying Rate %/hr | 0.5~1.5 | ||
Safety Devices | Thermo-over relay, Air pressure switch, Full load buzzer, Timer, Flame sensor, Control fuse, Abnormal combustion sensor |
Dimensions Unit mm

Product Remark
◆Above numbers and drying rate are derived from reducing moisture in paddy from 26% to 15%, wheat/corn from 30% to 12.5% ─ for reference only. Actual results vary among different ambient temperature, relative humidity, grain varieties, hot air temperature, moisture content before and after drying.
◆Please apply low hot air temperature for drying paddy to prevent high breakage rate.
◆The specifications of burner shown above are Japanese standard (Thermal energy: NG 11,000 Kcal/m3; LPG 12,000 Kcal/kg).Please consult with SUNCUE for burner with CE standard.
◆Gas pipe lines have to be built by certified local professionals. NEVER do it by yourself.
◆The required thermal energy is for reference only. Actual data will differ among grain variety, impurity rate, and drying condition.
◆The specification and graph are for reference only. Actual specification of SUNCUE product shall be based on the Sales Confirmation which customers sign and delivered products.
◆The density, composition and pressure of natural gas vary at different locations, thus thermal energy per m3 also varies. Ex: 8,900Kcal/m3 in Taiwan, 11,000Kcal/m3 in Japan, 8,400Kcal/m3 in Sichuan province of China.
◆Please apply low hot air temperature for drying paddy to prevent high breakage rate.
◆The specifications of burner shown above are Japanese standard (Thermal energy: NG 11,000 Kcal/m3; LPG 12,000 Kcal/kg).Please consult with SUNCUE for burner with CE standard.
◆Gas pipe lines have to be built by certified local professionals. NEVER do it by yourself.
◆The required thermal energy is for reference only. Actual data will differ among grain variety, impurity rate, and drying condition.
◆The specification and graph are for reference only. Actual specification of SUNCUE product shall be based on the Sales Confirmation which customers sign and delivered products.
◆The density, composition and pressure of natural gas vary at different locations, thus thermal energy per m3 also varies. Ex: 8,900Kcal/m3 in Taiwan, 11,000Kcal/m3 in Japan, 8,400Kcal/m3 in Sichuan province of China.