AMIKON products are in stock, 

and there are many discounts for placing orders 

Rockwell Allen-Bradley
1) ControlLogix 1756 series controller
2) CompactLogix 1769 series controller
3) SLC 500 1747 1746 Series Controller
4) PLC-5 1771 1785 series controller
5) ProSoft :MVI69/MVI56/MVI94/MVI46/3150  
6) ICS TRIPLEX trusted system 

GE General Electric:
1)GE Series 90-30 PLC (IC693)
2)GE VersaMax (IC200)
3)GE Series 90-70 PLC(IC697)
4)GE PAC Systems RX7i(IC698)
5)GE PAC Systems RX3i(IC695)
6)GE Genius I/O PLC(IC660)
7)GE Boards Mark VI (IS200,IS215)
8)GE Boards Mark IV (DS3800)
9)GE Boards Mark V (DS200)
10)GE 531 Series

Honeywell DCS:
1) TDC 2000
2) TDC3000
3) TPS
4)Experion PKS ( C200 , C300 ) 

Siemens Moore:
1) Siemens MOORE
2) Siemens S5
3) SIMATIC S7-400
4) SIMATIC S7-300
5) SIMATIC S7-200

1) Invensys Triconex: Tricon System Card

2) Invensys Foxboro: I/A Series System Module

Emerson EPRO:
1) Ovation System DCS Card
2) DeltaV system Dual Channel Redundancy Safety System

ABB DCS: 

1) AC800M series controller I/O module

2) AC800F series controller module

3) AC31 series controller module

4) 800xA series modules

5) Bailey INFI 90 module

6) DSQC robot module spare parts

7) Advant OCS system spare parts

8) H&B Freelance

Bentley Nevada: 

1) Bently 3500 Monitoring system

2) Bently 3300 Monitoring system

3) Bently 3300 XL 5/8mm Proximitor

4) Bently 3300 XL 8 mm Proximity Probe

One of our top priorities is comprehensive, professional and timely customer service. Our priority is to ensure that there is

no unnecessary expense and stress.We are constantly improving the quality of our service and the quality of our employees.

We treat every order with 110% commitment.

Pls call this number (+86 18030235311) or send a message to this email address (sales3@amikon.cn). We will

answer your questions wholeheartedly.

Enhancing Automation Efficiency: The Power of ABB's System 800xA

Extended automation objects created within the 800xA Engineering environment lay a robust foundation for the efficient

development, deployment, reuse, and continuous improvement of production applications. This unique capability offers a

level of predictability and efficiency in engineering that is difficult to achieve with other automation solutions. By allowing

solutions and applications to be developed once and reused uniformly across the automation environment, 800xA significantly

boosts engineering efficiency. This seamless reuse of the best strategies not only solves problems more effectively but also

continually improves processes.

System 800xA is the latest addition to ABB's more than 20-year commitment to its Distributed Control System (DCS) users.

ABB’s pledge of "Evolution through Enhancement" guarantees that future advancements in system technologies will enhance

rather than undermine current customer investments. With System 800xA, customers can extend the automation capabilities of

their existing systems, reaching new productivity heights. The system provides the flexibility to implement necessary functions

today and the agility to add new ones as customer needs evolve.

"Where others promote 'rip and replace' migration strategies, we deliver true system evolution, allowing our customers to build

on their strong ABB DCS foundation," said Hausler. "With System 800xA, our customers can add the functionality they need

at a pace that suits them."

About ABB ASEA Brown Boveri 800xA or other system , How can we help you?

Whether you're looking for information about our products, where to buy them, or technical documentation,

you're in the right place. If you need support with ABB System 800xA product maintenance or equipment services,

please contact our account manager: Jessicahu

[ Mobile : 86-18030235311 , Email : sales3@amikon.cn ]

GE: Putting Industrial Data to Work

In today’s rapidly evolving industrial landscape, data has become the new currency. General Electric (GE), a pioneer in industrial technology, is leading the charge in harnessing the power of industrial data to drive efficiency, innovation, and growth.

Through its advanced data analytics and digital solutions, GE is transforming the way industries operate, making data a central component of their strategies.

The Power of Industrial Data

Industrial data encompasses a vast range of information collected from machines, processes, and systems in various industries. This data includes everything from temperature and pressure readings to operational performance and maintenance records.

