I. Ring belt pulling: Using rubber or silk ring belt, the rotor is pulled by motor pulley. Therefore, ring belt pulling requires that the surface of the rotor must have a smooth cylindrical surface with high balance accuracy.
2. Coupling drag: the balance machine spindle is connected with the rotor by means of universal joint. The characteristics of couplings dragging are suitable for irregular rotors, which can transfer large torque and drag large wind resistance rotors such as fans. The disadvantage of couplings dragging is that the unbalanced amount of coupling itself will affect the rotor, and interference will also be introduced to affect the accuracy of balance. The dynamic balancer also needs to make a large number of connecting discs to adapt to different types of rotors.
3. Self-drive: It uses the power of the rotor itself to rotate. Self-actuation is a type of drag that has the least effect on the balance accuracy and achieves the highest balance accuracy, but only special rotors allowed by the structure can use this type of drag.
These are the three driving modes of the ring balancer.
2. Coupling drag: the balance machine spindle is connected with the rotor by means of universal joint. The characteristics of couplings dragging are suitable for irregular rotors, which can transfer large torque and drag large wind resistance rotors such as fans. The disadvantage of couplings dragging is that the unbalanced amount of coupling itself will affect the rotor, and interference will also be introduced to affect the accuracy of balance. The dynamic balancer also needs to make a large number of connecting discs to adapt to different types of rotors.
3. Self-drive: It uses the power of the rotor itself to rotate. Self-actuation is a type of drag that has the least effect on the balance accuracy and achieves the highest balance accuracy, but only special rotors allowed by the structure can use this type of drag.
These are the three driving modes of the ring balancer.
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