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Yokogawa promotes the progress of industrial automation through next-generation control systems

June 25,2025

Introduction

As the industrial field accelerates into the digital age, the demand for smarter, more reliable and more integrated automation systems is growing. As a world-leading expert in industrial automation and process control, Yokogawa is leading the new trend of industrial process management with its next-generation control systems. Through the application of these advanced technologies, various industries are gradually achieving sustainable development and excellent operation under complex conditions.

 

Digital integration revolutionizes process control mode

Yokogawa's new generation of distributed control systems (such as CENTUM VP) breaks through the functional limitations of traditional DCS and integrates real-time analysis, machine learning algorithms and network security architecture in the system. These systems achieve seamless integration from field instruments to enterprise management platforms, enabling the entire production process to make smarter decisions based on data.

Through digital twin technology and advanced simulation tools, engineers can fully rehearse and verify process logic before the system is put into operation, effectively improve design accuracy, and avoid repeated modifications and unnecessary downtime during the commissioning phase.

 

Achieving intelligent manufacturing with high connectivity

The core concept of Yokogawa's control system is to support interconnection and open architecture. The system is compatible with international communication protocols such as OPC UA, MQTT and FDT/DTM, so that devices from different manufacturers can also be interconnected and integrated to build a unified digital factory management platform.

At the same time, combined with edge computing and Industrial Internet of Things (IIoT) technology, Yokogawa's system processes data quickly locally, effectively reducing latency and improving the real-time response capabilities of key tasks such as predictive maintenance and condition monitoring.

 

Guided by sustainable development and excellent operation and maintenance

Yokogawa's new generation of control systems not only focuses on technological innovation, but also closely follows the strategic goals of global green manufacturing and performance improvement. The system supports energy efficiency optimization, carbon emission monitoring and resource utilization improvement, helping companies achieve environmental compliance and low-carbon transformation of operations.

In addition, the system also integrates advanced alarm management, equipment performance analysis and AI-based process optimization functions, significantly reducing the risk of human errors, extending equipment operation time and improving safety levels, helping customers achieve a win-win result of lower costs and higher reliability.

 

Conclusion

Yokogawa leads the future development of industrial automation with its deep industry experience and innovative technology. The new generation of control systems not only brings higher intelligence and safety to users, but also promotes the transformation of the global manufacturing industry towards digitalization and sustainable development. In the process of moving towards Industry 4.0, Yokogawa will continue to be a trusted partner, enabling companies to build intelligent and resilient future factories.

Hot Tags : ST3*D AS S9181AQ-0 AMM32 S3 YHC4150X-01?YHC4150X

News & Blogs

  • Yokogawa ADV551-P10 S2 digital output module helps upgrade industrial control 08/07

    2025
    Yokogawa ADV551-P10 S2 digital output module helps upgrade industrial control
    Introduction In today's industrial automation field, digital output modules play a vital role in converting control signals into executable commands for machinery and process equipment. Designed to meet the needs of advanced distributed control systems (DCS), Yokogawa ADV551-P10 S2 digital output module has excellent reliability and precise output performance. The module not only supports efficient system integration, but also enhances signal integrity and can operate stably in harsh industrial environments. This article will deeply analyze the core features, technical parameters and practical applications of the ADV551-P10 S2 module, focusing on its key role in improving automation efficiency.   Technical Features and Design Advantages In order to provide high-speed and accurate digital switch outputs, the ADV551-P10 S2 digital output module is carefully designed to be compatible with a variety of industrial control systems. Its rugged architecture ensures seamless communication between the control system and terminal control elements such as actuators, valves and relays. Technical advantages worth noting include: Multi-channel capacity: Equipped with multiple isolated digital output channels, multiple devices can be controlled simultaneously. Flexible output type: Supports dry contact relay output or transistor output to meet different types of load requirements. Isolation protection measures: Achieve electrical isolation to effectively prevent ground loops while protecting sensitive control electronics from voltage spikes and electromagnetic interference. Fast response speed: Fast switching action ensures real-time process control with minimal delay. Modular design: Easy to install and maintain, compatible with Yokogawa CENTUM VP and other distributed control system platforms. With the above advantages, ADV551-P10 S2 demonstrates excellent reliability and wide compatibility.   Performance parameters and operating advantages To meet the high standards of the industry, the ADV551-P10 S2 module has the following performance characteristics: Voltage and current specifications: Capable of carrying industrial standard voltages up to 250 VAC or 30 VDC, and a single-channel rated current of approximately 2A. Excellent electrical durability: Designed to ensure high cycle life, support long-term uninterrupted operation and reduce maintenance requirements. Intelligent diagnostic function: Built-in real-time status monitoring and fault detection help improve system reliability and reduce downtime. Good environmental adaptability: Tolerant to temperature fluctuations, mechanical vibrations and electromagnetic interference common in industrial environments. Compliance with safety and electromagnetic compatibility standards: Ensure safe and stable operation worldwide. By adopting ADV551-P10 S2, more precise control, faster response and longer system stable operation can be achieved, which is particularly important for optimizing production efficien...
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  • Yokogawa ADR541-P10 S1 Electrical power output model: Voltage control system with electrical power supply activation 07/07

