How much is the dynamic balance instrument? The price of on-site dynamic balance instruments varies from high to low, from simple to complex, with and without analysis software, mainly selected based on the user's purpose and actual situation. If you only need to balance one side and lower the price, choose a lower price. If you need to analyze and judge problems, choose to use computer analysis. You get what you pay for, ranging from thousands of yuan to 50000 to 60000 yuan. Also, consider whether training is needed or not.
Firstly, we understand from the concept and necessity of on-site balancing that commonly used machinery contains a large number of rotating components, such as various transmission shafts, spindles, electric motors, and steam turbine rotors, collectively known as rotating bodies. In an ideal situation, when the rotating body rotates and does not rotate, the pressure generated on the bearing is the same, and such a rotating body is a balanced rotating body. However, due to various factors such as uneven materials or defects in the raw material, errors in processing and assembly, and even asymmetric geometric shapes during design, various rotating bodies in engineering cannot cancel out the centrifugal inertia force generated by each small particle on them during rotation. The centrifugal inertia force acts on the machinery and its foundation through bearings, causing vibration, generating noise, and accelerating bearing wear, Shortened mechanical life, which can cause damage in severe cases. Therefore, it is necessary to perform dynamic balance correction on the rotor to achieve the allowable balance accuracy level, or to reduce the mechanical vibration amplitude generated as a result within the allowable range.
Huake Zhichuang Dynamic Balancing Machine Portable on-site dynamic balancing instrument is a measuring instrument that is more convenient to carry than ordinary horizontal and vertical balancing machines. Its volume is greatly reduced, and it does not rely on external power transmission. As long as the equipment is running, its dynamic balance data can be accurately displayed. The operation status of the equipment can be quickly judged on site. After the system's influence coefficient is calibrated, the system will automatically calculate the weight and angle of the added (subtracted) counterweight, and eliminate the imbalance on the equipment or shaft through dynamic balancing. All you need is a speed signal, and the vibration signals at both ends can be connected easily without any space limitations. The instrument follows the 602 computer measurement system and can measure single sided balance and double sided balance. Rotating objects such as fans, motors, impellers, and spindles are all measured by on-site balancing instruments.
The difference between rotor dynamic balance and static balance:
Static balance: Corrected balance is carried out on one calibration face of the rotor, and the remaining imbalance after correction is ensured to be within the specified range of allowable imbalance when the rotor is in static state. It is also known as single sided balance. A piece of news has caused a sensation in the chemical industry, and in addition, it will make it easier for near-infrared spectroscopy to be better applied in new fields.
Dynamic balance: Perform calibration balance on both front faces of the rotor at the same time, and the remaining imbalance after calibration to ensure that the rotor is within the specified range of allowable imbalance during dynamic operation. This is also known as dynamic balance, also known as double-sided balance.
Firstly, we understand from the concept and necessity of on-site balancing that commonly used machinery contains a large number of rotating components, such as various transmission shafts, spindles, electric motors, and steam turbine rotors, collectively known as rotating bodies. In an ideal situation, when the rotating body rotates and does not rotate, the pressure generated on the bearing is the same, and such a rotating body is a balanced rotating body. However, due to various factors such as uneven materials or defects in the raw material, errors in processing and assembly, and even asymmetric geometric shapes during design, various rotating bodies in engineering cannot cancel out the centrifugal inertia force generated by each small particle on them during rotation. The centrifugal inertia force acts on the machinery and its foundation through bearings, causing vibration, generating noise, and accelerating bearing wear, Shortened mechanical life, which can cause damage in severe cases. Therefore, it is necessary to perform dynamic balance correction on the rotor to achieve the allowable balance accuracy level, or to reduce the mechanical vibration amplitude generated as a result within the allowable range.
Huake Zhichuang Dynamic Balancing Machine Portable on-site dynamic balancing instrument is a measuring instrument that is more convenient to carry than ordinary horizontal and vertical balancing machines. Its volume is greatly reduced, and it does not rely on external power transmission. As long as the equipment is running, its dynamic balance data can be accurately displayed. The operation status of the equipment can be quickly judged on site. After the system's influence coefficient is calibrated, the system will automatically calculate the weight and angle of the added (subtracted) counterweight, and eliminate the imbalance on the equipment or shaft through dynamic balancing. All you need is a speed signal, and the vibration signals at both ends can be connected easily without any space limitations. The instrument follows the 602 computer measurement system and can measure single sided balance and double sided balance. Rotating objects such as fans, motors, impellers, and spindles are all measured by on-site balancing instruments.
The difference between rotor dynamic balance and static balance:
Static balance: Corrected balance is carried out on one calibration face of the rotor, and the remaining imbalance after correction is ensured to be within the specified range of allowable imbalance when the rotor is in static state. It is also known as single sided balance. A piece of news has caused a sensation in the chemical industry, and in addition, it will make it easier for near-infrared spectroscopy to be better applied in new fields.
Dynamic balance: Perform calibration balance on both front faces of the rotor at the same time, and the remaining imbalance after calibration to ensure that the rotor is within the specified range of allowable imbalance during dynamic operation. This is also known as dynamic balance, also known as double-sided balance.
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