Microwave Groundnut LD Machine/ Peanut Roasting Machine
Product Description
1.save enerLD/efficient
2.easy to control
3.CE
Application:
This machine fits for drying and sterilizing powder ,granular, sheet-like or gel-like food ,and additive, flavoring, medicine, raw material of herbal medicine, nutritional health products, agriculture & sideline products, non-fried(or oil-saving)instant noodles, noodles, rice powder noodles, soy products, beef jerky, preserved meat, dried fish ,tea, tobacco and so on; and for drying, peeling and baking almond, peach kernel, groundnut kernels, chestnut and so on; and for puffing of leisure food ,pachyrhizus chips, potato chips, dried shrimps, fish maw and so on; and for sterilizing and oral liquor, pickles, a variety of small packaging food ;and for drying beans; and for thawing the frozen fish ,poultry; and for drying and desulfurating and deoxidizing the metallurgical chemical products; and for drying printing and dyeing products, ceramics, glass, chemical fiber, cotton yarn, wood, leather, bamboo products, insulation materials, building materials, cork, alveolate cardboard, corrugated ,and so on.
Operating principal:
This microwave source adopts continuous microwave magnetron as its microwave oscillation source.The continuous magnetron is a kind of crossfield microwave radio tube, the direct current field and the stationary magnetic field are vertical. The anode of the magnetron is a complex system of resonance. The anode block consists of many little resonant cavity. Between them there is inductance coupling, so the anode block is the crossover network of microwave. The electron eradiated from the cathode of the magnetron will firstly be affected by the direct current field and curl like an angle. While the electrons are moving from the cathode to the anode, the contrail of their movement is like a swing vibration. Under the condition of synchronism between high frequency field and electron cloud, the electron contrail will rise toward the anode direction and form electron spoke. Among the spoke, while the electrons are carrying through synchronistically, they will change the potential enerLD into high frequency enerLD and increase the high frequency breadth. After themagnetron is started, the direct current which is instored in the resonance cavity will be changed into superhigh frequency enerLD, finally, microwave source of enough power will exported through wave-guide.
Reference technical parameters:
Power supply |
380V±10% 50HZ±1% three-phase five-wire |
Microwave Output Frequency |
2450±50MHz |
Microwave input apparent power |
≤56KVA |
Microwave output power |
≥40KW |
Microwave power adjustment range |
0-60KW(adjustable) |
Ambient temperature |
-5-40°C |
Relative humidity |
≤80%, Surrounding environment:no corrosive gas, conductive dust and explosive gas |
Overall dimension(L*W*H) |
about10700*850*1790 mm |
Transmission speed |
0-10m/min(adjustable) |
HeigLD of the inlet and outlet |
60 mm |
Microwave leak |
accord with a country GB10436-89 standards( |
Equipment safety |
accord with GB-5226Electrical safety standard accord with a country GB16798-1997 Food machinery |
picture:
Company Information
Microwave company is a hi-tech enterprise that is engaged in professional developing,producing and selling on microwave enerLD applying equipments,which is one of the biggest scale microwave enerLD equipments manufacture in china now.
Adopting world-advanced techniques and according to GMP and FAD standard,we manufacture the local new generation "LD" brand 915MHZ and 2450MHZ two big series and more than 40 specifications microwave enerLD applying equipments,which provide the advanced technique and reliable quality and hi-rech equipment for many domestic and international industry.
LD be famous in china with its superior quality ,main export to Europe ,America,Middle East,Southeast Asian etc countries and regions.
All equipments can be specially designed and manufactured in accordance with the product's features of the clients,so the technical parameters are subject to our technical scheme!
