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KC-560RD
ECOZ
ECOZ Heat pump dehumidifying dryer adopts fully automatic control system, according to the drying and dehumidification process requirements of different products,used in conjunction with dehumidification warehouse, the best drying temperature and humidity can be selected, it solves the shortcomings of slow humidity-discharging and drying (open cycle) at a constant temperature and large heat loss, and has good dehumidification effect.
customized machine
customized machine
The machine is placed inside the dehumidification warehouse, can effectively control the humidity of the warehouse, remove the moisture of materials better and faster, and improve the dehumidification and drying efficiency.
The system (machine+warehouse) can flexibly match the system size according to the output of drying materials, which is convenient for budget investment.
(Wood dehumidification and drying)
Drying of the wood is a complex process and the treatment process has a significant impact on the quality of the final wood product. In general, wood needs to be dried naturally for a longer period of time before being dried by artificial dehumidification. The drying method varies for different textures of wood. The conventional wood drying method is to stack the wood in a special drying room, which uses humidifying and heating equipment to control the temperature, humidity and the circulation speed of airflow to make the moisture content of the wood reach the specified standard.
The development of wood drying process needs to be determined based on specific conditions, equipment type, species to be dried, wood stacking method, spacing between partitions, specifications, board usage and drying quality requirements.
ECOZ Heat pump dehumidifying dryer adopts fully automatic control system, according to the drying and dehumidification process requirements of different products,used in conjunction with dehumidification warehouse, the best drying temperature and humidity can be selected, it solves the shortcomings of slow humidity-discharging and drying (open cycle) at a constant temperature and large heat loss, and has good dehumidification effect.
customized machine
customized machine
The machine is placed inside the dehumidification warehouse, can effectively control the humidity of the warehouse, remove the moisture of materials better and faster, and improve the dehumidification and drying efficiency.
The system (machine+warehouse) can flexibly match the system size according to the output of drying materials, which is convenient for budget investment.
(Wood dehumidification and drying)
Drying of the wood is a complex process and the treatment process has a significant impact on the quality of the final wood product. In general, wood needs to be dried naturally for a longer period of time before being dried by artificial dehumidification. The drying method varies for different textures of wood. The conventional wood drying method is to stack the wood in a special drying room, which uses humidifying and heating equipment to control the temperature, humidity and the circulation speed of airflow to make the moisture content of the wood reach the specified standard.
The development of wood drying process needs to be determined based on specific conditions, equipment type, species to be dried, wood stacking method, spacing between partitions, specifications, board usage and drying quality requirements.
Model | KC-120RD | KC-145RD | KC-560RD | ||||
Refrigerating capacity | 12(kW) | 14(kW) | 64(kW) | ||||
Heating capacity | 17(kW) | 22(kW) | 81(kW) | ||||
Rated Power | 4.85(kW) | 6.2(kW) | 24.8(kW) | ||||
Maximum power | 6.65(kW) | 8.5(kW) | 34(kW) | ||||
Rated dehydration rate | 12L/h | 14.5L/h | 56L/h | ||||
Maximum dehydration rate | 36L/h | 43.5L/h | 115L/h | ||||
Rated drying temperature | 55℃ | ||||||
Maximum drying temperature | 65℃ | ||||||
Working Voltage | 380V/50Hz 3PH | ||||||
Inner fan power(kW) | 0.75 | 0.75 | 1.5 | ||||
Air volume of inner fan(m³/h) | 2900*2 | 2900*2 | 7300*2 | ||||
External fan power(kW) | 0.25 | 0.25 | 0.5 | ||||
Air volume of external fan(m³/h) | 3000 | 3000 | 12000 | ||||
Indoor evaporator | Highly efficient hydrophilic aluminum foil | ||||||
Outdoor condenser | Highly efficient hydrophilic aluminum foil | ||||||
Refrigerant | |||||||
Number of compressors | 1 | 1 | 1 | ||||
Working temperature | -5℃~45℃ | ||||||
Drying and Dehumidifying Module External Dimensions (mm) | L1327.6*W885*H1458.3 | L1327.6*W885*H1458.3 | L1378.8*W1113*H2206.7 | ||||
Heat-raising module dimensions(mm) | L752*W752*H1027 | L752*W752*H1027 | L752*W752*H1027 | ||||
Controller type | Mainboard + LCD | ||||||
Weight(Kg) | 110+60 | 120+65 | 380+180 |
Model | KC-120RD | KC-145RD | KC-560RD | ||||
Refrigerating capacity | 12(kW) | 14(kW) | 64(kW) | ||||
Heating capacity | 17(kW) | 22(kW) | 81(kW) | ||||
Rated Power | 4.85(kW) | 6.2(kW) | 24.8(kW) | ||||
Maximum power | 6.65(kW) | 8.5(kW) | 34(kW) | ||||
Rated dehydration rate | 12L/h | 14.5L/h | 56L/h | ||||
Maximum dehydration rate | 36L/h | 43.5L/h | 115L/h | ||||
Rated drying temperature | 55℃ | ||||||
Maximum drying temperature | 65℃ | ||||||
Working Voltage | 380V/50Hz 3PH | ||||||
Inner fan power(kW) | 0.75 | 0.75 | 1.5 | ||||
Air volume of inner fan(m³/h) | 2900*2 | 2900*2 | 7300*2 | ||||
External fan power(kW) | 0.25 | 0.25 | 0.5 | ||||
Air volume of external fan(m³/h) | 3000 | 3000 | 12000 | ||||
Indoor evaporator | Highly efficient hydrophilic aluminum foil | ||||||
Outdoor condenser | Highly efficient hydrophilic aluminum foil | ||||||
Refrigerant | |||||||
Number of compressors | 1 | 1 | 1 | ||||
Working temperature | -5℃~45℃ | ||||||
Drying and Dehumidifying Module External Dimensions (mm) | L1327.6*W885*H1458.3 | L1327.6*W885*H1458.3 | L1378.8*W1113*H2206.7 | ||||
Heat-raising module dimensions(mm) | L752*W752*H1027 | L752*W752*H1027 | L752*W752*H1027 | ||||
Controller type | Mainboard + LCD | ||||||
Weight(Kg) | 110+60 | 120+65 | 380+180 |