Introduction
All machines have components and elements that are vital for its operation. To ensure proper functioning of these components, certain types of protection systems need to be employed. One very common type of protection for machines are torque protection systems. These are used to protect drives from overloads, torsional vibrations, reverse rotation and more. The most common torque protection system used in a variety of industries is the Fortis torque protection system.
Description
The Fortis torque protection system is designed to provide protection from overloading at start up, while also providing a reliable, accurate measure of real-time torque and speed. This is done by detecting an excessive increase in torque over a short period of time. Once detected, the system will take corrective action such as shutting down the machinery or increasing the system’s resistance.
The Fortis torque protection system is comprised of three main components. The first is the sensor, which is usually a tachometer, strain gauge, or eddy current device. These sensors detect the current level of torque and speed in the drive. The second component of the system is the controller, which is designed to interpret the signals from the sensors and act accordingly. The third component is the actuator, which can be a motor, solenoid, or mechanical arm that physically stops the machine or changes the setting of the drive when an excessive increase in torque is detected.
Benefits
The Fortis torque protection system is an invaluable asset to any industrial operation. With its monitoring capabilities, the system can detect when an unexpected increase in torque is occurring and take the necessary action to prevent damage. This can potentially save hundreds of thousands of dollars in avoided downtime and increased safety. Additionally, the system is easy to install and can be adapted to work on a variety of different machines.
Conclusion
The Fortis torque protection system is a reliable and efficient way of protecting a variety of machines from overloading and other potential damage. With its ability to accurately measure torque and speed and act accordingly, this system can save a lot of money in avoided downtime and increased safety. Additionally, the system is easy to install on a variety of machines, making it a great solution for any operation.
