Find answers to 30 common temperature measurement questions
The Engineer's Guide to Industrial Temperature Measurement is now available at no cost from Emerson Process Management at www.rosemount.com/tempguide.
This Temperature Guide is packed full of valuable and executable information, including: Frequently asked questions, temperature measurement basics, engineering & design, maintenance & calibration, conversion tables and more.
It also offers valuable insights with over 100 Proven Results/Case Histories based upon customers' actual experiences in a variety of industries and applications.
Visitors can order the printed book, view an interactive version 24/7 or downloaded a PDF. Don't delay; order your complimentary copy of the Temperature Guide today!
This e-catalog offers multiple solutions that help with the creation of HMI applications and the ability to monitor and control operator interfaces remotely on an enterprise-wide data collecting and sharing solution.
The data historian has long been seen as a venerable workhorse for engineers and technicians in the process industries, but changing economic conditions are forcing managers and executives to realize not only its importance but that it is a critical component to any process industry operation.
Process engineering has undergone significant transformation over the years, catalyzed by advances and innovation in software both within individual disciplines and also in the integration across the workflow.
Many industrial networks are based on the EIA-485 or RS-485 communication standard. As industrial systems and products rapidly move to IP-based Ethernet networks, RS-485 network operators face complex and expensive obstacles in the transition from RS-485 serial communication to Ethernet communication infrastructure. In this white paper, PCN introduces IP-485, an open standard approach to modernization of RS-485-based industrial automation and distributed control infrastructure, allowing instant connectivity to the Cloud, without impacting security and reliability. With IP-485, users can keep their RS-485 network and get Ethernet networks on the same cabling already installed!
The ability to securely move information between software applications and hardware appliances is critical to any automated process. To make this possible, an interoperable communications platform must be layered into the control system. This "defense-in-depth" approach ensures that critical information will not be deciphered by non-authorized applications for malicious use. This approach also limits the scope of activities that each authorized user is allowed to do and/or access in the system in order to minimize unintentional mistakes that may cause downtime or impact safety. With KEPServerEX V5.12 and the new Security Policies Plug-In, Kepware now provides a complete solution to this market need. Read the full Application Note from Kepware's President and CEO, Tony Paine, to learn more.
The basis of good flowmeter selection is a clear understanding of the requirements of the particular application. Therefore, time should be invested in fully evaluating the nature of the process fluid and of the overall installation. The development of specifications that state the application requirements should be a systematic, step-by-step process.
In this Essentials guide, the editors of Control walk through the alternatives, explain how to narrow your choices and uncover the latest application trends.
FDT Technology is an international standard developed to standardize the communication and configuration interface between smart field devices and their host systems. The enhancements and development from FDT to FDT2 were driven by changing technology and user requirements. The challenges were to maintain all existing features and benefits, add new capabilities based on real-world applications and enhance areas of identified improvements, all this done against a backdrop of maintaining backward compatibility. The following overview of the enhancements included in FDT2 identifies how the specification has addressed the needs of users and suppliers.
The installed base of industrial networks has been engineered to operate reliably in the specific applications and environments for which they were designed, closed and are operated, using a myriad of physical layer communications and language protocols. Product obsolescence, limitations in scalability of the infrastructure and potential loss of highly skilled support all have become high-Pareto challenges to managers. In this white paper, we introduce a new approach to the modernization of industrial automation and distributed control networks, and describe how they can be deployed to easily, rapidly, securely, reliably and cost-effectively transform existing legacy industrial network infrastructures into those that can support IP-enabled devices that are connected to the Cloud.
For process manufacturers today, having a reliable, seamlessly integrated set of IT systems across the plant, or across multiple sites, is critical to business efficiency, profitability and growth. Beamex has introduced the Business Bridge mdash; a standardized, but configurable software solution for connecting Beamex CMX calibration management system to an enterprise resource planning (ERP) or computerized maintenance management system (CMMS).
As manufacturers with batch operations strive to improve shareholder value through increased profitability, they are increasing investments in factory automation to reduce costs and increase operational flexibility. Equipment suppliers have responded with more capable devices, controls and software to meet these needs.
DONG Energy trusts ABB's System 800xA High Integrity to protect critical gas treatment facilities such as its Nybro gas treatment plant on the west coast of Jutland, Denmark. DONG Energy uses ABB's System 800xA to handle 16 to 25 million cubic meters of natural gas at this plant on a daily basis. Safety is a priority and setting up a fully automated ESD system increases DONG Energy's plant safety levels. Read the full report and learn how DONG Energy integrates ABB's System 8000xA to process natural gas safely.
Over the past several decades, intrinsic safety has established itself as the preferred method of explosion protection for global energy and petrochemical projects. This latest installment in Control's "Essentials of" series explains the ins and outs of intrinsic safety technology, how it compares with other methods of explosion protection, and new technology development poised to increase the scope of its application to higher energy systems.
For decades, process instrumentation specifiers have faced the decision whether to use a mechanical switch or a continuous transmitter for a given application. Either type of instrument can be used to effectively control industrial processes and protect equipment and personnel -- and each has associated pros and cons. Application specifics typically drive decision-making, dictating which approach is most effective from performance, cost and lifecycle support perspectives.
The security of industrial automation and control systems becomes increasingly critical as different networks are connected and systems are integrated in a collaborative manufacturing environment. For industrial automation and control systems the potential impact of an attack maybe more serious than for computer systems in general. Users of industrial automation and control systems need to pay correspondingly increased attention to these issues.
The use of wireless technology in industrial automation systems offers a number of potential benefits, from the obvious cost reduction brought about by the elimination of wiring to the availability of better plant information, improved productivity and better asset management.
Sensors used for temperature monitoring and data acquisition can be quite varied. Applications ranging from simple room temperature monitoring to highly sophisticated batch process control can all be highly dependent on obtaining accurate temperature readings. The primary types of sensors used for this purpose are resistance temperature detectors (RTDs), thermocouples, integrated circuit temperature detectors (ICTDs), thermistors, and infrared sensors.