IE2-IE3 high energy efficiency electric motors Carpanelli

IE2-IE3 high energy efficiency electric motors Carpanelli
In the electric motor market, energy efficiency is a fundamental pillar of competitiveness and sustainability.
Carpanelli's IE2 and IE3 certified electric motors fit perfectly into this vision, offering advanced and reliable solutions for a wide range of industrial applications. Carpanelli Motori Elettrici offers a line of electric motors that combine high performance and energy savings.
Carpanelli IE2 and IE3 motors
The IE2 (High Efficiency) and IE3 (Premium Efficiency) classifications, established by the international standard IEC 60034-30-2, are the reference standards for the energy efficiency of three-phase induction motors.
Carpanelli IE2 and IE3 motors are designed to guarantee superior performance compared to traditional models, significantly reducing electricity consumption and contributing to lower CO? emissions.
Carpanelli's IE2 and IE3 high energy efficiency motors, also available in a self-braking version, are robust, precise, reliable and safe motors. They reduce environmental impact while also ensuring significant economic savings for companies, with lower energy operating costs and maximum efficiency.
Carpanelli IE2-IE3 motor features
The IE2 and IE3 high-efficiency asynchronous electric motors by Carpanelli are motors that feature:
- Compact dimensions
- Mechanical customisation options
- All voltage types available
- Self-braking versions available
- Speed transducers available: Encoder and Resolver
- Low noise
- IP55, IP66 on request
- Choice of paint finish
- PTC, PTO or PT100 temperature sensors
- Maximum efficiency
- Energy savings
- Reduction in operating costs
Carpanelli's IE2 and IE3 high-efficiency electric motors are the winning choice for those seeking reliability, energy savings and compliance with environmental regulations.
Choosing Carpanelli means investing in long-lasting technologies, developed and manufactured in Italy, with a keen eye on innovation and sustainability.