ABB Pump Motors
ABB Pump Motors are engineered for energy efficiency, reliability, and long-term performance in demanding pumping applications. Built under the Baldor-Reliance® brand, these motors deliver high output with reduced energy consumption, making them a popular choice for industries seeking sustainable and cost-effective operation.
Engineered for Performance and Efficiency
ABB Pump Motors are designed to meet NEMA Premium® efficiency standards, providing wide variable torque speed ranges and high reliability under continuous operation. This makes them ideal for critical applications such as water and wastewater treatment, fire suppression systems, and large-scale industrial pumping systems.
Each unit is built with inverter duty capabilities, allowing it to handle varying loads and frequencies without overheating or losing efficiency. This energy-saving capability results in lower operating costs and a reduced carbon footprint—critical considerations in modern industrial environments.
Application Flexibility Across Sectors
Whether you’re operating in food processing, washdown environments, or hazardous zones requiring explosion-proof enclosures, ABB Pump Motors are available in tailored configurations to meet those specific demands. Their construction can be adapted to suit corrosive conditions, hygiene requirements, or space-limited installations.
This versatility ensures that customers can find a motor that not only fits technically but also contributes to the overall efficiency and compliance of the system. It’s why ABB remains a trusted name across diverse sectors such as pharmaceuticals, marine, building services, and energy.
Built to Reduce Maintenance
Maintenance downtime can severely affect productivity. ABB Pump Motors are developed with rugged construction, precision balance, and enhanced insulation systems to reduce wear and extend service life. Features like oversized bearings and optimised cooling also contribute to fewer failures and lower total lifecycle costs.
With reliability built into every detail, these motors help plant managers avoid costly interruptions and maximise return on investment over time.
Digital Integration and Control
ABB supports smart motor technology with digital-ready features that integrate seamlessly into existing control systems. Their motors are compatible with variable frequency drives (VFDs), smart sensors, and monitoring tools that provide real-time insights into motor health and performance.
This intelligent control allows operators to detect early signs of failure, optimise energy use, and fine-tune motor behaviour to changing process demands. As a result, ABB Pump Motors not only power systems—they help futureproof them.
Proven in the Field
From municipal utilities to industrial processing plants, ABB Pump Motors are proven performers. Their use in harsh and variable operating environments speaks to their durability and adaptability. Customers around the world continue to choose ABB because of its track record of delivering motors that last, even in high-demand applications.
Each product is supported by extensive testing, global certifications, and a legacy of engineering that ensures performance under pressure.
Global Support and Availability
With manufacturing and service networks spanning more than 100 countries, ABB provides the infrastructure to support your operation wherever it’s based. Localised support ensures fast access to spare parts, expert troubleshooting, and system integration advice—all from a name trusted worldwide.
Whether you’re selecting a motor for a new installation or replacing a legacy unit, ABB’s technical team and distributors offer quick, reliable service tailored to your sector’s needs.
ABB and Tomlinson Hall
Tomlinson Hall is proud to supply ABB Pump Motors, giving our customers access to energy-efficient solutions backed by industry-leading support. Our team can help you find the right motor for your pumping application—balancing performance, compliance, and cost. Contact us today for expert advice and supply solutions tailored to your operation.
