Winding Execution for Rotating Electric Machines

We provide specific electrical windings tailored to the type of electric machine, ensuring optimal performance and reliability.                                                            Our expertise covers a wide range of applications, including:

  1. Permanent Magnet Motors
  2. Direct Current (DC) Motors
  3. Alternating Current (AC) MotorsGenerators
  4. Alternators
  5. Pumps

By providing specialized winding solutions for various types of electric machines, we ensure that each component operates at its highest potential, delivering exceptional performance and longevity.

avvolgimenti elettrici su macchine rotanti

With years of experience in electric motor repairs, we execute windings on new electric machines with the necessary technical precautions for efficient and reliable long-term operation.

Our expertise addresses various challenges, such as:

  • Drive and Inverter Use: Handling issues related to using drives and inverters as power supply devices for electric machines.
  • High-Temperature Operation: Designing windings for machines that operate in high-temperature environments.
  • Insulation Integrity: Ensuring insulation integrity in environments contaminated with humidity and conductive dust.

Custom Winding Solutions:

  1. Materials:

    • Copper Wire and Flat Copper: Utilizing high-quality copper materials for optimal conductivity and performance.
    • Certified Insulating Materials: Employing insulating materials certified to appropriate thermal classes to ensure expected performance.


      2. Insulation Techniques:

    • Autoclave Impregnation: Using resin impregnation in an autoclave to protect windings from external contaminants and enhance durability.

Our windings are designed and executed with different insulating materials and methods to achieve the best functionality over time, ensuring your electric machines operate at their highest potential.

The Importance of Electrical Windings in Motors

The winding of rotating electrical machines plays a fundamental role in ensuring the correct operation and optimal performance of these devices. Here are some key reasons why winding is important:

Electrical Energy Conduction: The winding constitutes the part of the motor or generator that carries electrical current. Proper conduction of energy is essential for generating electromotive force or converting electrical energy into mechanical movement.

Insulation: Windings are designed with insulating materials that prevent short circuits between various parts of the motor. This insulation is crucial to avoid motor damage and ensure the safety of the entire electrical system.

Resistance to Environmental Conditions: Windings must withstand various environmental conditions, such as high temperatures, humidity, dust, and other pollutants. Careful design and construction of the windings ensure that the motor can operate reliably in different environments.

Energy Efficiency: Well-designed windings contribute to the overall energy efficiency of the motor. They reduce energy losses in the form of heat and ensure that the electrical energy supplied is converted as efficiently as possible into mechanical work.

Durability and Reliability: Proper design and construction of windings contribute to the overall durability and reliability of the motor. They reduce the risk of premature failures and minimize the need for maintenance interventions.