For decades, this wealth of information was underutilized, often confined to silos and rarely analyzed comprehensively. However, with the advent of digital technologies and the Industrial Internet of Things (IIoT), the potential of industrial data has become increasingly apparent.

GE has recognized this potential and is at the forefront of leveraging industrial data to deliver actionable insights and drive tangible results. By putting industrial data to work, GE is not only enhancing operational efficiency but also setting new standards in

predictive maintenance, process optimization, and overall industrial performance.

GE’s Digital Transformation Journey

At the core of GE’s approach to industrial data is its Digital Industrial strategy. This strategy integrates cutting-edge digital technologies with GE’s extensive industrial expertise to create solutions that enable organizations to optimize their operations and make data-driven decisions.

1. Predix Platform

   GE’s Predix platform is a cornerstone of its digital transformation efforts. Predix is a cloud-based industrial Internet of Things (IIoT) platform designed to collect, analyze, and interpret data from industrial assets. It provides real-time insights and predictive analytics,

   enabling businesses to monitor equipment health, anticipate failures, and optimize performance. The platform’s scalability and flexibility make it a valuable tool for industries ranging from aviation to energy.

2. Advanced Analytics and Machine Learning

   Leveraging advanced analytics and machine learning algorithms, GE transforms raw industrial data into actionable insights. These technologies enable predictive maintenance by identifying patterns and anomalies that may indicate potential issues before

   they escalate. For example, in the aviation industry, GE’s analytics can predict engine component failures, allowing airlines to perform maintenance before a problem occurs, thereby reducing downtime and improving safety.

3. Digital Twin Technology

   Another innovative approach by GE is the use of digital twin technology. A digital twin is a virtual representation of a physical asset, process, or system. By creating digital twins of industrial equipment, GE allows organizations to simulate and analyze

   performance in a virtual environment. This technology enables predictive modeling, real-time monitoring, and scenario planning, leading to more informed decision-making and enhanced operational efficiency.

4. Industrial Data Ecosystem

   GE’s commitment to putting industrial data to work extends beyond its own platforms and solutions. The company actively collaborates with partners and clients to build a comprehensive industrial data ecosystem. By integrating data from various sources

   and systems, GE helps organizations achieve a holistic view of their operations, driving more effective strategies and improvements.

The Future of Industrial Data

As we look to the future, the role of industrial data will only become more significant. The continued advancement of digital technologies, coupled with the growing volume of data generated by industrial assets, will provide new opportunities for innovation and

improvement. GE remains committed to leading the way in this data-driven revolution, continuously evolving its technologies and solutions to meet the ever-changing needs of industries worldwide.

In conclusion, GE’s efforts in putting industrial data to work exemplify the transformative power of digital technologies in the industrial sector. By harnessing the potential of data, GE is not only enhancing operational efficiency but also paving the way for a smarter,

more connected industrial future. As industries continue to embrace the digital age, GE’s leadership and innovation will play a pivotal role in shaping the future of industrial data.

— Hirschmann, a global leader in industrial network solutions, today announced the launch of its latest industrial switch,

the RS2-FX-SM.Designed for demanding industrial environments, the RS2-FX-SM aims to elevate network performance,

reliability, and flexibility,providing a robust network foundation for complex automation and control systems.

• Enhanced Performance, Guaranteed Stability

⇒ The Hirschmann RS2-FX-SM industrial switch incorporates cutting-edge technology to meet the high demands of modern industrial networks, offering high  bandwidth and low latency. With its high-speed Ethernet interface supporting data transfer rates up to 100 Mbps, the RS2-FX-SM ensures exceptional performance even in data-intensive applications. Its optimized network processing capabilities significantly reduce data transmission delays, enhancing the overall efficiency and reliability of industrial systems.

• Robust Design for Harsh Environments

⇒ Built to withstand the rigors of industrial settings, the RS2-FX-SM features a rugged design that ensures durability and reliability in challenging conditions. Its robust construction is designed to operate effectively in environments with extreme temperatures, vibrations, and electromagnetic interference, making it ideal for use in manufacturing plants, transportation systems, and other critical industrial applications.

• Flexible Integration and Scalability

⇒ The RS2-FX-SM provides flexible integration options, making it easy to incorporate into existing network infrastructures. Its modular design allows for seamless scalability, enabling users to expand their network as needed without compromising performance. The switch supports a wide range of network topologies and can be configured to meet the specific requirements of various industrial applications.

