Motors for high ambient temperatures

Designed to operate in temperatures up to 90°C and high humidity, our motors excel in the metallurgical, wood, and food industries, as well as brick and glass manufacturing, drying sheds, and bakeries, where exceptional performance and reliability in high temperatures are crucial.

Unmatched reliability in high-temperature environments

Our motors are engineered to operate in extreme conditions with Class H insulation for superior heat resistance, rustproof stator and rotor for enhanced durability and reliable performance. Featuring C4 clearance in bearings and stainless steel re-greasing nipples, these motors ensure smooth operation and longevity.

Technical data

Explore how our motors for high ambient temperatures which provide enhanced efficiency and reliability in heavy industrial applications and beyond.

Insulation class Up to H

Available up to insulation class H

Up to 90°C

Capable of operating in temperatures of up to 90°C

Frame sizes UP to 250

Frame sizes from 160 to 250.

Explore the key features and benefits

ABB motors for high ambient tempretures include high customization to meet specific application needs, exceptional durability for tough environments, and optimized energy efficiency.

Robust design

Exceptionally robust, designed to withstand the toughest conditions and deliver reliable performance day in and day out.

Proven reliability

Built for durability and long-lasting performance, these motors are known for their reliability in demanding industrial applications.

High operating temperatures

These motors are designed to reliably operate in high ambient temperatures up to 90°C, making them ideal for heat-intensive industrial environments.

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ABB Ability™ Smart Sensor for motors

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ABB EcoSolutions portfolio

ABB EcoSolutions provides enhanced transparency on the environmental impact across product lifecycle from inception through to disposal.

  • Designed for high recyclability and manufactured with sustainably sourced materials.
  • Made with processes that are designed to avoid waste.
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  • Provided with instructions for responsible end-life treatment.