Principle of operation:
1 Feeding: The hay is fed into the inlet of the baler by manual or automatic feeding device, for example, some horizontal
Hay Balers are equipped with a conveyor belt or hopper, which can transport the hay into the inside of the machine smoothly.
2. Compression: The hay entering the machine is gradually compressed into a tight shape by the action of a piston or pressure roller. Usually powered by a hydraulic system, the piston is pushed to reciprocate inside the compression chamber, exerting pressure on the hay to make it smaller and denser.
3. Stretching or bagging: when the hay is compressed to the set density and size, the baler will fix the bale with ropes, wires or straps through the strapping device, or directly put the compressed hay into plastic bags or woven bags.
Structure Composition:
1. Hydraulic system: it is the core power part of the horizontal hay baler, which consists of oil pump, oil cylinder, hydraulic valve, etc. It provides strong pressure for the compression mechanism to realize the compression operation of the hay.
2. storage system: used for temporarily storing the hay to be baled, generally including the inlet, silo and other components, to ensure that the hay can enter the compression mechanism in a uniform and continuous way.
3. compression mechanism: it is the key component to realize hay compression, usually consists of compression chamber, piston, pressure roller and so on, driven by the hydraulic system, to compress the hay sent by the storage system.
4. Bagging mechanism: some horizontal hay balers are equipped with automatic bagging mechanism, which can automatically load the bales into the pre-prepared bags after the hay compression is completed, thus improving the baling efficiency and quality.
5. Walking mechanism: some portable or movable horizontal hay balers are installed with walking mechanism, such as wheels, traction device, etc., which is convenient to move the operation between different sites.
6. Electrical system: It is used to control the operation of each part of the baler, including starting, stopping, speed adjustment, fault alarm and other functions, usually adopting PLC controller to realize automatic operation.
Performance features:
1. High production efficiency: Horizontal structure design makes the process of feeding, compressing and discharging hay smoother, and it can work continuously, compared with vertical baler, it can bale more quantities per unit time, which can effectively improve the working efficiency.
Hydraulic Baler2. High compression density: through the powerful hydraulic system and reasonable compression mechanism design, it can compress the hay to a higher density, which makes the bale size smaller, easy for transportation and storage, and reduces the transportation cost and storage space.Hay Baler Machine
3. Easy operation: equipped with advanced electrical control system, the operation interface is simple and easy to understand, workers only need simple training to operate skillfully, some models also have automatic feeding, automatic baling or bagging and other functions, which further reduces the labor intensity.
4. Strong adaptability: according to different hay types, humidity and user needs, the size, density and baling method of baling can be adjusted, with a wide range of applicability to meet the needs of various animal husbandry and agricultural production.
Straw Baler5. Good stability: adopting high-quality materials and advanced manufacturing technology, the structure is sturdy and durable, and the performance of hydraulic system and electrical system is stable, which can run continuously for a long time, reduce the probability of failure and lower the maintenance cost.
Scope of application:
1. Animal husbandry: It is used for baling all kinds of pasture, silage, etc., which is convenient for storage and transportation, providing sufficient feed for livestock, prolonging the feeding time of green straw, and at the same time, reducing the loss of feed in the process of storage and transportation.
2. Agriculture: It can be used to bale wheat straw, rice straw, corn straw and other crop straws to realize the recycling of straw and reduce the environmental pollution caused by burning straw, and it can also be used for the collection of raw materials in paper making and weaving industries.
| Model | JPW80QT | JPW100QT | JPW120QT | JPW150QT |
| Hydraulic power | 80Ton | 100Ton | 120Ton | 150Ton |
| Packaging size(W*H*L) | 1100*800*(300-1800)mm | 1100*1000*(300-2000)mm | 1100*1100*(300-2100)mm | 1100*1100*(300-2100)mm |
| Feed opening size(L*W) | 1650*1100mm | 1800*1000mm | 2000*1100mm | 2200*1100mm |
| Bale density | 450-550Kg/m3 | 500-600Kg/m3 | 550-650Kg/m3 | 600-750Kg/m3 |
| Bale line | 4 line | 4 line | 5 line | 5 line |
| Capability | 4-7Ton/Hr | 7-10Ton/Hr | 8-13Ton/Hr | 10-16Ton/Hr |
| Power | 37KW/50HP | 55KW/75HP | 67KW/90HP | 93KW/124HP |
| Machine size(L*W*H)mm | 7900*3500*2300 | 8900*4050*2400 | 9700*4330*2400 | 10000*4250*2500 |
| Machine weight | 11Ton | 13.5Ton | 17Ton | 20Ton |