• Advanced Management and Monitoring

⇒ Hirschmann’s RS2-FX-SM is equipped with advanced management and monitoring features that facilitate efficient network administration. The switch offers intuitive management interfaces, including web-based and SNMP (Simple Network Management Protocol) options, allowing users to monitor network performance, configure settings, and troubleshoot issues with ease.

• Availability

⇒ The Hirschmann RS2-FX-SM industrial switch is now available for purchase through Hirschmann’s network of authorized distributors and partners. For more information about the RS2-FX-SM and its capabilities, please visit or contact .

• About Hirschmann

⇒ Hirschmann is a leading provider of industrial networking solutions, offering a wide range of products and services designed to enhance network performance and reliability in industrial environments. With a commitment to innovation and quality, Hirschmann continues to deliver cutting-edge solutions that meet the evolving needs of the industrial sector.

How to Choose the Right Automation System: A Comparative Analysis of Honeywell Products

In the field of industrial automation, selecting the right automation system is crucial for enhancing production efficiency and optimizing operations.

As a leading provider of automation solutions,  Honeywell offers a range of products and systems, each with its unique advantages and application

scenarios. This article provides a comparative analysis of some key Honeywell automation products to help you make an informed choice.

1. Honeywell PLC Systems vs. Honeywell DCS Systems

PLC (Programmable Logic Controller) systems and DCS (Distributed Control Systems) are core components in industrial automation, each suited

to different applications.

Honeywell PLC Systems: Ideal for scenarios requiring high-speed and precise control. PLC systems are typically used for controlling individual

production lines or equipment, characterized by high flexibility and modular design,

which allows for quick adjustments and expansion. Honeywell’s PLC systems are renowned for their powerful processing capabilities and reliability,

making them suitable for various industrial applications.

Honeywell DCS Systems: Suitable for complex production processes and large-scale operations. DCS systems provide comprehensive process control

and data management, making them ideal for industries such as chemicals, power  generation, and oil & gas. Honeywell’s DCS systems offer strong

data processing capabilities and system integration, capable of handling large data  flows and complex process control tasks.

2. Honeywell Smart Sensors vs. Honeywell Process Controllers

Smart sensors and process controllers play different roles in industrial automation but are both crucial to system performance.

Honeywell Smart Sensors: Provide high-precision measurement and monitoring functions, offering real-time data on process parameters such as temperature,

pressure, and flow. These sensors are fundamental for data collection  and monitoring, ensuring system stability. Honeywell’s smart sensors are known for their

high sensitivity and reliability, operating stably even in harsh environments.

Honeywell Process Controllers: Manage and optimize industrial processes. Process controllers analyze sensor data to adjust control parameters, ensuring

process stability and efficiency. Honeywell’s process controllers  provide advanced control algorithms and user-friendly interfaces, helping operators manage

production processes more effectively.

3. Honeywell Automation Software vs. Honeywell Control Panels

Automation software and control panels are essential tools for operating and monitoring automation systems, each with its functionalities and advantages.

Honeywell Automation Software: Includes various management and analysis tools, assisting users in process monitoring, data analysis, and system

optimization.  These software tools offer real-time data visualization,  report generation, and trend analysis, providing a comprehensive view of

production status and performance.  Honeywell’s automation software is praised for its robust features and user-friendliness.

Honeywell Control Panels: Used for direct operation and control of automation systems. Control panels provide intuitive interfaces, allowing operators to

monitor and adjust system parameters in real-time.  Honeywell’s control panels are designed for ease of use, improving operator efficiency and accuracy.

4. Choosing the Right System

When selecting the right Honeywell automation system, consider the following factors:

Application Requirements: Determine your industrial application needs, whether you require high-precision control, extensive data management, or real-time process monitoring.

System Scale: Choose a system based on the production scale. Smaller production lines might be better suited for PLC systems, while large, complex processes may require DCS systems.

Budget and Cost: Different systems have varying costs and maintenance requirements, so select according to your budget.

Future Scalability: Consider the system's scalability and upgradeability to ensure it can meet future needs.

