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Pactware. SUM_90-PIRIOSF.Pdf. Machine Safeguarding with Safety Edges. Machine Safeguarding with Safety Edges Posted by Tom Corbett on Thu, Aug 22, 2013 Moving machine parts, closing edges of doors and gates, and even automated guided vehicles (AGV) all have the potential to cause workplace injuries. Health and Safety regulations require that workers be protected from preventable injuries. But without the proper protection in place, worker safety can be at risk. One way to provide this protection is by machine safeguarding. Safeguarding is when a device is used to prevent dangerous contact with machinery or equipment. But what happens when the area to be safeguarded is a small pinch or crush point like on the closing edges of doors or protective covers? The PSE4 Safety Edge is a complete edge monitoring system that consists of a: Safety controllerUnique thru-beam photoelectric sensorsRubber sensor stripOptional aluminum mounting strip Assembling a safety edge requires no special tools or technical expertise.

Flow Control: Coriolis Flowmeter Technology Portal | Technical articles & new product information for fluid handling systems. Coriolis Flowmeters: Simultaneous measurement of mass, density, temperature, and viscosity The advantages of using Coriolis flowmeters have made this technology a preferred choice in a large range of industry sectors, including life sciences, chemicals and petrochemicals, oil and gas, and food and beverage.

Furthermore, virtually all fluids can be measured with a Coriolis flowmeter: cleaning agents and solvents, fuels, vegetable oils, animal fats, latex, silicon oils, alcohol, fruit solutions, toothpaste, vinegar, condiments, gases, liquefied gases, among many others. So what exactly are the advantages of Coriolis flowmeters? One for All – Multivariable Coriolis Flowmeters: The ability to measure several process variables all at the same time opens up completely new application fields. Mass flow, density and temperature (the primary measured variables) can be used to derive other variables such as volume flow, solid contents, concentrations, and complex density functions.

Smartlinx - Automation Technology. Les modules SmartLinx® permettent un raccordement numérique direct aux systèmes de bus de terrain industriels courants. Ils offrent une réelle compatibilité « Plug-and-Play » avec les produits de Siemens. Beaucoup de produits Siemens intègrent la communication HART®, PROFIBUS PA et Modbus. Les cartes SmartLinx permettent de recevoir des modules de communication supplémentaires. Elles peuvent être installées de manière rapide et simple et à tout moment. Les modules sont montés sur les appareils compatibles SmartLinx grâce à une connexion enfichable.

Ils remplacent certains bus de terrains spécifiques aux clients et épargnent ainsi du matériel supplémentaire (passerelles, câblage). Le travail l'installation réduit permet de décharger les techniciens et le personnel de maintenance. Le SmartLinx met à disposition toutes les données des appareils, y compris les valeurs de mesure et d'état et permet le réglage des paramètres de fonctionnement via le bus de terrain ou transfert à distance. Understanding Model Number Nomenclature for Industrial Sensors. Understanding Model Number Nomenclature for Industrial Sensors Posted by Tracy Molnar on Thu, Feb 14, 2013 Decoding inductive, capacitive, and ultrasonic sensor model numbers Model numbers like those shown above can appear to be a meaningless mixture of letters, numbers, dots, dashes, and other characters, but they are, in reality, quite descriptive, once you get to know them.

In this post, you’ll find enough information to crack the code for most inductive, capacitive, and ultrasonic proximity sensor model numbers, and be able to tell the basic features of each sensor listed above. First, some general notes on model numbers and their format: Dots and commas are often interchangeable and almost always indicate a decimal point in a measurement. First Segment The type of sensing is indicated by the first letter of a model number, as follows: N Inductive sensorC Capacitive sensorU Ultrasonic sensor The detection range is a number contained in the first segment of the model number.

Second Segment. Krohne niveau radar. Matériel. Stay connected > Home > TURCK BANNER S.A.S. Photocel. wifi. Simple à installer, il permet de répondre à de nombreuses applications tout en réduisant les coûts liés au câblage. Ses principales caractéristiques sont: § Boitier industriel IP67, température de fonctionnement -40 C° à +70C° § Alimentation du capteur par deux piles, avec une durée de vie des piles pouvant aller jusqu’à 5 ans en fonction du capteur § Les signaux des capteurs sont transmis à une passerelle sans fil reliée à des automates programmables, interfaces homme-machine et autres systèmes de contrôle industriel § Les passerelles de base peuvent contrôler de 2 à 6 capteurs. . § Les capteurs sans fil sont conçus pour une installation rapide et économique, et un fonctionnement fiable dans une grande variété de situations § Le Q45 SureCross peut communiquer en toute sécurité sur une distance de 1 km sans obstacle § Les données sont transmises par sauts de fréquence via un protocole propriétaire; elles ne peuvent donc pas être interceptées ✓Le Q45 Surecross se décline sous les modèles suivant:

BlueLevel introduces Model AP/APX RF Level sensor. January 2, 2013 - BlueLevel introduces Model AP/APX RF admittance level sensor for point and continuous level measurement of powder, granular, liquid and slurry materials within a wide variety of industrial areas. The Model AP/APX RF admittance point level sensor is available in each of five different probe configurations, including Standard, Mini, Cable-Extended, High Temperature and Super High Temperature probes. All probe versions include integral electronics available with either Ordinary Location or Explosionproof enclosures. The Model AP for ordinary locations includes a large locally visible LED indication of the normal and relay alarm status of the sensor. The Model APX is an explosionproof version, certification is pending. FR_microscan_product_catalog. R. STAHL adds PROFINET to IS1+ remote I/O systems. November 29, 2012 -R. STAHL adds PROFINET support to IS1+ remote I/O systems for standard industrial as well as hazardous areas in process automation applications.

This capability gives users another option for Ethernet applications alongside the existing protocol support for Modbus TCP and EtherNet/IP communication. In all cases, “Ex op is” fibre optic cables ensure explosion protection in zones 1 and 2. System integration is carried out via PROFINET GSDML. Compared with PROFIBUS GSD, this markup language allows for a considerably more comfortable and highly automated integration of IS1+ functions into engineering systems. Similar to PROFIBUS PA, module functions are mapped via transducer and function blocks that allow for diagnostics as well as, for example, scaling with units.

Mode handling allows for setting signal transfer to “AUTO” (cyclical updates), “MANUAL,” or “O/S” (Out of Service) operation. Pepperl+Fuchs introduces AS-Interface Module. February 11, 2013 - Pepperl+Fuchs introduces the VBA-2A-G10-E2L-1M-2V1-W AS-Interface Module. This single module provides two outputs, enabling it to provide one output to two devices. Each output is completely powered by the auxiliary black flat cable. This enables the G10 to deliver up to 2 A per output and up to 4 A per module. An output module can be used to turn on indicator lights, drive electric actuators, and control drives and motors, and the ultra-compact size of the G10 Series allows it to be completely sealed in a cable tray or a conveyor’s side rail. Many standard, modified, and custom G10 versions are available to support virtually any AS-Interface application need.

AS-Interface is an open, multi-vendor technology designed to reduce the complexity and associated costs of connecting conventional inputs and outputs, analog transducers, and safety devices to the dominant PLCs on the market.