Transferred by the triangle belt and decelerated through the deceleration part, the electromotor drives the spiral. The oil plants fall to the first section of the spirals through the feeding part and carried forward toward the direction for the cake out along with the rotating squeeze spirals. As the space between the squeeze spirals is getting smaller, the oil plants are squeezed and the pressure in the press cage is getting bigger. The oil plants fractionates with each other and at the same time the oil plants fractionates with the spirals and squeeze loops. During this process, the oil plants are smashed and generate a big amount of heat.The tissue cells are destroyed and the oil is separated from the oil plants and discharged from the squeeze bars.Then the oil grooves on the squeeze loops. This is the whole squeezing process. The oil plants turn to be cake containing low oil after the oil is extracted out and discharged in thin slices from the circle space between the cake adjuster and the loop for the cake out. The oil extracted from the oil plants gathered on the top part of the filtration vat. Then the oil is absorbed in the vat and the residue is left on the filtration cloth. When the oil in the vat reaches a certain quantity, it can be released (oil in the vat cannot exceed the top level of the observer, otherwise will affect the filtration effect.) The two oil tanks alternatively work, so the oil press can continuously work.
Model | Processing Capacity(T/24H) | Motor Power(KW) | Temperature Contorl Power(KW) | Oil Content of Dry Cakes(%) | Spiral Axes Rotate Speed(r/min) | Measurement(L*W*H)(mm) | Weight(kg) |
YZYX130WK | 8 | 15 or 18.5 | 3 | ≤7.6 | 32-40 | 1860*830*1275 | 850 |
Note:
This weight is without electro-motor’s weight.
① It is normal that sometimes the actual results may be a little different from those in the index because the oil plant’s type, quality and original content may be different in different areas.
② The day capacity (t/24h) is based on using hot way to squeeze one time. The more the squeeze times are, the lower the date capacity is.
Our series YZYX130 spiral oil press is suitable for squeezing vegetable oil from rapeseed, cottonseed, soybean, shelled peanut, flax seed, tung oil seed, sunflower seed and palm kernel, etc.
YZYX130WK is basic 2-step-squeezing spiral oil press.
YZYX130-2WK is 3-step squeezing spiral oil press with bigger compression ratio in the press chest, suitable for users who have operation experience and stress on low oil content of the dry cakes.
YZYX130-9WK is 3-step-squeezing spiral oil press with lengthened squeeze chamber.
YZYX130-10WK is 4-step-squeezing spiral oil press. The pressure in its squeeze chamber is bigger; therefore, the squeezing efficiency is higher.
Main Features:
Below features are based on oil plants above the average quality smoothly and continuously squeezed after such pretreatments as screening, husking, flaking and cooking, etc.
Oil Plants | Processing Capacity(t/24h) | Oil content of | Oil yield efficiency (%) | Electric power consumption (kw.h/t) |
Dry cakes (%) | ||||
Rapeseed | ≥8.0 | ≤7.6 | ≥82 | ≤34 |
Cotton seeds | ≥8.0 | ≤6.8 | ≥77 | ≤54 |
Soybean | ≥8.0 | ≤6.5 | ≥67 | ≤51 |
Peanut | ≥8.0 | ≤6.5 | ≥92.3 | ≤34 |
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