ABB SynRM Motors and Drive Packages

ABB Synchronous Reluctance (SynRM) Motors and Drive Packages combine innovative motor technology with ABB variable speed drives to deliver exceptional energy efficiency, reliability and performance. Designed for applications where energy consumption and operating costs are critical, ABB SynRM solutions provide a straightforward route to achieving IE5 ultra-premium efficiency whilst maintaining the simplicity and serviceability associated with conventional induction motors.

Unlike traditional induction motors, ABB SynRM motors utilise a magnet-free rotor design that helps reduce losses, resulting in lower operating temperatures, improved reliability and reduced maintenance requirements. When supplied as a matched motor and drive package, ABB SynRM technology delivers optimised performance across a wide range of industrial applications, including pumps, fans, compressors, conveyors and process machinery.

Key Benefits

• IE5 ultra-premium efficiency
• Upgrade existing induction motor installations without mechanical modifications
• Exceptional reliability through lower bearing and winding temperatures
• Permanent magnet motor performance without the use of magnets
• Induction motor levels of serviceability and cost-effectiveness
• Pre-selected motor and drive packages up to 315kW
• Verified package efficiencies for accurate energy consumption calculations

ABB SynRM motor and drive packages are engineered to work together as a complete system, combining advanced motor design, ABB drive technology and purpose-developed software to maximise efficiency and minimise operating costs. The result is a highly efficient solution that can help reduce energy consumption, lower carbon emissions and deliver long-term operational reliability.

As an ABB Authorised Value Provider (AVP), Halcyon Drives provides expert support with product selection, application advice and technical specification, helping customers identify the most suitable SynRM solution for their application and energy-saving objectives.