Applications require different levels of accuracy. Measuring the pressure of a home water system does not necessarily need to be as accurate as a medical sterilizer application. A measurement of any parameter is only valuable if the user has confidence that it is accurate, but even the highest quality pressure gauge can become less accurate over time. To maintain optimal reliability and repeatability of your gauge, you must verify its calibration periodically.

Temperature sensors are key components in helping to ensure a safe and reliable application. RTDs and thermocouples both provide accurate and repeatable temperature measurements for your process. But, how do you know which sensor is the best one to use in your application?

Your pressure switch can be impacted by many factors when used in an application. Pressure and temperature ranges can interfere with your measurements if you are using the wrong pressure instrument for the job. An appropriate microswitch for your pressure switch can mean the difference between a reliable, repeatable reading or not. How can you ensure you are choosing the right microswitch for your application?

严酷的应用程序和环境要求装备ment that can meet particular demands. For these types of demands required by Original Equipment Manufacturers (OEMs), Ashcroft is excited to announce the release of the S1 pressure transducer. Designed for large-volume manufacturing, the new Ashcroft S1 is a high-quality pressure transducer at an economical cost that is available with quick lead times. Specially made for applications that include mobile hydraulics, performance racing, agriculture and refrigeration, the S1 is a reliable solution for harsh environments.

Pressure gauges come in a number of different options, including range, materials and size. You can even customize the gauge dial. Different dial sizes can suit your particular application and the location of your pressure gauge. So, what size pressure gauge is best for your application?

When your application involves hazardous locations, it’s important to use instruments that are up to the challenges these applications can offer. In environments with a fire or explosion risk, the wrong pressure instruments can lead to operator injury, equipment damage or worse. How can you avoid these problems?