In many manufacturing processes, it is vital to monitor the temperature of the material being manufactured as well as the work environment. If you do not do so, the final material may not reach quality control if it was damaged by the wrong temperatures along the way. Inaccurate temperature readings can also endanger employee safety, as temperatures that get too high can cause fainting, explosions, and other harmful consequences.
One important tool that can help you in this process is a Rosemount temperature transmitter. Here is how this device works within your work process.
It Connects the Sensor and Control Panels
A Rosemount temperature transmitter does not detect the temperature itself. Rather, it acts as the connecting bridge within an entire system of temperature control within your work environment.
The transmitter connects to a temperature sensor, which is the device that measures the temperature of a relevant place. After receiving the information from the sensor or detector, the transmitter sends it to a control panel, which processes the information. This allows the control panel to send alerts or start emergency procedures if the temperature has reached unsafe levels.
It Transmits the Signal Wirelessly
One advantage of the modern Emerson temperature transmitter is that you don’t have to connect the transmitter to other components of a temperature management system with wires. These modern devices rely on a wireless signal, making it easier to incorporate them into your workplace without affecting worker safety and efficiency. Plus, you can calibrate them to different types of wireless signals, depending on what your control panel can receive.
