The central function of any type of pressure transmitter is to read and convert a change in pressure in a system into an electrical signal. This electrical signal is in analog form, which allows the system to read the signal and respond either through automated controls or alerts if the reading is outside of a preset range.
When it comes to pressure transmitters, Rosemount is one of the names that will be mentioned over and over again as offering cutting edge technology, durability, and long-life cycles. There is a Rosemount pressure transmitter for virtually any type of systems from high to low-pressure requirements as well as for all types of applications.
The Options to Consider
Different styles and models in the Rosemount pressure transmitter line will be suitable for use for measuring level, flow, and pressure in a system. They can include strain gage, differential, and absolute pressure transmitters, which may also be known as pressure transducers in some industries.
There is even a line of multi variable transmitters which are able to measure static pressure, differential pressure as well as temperature all through the same transmitter. Not only does this cut down on the costs of installation of having to install several transmitters, but it also decreases maintenance and the risk of failure of the component.
All of the options in the Rosemount pressure transmitter are designed to include the latest in technology and easy to use remote and local operator interfaces. These local interfaces offer easy button control for specific configuration options right on the transmitter. This allows for on-site commissioning of the device as well as the ease of changing the system without the need for tools and opening up of the transmitter housing.
For remote pressure transmitters, the Rosemount line offers full wireless capability. This is ideal in hazardous or difficult to access locations and also allows for deployment throughout the system, eliminating the need to run wires and deal with those types of infrastructure challenges.
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