There are various types of balancing machines, suitable for different industries and types to perform dynamic balancing correction on rotors. Due to the similarity between single-sided balancing machines and double-sided balancing machines, it is difficult for first-time customers to distinguish, as different balancing machines have different functions. So, it is not an easy task to choose a balancing machine that suits your own workpiece. The dynamic balancing machine technician teaches you how to better distinguish between double-sided balancing machines and single-sided balancing machines.
1. The double-sided balancing machine can measure dynamic unbalance, as well as static unbalance and even unbalance separately, and is generally referred to as a dynamic balancing machine. Centrifugal balancing machines can be divided into soft support balancing machines and hard support balancing machines according to their different supporting characteristics.
2. A single-sided balancing machine can only measure unbalance on one plane (static unbalance), and although it is measured when the rotor rotates, it still belongs to a static balancing machine.
3. A hard supported balancing machine is one in which the balancing speed is lower than the natural frequency of the rotor support system. This type of balancing machine has a high support stiffness, and the signal detected by the sensor is proportional to the vibration force of the support.
4. A soft support balancing machine is one that has a balance speed higher than the natural frequency of the rotor support system. The support stiffness of this balancing machine is small, and the signal detected by the sensor is proportional to the vibration displacement of the support.
1. The double-sided balancing machine can measure dynamic unbalance, as well as static unbalance and even unbalance separately, and is generally referred to as a dynamic balancing machine. Centrifugal balancing machines can be divided into soft support balancing machines and hard support balancing machines according to their different supporting characteristics.
2. A single-sided balancing machine can only measure unbalance on one plane (static unbalance), and although it is measured when the rotor rotates, it still belongs to a static balancing machine.
3. A hard supported balancing machine is one in which the balancing speed is lower than the natural frequency of the rotor support system. This type of balancing machine has a high support stiffness, and the signal detected by the sensor is proportional to the vibration force of the support.
4. A soft support balancing machine is one that has a balance speed higher than the natural frequency of the rotor support system. The support stiffness of this balancing machine is small, and the signal detected by the sensor is proportional to the vibration displacement of the support.
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