A programmable logic controller (PLC) is an industrial computer with inputs and outputs used in the control and automation of industrial processes. A PLC is designed to withstand more harsh factory conditions and provide real time deterministic control and monitoring.
Yokogawa PLCs offer the fastest update rates for high speed applications and are electrically and environmentally robust.
Featuring ultra high-speed, stable control, link functions and improved network performance, the FA-M3V controller is created by improving every aspect to deliver stable control at the highest speeds.
The FA-M3 provides system expandability, unlimited by system size, and also allows the use of common spare parts. To expand the system, simply add desired modules, all of the same size. The installation leaves ample room within the control panel for standardization and efficiency improvement through panel design. With the FA-M3 PLC, a developer can give full rein to his creativity to build systems and realize control that fits his applications.
The main unit accommodates up to seven sub-units for installing additional I/O modules.
This provides up to 8,192 range-free I/O points.
A medida que aumenta la demanda mundial de alimentos, los fertilizantes juegan un papel esencial en la mejora de la productividad agrícola. El Nitrógeno OCI (en adelante OCI) es un productor líder de fertilizantes minerales y el mayor productor mundial de melanina, los cuales se utilizan para hacer adhesivos y resinas para una amplia gama de aplicaciones, tales como paneles de muebles, pisos laminados, revestimientos, pinturas y plásticos.
Aerospace Material Specification AMS2750, rev E defines the requirements for thermal processing equipment used in metal heat treatment applications. It covers temperature sensors, control and recording instrumentation, system accuracy tests, and temperature uniformity surveys. Shops that adhere to the standard can confidently heat treat components used in a wide range of aerospace, transportation, and other industries that demand traceable quality procedures for heat treatment.
Continuous Control Solutions ("CCS") has been providing advanced turbo machinery solutions to global markets since 2000 with a steadfast focus on developing advanced control algorithms implemented in the customer's choice of PLC or DCS hardware platform. CCS Turbo Machinery Control Solutions have been implemented on a variety of hardware platforms including Allen Bradley ControlLogix, Honeywell C300, Siemens S7, ABB AC800M and Emerson DeltaV.
Los datos de flujo de gas calculados por una RTU pueden ser enviados a un transmisor utilizando la comunicación bidireccional del FOUNDATION fieldbus.
Las Soluciones de Control Continuo ("CCS") se especializan en desafíos de control de turbo-maquinaria industrial para diversos tipos de industrias. La tecnología de turbo-máquinas de CCS y los algoritmos de control patentados son independientes de la plataforma del hardware y se han implementado con éxito en diferentes plataformas de hardware desde el 2004.
The reverse osmosis (RO) membrane is in use today as a main component of water filtering equipment, because it has a fairly high performance record in removing various impurities such as salt from water. Especially in isolated islands and desert regions where there is no other choice but to utilize seawater as the only water resource, the RO membrane is an indispensable component of the RO module for water purification systems.
The process industry in Japan faces increasingly critical environmental and safety issues. Additionally, in Japan, many skilled engineers with years of experience will be retiring in 2007. Although the process industries such as petroleum, petrochemical, steel and paper, etc., are highly automated, human skill is still required in an abnormal situation or for a critical production change.
The engineering phase holds the largest ratios in control system configuration in terms of both time and money, so improving engineering efficiency is one of the biggest issues when it comes to system integration. In the STARDOM, Application Portfolios (APPF) are devised to dramatically slash engineering costs and increase software reliability.
As the world's societies become more connected, market competition is becoming more ruthless and transactions are performed at ever increasing speeds. Deregulation has ignited global competition throughout the world. The proliferation of Information and Internet technologies have accelerated the growth of global competition, with life cycles for high tech products having lives measured in "dog years" (in each normal year they advance seven years).
In recent years, energy demand is tending to increase year by year due to economic growth in emerging countries. To help protect the global environment, renewable energy sources such as wind power, solar power and geothermal heat are attracting attention as alternative power sources to fossil fuel.
With the recent rapid advancement of technology, user equipment has become more and more complicated, diversified and faster. This has been imposing an increase in engineering costs and increasingly many users require devices facilitating customization and the reuse of past resources (legacies).
Yokogawa presents a tutorial on how to create a new item point in the Stardom RTU/PAC/PLC controller and then register it in the FAST/Tools SCADA environment and have it display on an operator interface.
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