Your shield against damage and downtime
EMOTRON M20 SHAFT POWER MONITORS
EMOTRON M20 SHAFT POWER MONITORS
EMOTRON M20 SHAFT POWER MONITORS
Reliable and Cost-Efficient Equipment Protection
The Emotron M20 Shaft Power Monitor safeguards your pumps and equipment from damage and downtime. By providing early warnings, it enables preventive action, minimizing maintenance costs and maximizing operational reliability. Plus, with the motor serving as a sensor, installation costs are significantly reduced.
Advanced Multi-Function Monitoring with the Emotron M20
The Emotron M20 Shaft Power Monitor delivers comprehensive monitoring capabilities with two output relays, an analog output, and a clear display for load indication and parameter settings. This ensures precise control and real-time feedback for optimized equipment performance.
Supply voltage (100 - 240V, 380-500V, 525-690V)
Protection class (IP20/NEMA 0)
Approvals (CE, UL, cUL)
Downloads Documents
EMOTRON M20 SHAFT POWER MONITORS
EMOTRON M20 SHAFT POWER MONITORS
Innovative Shaft Power Monitoring
The Emotron M20 instantly detects overload and underload conditions, such as a pump running dry or a crusher jamming. Its unique shaft power calculation technique ensures accurate and reliable monitoring across the entire load range.
High Precision with Scalable Output Signals
This unit features exceptional accuracy, even for very small load variations. An analog current output signal can be scaled to reflect the actual machine load, making it suitable for use with indicating instruments, controllers, or PLCs.
Quick and Easy Settings in Just Three Seconds
The Emotron M20 features an Auto Set function that allows you to establish four protection set points in just three seconds. By pressing the Auto Set button during normal operation, warning and stop levels are automatically calculated based on the current motor load.
Cost-Effective Installation and Maintenance-Free Operation
By utilizing the motor as a sensor, the Emotron M20 eliminates the need for external sensors and additional cabling, avoiding any drilling in pipes. This design not only enhances reliability but also reduces investment, installation, and maintenance costs.