    2025
    Yokogawa ADR541-P10 S1 Electrical power output model: Voltage control system with electrical power supply activation
    Introduction In today's industrial automation, the automatic signal output and control system is extremely important to ensure continuous control and control while ensuring constant control over the process. Yokogawa ADR541-P10 S1 electric appliance output model is designed for small demands, provides detailed electric appliance output function, and has high flexibility and compatibility. Main text details: ADR541-P10 S1 model's main characteristics, usage environment and its performance in the industrial and restraint environment.   ADR541-P10 S1 model main characteristics and technical specifications ADR541-P10 S1 electrical output model with distributed control system (DCS) medium high performance signal output operation design. It distributes multi-path electricity, supports remote signal switching, transport control, connection and other key operation control and control. The model structure is guaranteed to be safe for importing and exporting electricity, and to protect sensitive materials from drying out. The contact points are fixed, the time and cost capacity are improved, the technical indicators are uniform, the operating environment is flexible, the operational environment is secure, and the operation is healthy.   Yokogawa-based control system's complete integration and tolerance ADR541-P10 S1 model design is important for Yokogawa's CENTUM VP and other DCS Hiradai. It allows for immediate design, installation, and downtime. Model support standard communication exchange, practical control system configuration, high efficiency exchange, convenience centralized control. This system is flexible and extensible, and the system is based on constant change, demand, demand, and development.   Employment and performance during industrial automation ADR541-P10 S1 Electrical export model for transportation, petrochemical, electric power and manufacturing and other various activities. It is possible to realize the practical output of electric power, the efficiency and the time control, the technological change, the high safety and the control accuracy. The model has high durability and effectiveness design, low fallout rate, and system running time. In addition, there are strategies to support regulation and control of the electricity output and use of electricity, to improve the process of technology, and to reduce the flow of wind.   Conclusion Yokogawa ADR541-P10 S1 electric power output model manufacturing industry automation system internal key parts, can be combined with automatic electric power output capability and unlimited integration ability. Due to its advanced characteristics, it has a fixed design that ensures safe operation under the harsh environment, and provides assistance with control accuracy and safety. Due to the long-term demand for flexible harmony, ADR541-P10 S1 model is the ideal choice for the process of mastering the process and controlling the system.
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  • Guaranteed power source availability: Yokogawa ST3*D AS S9181AQ-0 Power source model for industrial control systems 04/07

