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Let's understand the placement requirements of the dynamic balancing machine
- Categories:news
- Author:
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- Time of issue:2021-04-11 21:39
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Let's understand the placement requirements of the dynamic balancing machine
The positioning of the dynamic balancing machine device has a great influence on the measurement accuracy of the dynamic balancing machine. The unbalanced orientation of the dynamic balancing machine will cause the balancing machine to swing from side to side or back and forth. If a large amount of data jumps, the detected data will not be very accurate, so it is impossible to detect the direction and size of the product's dynamic balance, and it is impossible to provide reliable data for the operator of the dynamic balancing machine.
Therefore, the stability of the placement direction of the dynamic balancing machine is very important. In addition, the environment in which the dynamic balancing machine is placed is also very important. There should be no oscillations around, otherwise it will affect the accuracy of the dynamic balancing machine. The location of the balancing machine is also very important when installing the equipment. If you want to meet the requirements, you must pay more attention to every detail.
This kind of long-term use equipment can only be adjusted when the equipment is started for later use. The equipment of the dynamic balancing machine should be debugged by the personnel of the dynamic balancing machine manufacturer to ensure that there is no instability, and it can be used directly after debugging. The motor pulley is used to drive the rotor, so the belt drive requires a smooth cylindrical surface on the rotor surface. The advantage of belt drive is that it does not affect the unbalance of the rotor, and the balance accuracy is high.
Connect the main shaft of the balancer and the rotor through a universal joint. The characteristics of coupled drive are suitable for rotors with irregular shapes, which can transmit larger torques, and are also suitable for rotors with larger wind resistance such as fans. The disadvantage of coupling drag is that the unbalance of the coupling itself will affect the rotor (so the coupling must be balanced before use), and it will also introduce interference to affect the balance accuracy. In addition, a large number of connecting disks should be made to adapt to different types of rotors.
- Categories:news
- Author:
- Origin:
- Time of issue:2021-04-11 21:39
- Views:
The positioning of the dynamic balancing machine device has a great influence on the measurement accuracy of the dynamic balancing machine. The unbalanced orientation of the dynamic balancing machine will cause the balancing machine to swing from side to side or back and forth. If a large amount of data jumps, the detected data will not be very accurate, so it is impossible to detect the direction and size of the product's dynamic balance, and it is impossible to provide reliable data for the operator of the dynamic balancing machine.
Therefore, the stability of the placement direction of the dynamic balancing machine is very important. In addition, the environment in which the dynamic balancing machine is placed is also very important. There should be no oscillations around, otherwise it will affect the accuracy of the dynamic balancing machine. The location of the balancing machine is also very important when installing the equipment. If you want to meet the requirements, you must pay more attention to every detail.
This kind of long-term use equipment can only be adjusted when the equipment is started for later use. The equipment of the dynamic balancing machine should be debugged by the personnel of the dynamic balancing machine manufacturer to ensure that there is no instability, and it can be used directly after debugging. The motor pulley is used to drive the rotor, so the belt drive requires a smooth cylindrical surface on the rotor surface. The advantage of belt drive is that it does not affect the unbalance of the rotor, and the balance accuracy is high.
Connect the main shaft of the balancer and the rotor through a universal joint. The characteristics of coupled drive are suitable for rotors with irregular shapes, which can transmit larger torques, and are also suitable for rotors with larger wind resistance such as fans. The disadvantage of coupling drag is that the unbalance of the coupling itself will affect the rotor (so the coupling must be balanced before use), and it will also introduce interference to affect the balance accuracy. In addition, a large number of connecting disks should be made to adapt to different types of rotors.
