Most Popular Posts
- Industrial Sensing Fundamentals – Back to the Basics: NPN vs PNP
- Basic Operating Principle of an Inductive Proximity Sensor
- Back to the Basics – How do I wire my 3-wire sensors?
- Analog Signals: 0 to 10V Vs. 4-20 mA
- Flush or Non-Flush - What's the Difference?
- Inductive Proximity Sensor Targets - Material does matter
- Back to the Basics: How Do I Wire a DC 2-wire Sensor?
- Photoelectric Basics - Light On or Dark On
- Which cable jacket is best for your application?
- Inductive Sensor Correction Factor
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Tag Archives: proximity
In one of my previous post we covered “How do I wire my 3-wire sensors“. This topic has had a lot of interest so I thought to myself, this would be a great opportunity to add to that subject and … Continue reading
When the topic of welding comes up we know that our application is going to be more challenging for sensor selection. Today’s weld cells typically found in tier 1 and tier 2 automotive plants are known to have hostile environments … Continue reading
In my last post (We Don’t Make Axes Out of Bronze Anymore) we discussed the evolution of technologies which brought up the question, can a prox always replace a limit switch? Not always. Note that most proxes cannot directly switch … Continue reading
Every technology commonly in use today exists for a reason. Technologies have life cycles: they are invented out of necessity and are often widely used as the best available solution to a given technical problem. For example, at one time … Continue reading
I am experiencing the future of tradeshows; a networking & educational conference without the travel, the expense, and the suit! I can sit at my desk and make contact with future vendors and customers. Continue reading
Being the “product guy” for mechanical or limit switches I am often told that I have the obsolete products. Well I am here to say that mechanicals are still around and definitely have their place in automation. Mechanical switches, at … Continue reading
Historically the most popular selling housing style for an inductive proximity sensor has been the tubular style. The more popular sizes tend to be M8, M12, M18 and M30. Smaller tubular sizes of 3 mm, 4 mm, M5, and 6.5 mm are … Continue reading
Inductive proximity sensors can be used in a variety of applications. Many special use inductive sensors exist in the market, but you have to be aware these unique models are available. An overview article addressing this topic was just published in Design World Magazine. Continue reading
“Downtime” is never a good word in any manufacturing facility. It means something has malfunctioned or broken, parts are not being made, production is reduced, and money is being lost. In some cases this downtime may be caused by a physically damaged inductive proximity sensor. If this failure mode is happening on a regular basis to the same location, it may be time to look at the advantages a prox mount can provide. Continue reading
The general sensing principle across this myriad of applications is nearly the same. As seen in last months post, the total amount of capacitance, as we remember, the ability to store a charge within an electrostatic field, depends on mainly three factors. Those factors are the ones which determine the success of your application. Continue reading