Vertical CNC lathes are suitable for processing high-strength cast iron bases and columns for small and medium-sized disc and cover parts. They have good stability and seismic resistance. Vertical structures are convenient for clamping workpieces and occupy a small area. The temperature is closely related to the operating status of mechanical equipment on vertical CNC lathes. So what are the reasons for the high temperature of vertical CNC lathes?

      On the one hand, common forms of faults such as abnormal damage to mechanical components and blockage of pipelines can cause temperature increases in corresponding areas. Therefore, overflow is a characteristic parameter that characterizes mechanical faults; On the other hand, the performance of mechanical parts is closely related to temperature. If the temperature is too high, it can reduce the performance of the parts and even cause burning damage. Therefore, temperature is also an important factor that causes mechanical equipment failures in vertical CNC lathes.

      Therefore, temperature monitoring plays an important role in the diagnosis of mechanical equipment faults. The so-called temperature monitoring refers to the use of various temperature measuring instruments to measure the temperature rise of mechanical devices, and compare it with the temperature during normal operation of mechanical devices, in order to diagnose the faulty parts and the degree of failure. In the fault diagnosis and monitoring of mechanical equipment in vertical CNC lathes, temperature measurement methods can be divided into two categories: contact temperature measurement and non-contact temperature measurement. Contact temperature measurement is widely used in various industrial fields due to its fast, accurate, and convenient characteristics.

      But it cannot meet the temperature measurement requirements of certain special occasions, such as temperature monitoring at the junction of high-voltage transmission lines and temperature monitoring of steelmaking blast furnaces. For these occasions, non-contact temperature measurement must be used. The non-contact temperature measurement method has the advantage of not damaging the temperature field of the measured object and being able to measure the temperature of moving parts, but it can only measure the surface temperature of the system, not the internal temperature.

      The vertical CNC lathe adopts an oil-water separation structure, which makes the cooling water clean, environmentally friendly, and long-lasting. The separated cooling water tank is easy to clean, and the precision and high stiffness cylinder type spindle structure is easy to maintain. The spindle sleeve is fully symmetrical and suspended design, which better eliminates the impact of thermal deformation on machining accuracy. The high-power AC spindle motor enhances the stability of machine operation. The spindle is lubricated with imported lubricating grease, fully enclosed, and maintenance free. The saddle and column guide rail use heavy-duty linear rolling guide rails, with good dynamic response performance and high accuracy retention. Equipped with a 6-position vertical electric tool holder, it has high rigidity, fast tool change, and reliable centralized machine operation panel, making operation more convenient and fast. The X/Z axis adopts high-precision ball screws and screw bearings, and the overall accuracy retention is good. Fully enclosed protection, environmentally friendly and clean. The image is from the internet. If there is any infringement, please contact us to delete it