Conclusion

Understanding the features and application scenarios of different Honeywell products is crucial in selecting the right automation system. By

comparing Honeywell's  PLC systems, DCS systems, smart sensors, process controllers, automation software, and control panels, you can make an

informed decision based on your specific requirements.  Choosing the right automation system not only  enhances production efficiency but also

optimizes operations, driving long-term business success.

Innovative EMERSON PR6423 Eddy Current Sensor

In the modern industrial sector, precise measurement and monitoring are crucial for

equipment reliability and operational efficiency. The EMERSON PR6423 ‘13R-040

CON021 Eddy Current Sensor excels in vibration monitoring and position detection.

This article will delve into the key features of this sensor, its application scenarios,

and how it helps businesses enhance equipment performance and safety.

Key Features of the EMERSON PR6423 ‘13R-040 CON021

1. Advanced Sensing Technology

The PR6423 ‘13R-040 CON021 utilizes eddy current sensing technology,

which detects changes in the electrical conductivity of a target object to measure

its position or vibration. This method offers high sensitivity and resolution, capturing even the smallest variations.

2. Wide Measurement Range

The sensor can measure a broad range of displacements and vibrations, making it

adaptable to various industrial applications. Its flexibility allows it to effectively work in different

types of equipment, from large rotating machinery to complex static devices.

3. High Precision and Stability

The PR6423 is designed to deliver precise measurement results with high stability.

It maintains consistent performance even in harsh industrial environments,

ensuring the reliability of the data.

4. Resistance to Interference

Eddy current sensors perform well in high-temperature and electromagnetically noisy environments.

The PR6423 continues to provide accurate measurements under these conditions, ensuring operational

safety and stability

Application Scenarios

1. Vibration Monitoring

This sensor is ideal for vibration monitoring systems, particularly in equipment like turbines,

generators, and compressors. By monitoring vibration in real-time, engineers can anticipate

equipment failures and perform preventive maintenance, reducing downtime and repair costs.

2. Position Detection

In precision machinery and automated production lines, the accuracy of position sensors is critical.

The PR6423 provides high-precision position measurements, supporting automatic adjustments

andcalibration in production processes, enhancing production efficiency.

3. Bearing and Rotating Machinery Monitoring

The health of bearings and rotating machinery directly impacts the stability of the entire system.

The PR6423 can monitor the condition of these components in real-time, detecting potential issues

early to prevent unexpected downtime and potential safety hazards.

Enhancing Equipment Performance

1. Improving Equipment Reliability

By using the PR6423 for precise vibration monitoring, businesses can detect equipment

anomalies earlier and take corrective actions, extending equipment lifespan and reducing failure rates.

2. Optimizing Maintenance Strategies

Real-time monitoring and data analysis allow businesses to adopt condition-based maintenance

strategies rather than relying on traditional time-based maintenance. This approach schedules

maintenance based on actual equipment status, reducing unnecessary maintenance costs.

3. Ensuring Production Safety

With precise measurement and monitoring, the PR6423 helps businesses identify potential risks

early, ensuring the safety of production processes. This is crucial for protecting both operators and

equipment from damage.

Mid-year celebration

Welcome to our mid-year celebration! Today is a day to pause and appreciate the incredible journey we've undertaken

together over the past six months. This gathering is not just a celebration of our achievements but also a recognition of

the hard work, dedication, and teamwork that have brought us this far.

As we reflect on our accomplishments, let's also look forward to the exciting opportunities that lie ahead. This is a moment

to recharge, reconnect, and reaffirm our commitment to our shared goals. As we look to the remainder of the year, it’s crucial

to maintain this momentum. Our goals are ambitious, but I have no doubt that with our collective effort and unwavering

commitment, we can achieve them. Let’s continue to push boundaries, innovate, and strive for excellence in everything we do.

Enjoy the festivities, and thank you for being an essential part of our success!

Mobile : 86-18030235311 | Skype : jessica01235483

WeChat : hu18030235311 | Email : sales3@amikon.cn

Twenty Years Together, Creating a New Glorious Future

--- Preheating for Our Company’s 20th Anniversary Celebration

(Join us on a thrilling journey as we reflect on two decades of incredible achievements, and 

the unwavering support of our amazing community, customers, and talented team members. )

20 years — a journey filled with hard work, innovation, and achievements. For our company, 2024 marks a

significant milestone: our 20th anniversary. To celebrate this momentous occasion, we will host a series of events to

honor our past accomplishments and look forward to an even brighter future.

