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Take you to a comprehensive understanding of the balancing machine

Take you to a comprehensive understanding of the balancing machine
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  • Categories:news
  • Author:
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  • Time of issue:2021-03-01 16:59
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(Summary description)The dynamic balance detection is then generated. Dynamic balance detection is to detect the unbalance of rotating products, such as rotors, shafts, blades, etc., through certain technical means, and adjust the mass distribution of rotating products through artificial interference-deduplication or aggravation methods to make the rotating products. The remaining unbalance is reduced to the regular range to reduce the vibration in the movement process.   Balancing is a process of checking and adjusting the mass distribution of the rotor when necessary to ensure that at the corresponding operating speed frequency, the remaining unbalance or journal oscillation and/or the force acting on the support are within the regulatory limits. . Simply put, as long as it is a rotating object, there is a balance and an imbalance. Under the effect of centrifugal force, if the rotating object reaches an absolute balance. The mass distribution of the rotating object is uniform, and under the effect of this uniform force, there is no oscillation. In other words, as long as there is an imbalance, there will be oscillations. At this time, human intervention is needed to control the oscillations within the minimum permitted range. To understand the balancing machine, we first need to understand the balance of rigid rotors. Parts that rotate around the axis in the machine, such as pulleys, fan impellers, automobile tire hubs, etc. Both are called the rotor of the machine. If the mass distribution of a rotor is uniform, and the manufacturing and installation are qualified, the work is stable. Under ideal conditions, the pressure on the bearing has no other force except gravity, that is, the same as when the rotor is not rotating, as long as the static pressure is used. This kind of rotor that only needs static pressure on the bearing when rotating and not rotating is called balanced. Rotor. Of course, this is the state of ambition. In reality, there is no such thing as an absolutely balanced rotor.

Take you to a comprehensive understanding of the balancing machine
Top

The dynamic balance detection is then generated. Dynamic balance detection is to detect the unbalance of rotating products, such as rotors, shafts, blades, etc., through certain technical means, and adjust the mass distribution of rotating products through artificial interference-deduplication or aggravation methods to make the rotating products. The remaining unbalance is reduced to the regular range to reduce the vibration in the movement process.

 



Balancing is a process of checking and adjusting the mass distribution of the rotor when necessary to ensure that at the corresponding operating speed frequency, the remaining unbalance or journal oscillation and/or the force acting on the support are within the regulatory limits. . Simply put, as long as it is a rotating object, there is a balance and an imbalance. Under the effect of centrifugal force, if the rotating object reaches an absolute balance.

The mass distribution of the rotating object is uniform, and under the effect of this uniform force, there is no oscillation. In other words, as long as there is an imbalance, there will be oscillations. At this time, human intervention is needed to control the oscillations within the minimum permitted range. To understand the balancing machine, we first need to understand the balance of rigid rotors. Parts that rotate around the axis in the machine, such as pulleys, fan impellers, automobile tire hubs, etc.

Both are called the rotor of the machine. If the mass distribution of a rotor is uniform, and the manufacturing and installation are qualified, the work is stable. Under ideal conditions, the pressure on the bearing has no other force except gravity, that is, the same as when the rotor is not rotating, as long as the static pressure is used. This kind of rotor that only needs static pressure on the bearing when rotating and not rotating is called balanced. Rotor. Of course, this is the state of ambition. In reality, there is no such thing as an absolutely balanced rotor.

  • Categories:news
  • Author:
  • Origin:
  • Time of issue:2021-03-01 16:59
  • Views:

The dynamic balance detection is then generated. Dynamic balance detection is to detect the unbalance of rotating products, such as rotors, shafts, blades, etc., through certain technical means, and adjust the mass distribution of rotating products through artificial interference-deduplication or aggravation methods to make the rotating products. The remaining unbalance is reduced to the regular range to reduce the vibration in the movement process.

 

Balancing is a process of checking and adjusting the mass distribution of the rotor when necessary to ensure that at the corresponding operating speed frequency, the remaining unbalance or journal oscillation and/or the force acting on the support are within the regulatory limits. . Simply put, as long as it is a rotating object, there is a balance and an imbalance. Under the effect of centrifugal force, if the rotating object reaches an absolute balance.

The mass distribution of the rotating object is uniform, and under the effect of this uniform force, there is no oscillation. In other words, as long as there is an imbalance, there will be oscillations. At this time, human intervention is needed to control the oscillations within the minimum permitted range. To understand the balancing machine, we first need to understand the balance of rigid rotors. Parts that rotate around the axis in the machine, such as pulleys, fan impellers, automobile tire hubs, etc.

Both are called the rotor of the machine. If the mass distribution of a rotor is uniform, and the manufacturing and installation are qualified, the work is stable. Under ideal conditions, the pressure on the bearing has no other force except gravity, that is, the same as when the rotor is not rotating, as long as the static pressure is used. This kind of rotor that only needs static pressure on the bearing when rotating and not rotating is called balanced. Rotor. Of course, this is the state of ambition. In reality, there is no such thing as an absolutely balanced rotor.

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