What Are The Operation And Maintenance Requirements Of Photoelectric Correction Sensors?

What are the operation and maintenance requirements of photoelectric correction sensors? 1. Neat: tools, workpieces and accessories are neatly placed; safety protection devices are complete; lines and pipelines are complete. 2, Qinggu: clean inside and outside; all sliding surfaces and lead screws, gears, racks, etc. are free of oil pollution and no injuries; no oil, water, gas, or electricity leaks in all parts;

3. Lubrication: Add oil and change oil on time, and the oil quality meets the requirements; the oil pot, oil gun, oil cup, linoleum, and oil line are completely clean, the oil standard is bright, and the oil circuit is unobstructed. 4. Safety: Implement a system of fixed personnel and handovers; be familiar with the maintenance structure of the correction system and abide by the operating procedures; use the maintenance of the correction system reasonably, maintain tools carefully, and prevent accidents.

Principles and requirements of daily mechanical maintenance Daily maintenance of equipment is the basic work of equipment maintenance, and it must be institutionalized and standardized. For the regular maintenance of equipment, work quotas and material consumption quotas should be formulated and evaluated according to the quotas. Regular equipment maintenance should be included in the assessment content of the workshop contract responsibility system.

The periodic inspection of equipment is a planned preventive inspection. In addition to the human senses, the inspection means must also have certain inspection tools and instruments. It is performed according to the periodic inspection card. Periodic inspection is also called regular inspection. Mechanical equipment should also be inspected to determine the accuracy of the equipment's actual accuracy.

The photoelectric correction sensor manufacturer stated that in order to ensure that the mechanical equipment is always in a good technical state, it can be put into operation at any time, reducing the downtime of failures, improving the mechanical integrity rate and utilization rate, reducing mechanical wear, extending the service life of the machinery, and reducing the cost of mechanical operation and maintenance For safe production, the maintenance of machinery and equipment must be strengthened.