1. Reduce the influence of mechanical impurities. MQT pneumatic bolt drill improves working efficiency by at least 35%.
Mechanical impurities generally refer to non-metallic substances such as dust and soil, and some metal chips and wear products produced by the MQT pneumatic bolt drill during use. Once these impurities enter the inside of the machine and reach the mating surface of the machine, the hazard is great. It not only causes the relative movement to block, accelerates the wear of the parts, but also scratches the mating surface, destroys the lubricating film, and raises the temperature of the parts. High, lubricating oil deteriorates.
2, reduce various corrosive effects
The phenomenon that the metal surface of the MQT pneumatic anchor drill is chemically or electrochemically damaged by the surrounding medium is called corrosion. This corrosive effect not only affects the normal operation of the mechanical appearance equipment, but also corrodes parts inside the machine. For example, rainwater, chemical substances in the air enter the machine through external passages, gaps, etc. of mechanical parts, corrode the inside of mechanical parts, accelerate mechanical wear, and increase mechanical failure. Because this corrosive effect is sometimes invisible and intangible, it is easily overlooked, and thus it is more harmful. In use, management and operators should take effective measures according to local weather conditions and air pollution at that time to reduce the impact of chemical corrosion on machinery, with emphasis on preventing the intrusion of chemical components into the rainwater and air.
3. Guarantee the normal working load of MQT pneumatic bolt drill
The size and nature of the working load of the MQT pneumatic bolt drill have an important influence on the mechanical loss process. In general, the wear of the parts increases proportionally with the increase in load. When the part is subjected to a load higher than the average design load, its wear will increase. In addition, when the other conditions are the same, the stable load is less worn than the dynamic load, the failure is less, and the life is low. Tests have shown that when the engine is operated under unstable load and compared to the work under stable load, the wear of the cylinder will increase by a factor of two. Engines operating under normal load have a lower failure rate and a longer life. Conversely, in an overloaded engine, the failure rate is significantly increased and the life expectancy is reduced compared to the design specifications.
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