During dynamic balance detection, due to the inherent imbalance of the measured rotor and the fact that the measured test weight is a composite quantity, when using the Shenman dynamic balance machine for dynamic balance correction, unless a suitable standard rotor is found at this time.
The most commonly used method is to first measure the initial test amount and angle. After measuring the initial test amount and angle, the vector subtraction method can be used to calculate the added test quality. Another method is to first measure the imbalance of the rotor, then reduce the initial imbalance of the rotor during the measurement, and then the balance value can be obtained after the dynamic balancing machine measures it.
What is the role of the weight reduction rate of the balancing machine in rotor dynamic balance correction?
1. Is the weight and position of the counterweight placed during operation accurate.
2. The clearance between the transmission shaft cross shaft and the telescopic sliding button.
3. Is the calibration of the balancing machine accurate.
After a single calibration of a hard support balancing machine, it is not necessary to calibrate it again when measuring different workpieces, while a soft support requires repeated calibration. At present, Shenman fully automatic dynamic balancing machines do not require manual calculation and measurement of the imbalance angle.