To effectively reduce equipment vibration and improve production quality, a balancing machine must be used; Dynamic balancing machine is a high-precision measuring equipment mainly used for detecting the size and position of the imbalance of rotating workpieces; The dynamic balancing function effectively corrects the imbalance of the rotor, reducing the vibration generated by the measured rotor or the vibration force on the bearing to the allowable range.
During the use of the balancing machine, the temperature will rise. Does the temperature increase have any impact on the equipment? During the application of dynamic balancing machines, a certain temperature should be maintained to improve work efficiency and avoid any significant harm to the equipment itself. But if the temperature rises too much, it must be a malfunction of the equipment, and it is necessary to stop running and check the cause in a timely manner. Below, the technical master of Huake Zhichuang Dynamic Balance Machine will analyze several factors.
1. The maximum working temperature of insulation materials refers to the temperature of the hot spot in the winding insulation during the design expected service life of the dynamic balancing machine. If the operating temperature exceeds the maximum working temperature of the material for a long time, the aging of the insulation will intensify and the service life will be shortened. Therefore, temperature is one of the main factors that harm the dynamic balancing machine during operation.
2. Temperature is the temperature difference between the dynamic balancing machine and the environment, caused by the heating of the dynamic balancing machine. Temperature rise is an important indicator in the design and operation of dynamic balancing machines. The degree of heating of the dynamic balancing machine. If the temperature rise of the dynamic balancing machine increases during operation, it indicates that the machine is faulty, or the air duct is blocked or the load is heavy.
3. The iron core of the dynamic balancing machine in operation will experience iron loss when exposed to an alternating magnetic field, copper loss when the winding is energized, and other stray losses. These all cause the temperature of the dynamic balancing machine to rise. On the other hand, the dynamic balancing machine also dissipates heat. When heat generation and heat dissipation are the same, a state of equilibrium is reached, and the temperature no longer rises but stabilizes at a certain level. When the heat generation increases or the heat dissipation decreases, it will disrupt the balance, causing the temperature to continue to rise and expand the temperature difference, thereby increasing heat dissipation and reaching equilibrium at a higher temperature.
During the use of the balancing machine, the temperature will rise. Does the temperature increase have any impact on the equipment? During the application of dynamic balancing machines, a certain temperature should be maintained to improve work efficiency and avoid any significant harm to the equipment itself. But if the temperature rises too much, it must be a malfunction of the equipment, and it is necessary to stop running and check the cause in a timely manner. Below, the technical master of Huake Zhichuang Dynamic Balance Machine will analyze several factors.
1. The maximum working temperature of insulation materials refers to the temperature of the hot spot in the winding insulation during the design expected service life of the dynamic balancing machine. If the operating temperature exceeds the maximum working temperature of the material for a long time, the aging of the insulation will intensify and the service life will be shortened. Therefore, temperature is one of the main factors that harm the dynamic balancing machine during operation.
2. Temperature is the temperature difference between the dynamic balancing machine and the environment, caused by the heating of the dynamic balancing machine. Temperature rise is an important indicator in the design and operation of dynamic balancing machines. The degree of heating of the dynamic balancing machine. If the temperature rise of the dynamic balancing machine increases during operation, it indicates that the machine is faulty, or the air duct is blocked or the load is heavy.
3. The iron core of the dynamic balancing machine in operation will experience iron loss when exposed to an alternating magnetic field, copper loss when the winding is energized, and other stray losses. These all cause the temperature of the dynamic balancing machine to rise. On the other hand, the dynamic balancing machine also dissipates heat. When heat generation and heat dissipation are the same, a state of equilibrium is reached, and the temperature no longer rises but stabilizes at a certain level. When the heat generation increases or the heat dissipation decreases, it will disrupt the balance, causing the temperature to continue to rise and expand the temperature difference, thereby increasing heat dissipation and reaching equilibrium at a higher temperature.
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