    2025
    Guaranteed power source availability: Yokogawa ST3*D AS S9181AQ-0 Power source model for industrial control systems
    Introduction In the current industrial environment, the availability of highly efficient power supply and security system is extremely important. Yokogawa ST3*D AS S9181AQ-0 Power supply model provides distributed control system (DCS), power control system (PLC) and other key devices to support the power supply. The model is equipped with an advanced electric power protection system, which has a solid construction design and is a perfect fit for the Yokogawa system.   Demandable power supply capacity for heavy touring ST3*D AS S9181AQ-0 Capable of determining AC or DC input power supply, convenient output power source, and full control system construction requirements. It can be converted to a high-efficiency electric power source with low power consumption and heat consumption, and is suitable for petroleum, natural gas, chemical industry, electric power, water engineering, and other interconnected production areas. After the model is assembled, automatic electric power control, flow protection, short path protection, etc. functions are established, and the situation of changing the situation is also maintained. This will reduce the wear and tear and failure rate, and also improve the overall performance of the system. If the model continues to support you, please contact us for further design, and in the event of an immediate change or failure, we will be able to provide uninterrupted power.   Solid construction, long-term security ST3*D AS S9181AQ-0 Features a large number of industrial specifications such as vibration, vibration, temperature, electromagnetic compatibility (EMC), etc. As a result, the structure is equipped with an internal heating system, which can be operated under high-temperature environments. The quality of the selected equipment is excellent, the product has a long service life, and its resistance to adverse conditions in the outside world. The status indicator light on the side panel, convenient for daily inspection and fault diagnosis, and the fact that it has low efficiency and low performance (TCO).   Yokogawa's collective ability to adapt and coordinate activities The electric source model is designed with Yokogawa control system (like CENTUM VP and ProSafe-RS) without any combination. Its immediate connection method allows for a significant reduction in departmental time and standardization of the communication process, making it easier to test and change the process. Designed to imitate the equipment, it has a unique expansion property, and the ability to use the resource is concentrated or distributed, and the structure of the structure is uneven demand. In addition, the original Yokogawa system was used in the early edition, and the old system was kept for convenience, but there was no demand for large-scale remodeling.   Summary Yokogawa ST3*D AS S9181AQ-0 Power supply model is actually a high performance, core part of the power supply and control system. Due to its outstanding electrical pro...
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  • Improving Visualization and Control Efficiency: Yokogawa DP97*B AS S9032AL-0 Display Processor Card 03/07

    2025
    Improving Visualization and Control Efficiency: Yokogawa DP97*B AS S9032AL-0 Display Processor Card
    Introduction In the field of industrial process automation, accurate data visualization and reliable control systems are essential to ensure efficient and safe operation. As one of the global leaders in industrial automation, Yokogawa Electric (Yokogawa) continues to introduce high-end hardware products that meet the demanding needs of modern control environments. Among them, the DP97*B AS S9032AL-0 display processor card plays a vital role in distributed control systems (DCS), enabling real-time data processing and graphic display functions.   Advanced Architecture and Core Functions The DP97*B AS S9032AL-0 is a high-performance display processing card designed for Yokogawa CENTUM series control systems. It serves as a data processing bridge between the control processor and the human-machine interface (HMI), and is responsible for outputting graphic data to the display terminal. The card's architecture supports high-speed data transmission and optimized graphics rendering, ensuring that operators can obtain accurate and updated data in real time. Its digital signal processing capabilities enable efficient integration of dynamic graphics, alarms, trend curves, and operating instructions. In addition, the modular design facilitates replacement and maintenance, minimizing downtime in critical application scenarios.   High reliability and robust performance in harsh environments The DP97*B display card has excellent durability in industrial scenarios facing harsh environments. It adopts a rugged PCB layout and industrial-grade electronic components, and supports a wide operating temperature range, which can operate stably in high vibration or high temperature environments. In addition, the card has a built-in comprehensive error detection and correction mechanism to ensure system integrity and reduce the risk of data loss and display failure. Its high reliability fully demonstrates Yokogawa's technological advantages in the safety and continuous operation of automation systems.   Seamless integration with Yokogawa systems Another major advantage of the DP97*B AS S9032AL-0 is its seamless compatibility with Yokogawa automation systems. It can be directly connected to the field control station (FCS) and the human-machine interface station (HIS), which is a key link in the graphic display system. The card ensures that any changes in control logic or process data are immediately reflected in the operation interface, which helps to improve the operation response speed. In addition, the firmware upgrade and self-diagnosis functions are supported through engineering tools, which further simplifies lifecycle management and operation and maintenance.   Conclusion Yokogawa DP97*B AS S9032AL-0 display processor card is an innovative representative in the field of industrial visualization and control. It has the advantages of real-time graphics processing, high reliability and strong system compatibility, providing a solid guarantee for aut...
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  • Foxboro Next Generation Industrial Factory Process Automation Solution Plan 08/07

