Chemical Compatibility: Does Your Sensor Play Well With Others?

vat of crushed plumsChemicals trump technology. Alright, but what does that mean? Well, you may have the best sensor technology for your application, but it won’t help you if the material used for your sensor is not compatible with the chemicals you are measuring. In short, you need good chemistry between your materials and your chemicals. It’s not as easy as it sounds.

3 Ways To Keep Your Submersible’s Vent Tube Dry

Vent Tube With Vent CapHydrostatic level measurement is one of the most popular ways to measure liquid levels. This is due to its simplicity, ease of installation, and reliability. But that reliability hinges on how you protect one important part: the vent tube. Moisture in a vent tube can spell disaster for a submersible pressure sensor. So how do we keep it out?

Let's take a look at three popular methods.

Is Your Signal Going The Distance?

cables in cable trayOne of the most frequently asked questions our Measurement Experts field is “How far away can my sensor be?” And the most popular answer we give is “What kind of signal does your sensor use?”

Because it really is as simple as that: the allowable distance between your sensor and control equipment is almost entirely dependent on the signal type your sends. There are, of course, other physical factors, like resistance and voltage, but the way they limit distance is different for each signal type.

So, how far can your signal go?

Taking The Mystery Out Of Sensor Outputs

oscilloscope and multimeter stackedEver wondered about sensor outputs? Why are there so many to choose from? Why not just standardize on one output, and be done?

Let’s take a quick look through the most popular types of sensor outputs. Each type has strengths and weaknesses that give it advantages in certain situations. Matching these qualities with your situation will help you maximize your sensors’ performance.