White Papers

Positioning large ball mills for maintenance can be a complex and time-consuming process. Traditional methods often lack precision and can place unnecessary stress on equipment, leading to increased downtime and maintenance costs.

This whitepaper explores a modern approach to ball mill positioning, using variable frequency drive technology to improve control and efficiency. It highlights how newer solutions can simplify maintenance, reduce wear, and enhance overall system performance.

Motor starting is often misunderstood, which can impact performance and energy efficiency. As part of our technical whitepaper series, this paper expands on the fundamentals to explore the different methods available for starting motors.

Reduced Voltage Starting is the third paper in the Get Your Motor Running series, looking at a range of common starting solutions and how they apply to different scenarios.

Motor starting is often misunderstood, which can lead to poor performance and reduced energy efficiency. As part of our technical whitepaper series, this paper builds on the fundamentals to explore one of the most important factors in motor starting.

This paper introduces the key components of starting torque and how they influence different applications.

Motor starting is often misunderstood, which can impact performance, reliability, and energy efficiency. To help address this, we’ve developed a series of technical whitepapers that introduce the fundamentals of motor starting in a clear and practical way.

Based on the work of electronics design expert Mark Empson, co-founder of AuCom Electronics, this series provides a strong foundation for understanding key concepts and applications.

Reduced Voltage Starting is the first paper in the Get Your Motor Running series, covering the core principles of reduced voltage starting for three phase AC induction motors.

Selecting the right motor starting method can have a major impact on performance, reliability, and system longevity. While Wye-Delta starters have long been a common solution, soft starters offer a more modern and flexible approach.

This guide compares both methods, outlining how they work and where each is best suited. It highlights the key differences in performance, control, and system impact to help you make a more informed decision.

Selecting and implementing the right soft starter can feel complex, especially with so many options and application considerations. Knowing where to begin is often the biggest challenge.

This eBook brings together answers to the most common questions, providing clear guidance to help you make confident decisions. It covers key considerations from selection through to system design and more advanced applications.

Industry 4.0 is reshaping the way industrial systems operate, bringing greater connectivity, intelligence, and data-driven decision making to the forefront. As plants become smarter and more integrated, the role of motor control is evolving alongside them.

This whitepaper explores what Industry 4.0 means in practical terms, cutting through the hype to focus on real-world implications. It looks at how increased connectivity and smarter systems are influencing performance, efficiency, and operational flexibility.

Starting motors on generator sets presents unique challenges that are often underestimated. The high current drawn during motor startup can place significant stress on the generator, leading to voltage drops and increased loading on the system.

This whitepaper explores how motor starting affects generator performance and why it requires careful consideration in system design. It highlights the key factors that influence starting behavior and the implications for efficiency, reliability, and cost.

Water hammer can cause serious damage to piping systems, leading to costly repairs, downtime, and reduced equipment life. Understanding what causes these pressure surges is essential to selecting the right solution and protecting your system.

This whitepaper provides a clear overview of water hammer, explaining the key mechanisms behind it and why it occurs in different installations. It highlights the importance of identifying the root cause before applying a fix.

Pumping systems play a major role in global energy consumption, making them a key area for efficiency improvements. With a large share of electricity used to power motors and pumps, even small gains can lead to meaningful reductions in operating costs and environmental impact.

This whitepaper explores different approaches to improving pump efficiency, with a focus on control strategies. It examines commonly used methods and challenges assumptions about when each approach is most effective.