Motor Starting and Control
Gain effortless motor control, seamless functionality and compliance with safety, quality and performance standards.
Defining simplicity and reliability for motor control and protection
CSE W Arthur Fisher delivers intuitive, efficient, and reliable motor control and protection solutions designed to maximise operational performance and extend equipment lifespan. Our comprehensive range includes industry-leading technologies such as Variable Speed Drives, Liquid Resistance Starters, and Slip Energy Recovery Systems, tailored to meet the specific needs of any project.
Through partnerships with global innovators, Fuji Electric, Solcon and Seoho, our motor control systems incorporate advanced functionality, from vector control and synchronous motor starting to comprehensive motor protection, ensuring safe and dependable operation.
Serving low, medium, and high voltage applications across industries including mining, marine, manufacturing, and utilities, CSE WAF delivers fully integrated solutions that meet performance, safety, and compliance standards.
Variable Speed Drives
CSE WAF designs and integrates tailored Variable Speed Drive solutions that enhance system protection, control, and efficiency. With precise speed regulation, robust overload protection, and user-friendly diagnostics, our drives support optimal motor performance across diverse applications.
Soft Starters
CSE WAF delivers high-performance soft starters from trusted global manufacturers, enabling smooth motor starting and stopping while delivering integrated protection and control. Improve energy efficiency, minimise mechanical stress, and enhance equipment lifespan with our precision-engineered solutions.
Liquid Resistance Starters
The Australian Made, CSE Uniserve Unistarter EPMA Series Liquid Resistance Starters are built for the toughest environments. Ideal for starting large slip ring motors in industries such as mining, cement, and water, these starters offer robust reliability, low maintenance, and proven performance under extreme conditions.