Motor Rotor Integrated Magnetizing Machine

Integral magnetizer for motor rotors (images 1)
Integral magnetizer for motor rotors (images 2)
Integral magnetizer for motor rotors (images 3)
Integral magnetizer for motor rotors (images 4)
Integral magnetizer for motor rotors (images 5)
Integral magnetizer for motor rotors (images 6)
Integral magnetizer for motor rotors (images 7)

Detailed parameters of motor magnetizer

  • Product Name:Motor Magnetizer
  • Work efficiency:second magnetization
  • Design Advantage:Non-standard customization according to the product on demand
  • Realization function:Magnetometer Magnetic Detection
  • Operator:1 person
  • Basic parameters:380V, 220V 50/60A
  • Process:Integral automatic magnetization table magnetic detection
Integral magnetizer for motor rotors (images 8)

Product Overview:

Frequently Asked Questions

Common questions on selection, process and delivery. To learn more, contact us directly.

Q1. Will this magnetizer work with our rotor specifications?

Coil and locating fixture are configured against your rotor's outer diameter, pole count and magnet grade, covering both inner-rotor and outer-rotor structures. Send us the drawing or a sample and we will first confirm whether the magnetic circuit suits full-body magnetization, then propose a configuration.

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Q2. How do we confirm the field is up to spec after magnetizing?

A flux detection station follows the magnetizing station. The rotor indexes automatically and every pole is read, so out-of-tolerance parts are rejected and each rotor carries its own flux record instead of relying on sampling.

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Q3. Do we need a new machine when the rotor changes?

No. The change is mainly the locating fixture and coil, plus recalling the matching parameter set on the HMI. Mechanical adjustment is only involved when the outer diameter or pole count falls far outside the current range.

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Q4. Can it magnetize multi-pole rotors, and what changes with pole count?

Yes. Pole distribution is defined by the coil and the locating fixture, so changing pole count mainly means changing the fixture and recalling the matching parameter set, while the machine itself stays as is. Consistent orientation across poles comes from fixture location, and the flux station then reads every pole after magnetizing.

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Q5. Is this a stand-alone machine or does it connect to a production line?

Both work. The standard form is a stand-alone station with manual loading, while magnetizing and flux detection run inside the machine. If it has to sit inside an existing line, the interface is agreed at proposal stage against the cycle time and handling method of the neighbouring stations.

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