Self-Propelled Combine harvester 4LZ-1.6(1.6A)

Combine harvester 4LZ-1.6(1.6A)

There are many types of combine harvesters, which are usually divided into the following four categories:
1. Self-propelled wheeled full-feed combine harvester. It is mainly used to harvest wheat and also harvest rice. It is suitable for long-distance transfer and is the main model for off-site harvesting and cross-regional operations.
2. Self-propelled crawler full-feed combine harvester. This model is more suitable for operations in wet and dry land or wet soil in paddy fields, and is suitable for harvesting wheat and rice crops. It can be used for off-site harvesting and cross-regional operations, but if it is transferred over long distances, it requires automobile transportation.
3. Self-propelled crawler semi-feed combine harvester. This model is mainly suitable for rice harvesting and can also harvest wheat. It is the product with the highest complexity coefficient among small and medium-sized combine harvesters, and the price is also the highest. Compared with other models, the cleanliness of the harvested grain is higher, and it can adapt to the harvesting conditions of deep mud feet and severe lodging, while ensuring the integrity of the stems after harvesting.
4. Suspension combine harvester. Suspension combine harvesters use tractor power to carry out harvesting combined operations, and there are two types: single power and dual power. This type of machine is cheap and can be used for multiple purposes, but it is troublesome to disassemble and assemble, and its production and sales volume is gradually declining.
As mentioned above, when purchasing a combine harvester, the area where the machine is used, the object of harvesting, and the nature of the operation are important factors to consider. In addition, buying a branded machine is also a wise choice. A good branded machine usually refers to a machine with good operating performance, reliable operation, and a good reputation in the market.

Application:
Combine harvester is mainly used for combined harvesting of wheat crops, and can complete cutting, threshing, separation and cleaning operations in the field at one time. When used for segmented harvesting, a grain picker is installed on the harvesting table to pick up the grain strips after drying, and complete threshing, separation and cleaning operations. When additional devices (such as soybean low-cutting devices, etc.) are added to the grain combine harvester, or after appropriate modification and adjustment, it can harvest cereal crops such as rice, corn, soybeans, millet and sorghum.

Technical Specification：

Advantage：

1.It can complete the harvesting, threshing, separation, cleaning, grain collection, bean straw and bean skin piling and recycling of soybean crops at one time. This machine is a special soybean combine harvester with low breakage rate, high cleanliness and excellent harvesting performance.

2.Equipped with a 140-horsepower engine, powerful power;Front wheel 11.2-24, rear wheel 7.5-20, mechanical four-wheel drive (1.6A model is two-wheel drive), high ground clearance, good passing performance;Enclosed cab, floating seat, hard-connected gear, comfortable operation.

3.The cutting table adopts a contoured floating cutting table. The cutter floats and cuts along the terrain, which is suitable for soybeans of various yields. The conveying trough adopts a 38-pitch chain scraper structure with strong operating capacity.

4.The threshing mechanism adopts shear flow + transverse axial flow threshing drum, which threshes cleanly.The cleaning screen adopts double-layer fish scale screen, which cleans cleanly.The grain unloading adopts high-position unloading, and the unloading height reaches 3 meters.

Self-Propelled Combine Harvester is a versatile agricultural machine designed to efficiently harvest a variety of grain crops. The term "combine" refers to the combination of three separate harvesting operations—reaping, threshing, and winnowing—into a single process. This machinery is self-propelled, meaning it has its own engine for movement and operation, making it a cornerstone of modern agriculture.

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