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Domestic loader market development trend |
Public date:2019-8-15 Hits：8322 |
A backhoe loader consists of: powertrain, loading end, and digging end. Each device is designed for a specific type of work. On a typical construction site, the excavator operator usually needs to use all three components to get the job done.
Powertrain
The core structure of the backhoe loader is the powertrain. The powertrain design of the backhoe loader is designed to run freely on a variety of rugged terrain. It has a powerful turbocharged diesel engine, a large deep gear tire and a cab with steering controls (steering wheels, brakes, etc.). Backhoe loader loading end
The loader is assembled in front of the unit and the excavator is assembled in the back. These two components provide completely different functions. The loader can perform a variety of different tasks. In many applications, you can think of it as a powerful large 畚箕 or coffee spoon. It is generally not used for excavation, but is mainly used to pick up and carry large amounts of loose material. In addition, you can use it to push the soil like a plow, or to level the ground, just like using a knife to wipe the bread on the bread. The operator can control the loader while driving the tractor.
Backhoe loader excavation
Excavators are the main tool for backhoe loaders. It can be used to dig hard, hard materials (often soil) or to lift heavy objects (such as sewer boxes and culverts). The excavator can lift these materials and stack them on the side of the hole. Simply put, an excavator is an extremely powerful huge arm or finger. It consists of three parts: a boom, an arm, and a bucket.
Stable foot
Other additional components typically seen on the backhoe loader include the two stabilizing legs behind the rear wheel. These feet are critical to the operation of the excavator. When the excavator performs the excavation work, the feet can absorb the impact of the weight. If there are no stabilizing feet, the weight of the heavy load or the downward force generated when digging the ground will damage the hub and the tire, and the entire tractor will constantly bounce. Stabilizing the feet keeps the tractor stable and minimizes the impact forces generated by the excavator. Stabilizing the feet also secures the tractor so that it does not slip into the ditches or caves. |
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