Since our founding in 2004, amikon have adhered to the core values of "Innovation, Quality, and Service," growing from

a small enterprise to an industry leader. We have continuously innovated, committed to providing the highest quality

products and services to our customers. Over the past 20 years, our team has grown, our market has expanded, and our

products have evolved. Today, our brand not only enjoys a strong reputation domestically but also holds a significant

position in the global market.

To commemorate this significant occasion, we will host a grand 20th-anniversary celebration in August 31st. This

celebration will not only reflect on our past achievements but also look ahead to our future growth. The event will

include speeches from our leadership, testimonials from employees and customers, as well as an exhibition showcasing

key moments from our company’s history. Additionally, we will recognize and honor the employees and partners who

have made outstanding contributions over the past 20 years.

At this special time, we extend our heartfelt gratitude to all our customers, partners, and every employee who has

supported us. It is your trust and relentless dedication that have enabled us to stand out in a highly competitive market

and achieve the success we enjoy today.

Looking to the future, amikon will continue to embrace innovation and quality, with even greater passion and determination

to meet new challenges. We firmly believe that, with everyone’s collective efforts, our company will achieve even greater

accomplishments in the next 20 years, as we walk together toward a brighter future!

Are you excited about the 20th anniversary celebration of amikon?

In order to give back to our customers,

place your order now and enjoy the early bird price (huge discount!) , Pls Contact:

Email : sales3@amikon.cn ➪ Tel : +86-18030235311

Skype : jessica01235483 ➪ WeChat : hu18030235311

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RS 232 port, RS 485 syst, the ABB 07KT92 07KT92 GJR5250500R0262 Central Processing Unit.

ABB CI520V1 3BSE012869R1 AF100 Interface Module

Efficiently calibrate critical machinery with the CI520V1 AF100 from ABB, ensuring precision and reliability in industrial

settings. This versatile instrument supports timely maintenance and operational accuracy, enhancing overall equipment

effectiveness and minimizing downtime. Our ABB Advant OCS parts are tested by our technical staff and come with a

complete 1-year warranty.

ABB PM860K01 3BSE018100R1 Processor Unit Kit

The PM860K01 3BSE018100R1 is a controller module from ABB's AC 800M series. This module features a powerful CPU

capable of handling complex control tasks, with support for multiple industrial communication protocols including Ethernet,

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system configuration.

In the ever-evolving landscape of industrial automation, system precision and synchronization are critical. Whether it’s coordinating robotic arms on an assembly line or maintaining consistent data flow in control systems, timing accuracy is the backbone of modern smart factories. At the heart of this timing infrastructure lies a seemingly simple component—the crystal oscillator.

The Role of Crystal Oscillators in Industrial Automation

Crystal oscillators serve as the frequency reference for nearly all electronic systems, and their importance becomes even more pronounced in industrial applications. In automated production lines, they provide the precise timing required to coordinate sequences of operations between sensors, controllers, and actuators. For example, programmable logic controllers (PLCs) and human-machine interfaces (HMIs) often rely on stable timing sources to execute commands accurately and in synchronization.

Moreover, industrial robot control systems depend on tightly regulated frequencies to ensure motion accuracy and safety. Even minor deviations in oscillator stability can lead to errors in robotic movement, causing inefficiencies or production delays. High-precision crystal oscillators, especially those with low phase noise and high frequency stability, help mitigate these risks.

What Determines Oscillator Stability?

The stability of a crystal oscillator refers to its ability to maintain a constant output frequency over time, despite changes in environmental conditions such as temperature, humidity, and mechanical stress. This is often expressed in parts per million (ppm) or parts per billion (ppb).

Key factors that affect oscillator stability include:

Temperature characteristics: Industrial environments are rarely thermally stable. Temperature-compensated crystal oscillators (TCXOs) or oven-controlled crystal oscillators (OCXOs) are commonly used where thermal fluctuations are significant.

Aging effects: Over time, quartz crystals experience slight physical changes that alter frequency. High-grade crystal units are selected for applications demanding long-term stability.

Mechanical and electrical design: Shielding from vibration and electromagnetic interference further enhances stability.

