| Type: | Agricultural |
|---|---|
| Usage: | Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying |
| Material: | Iron |
| Power Source: | Electricity |
| Weight: | 1kg |
| After-sales Service: | Installation Guide 3-Year Warranty |
| Customization: |
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When selecting the screen bearing seat for a class combine harvester, consider the following factors: Dimensions of the cab,threshing drum size, and design. The cab may be designed to accommodate different slopes and the design may change as the machine moves. If the screen bearing seat is not centered, it may be out of position, causing a loss of power. In addition, consider the height of the seat.
Dimensions of the cab
The LEXION cab is designed to give the operator maximum comfort and convenience, with advanced features and intelligent control concepts to assist the operator in every task. Its new CEBIS touchscreen terminal and armrest with switches for direct adjustment of key functions are just a few of the highlights. The cab has a low seating position, which improves balance on slopes. Its large windows provide excellent visibility, and the cab is equipped with a wireless headset for optimum comfort.With the introduction of the Twin Rotor technology by over 40 years ago, combines have changed dramatically. The latest CR combines continue the pure rotary bloodline and offer world-beating straw and grain quality. The harvesting automation system, combined with the cab's new premium features, is the most advanced and productive combination yet. Fendt's unrelenting pursuit of excellence results in efficient harvesting.
Size of the threshing drum
The threshing drum is a crucial piece of equipment when harvesting. While threshing, the diameter of the drum is crucial to achieve good results, the right size is also essential for safety reasons. Traditionally, the diameter can be adjusted by changing the connecting base at the end of the threshing rack. However, this operation can be laborious and time-consuming. In order to avoid this, a special device was invented to allow rapid, step-free adjustment of the threshing drum diameter. This device utilizes the principle of Archimedes' spiral to ensure that the drum diameter remains consistent and is always set at a specified value.
The threshing drum is also adjustable. It can be adjusted by means of a concave grid or by an electronic control self-locking device. The concave grid is convenient and easy to use. However, the diameter adjustment device on a traditional threshing drum is inconvenient because it is not available during operation of the combine harvester. Consequently, an electronic control self-locking device was developed that allows for easy and convenient diameter adjustments.
Dimensions of the bearing housing
The dimensions of the bearing housing for class combine harvesters is an essential component for the optimum functioning of these machines. It ensures fixation of the bearings at the working position. Its complex spatial form contains mounting holes and a space for the bearing. The bearing housing is galvanized or painted to protect it from rust. It is also easy to replace, thanks to the modular design. This article provides detailed dimensions and information on the components of the bearing housing.The following table provides an overview of the dimensions of the bearing housing for class combine harvests. The size and shape of the bearing housing are also important. The combines should be able to operate in the threshing region 3. The motor power of the combines should be greater than 375 kW. The cutting bar width should be approximately nine meters. The combining bar should be wide enough to achieve a harvest rate of at least 30 tons per hour.
Design of the cab
The cab design on a Class 1 combine is ergonomically designed to improve productivity. It is equipped with up to 12 work lights on the cab roof and a long-range light. An 8.4-inch Cebis screen provides relevant information, and warning messages are given visually, audibly, or both. Moreover, an air-suspended operator seat is a big plus for comfort.
The DynaFlex(r) combine has a cutting capacity of up to 40 feet (12.2 m). Its fully flexible cab-controlled cutterbar allows for an efficient crop cut. It also features a v-belt guide to minimize operator fatigue. The combined tractor also includes a
mechanical drive system that provides more torque. The single-point multicoupler eliminates the need for a separate hydraulic system. The combine also features a fully enclosed epicyclic sickle drive system that reduces stress, wear, and vibration.
Design of the threshing drum
The threshing drum is the most important component in a combine harvester and it determines its working process and power consumption. The design of a threshing drum consists of a cylinder and concave surface that are separated by a narrow space. The drum's diameter is adjusted within certain fixed values. There are two different types of threshing drums: longitudinal and tangential.
The threshing cylinder has an enhanced stability by incorporating blow bars into the drum design. These are mounted between the run-on surface and the support profile. The blow bars and support profiles are arranged along the width of the drum body to absorb the force generated during threshing. This also results in a compact and robust design. The blow bars and support profiles are secured by releasable screws and nuts, which minimizes the amount of steel used in construction.
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