Products
Transmitters
Rosemount X-well™ Technology
Rosemount Synchros™ Temperature Monitor
Thermowells
Temperature Sensors
Accessories & Spare Parts
Product Applications
Chemical
Ambient Temperature Monitoring of Instrument Enclosures
Temperature Monitoring in Safety Showers
Heat Trace Steam Quality Temperature Monitoring
Temperature Monitoring in Fertilizer Plant Distribution Lines
Temperature Profiling of Reactors
Temperature Measurement in Heat Exchangers
Flow Measurement in Saturated Steam Application for Custody Transfer
Temperature Monitoring in Railcars
Green Hydrogen Production Temperature Measurement
Temperature Monitoring in Mixing Tanks
Flow Measurement in Ethylene Cracker
Technology
Products
Resources
Get a Reliable Process Temperature Measurement Without a Thermowell
Rosemount™ X-well™ Technology eliminates the need for a thermowell or process penetration, which can help save you 65% on engineering and design time and 70% on installation and maintenance costs, reducing your total cost of ownership by up to 30%.
Get a Reliable Process Temperature Measurement Without a Thermowell
Reduce Thermowell Design Time by More Than 90%
Rosemount Twisted Square - How it Works
Frequently Asked Questions
A traditional temperature measurement is comprised of three components: a temperature sensor, thermowell, and temperature transmitter. The temperature sensor obtains the actual temperature measurement, the thermowell protects the sensor from the process, and the transmitter relays the reading back to the control system. Emerson offers a complete point solution with fully assembled temperature devices comprised of a sensor, thermowell, and transmitter.
Temperature is one of the most commonly measured variables, as accurate temperature measurements are needed to help ensure process quality and yield, efficiency, custody transfer, and safety.
There are multiple types of industrial temperature measurements. Process temperature measurements are made by taking the temperature of a process fluid, typically in a pipe or a tank. These measurements are usually used for control purposes. Surface temperature measurements are taken on asset and reliability monitoring applications, such as heat exchangers, pumps, and other similar applications, to detect shifts or changes in trends. Ambient temperature measurements are made to monitor the temperature of a room or environment.