Product Description
Description: The wheel axle, which hangs on two chains, is pulled down bysprings. Demonstration of a static unbalance: wheels hop. This can be adjustedby putting on a counterweight. Demonstration of a dynamic unbalance: wheelsflutter. This can be adjusted by changing weights to the correct side.
FAQs of Balancing Model For Wheels:
Q: What are the primary applications of the Balancing Model For Wheels?
A: The Balancing Model For Wheels is designed for use in industrial and laboratory settings.
Q: What is the control mode for the Balancing Model For Wheels?
A: The control mode of the Balancing Model For Wheels is manual.
Q: What material is used for the construction of the Balancing Model For Wheels?
A: The Balancing Model For Wheels is made from metal.
Q: What is the color of the Balancing Model For Wheels?
A: The Balancing Model For Wheels comes in a multicolor design.
Q: Can the Balancing Model For Wheels be used in both industrial and laboratory environments?
A: Yes, the Balancing Model For Wheels is suitable for both industrial and laboratory environments.