Turbo B1 R Rotor Balancer

The B1R is the balancing machine dedicated to the rotating parts of the turbocharger, designed to ensure precision and efficiency in the initial phase of the reconditioning process.

Processable components

The machine is capable of balancing:

• single turbine shaft
• single compressor wheel
• complete rotor (turbine shaft + compressor wheel)

These are the main components responsible for turbocharger movement.

Performance and operation

The B1R operates through a drive system that rotates the component, enabling unbalance analysis.

Rotation speed

Up to 5000 rpm for automotive applications

Approximately 2500 rpm for industrial, agricultural or marine vehicles

The speed varies according to the size and type of rotor.

Intelligent self-calibration

One of the distinctive elements of the B1R is the automatic self-calibration system.

Unlike traditional systems, it is not necessary to manually enter parameters such as:

• diameters
• lengths
• component geometries

How it works

Through a guided procedure:

• a sample weight (30 mg) is applied in two positions
• the system automatically identifies the rotor characteristics
• balancing planes and correction parameters are defined

Advantages

• Elimination of data entry errors
• reduction of setup times
• greater operational simplicity
• ability to work in serial production with repeatable cycles

Role in the reconditioning process

The B1R represents the first fundamental step in turbocharger reconditioning.

Why it is strategic

• it allows identification and correction of unbalances in rotating parts
• it properly prepares the rotor for the subsequent phases
• it improves the efficiency of subsequent processing stages

Accurate balancing at this stage makes it possible to:

• reduce time in subsequent processes
• increase the reliability of the final result
• avoid rework

Operational Advantages

• Quick and intuitive setup
• No need for manual data entry
• High measurement accuracy
• Optimization of production times
• Greater reliability of the entire reconditioning process