KINKAI®

  • Single JK03RD
  • Single JK03RD
  • Single JK03RD
  • Single JK03RD

Single JK03RD

  • Model No.: JK03RD
  • Power supply: 220V/380V, 50/60HZ
  • Power input: 5.5KW
  • Rated current: 25/11A
  • Heating capacity: 10.5KW
  • Cooling capacity: 7.8KW
  • Dehumidify capacity: 12L/H
  • Refrigerant: R134A/2.5KG
  • Hot air flow: 23600m3/H
  • Dryer size: 1650mm*856mm*1280mm
  • Drying chamber size: 3160mm*2070mm*2200mm
  • Drying capacity:
  • Warranty: 1 Year

More Dscription:

Fruits drying machine, vegetable drying machine

Various Drying  Energy Economy Comparison Table

Heating Mode

Electric heating

Coal Boiler

Oil-fired Boiler

Gas Boiler

Biomass Stove

Regular Heat Pump dryer

KINKAI Heat Pump Dryers

Remove 1kg of water required heat energy

According to information provided by the relevant authority of the document, the average 1kg of water to remove heat energy required for 1.35 kw/kg, namely 4860 kj/kg

Fuel type

Electric

Coal

Diesel

Gas

Biomass fuels

Electric

Electric

Heat value

3600 kj/kg

23027 kj/kg

33494 kj/kg

36006 kj/kg

17459 kj/kg

3600 kj/kg

3600 kj/kg

Thermal efficiency

95%

30%

85%

85%

90%

350%

400%

Effective thermal value

3420 kj/kg

6906 kj/kg

28469 kj/kg

30605 kj/kg

15713 kj/kg

12600 kj/kg

14400 kj/kg

Fuel price

0.1$ /kwh

0.1$ /kg

1.2$ /L

0.8$ /m3

0.2$ /kg

0.1$ /kwh

0.1$ /kwh

Fuel consumption

1.42kwh

0.7kg

0.17L

0.159m3

0.375kg

0.386kwh

0.337kwh

Fuel consumption ($)

1.42

0.7

1.26

0.795

0.37

0.39

0.33

Labor management, warehousing costs

Higher

High

High

High

Low

Low

Low

Safety performance

Unsafe

Unsafe

Unsafe

Unsafe

Safe

Safe

Safe

Environmental pollution

None

Very serious

More serious

More serious

Light pollution

None

None

Life of equipment

5-8 years

6-9 years

6-9 years

6-9 years

8-12 years

10-15 years

10-15 years



Conventionally, materials are dried either in the field (sun drying) or using high temperature dryers (electric, gas fired, etc.). Successful outdoor drying depends upon good weather and indeterminate weather can render a product worthless. High temperature drying can damage the nutrient content and impart an unpleasant smell to the dried product.Specialty crops such as ginseng, herbs, echinacea, etc., need to be dried at low temperatures (30 - 45Celsius degree) for product quality optimization. This is an important consideration as they have a relatively high commercial value. Heating ambient air to use for drying, although a simple cost-effective procedure, is of limited application, particularly at higher ambient air relative humidities because of the low allowable maximum temperature conditions. Under high ambient moist air conditions, it may not even be possible to dry the material by conventional means. High temperature drying deteriorates the material structure and can render it unsuitable for further use. Low temperature drying of specialty crops reduces the risk of loss in nutrient content and damage to physical properties. Drying system incorporating a dehumidification cycle have been developed that both conserve energy and handle the material gently. The dryer operates using a heat pump where both sensible and latent heats are recovered from the exhaust air. The heat is then recycled back through the dryer by heating the air entering the dryer. The KINKAI heat pump drying system is a combination of two sub-systems: a heat pump and a dryer, also the equipment have 2times waste heat recovery.
KINKAI heat pump dryer operates according to a basic air conditioning cycle involving four main components: the evaporator,the compressor, the condenser and the expansion valve.The working fluid (refrigerant) at low pressure is vaporized in the evaporator by heat drawn from the dryer exhaust air. The compressor raises the enthalpy of the working fluid of the heat pump and discharges it as superheated vapor at high-pressure. Heat is removed from the working fluid and returned to the process air at the condenser. The working fluid is then throttled to the low-pressure line (using an expansion valve) and enters the evaporator to complete the cycle.In the dryer system, hot and dry air at the exit of condenser is allowed to pass through the drying chamber where it gains latent heat from the material. The humid air at dryer exit then passes through the evaporator where condensation of moisture occurs as the air goes below dew point temperature.Then drain the condenser water.


Contact

company
  • Tel: +86-159-8924-9151
  • E-mail: sales@heat-pump-dryer.com
  • Skype:yiguiyu WeChat: yiguiyu QQ: 136135520
  • Add:Huadu District, Guangzhou City, Guangdong Province,P.R.China
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