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Home - Technical Articles -Temperature is an important factor in the failure of inclined rail CNC lathes

Temperature is an important factor causing the failure of inclined rail CNC lathes

Update Time: 2019-12-06 Hits: 64
Temperature is an important factor causing the failure of inclined rail CNC lathes
Inclined rail CNC lathe This is a high-speed, high-precision, high-reliability CNC lathe with inclined bed. The main shaft is a unit structure. The frequency conversion motor transmits the motion to the main shaft through a V-ribbed belt. The hydraulic chuck is used for clamping, which makes the clamping more convenient and convenient, the accuracy is higher, and the operation is more labor-saving. The spindle bearing structure adopts a total of 5 angular contact bearings, which are high-speed and high-rigidity. The inclined rail CNC lathe adopts 30 ° saddle saddle, linear guide rail, strong rigidity, fast feed and easy drainage. The X and Z direction screw rods are arranged in the middle of the pallet. The pallet is uniformly stressed, the movement is stable, and the speed is fast. The 8-station hydraulic turret has fast and stable tool change and high accuracy. Tailstock, easy and free operation; fully enclosed protection, no oil leakage, environmental protection and beautiful.
The cross-sectional area of the inclined rail CNC lathe is larger than that of a flat bed of the same specification, that is, its resistance to bending and torsion is stronger. The tool of the inclined rail CNC lathe is cutting downwards from the oblique upper part of the workpiece. The cutting force is basically consistent with the direction of gravity of the workpiece. Therefore, the spindle runs relatively smoothly and it is not easy to cause cutting vibration. The cutting force generated is 90 ° with the gravity of the workpiece, which easily causes vibration.
On the one hand, common failure forms such as abnormal damage to mechanical parts and blockage of pipes will cause the temperature of the corresponding parts to rise. Therefore, overflow is a characteristic parameter that characterizes mechanical failure;
On the other hand, the performance of mechanical parts is closely related to the temperature. Excessive temperature will reduce the performance of the parts and even cause the parts to burn. Therefore, temperature is also an important factor that causes the failure of ramp CNC machine tools. factor.
Therefore, temperature monitoring occupies an important position in the fault diagnosis of inclined rail CNC lathes . The so-called temperature monitoring refers to the use of various temperature measuring instruments to measure the temperature rise of the mechanical device and compare it with the temperature of the normal operation of the mechanical device to diagnose the faulty parts and the degree of failure. In the fault diagnosis and monitoring of inclined rail CNC lathe equipment, the temperature measurement methods can be divided into two categories: contact temperature measurement and non-contact temperature measurement. Contact temperature measurement is fast, accurate, and convenient, so it is widely used in various industrial fields.

Inclined rail CNC lathe

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