The photoelectric sensor does not turn on, does not switch or performs false detections. What is wrong? How can these problems be solved? This is a concise look at the most common issues with these sensors and ways to solve them in order to have a well-functioning photoelectric sensor again. Does your sensor work well already? Then it is possible to make it even better! With the help of special accessories you can get the most out of your sensor and automation!
The mooring of ships on and off the berth does not only require a lot of caution but also precision. In this article we discuss the increase in ease of this process with the help of distance lasers that are synonymous with precision and accuracy.
Het chassis van een auto, de antenne in een smartphone en een katoenen sweater. Alle drie zijn voor de fabrikant te volgen en herleiden met behulp van een identificatienummer. Maar hoe weet de leverancier van de verf voor de kleur van de sweater of het zijn verf is? Hoe kan de omloop van een productiebatch worden gemonitord? Door een innovatieve samenval van scheikunde, industrie en technologie wordt het mogelijk om grondstoffen te markeren en dus identificeren.
In this article we will discuss safety edges. These safety components are used for machine safety, generally in access technology such as industrial gates. Read all about our HSC® safety edges here and find out what makes these unique compared to other manufacturers on the market.
Pyrometers or infrared temperature sensors are sensors for easy, safe, fast and non-contact temperature measurement of objects and surfaces in industrial processes. Especially in applications where the surface moves or is difficult to access. However, in order to measure temperature accurately, it is necessary to know the emissivity of the surface that has to be measured. But what is emissivity? This article explains what emissivity is and how to take emissivity into account in your temperature measuring application.
We are going to talk about the differences and the applicability of photoelectric retro-reflective sensors with a polarized and a normal reflector. Finally, we give an idea of what is the best choice for your application
In this article we discuss the differences between the ultrasonic- and laser-based measuring principles, the challenging applications that emphasise those and an overview of possible solutions.
Curious about how you can save time and money with the help of a laser projector? Then read on. In this article you can read how a laser projector works, what you can use it for and what the advantages are.
Door security for companies is crucial to protect employees from dangerous situations. Working safely with machines every day and returning home unharmed at the end of the day, that's what we want. This is possible with the Haake HST® Trapped Key Interlock systems, with which performance Level d or PLd is easy to realize. To get a better picture in which practical situation a certain configuration of the Haake HST® Trapped Key Interlock system is applied, we give a few examples here. Because every application is unique, our advisors are happy to help determine the key operation plan.
In this article we look at perhaps the most popular industrial term recently: Industry 4.0. Firstly, we discuss: "What is industry 4.0?". Then an overview is given of the opportunities and threats that this development brings with it.
In this article the bending of the sound cone of an ultrasonic sensors by means of a bending reflector. This allows an alternative mounting of the ultrasonic sensor.
IO-Link is the first standardized I/O technology for the communication of sensors and actuators. In ”What is IO-Link?” more can be read about it. IO-Link has many different advantages that spare costs and optimize processes. These are the advantages of IO-Link:
What is color? How does a color measurement work? Which industrial applications include a color sensor? Those are questions we answer in this article!
This article discusses what safety light lists, also known as safety light curtains or safety light curtains, are and how they are used to maintain and promote machine safety.
Everything you need to know about cables and the applications you can use them in! From cable properties to help you choose the right sensor for your industrial application!
Web guiding, also known as web sensing or edge guiding is the positioning of the rollers in a web guiding system. The linear positioning of a material with the use of web guiding. We cover a number of application examples and which solutions we offer.
An explanation of sensors with a chemical resistance and the different chemicals used that can have an impact on your sensors.
Contrast sensors and the many industrial applications in which they can be used!
The different optics that can be used with the SPECTRO color sensors.
This article explains which ATEX zones there are and when which ATEX certification applies.
The different industrial interfaces protocols in a row!
The different types of laser sensors at a glance with a number of example applications.
The different detection principles that ultrasonic sensors use to provide a solution in different applications.
An overview of the different filter settings for microsonic ultrasonic sensors.
We take a look at which factors come into play when choosing the right temperature sensor for your application!
In this article we will discuss the differences between the inductive and capacitive proximity switches, and explain how they work with a number of applications as an example.
The various types of photoelectric sensors and how they work. Looking for a diffuse proximity, thru-beam (transmitter and receiver) photoelectric sensor or a photoelectric sensor with background suppression? Read more about it here.
The application of laser distance sensors in overhead cranes. How does it work? What solutions are there?
What you need to know about the operation of an ultrasonic double sheet sensor, but also how to set up and install the sensor!
Stickers, labels or seal seams can be detected reliably with an esf- sensor. However, it is required to configure the sensor correctly for your application. Here you can read how to!
The operation of laser distance sensors in AGVs (automated guided vehicles) and their applications. We also present which sensor solutions we offer.
The different laser classes that serve for the safe use of industrial lasers.
An explanation about the functioning of LiDAR lasers. We discuss the different measuring principles that are used by lasers and the possibilities for application that arise from it. The principles are: phase comparison, pulse back-mixing method and ToF (Time of Flight).
We consider what pressure is, what types of pressure there are and which sensors can operate in these areas. We give examples of industrial applications.
The operation of gloss sensors and associated software.
A deep dive into two key concepts from industrial automation with sensors: resolution and accuracy.
A multi-level comparison between copy counters from Baumer and Sensor Partners.
An explanation of the industrial application in which spray jets are inspected with optical sensors.
All sensors have one or more (types of) outputs. An output generally sends the currently known measured value of the sensor. What that signal looks like depends on the output type. What is the difference between all these outputs and when is which output type used? This article explains the most common forms.
The operation of laser light grids and what it can be used for.
What does ATEX mean? Which guidelines and standards play a role? And what is on an ATEX nameplate?
Industrial processes can always be more efficient, but is that cost-efficient? Industrial automation is an important topic for many industrial companies to save costs and produce more efficiently. IO-Link makes it possible to be cheaper and more efficient!
In this article we discuss the step-by-step effect of a triangulation measurement.
How does a color sensor work? In this article we will discuss the operation as well as the various industrial applications for color sensors. Also known as spectrometers.
The operation of an ultrasonic sensor. Ultrasonic sensors work by sending and receiving sound. How does this work? How does an ultrasonic sensor work? What is ultrasonic sound? This article discusses these subjects.
How does the detection range of ultrasonic sensors work? Ultrasonic sensors are able to perform a reliable detection or measurement within a certain area based on ultrasonic waves. The sensors have varying ranges and these depend on a number of environmental factors. Read more about it here.