The term shaft power meter refers to a digital measuring system that uses a laser beam in order to detect shaft torque, shaft RPM and finally the power that is being transferred. The shaft power monitoring technology was initially patented in 1979 and it has been the leading method in the field of motion technology with incredible features and designs ever since.

This system provides high accuracy and stability that cannot be damaged by the print of time. By relying on shaft power measurement, you will be saving time and money while protecting your pumps and many other applications from potential damage. This need for an early herald of the changes in the power of the motor that might affect the efficiency of the equipment as a whole, has risen tremendously.

Furthermore, this process includes features such as measuring shaft power output and utilizing the motor as a sensor. Believe it or not, this is found to reduce the cost of maintenance and installation significantly and to extend the life of the equipment in a way that makes you feel like you can completely rely on it.

When considering such devices, our advice is to look for one that comprises its own unique technique to monitor motor shaft power. For instance, look for a shaft power meter that does its calculation by measuring the motor input power, or the so called true power. As a result, you will get a highly accurate motor load value. Except for accuracy, linearity will also become a prominent feature.

The purpose of a shaft power monitor is to make power measurement possible. Additionally, it detects process inability by using its unique features that include shaft power measurement output and motors as sensors.

By giving precise warnings or completely stopping the process, these monitors lower downtime, prevent equipment damage and remove avoidable wear. This way, instead of replacing or repairing you will be kept in tact with the situation at all times, while saving yourself from extra expenses.

No mechanical elements are required to be installed on the motor or on the driver’s equipment when it comes to these compact devices. Installation is both simple and quick. A qualified electrician can do it in just 20-30 minutes. If you decide to install such monitor in a small enclosure, the same enclosure can be utilized when the existent motor with the controlled panel having insufficient room to accommodate the unit, so it’s a kind of a win-win situation for you.