    2025
    Foxboro Next Generation Industrial Factory Process Automation Solution Plan
    Introduction System efficiency is crucial in today's rapidly changing industrial environment. As a leader in production process automation technology, Foxboro offers a modern automation solution for the industrial factory design of the previous generation. The system integrates advanced control technology, enhanced numerical analysis capabilities, and high interoperability to improve chemical engineering performance, reduce downtime, and support more intelligent decision-making. To support cutting-edge design, Foxboro now offers manufacturing and commercial products that simultaneously meet security and security standards.   Industrial Efficiency Through Advanced Control Structure At the core of Foxboro's new solution is an advanced control structure that combines distributed control system (DCS) capabilities with the latest numerical technology. This allows the creation of a true factory, where each part is partially integrated, provides a full interface to the operator, and has a flexible management process. It is possible to mimic and extend the restraint system in the original security industry, and has the ability to establish specific demand and demand determination systems and respond to demand growth and expansion. In addition, the system has a vast practical time management ability and advantageous control strategy that greatly improves the wave movement speed. Enhanced redundancy design, network safety measures, safety engineering, operation tolerance, fault tolerance, external safety, security automation, performance connectivity, safety.   Strong numerical analysis and interaction ability Foxboro's latest solution is based on the following numerical analysis. It utilizes mechanical engineering, calculation, artificial intelligence technology, processing, batch operation and other technologies to meet the increasing demand and improving performance. Various dynamic management reduces computer downtime and shortens the time to process completion. Communication is provided by an industrial Internet of Things (IIoT) system connected to the platform without communication. The solution supports the collaboration of a wide variety of industrial communications, ensures existing interoperability, and guarantees the future deployment of industrial basic designs.   User-centered design and ease of use Foxboro has invested a great deal of resources into aircraft design, so in-depth knowledge of the machine is very important. The system facilitates the visualization of numerical values by directly displaying the graphic interface (GUI), allowing the operator to quickly understand the process and make intelligent decisions. It achieves advanced police management, lower level of literary assistant, reduced operator responsibility, and improved situational awareness. By introducing an in-house training model, it increases the maturity of staff and shortens the learning cycle of new staff. In addition, it supports the decision-making pr...
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  • Yokogawa proposed a new basis for further development solution, for supporting industry 07/07

    2025
    Yokogawa proposed a new basis for further development solution, for supporting industry
    Introduction Adjunctive digitization type industrial area, the market's more intelligent, more efficient, and the demand for the system is increasing daily. Yokogawa is a pioneer in industrial automation and equipment, a pioneer in Yokogawa's recent production process. Our long-distance solution solution, the proposed solution, visibility, improved resource management and reduced downtime. In-depth analysis of the main text Yokogawa's new product's core characteristics and performance, and how it communicates with the technology to help the industry realize its outstanding process control and operation efficiency.   Use of technology in actual practice Yokogawa's far-reaching calculation base has been developed based on the calculation base, and the actual number of locations has been increased. The communication is given to each kind of sensor and control system. This framework has been broken down, the local restrictions have been achieved, the concentration has been reduced, the number has been analyzed, the support for enterprise management has been improved, and the speed of production has been improved.   Capital management and resourcefulness ability The core of Yokogawa's solution strategy is to support the main resource management strategy. A continuous analysis of the status of the situation and the early implementation of the aging or different technology. Combining the mechanical science and arithmetic methods with historical numbers, reducing the number of calculations, reducing the number of calculations to the maximum extent possible, and improving the allocation of resources. Finally, the reduction in the overall efficiency (OEE) of this book has been achieved.   Guaranteed safety and uninterrupted integration of existing system During his tenure in Kiyun's industrial office, safety is of the utmost importance. Yokogawa's solution is to use effective security measures, comprehensively set up a comprehensive number of security measures, confirm multiple factors, and check the system based on the system, and ensure safety. In addition, it supports the existing distributed control system (DCS), the control and control system (SCADA), and the industrial interconnection system (IIoT) for the interoperability of the equipment, ensuring smooth transition and integration of the current working process. All kinds of active industrial enterprises have the ability to divide demand, technology, and investment at the same time.   Conclusion Yokogawa's proposed fundamentals and long-distance solution plan, which is an important milestone in the digitalization process of the industry. Great computational ability, no need to pay attention to real time visualization, operational insight and safe connection. In order to increase the efficiency of the industrial environment and demand demand, it is important to maintain competitiveness and promote new solutions in this category. Yokogawa's first and last business, the company pro...
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  • Yokogawa Exhibition Product Collection, New Generation Unwired Exhibition Products 04/07

