• Agricultural Steel Sheet Plate for Class Combine Harvest
  • Agricultural Steel Sheet Plate for Class Combine Harvest
  • Agricultural Steel Sheet Plate for Class Combine Harvest
  • Agricultural Steel Sheet Plate for Class Combine Harvest
  • Agricultural Steel Sheet Plate for Class Combine Harvest
  • Agricultural Steel Sheet Plate for Class Combine Harvest

Agricultural Steel Sheet Plate for Class Combine Harvest

Type: Agricultural
Usage: Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying
Material: Iron
Power Source: Electricity
Weight: 2.41kg
After-sales Service: Installation Guide 3-Year Warranty
Customization:
Diamond Member Since 2020

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Zhejiang, China
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Basic Info.

Model NO.
938966
Warranty
3 Years
Transport Package
Wooden Case/Pallet/Plywood Case
Specification
2.41kg
Trademark
EP
Origin
Zhejiang, China
HS Code
8433901000
Production Capacity
50000PCS/Month

Product Description

Agricultural Steel Sheet Plate For Class Combine Harvest
When looking for the right steel sheet plate for your combine harvest, consider the following factors: The angle of the corn head should be 23 degrees in cutting position, and the opening gap should be an eighth inch wide in the front and back of the stripper plates. A corn head at an angle of 23 degrees will yield the best cut, and one that is more flatter will increase the amount of leaf material sucked up by the combine.
Gleaner Super Series
All class combine harvesters use the same goal - to maximize yield and minimize losses. While many designs are similar, the Gleaner Super Series is a step above the rest. Its design optimizes harvesting performance and yield while minimizing fuel consumption and wear. The Gleaner Super Series combines incorporate these design principles into their entire line of combines.
Here are some of their benefits:
The R40 is the first class four Gleaner Rotary combine with six-row capacity. Designed to maximize yield potential, this model can run corn heads up to six rows. For added stability, an F2 or F3 with 23.2 inch drive tires is ideal. The Gleaner Super Series is
backed by AGCO and its dealers are factory-trained. This makes it easier to find parts for your new combine than ever.
SENATOR
While many combine harvesters rely on steel sheet plates for durability, SENATOR models feature an upgraded visual design. These machines feature generously sized metal safety guards and covers. They feature seed-green colour and a range of impressive performance features. The Senator has a long history of producing high-quality combines, but it is just one example of their versatility. Its new design is an improvement over previous models and reflects the latest technological advances in agricultural equipment.
The SENATOR was a model Combine harvester manufactured between 19? and?. It was one of the first combines to use powerband drive technology. Its predecessor, the MERCATOR, was introduced a year later. While the SENATOR was more technologically advanced,the MERCATOR had lower performance ratings. In 1969, introduced the PROTECTOR, a lower-end model with a permanently mounted 2.70-m cutterbar. Later, the MERCATOR 60 and 50 models were renamed.
Integral corn header
The integral corn header steel sheet plate for a class combine harvester is a common component of a cornhead. This part is mounted on a stalk roll drive shaft. It comprises a cylindrical shell with at least four flutes arranged in a first group and a second group, where each flute has a length that is proportional to the diameter of the recess. The flutes may be positioned in a fashion to create a gap that facilitates stalk movement through an ear or plant separation zone.
The hood and row units of the corn header assembly are designed to minimize grain loss. They are made of a steel sheet that has a curved inner surface. In addition to the steel sheet, these components include an anti-shock system and a divider release system that protects the divider point from damage. These features reduce the need for costly replacements. Another integral feature of these headers is the use of extra-robust polymer hoods. This is a feature that contributes to the efficiency of the corn head assembly.
Stripper header
The design of the stripper header is unique among combine harvesters. It features an eight-row rotor with stripping fingers, which separate the grain and seed from the plant stem. The stripper header then feeds the harvested materials back into the auger. This type of header is most commonly used in the harvesting of small grains. This article will discuss some of the features of the stripper header and how to select the best model for your farm.
The combine header combines the three mechanical compartments into one. This first mechanical compartment is designed to move forward and maintain the appropriate height of the threshing section. This header is hydraulically driven and has variable speed and capacity controls. It supports itself on two or four rollers and uses a hydraulic multi-coupler to directly connect to the combine harvester hydraulic system. Once the combine harvester is up and running, the header is ready to begin harvesting.
Draper header
A patented Draper header incorporates a steel sheet plate to support the curved blades. Its shape resembles that of a hay baler. A header can be either stationary or mobile and is commonly attached to the front or back end of a class combine harvester. The frame 42 is a part of the header, as is the center draper assembly. The header and its blades may also be mounted on an adapter.This adapter would have its own draper assembly and overhead auger. The header could also be connected directly to the feederhouse and would include a rigid cutterbar.
A Draper header is a harvesting component of a self-propelled combine. It includes a header that cuts crop material and carries it into a feeder house. The header may be spaced from the ground during the cutting operation. However, certain grains require that the header be very close to the ground to maximize efficiency. The Draper header also includes two draper assemblies, one center draper and one on each side.
Transverse fan
When manufacturing a combine, a large coil of steel is loaded into a cut-to-length line in a sheet metal shop. There,
computer-controlled rollers pull the steel from the coil and flatten it, before feeding it into a cutting machine. The steel is
then cut into basic rectangular shapes, which are later welded together to create the body of the combine. Afterward, a
top-mounted grain tank is added. This process takes place in batches, with each station responsible for delivering a defect-free component to the next station.
The walk-in rear engine compartment is the largest in the industry. Most parts of the machine are easily accessible, including the hydraulic filter and the single reservoir. All shafts are firmly attached to the frame, which is also fully welded to ensure the integrity of the machine. The steel sheet plate that covers the engine makes the cab sturdy and provides the foundation for all shafts. Steel sheet plate for class combine harvest
Agricultural Steel Sheet Plate for Class Combine Harvest
Company Information
Agricultural Steel Sheet Plate for Class Combine HarvestAgricultural Steel Sheet Plate for Class Combine Harvest
 
 

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