Choosing the best pressure transducer and data logger are critical in ensuring that the end application runs smoothly. The data must be accurate for any application or industry, as it is such a key element. Pressure transducers and data loggers produce information that is critical for efficiency.
Data loggers are used to measure and store the pressure signals that a system puts out. Data loggers accept one or more sensor inputs, and they sample and save the data at a predetermined frequency.
They accept both analog (temperature, PH, and humidity) and digital inputs (wind speed).
The applications vary from recording wind speed, tracking temperatures of refrigerated storage containers to monitoring flow rates.
Data loggers enable much higher data density than manual recording while also offering higher quality data. They also save time and expenses by not having a person do the data recordings.
They also refer to pressure transducers, as pressure transmitters and can measure a variety of pressure types. It converts pressure into an analog electrical signal.
There are many types of transducers depending on the application and need requirements of the lab.
One type of data logger has a pressure transducer as part of the instrument. The applications that this is useful for is where pressure needs measuring, but not crucial to the overall well-being of the system.
Another data logger style is the one that receives process signals from the application’s pressure transducer. The two are completely separate from one another. A standard data logger can hold from 1,000 to 500,000 signals.
When choosing the best instrument for your needs, there are several considerations that must be made. The most important criteria are the number of inputs, size, environment, capacity, and digital or analog. Here is a look at the options and reasons that make these important factors.
For more information, please contact SRP control systems ltd. With over 40 years in the industry, they will be happy to help.