Art. M100
The Allen-Bradley M100 Electronic Motor Starter from Rockwell Automation is an advanced electronic solution designed to improve the reliability and efficiency of industrial motor-driven systems. Engineered for industrial excellence, the M100 helps achieve smooth starts, precise speed control, and reliable overload protection. With these new motor starter solutions, you can improve operational efficiency and equipment lifespan while optimizing energy consumption and panel space.
Functional safety is paramount in every application. A safety integrity level (SIL) is a comparative rank of risk reduction offered by a safety function. SIL ratings relate to both the frequency and severity of potential hazards and describe the capabilities required of a component to ensure and maintain safety in your application. The M100 complies with functional safety standards up to 61508 SIL 3 PL-e, providing a robust safety framework. This design standard helps ensure the reliability of the motor starter in critical applications, enhancing overall safety.
Panel space is a precious resource. Customers are often hesitant to invest in new products due to the time and complexity of panel reconfiguration, often sacrificing precious space. The M100 overcomes these challenges and limitations by providing Direct-on-Line (DOL), safety, and reversing capabilities in a single form factor. Get more functionality from your panels while taking up less space than traditional configurations!
Point-on-Wave technology
Consistent synchronization is crucial in motor control applications. Point-on-Wave switching technology enables precise control of electrical loads by triggering switching at a specific point in the voltage waveform. This reduces electrical stress on components, minimizes inrush currents, and reduces electromagnetic interference. With this technology, the M100 allows you to increase the longevity and reliability of your electrical devices, improve energy efficiency, and create safer systems.
Zero stacking with motor starters is an important design technique that allows multiple motor starters to be installed next to each other without requiring additional space for heat dissipation.
Design your control panel to meet stringent safety requirements while reducing component and design complexity and leveraging Point-on-Wave technology, overload, phase loss, and splice detection.
- up to 23A, 45 mm wide
Functional safety is paramount in every application. A safety integrity level (SIL) is a comparative rank of risk reduction offered by a safety function. SIL ratings relate to both the frequency and severity of potential hazards and describe the capabilities required of a component to ensure and maintain safety in your application. The M100 complies with functional safety standards up to 61508 SIL 3 PL-e, providing a robust safety framework. This design standard helps ensure the reliability of the motor starter in critical applications, enhancing overall safety.
Panel space is a precious resource. Customers are often hesitant to invest in new products due to the time and complexity of panel reconfiguration, often sacrificing precious space. The M100 overcomes these challenges and limitations by providing Direct-on-Line (DOL), safety, and reversing capabilities in a single form factor. Get more functionality from your panels while taking up less space than traditional configurations!
Point-on-Wave technology
Consistent synchronization is crucial in motor control applications. Point-on-Wave switching technology enables precise control of electrical loads by triggering switching at a specific point in the voltage waveform. This reduces electrical stress on components, minimizes inrush currents, and reduces electromagnetic interference. With this technology, the M100 allows you to increase the longevity and reliability of your electrical devices, improve energy efficiency, and create safer systems.
Zero stacking with motor starters is an important design technique that allows multiple motor starters to be installed next to each other without requiring additional space for heat dissipation.
Using the M100 with this panel assembly strategy allows for compact layouts while maintaining full component performance, effectively increasing panel space efficiency without sacrificing performance.
The M100 is capable of zero stacking without derating down to 55 degrees Celsius, making it a reliable component in space-constrained environments where smooth operation and accurate monitoring are critical.
Design your control panel to meet stringent safety requirements while reducing component and design complexity and leveraging Point-on-Wave technology, overload, phase loss, and splice detection.
Available solutions:
- up to 9A, 22.5 mm wide- up to 23A, 45 mm wide
