OverviewThis document provides a technical overview of equipment used in the railway industry, specifically focusing on machines for dynamic balancing tests and corrections of train components such as brake discs, wheels, and wheelsets. The document highlights the features and applications of various machines designed for these purposes.
Specifications and Features- Dynamic Balancing Machines: These machines are primarily used for the dynamic balancing of train brake discs, wheels, and other large disc-shaped workpieces. They can be equipped with weight removal devices as per customer requirements.
- Automatic Lifting and Safety Features: The machines feature automatic lifting and lowering of workpieces to reduce impact forces, and safety doors that automatically operate to ensure personnel safety.
- Drive and Precision: The machines use a gearbox and shifting fork drive, combined with a servo motor, to ensure high balance quality and precision.
- Efficiency and Power: They are characterized by a wide range of speed regulation, large driving power, and high working efficiency.
- Automatic Measurement and Correction: The equipment can automatically measure the dynamic unbalance amount and phase of wheelsets and correct them by removing weight based on the detected unbalance phase.
- Additional Functions: Features include automatic chip suction, remote diagnostic capabilities for easy upgrades and maintenance, and optional pneumatic marking and code scanning functions.
Product Descriptions- PHLD-1100Q/3500Q: Train brake disc balancing machine.
- A1WX10: Fully automatic correction machine for train wheelsets.
- PHC-1000: Train drive shaft balancing machine.
- PHW-15000: Train motor balancing machine.
- PHZS-160: Train fan assembly balancing machine.
- AILX21-350: Fully automatic correction machine for train brake discs.
ApplicationsThe machines are used in various applications within the railway industry, including balancing of brake discs, wheel discs, axles, and other components. They are essential for ensuring the safety and efficiency of train operations by maintaining the balance and precision of critical components.