Motors with Carpanelli resin winding
Motors with Carpanelli resin winding
Carpanelli resin-coated motors introduce notable improvements in the field of electric motors, in terms of mechanical and electrical resistance and durability. They are ideal motors for sectors such as railways, industrial production and, in general, where increased insulation is required.
Motors with resin winding
Behind electric motors with resin windings there is the use of special resins to protect and insulate the motor windings.
In fact, the windings - i.e. the internal part of the motor, responsible for generating the magnetic field and transforming electrical energy into mechanical energy - are subject to thermal stress, vibrations and humidity. The use of advanced resins allows the windings to be effectively protected from these external factors, improving their durability and stability over time.
Electric motors with resin windings are increasingly widespread also in industrial applications, such as pumps, fans, compressors and production machinery.
Motors with Carpanelli resin winding: advantages
Engines resistant to environmental conditions
One of the main advantages of electric motors with Carpanelli resin winding is the great resistance to adverse environmental conditions. The resins used to coat the windings provide an effective barrier against the infiltration of water, humidity, dust and chemical substances, protecting the motor from corrosive agents. This translates into greater reliability and durability over time, making these motors ideal for applications in industrial environments, where the presence of adverse conditions is commonplace.
Long-lasting resin-coated motors
The particular resin of the engine also helps to prevent the engine from overheating. The Carpanelli resin-coated windings improve heat dissipation, thus reducing the risk of damage caused by high temperatures. This feature not only extends the life of the motor, but also improves its overall energy efficiency. By reducing overheating, the loss of electrical energy in the form of heat is minimized, optimizing engine performance.
Sturdy resin-coated motors
Furthermore, the insulation provided by the resins contributes to greater mechanical resistance of the windings. This feature is particularly valuable in situations where the engine is subjected to vibration or shock. The robustness translates into a lower probability of failures due to mechanical stress, thus increasing the overall reliability of the system in which the motor is used.
Carpanelli self-braking motors with resin winding
Carpanelli resin-wound motors are also available in the self-braking version, with IP67 protection.