In the construction industry, self loading mixer trucks are a multifunctional equipment that integrates concrete mixing and transportation. The stability and reliability of their performance are crucial for ensuring project progress and concrete quality. Therefore, it is particularly important to conduct trial operation and debugging on newly purchased or repaired self feeding mixer trucks. This article will provide a detailed introduction to the basic steps and importance of debugging the self feeding mixer truck.

1、 The basic steps of machine testing and debugging
Check equipment integrity: Before testing the machine, it is necessary to first inspect all components of the self feeding mixer truck to ensure that there are no damaged or missing components, especially key parts such as the mixing drum, conveying system, hydraulic system, electrical system, etc.

Hydraulic system debugging: The hydraulic system is the core part of the self feeding mixer truck, responsible for driving the rotation and lifting of the mixing drum. During debugging, it is necessary to check the oil level and quality of the hydraulic oil, as well as the sealing and flexibility of each hydraulic component, to ensure that the hydraulic system can operate normally.

Electrical system debugging: The electrical system is the control center of the self feeding mixer truck, responsible for controlling the start, stop, lifting, rotation and other actions of the equipment. During debugging, it is necessary to check whether the wiring of each electrical component is correct, whether each switch and button is flexible and reliable, to ensure that the electrical system can accurately control the operation of the equipment.

Mixing system debugging: The mixing system is a key part of the self loading mixing truck, responsible for mixing concrete raw materials into uniform concrete. When debugging, it is necessary to start the mixing system, observe whether the rotation of the mixing bucket is stable and uniform, check whether the mixing blades are damaged or deformed, and ensure that the mixing system can work normally.

Transportation system debugging: The transportation system is a channel for the self loading mixer truck to transport concrete from the mixing drum to the pouring site. When debugging, it is necessary to start the conveying system, observe whether the operation of the conveyor belt or screw conveyor is smooth and stable, check whether the conveying pipeline is blocked or leaking, and ensure that the conveying system can efficiently and accurately complete the concrete conveying task.

Trial operation: After completing the debugging of the above parts, a trial operation is required. During the trial operation, it is possible to simulate the actual construction situation and conduct comprehensive and meticulous inspections and tests on the equipment to ensure stable and reliable operation during actual use.

2、 The importance of machine testing and debugging
Ensuring equipment performance: Through machine testing and debugging, it is possible to comprehensively check whether all parts of the equipment are intact and normal, timely discover and solve existing problems, and ensure that the equipment can operate stably and reliably after being put into use.

Improving construction quality: Trial machine debugging can ensure that the equipment can accurately and evenly mix and transport concrete, avoiding concrete quality problems caused by equipment failures or improper operation, and improving construction quality.

Reduce safety risks: Testing and debugging can identify and eliminate safety hazards in equipment, avoid safety accidents caused by equipment failures, and reduce safety risks.

Extending equipment lifespan: Through machine testing and debugging, problems with the equipment can be discovered and resolved in a timely manner, avoiding the accumulation of problems caused by long-term use and extending the service life of the equipment.

Improving construction efficiency: Trial machine debugging can ensure that equipment can operate efficiently and accurately in actual use, avoid construction delays caused by equipment failures or improper operation, and improve construction efficiency.

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In summary, the trial operation and debugging of the self feeding mixer truck is an important measure to ensure stable equipment performance, improve construction quality, reduce safety risks, extend equipment life, and improve construction efficiency. Therefore, strict machine testing and debugging must be carried out after purchasing or repairing the self feeding mixer truck.