Automatic Horizontal Balancing Machine

Automatic Horizontal Balancing Machine
Automatic Horizontal Balancing Machine
Automatic Horizontal Balancing Machine
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ZL-210

Hard.bearing balancing machine for shafts, rotors, and elongated components used in motors, pumps, fans, and industrial applications

Automatic horizontal balancing machines combine high detection accuracy, reaching levels below 1 g, with fully automated processes. They handle measurement and drilling for unbalance correction without manual work, improving productivity and lowering operating costs.

Applications

Widely used for shaft-based and elongated components. They are suitable for measuring and correcting unbalance in:

  • Electric motor rotor balancing
  • Impellers balancing
  • Brake drums balancing
  • Flywheels balancing
Specifications
Workpiece weight 5-160kg
Max. workpiece diameter Ø1000
Max. diameter at drive frame Ø300mm
Journal diameter of workpiece Ø10-Ø180mm
Distance between two bearing supports 80-1000mm
Balancing speed 300-5000r/min
Drive mode Belt drive (optional)
Number of planes Possible to select between single plane and two planes, and select between weight adding and removing
Electronic measuring system/control cabinet ZL-210 dynamic balancing measuring system (touch screen)/free-standing control cabinet
Calculates the required correction weight and its position on the rotor’s left and right planes, based on parameters such as diameter, mass, operating speed, and balancing accuracy
Min. achievable residual unbalance (eMar) ≤0.5
Unbalance reduction ratio (URR) 95%
Features
  • The drive motor uses a flat belt placed at the rotor’s center to keep rotation smooth and stable during testing.
  • An integrated drilling unit, controlled by PLC, moves across an 800 mm range on the beam with a 20 mm drill bit to perform unbalance correction directly above the workpiece.
  • Once measurement is complete, the drill automatically stops at the correction point, removing material on both balancing planes.
  • Drill depth is calculated after selecting the bit diameter and the density of the material, improving correction accuracy.
  • A printer is included for generating A4 reports of the test results.
  • An industrial vacuum system is provided to collect chips from the drilling process, keeping the workspace clean.
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