In environments with electromagnetic noise or vibration—common in factories—using a low jitter crystal oscillator can significantly improve signal integrity and reduce timing errors in digital communication or data acquisition systems.

Precision Frequency Control for Smart Factory Efficiency

Smart factories aim to optimize resource use and production speed while reducing downtime. Synchronization across devices and systems enables these goals, and precision timing is fundamental to achieving it.

For instance, in high-speed packaging or pick-and-place machines, timing delays of even microseconds can impact throughput. By integrating temperature-stable crystal oscillators, such machines can maintain consistency and reliability even under continuous operation. This allows for tighter process control and reduces the chance of errors or system interruptions.

Frequency accuracy also plays a critical role in wireless and wired industrial communication protocols such as Ethernet/IP, PROFINET, or Time-Sensitive Networking (TSN). Any drift in the reference clock can desynchronize devices, causing communication failures or data packet loss.

Choosing the Right Oscillator for Industrial Applications

Not all crystal oscillators are equal, especially when it comes to industrial use. Design engineers must balance trade-offs between size, power consumption, cost, and performance. For high-reliability systems, SMD crystal oscillators with tight frequency tolerance and shock resistance are often preferred. Their compact design allows for integration into densely packed control boards or embedded systems.

On the other hand, TCXOs and OCXOs are more suitable when ultra-high frequency stability is essential, such as in precision metrology or high-end automation controllers. These oscillators are designed to handle extended temperature ranges and demanding mechanical conditions.

In conclusion, the stability of a crystal oscillator is a key factor in the performance and reliability of industrial automation systems. As smart factories become more advanced, with higher demands for speed, precision, and coordination, the need for robust timing solutions grows in parallel. Crystal oscillators—whether standard SMD types or specialized temperature-compensated models—enable accurate synchronization and improved equipment performance across a range of industrial applications.

By understanding the role of oscillator stability and selecting the right component for each use case, engineers can significantly enhance the operational efficiency and fault tolerance of automated systems.

20 Years of Excellence: amikon

20 Years of Excellence: A Grand Celebration, Ushering in a New Era

After experiencing the company’s grand 20th anniversary celebration, everyone feel deeply moved.

We are fortunate to have witnessed this exciting moment. This was not just a celebration, but also a

chance for all of us to reflect on the past and look toward the future.

(Gratitude and Vision: Reflections After the Celebration)

Throughout these 20 years, the company has grown from a small team to an industry leader. Behind this

achievement lies the hard work of countless employees and the wise decisions of the leadership team.

This is not just a job for me but a shared path of growth alongside the company.

In the days ahead, we hope to take a more active role in the company’s projects and innovations. The company’s

growth relies on a spirit of innovation, and as employees, every idea and effort we contribute can propel the company

to new heights. We will continue to improve my skills, maintain a learning attitude, and strive to make greater

contributions to the company in the future.

The company has provided us with a platform full of opportunities and challenges, and we are willing to move

forward together with the company to embrace even more brilliant moments in the future. In this competitive market,

we believe that as long as each of us does our best, the company’s future will be even brighter.

The 20th anniversary celebration has come to an end, but our journey has only just begun. Let us walk alongside the

company, remain true to our original mission, and continue striving to contribute my part to the next 20 years!

[ Contact : Jessica (manager) / Email : sales3@amikon.cn ]

[ Welcome to communication / Mobile : +86-18030235311 ]

(From amikon company)

T8111C is a control and protection device used in power and automation systems. It is commonly used in medium and high

voltage power transmission and distribution systems or industrial automation. T8111C is mainly used to monitor, control and

protect power equipment, such as transformers, circuit breakers, relays, etc. It can detect power parameters such as voltage,

current, frequency, etc., and take protective measures in time to prevent equipment damage or system failure when abnormal

conditions occur. Please see for details: ICS Triplex T8111C Trusted TMR Processor Module

T9110 is a high-performance industrial automation control device widely used in industries such as power, petrochemical, and

manufacturing. The device boasts powerful processing capabilities and high flexibility, making it suitable for complex industrial

control requirements. Its design emphasizes stability and reliability, ensuring long-term, fault-free operation in various industrial

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T9300 is an advanced Distributed Control System (DCS) widely used in industries such as power, petrochemicals, and metallurgy.

It integrates high reliability, flexibility, and scalability, designed for large-scale and complex industrial automation control needs.

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