    2025
    Yokogawa Exhibition Product Collection, New Generation Unwired Exhibition Products
    Introduction As we continue to move forward, we continue to automate our industry and become a leader in the field of intelligence and technology, and Yokogawa has officially launched a series of completely new, non-wire products. In this way, the existence of advanced equipment has been shown to be effective for the production process, and the production of low-cost and low-cost products has been achieved, so that the actual number of highly effective numbers has been set up and supported, and the digitalization of the industrial industry has been promoted. Yokogawa's long-distance vision and high-level matching, immediate availability and intelligent, flexible industrial connectivity (IIoT) solution.   More powerful wireless function, actually more intelligent operation The all-new wireless product has been developed using the advanced ISA100 Wireless™ communication technology, which is a highly secure and highly reliable communication technology that can be used in any industrial area. The communication support comes from the distance or the distance from the approaching area. Product equipment includes longer battery life, longer communication distance and higher system capacity, suitable for petroleum, petrochemical, water treatment and electric power operations. The main products include wireless power transfer device, temperature sensor, sum flow meter, distribution intelligent diagnosis, self-control function, and the production of high-precision Japanese and low mechanical engineering.   Compilation of digitization flat base without connection Yokogawa's new development, free of wires, and display items are available. Freely set up a collection of numbers that can be used at any time, analyze and visualize, provide comprehensive support, and organize the efficiency of the strategy. At the same time, it also has small equipment compliance, communication support, equipment access ability, and third-party access to the industry. We have not simplified the department's flow, but have also promoted the internal number of staff, managed and intelligently analyzed the system, and proposed the utilization rate and operation efficiency.   The new edition of the book can be completed. In addition to its performance, it also shows that the quality of the product is safe and secure. Wireless communication technology can greatly reduce the number of wires and construction work, shorten the construction period, use low-grade materials, and expand the green industry. In addition, the lower version of the original (TCO) is also the ideal choice for new construction or remodeling. It can be used for fast delivery, long distance arrangement, low demand, and continuous production at the same time.   Summary A whole new series of uninterrupted products is promoted, and Yokogawa's next expansion is confirmed. It is very intelligent, safe, and portable, and Yokogawa's product combination is not only intelligent, but also safe and portable....
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  • Yokogawa Industry Collaboration Machining Intelligent Factory 03/07

    2025
    Yokogawa Industry Collaboration Machining Intelligent Factory
    Introduction Following the development of industry 4.0, the production factory is a fast-track type intelligent factory, and the small factory is interconnected with other systems, and the high-level automation and number-setting strategy strategy special attack. Currently in the current operating environment, the industry is at the forefront of automating and controlling the solution, Yokogawa is working together with many industries, creating a joint manufacturing intelligent manufacturing environment, increasing production efficiency, and the ability to maintain operational efficiency. Integrated industrial connectivity (IIoT), artificial intelligence (AI) and advanced analysis technology, Yokogawa's collaboration items are the new standard for intelligent industry automation in the area of automation. The main text of this article explores how Yokogawa borrows assistance, strategy, alliances, promotion, and intelligent factory construction, and since then, there have been a number of small joint ventures.   Strategy cooperation promotion integration automation solution solution plan Yokogawa's deep knowledge, building intelligent industry, demand structure, complete production system, due to which the technology supply business, system integration business and equipment manufacturing business were established and joint production system. In order to promote the cooperation of Yokogawa Distributed Control System (DCS), we have developed advanced technology and proposed safety solutions without compromising the integration of various supporting technologies. Communicate with each other, jointly develop and expand the automation framework, and in reality, the system can be interchanged and replaced at any time. All kinds of integrated frameworks have been provided, all-round construction visibility has been achieved, and the production process has been transformed into an efficient production process, and the market has been rapidly transformed. In addition, Yokogawa's expansion of flat platform strategy will encourage new development, and allow the third-party use of Japanese numerals technology to operate without any obstacles in the intelligent industry environment, ensuring automatic operation solutions and continuous operation of changes according to industrial demand.   Utilizing artificial intelligence and advanced analysis technology Artificial intelligence dynamic analysis technology is the core of Yokogawa's intelligent industry vision. Yokogawa general equipment science and calculation method Japanese mechanical engineering model introduction factory is a joint venture between AI and industry. In order to analyze the level of intelligence, it is necessary to improve the level of ability, improve the level of ability, and reduce the amount of quality. Communication efficiency decreases and latent failures occur, reducing the amount of time and operating costs for manufacturing enterprises. In addition, AI supports decision-ma...
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