To meet the diverse and highly complex requirements of industrial applications, users rely on a range of photoelectric sensors. The camera-based 2-D universal vision sensors of the VOS series not only close the gap between simple vision sensors and complex vision systems—they offer flexible configuration and open up the possibility for users to solve particularly complex automation tasks as well as multiple tasks with just one vision sensor. In this blog post, we will show you which software features the VOS sensors offer and the applications for which they are suitable.
From the recording of the process variable to the evaluation in the control system, many errors can occur that can lead to unwanted process states. These can result in plant shutdowns or quality problems, and even pose hazards to people and the environment. In addition to faults in the device itself, isolators also monitor the connecting lines between the isolator, the field device and the control system for lead breakage or lead short circuits, depending on the device variant. In this blog post you can find out how isolated barriers from Pepperl+Fuchs detect line faults in the signal circuit without additional wiring.
Whether used in warehouses, robotics, or dynamic applications for navigation of automated guided vehicles (AGV)―the 2-D LiDAR sensors of the R2000 series feature a gapless all-around visibility of 360°. The sophisticated laser scanners come with the innovative Pulse Ranging Technology (PRT) that helps providing reliable and extremely precise measuring results. In this blog post we’ll take a closer look at the R2000’s hardware and software features and how these can help solve your individual application.
The 7500 series is a type Z/Ex pzc purge and pressurization system that enables non-rated electrical equipment to be used in hazardous areas. The 7500 series is a certified system for UL Class I and II/Div. 2 as well as for Zone 2/22 hazardous locations. A complete 7500 purge and pressurization system requires a control unit, a manifold valve, and a vent. It can be configured as a manual or fully automatic system. This blog article shows you how to configure the 7500 system components, i.e. control unit, manifold valve, and vent.
Dust explosion disasters like the one at the Imperial Sugar Company refinery in Georgia, USA, resulted in several congressional hearings in the USA that cited the US Occupational Health and Safety Administration (OSHA) for not enforcing worker protection regulations. As a result, OSHA has since identified at least 30,000 plants in the USA as having potential problems from dust hazards. It is also estimated that around 2,200 dust explosions happen throughout Europe each year. As the industry continues to become aware of this potentially devastating problem, they will need solutions that protect their workers, plants, and the surrounding environments. Read in our blog article, where combustible dust atmospheres may occur and how these could be prevented.
The Pepperl+Fuchs Viator® USB HART interface provides a flexible link between your PC or handheld and HART networks. It can be used to commission, service, calibrate, and acquire data from any HART field device or transmitter, making it a powerful tool for technicians. With our ViatorCheckBT software, you can troubleshoot the Viator modem from a PC or HART-capable device. In this blog article we guide you step by step through the troubleshooting process.
Whether as practical automated guided carts, rolling assembly platforms, or massive self-driving container tank transporters, automated guided vehicles (AGVs) in all possible designs have become indispensable elements in modern production processes that follow the Industry 4.0 principle. They help to make everyday work significantly easier, preserve existing resources, and speed up transport processes considerably. They differ widely in appearance, and the technologies that enable the vehicles to work automatically or autonomously are highly diverse. RFID is often used, and when applied intelligently, this radio-based identification method can perform numerous tasks on the AGV. This blog article presents three possible versions.
In industrial vision applications, a conventional representation of 3-D point clouds in space is often no longer sufficient to precisely identify relevant object details. With the PXL+ technology developed by Pepperl+Fuchs subsidiary VMT, however, 3-D point cloud images can be enriched with any number of sensor data. Thanks to this valuable additional information, the gap between human and machine vision can be closed, allowing numerous (industrial) applications to be solved more efficiently and expanding the range of applications that can be automated.
In this blog article, we explain what stands behind the term PXL+, where the technology is already being used successfully, and the potential it offers.
Pepperl+Fuchs modular cable pulls meet a variety of challenges that other sensors simply cannot. Made from a combination of components, they are easily tailored to the exact needs of your application. Environmental resistance, form factor, and disregard for particulates in the air are all qualities that help cable pulls stand alone for tough applications.
Unlike containment or prevention, purge and pressurization separates general-purpose equipment from the surrounding potentially explosive atmosphere using a standard, lightweight enclosure. The enclosure is then purged with industrial-grade air or inert gas to eliminate all hazardous gas inside. Then, the flow is decreased to maintain a pressure higher than that of the dangerous external atmosphere. This prevents the flammable mixture from coming in contact with the components inside the enclosure.
Pepperl+Fuchs offers an array of purge systems. The 2000 series is a legacy system that is now obsolete, and its recommended replacement is the 6000 series—the latest Type X purge system from Pepperl+Fuchs.