News

The first day of the 2024 China International Industrial Fair kicked off!

Schneider Electric, with the theme of “Green and Intelligent Innovation, Shaping Future Industrial Influence Together”, opened its grand show and shone at the Industrial Expo.

#Three highlights of Shijia Gongbo

Software defined automation, open automation, industrial sustainability

Showcasing a series of innovative achievements and solutions

Report on “Open Automation Solutions Empowered by Industrial Cellular Networks” Released

Signing partners, working together to unleash future industrial influence

There is also uninterrupted live streaming, taking you to immerse yourself in browsing the Industrial Expo and gaining knowledge!

Currently, the rapid development of new quality productivity and the comprehensive promotion of the new industrialization process. With the rapid development of technologies such as artificial intelligence, digital twins, and industrial Internet of Things, software applications equipped with these cutting-edge technologies and integrated open automation systems will bring continuous optimization of efficiency, cost, and sustainability to enterprises, laying a key foundation for comprehensively promoting the digital and green transformation of traditional industries and accelerating the process of new industrialization.

——Ding Xiaohong

Senior Vice President of Schneider Electric

Head of Industrial Automation Business in China

Further innovation

Further empower technological capabilities

In the industrial field, innovation is a key driving force for the development of new quality productivity. As an active enabler of industrial digital transformation, Schneider Electric has always been driven by innovation, actively deploying cutting-edge technologies such as artificial intelligence, continuously creating compatible and integrated software and hardware solutions, and empowering the industry to improve quality and efficiency. At this Industry Expo, Schneider Electric brought a series of highlight products and solutions characterized by “high technology, high efficiency, and high quality”, demonstrating Schneider Electric’s strong innovation strength in industrial software and hardware.

Modicon Edge I/O NTS

Distributed I/O System

Deeply integrate the latest OPC UA over TSN network protocol to achieve stable and reliable real-time data transmission;

Supports multiple open Ethernet communication protocols and network topologies and can be freely combined, with strong scalability;

Various control platforms can be matched as needed to provide high-performance, highly reliable, and highly flexible industrial control solutions.

This series of innovative solutions integrates digitalization, automation, and electrification capabilities, closely combining Schneider Electric’s advanced technology with rich industry practical experience, deeply empowering users with efficient production and sustainable development.

With the integration and innovation of 5G, edge computing, artificial intelligence and other cutting-edge technologies in the industrial scene, an innovative revolution is taking place in the field of industrial control. Building a networked, open, intelligent and collaborative automation system has become the industry consensus and practical action.

About GE Testing and Control Technology

GE’s testing and control technology business is a leading innovator in the industry, covering sensing measurement, non-destructive testing, condition monitoring, and automation optimization control fields, helping customers achieve precision, efficiency, and safety. Its products are widely used in industries such as aerospace, oil and gas, electricity, transportation, and healthcare. It has over 40 companies in 25 countries and is affiliated with GE Energy Group, providing customers with more environmentally friendly, intelligent, and efficient solutions. Please visit the company website www.gesensinginsight.com

Background information:

OC6000e product:

GE’s new generation DCS system – OC6000e It is a high-performance DCS platform jointly developed by GE Xinhua and GE Global R&D Center to meet the control requirements of 600MW and above supercritical and ultra supercritical units. This new control and optimization solution combines the advanced hardware and network technology of the GE Mark series control system, as well as GE Xinhua’s years of technical accumulation and friendly system software in the power industry. It adopts the latest network communication technology and integrated decentralized control concept to provide advanced integrated control and higher security optimization solutions for the entire plant process and equipment in the power industry. This project has officially obtained its first set of orders in China Announce that GE DCS system has officially entered the Chinese market for 600MW and above supercritical and ultra supercritical units.

Bentley AnomAlert products:

GE’s Bently Nevada AnomAlert three-phase AC motor anomaly diagnosis detector solution provides a low-cost innovative AC motor and load anomaly detection system, which complements predictive maintenance plans. The user interface of this product is extremely simple, and combined with model-based intelligent state analysis, it provides valuable and timely anomaly detection functions for most asynchronous, synchronous, and variable speed motor drive equipment. Using CT/CS and PT, which are usually installed on electric motors, AnomAlert treats the motor itself as a mechanical load status sensor, thereby achieving automatic analysis of fault states.

The AnomAlert system is easy to install and requires almost no human intervention during operation. It combines the significant benefits of anomaly detection with low start-up costs, becoming a complementary component of predictive maintenance plans. Because sensors are usually not required to be installed on electric motors and the loads they drive, AnomAlert is particularly attractive for operating equipment that is difficult to access, suitable for pumps, compressors, and similar loads driven by a wide variety of types of motors.

AnomAlert has the following characteristics:

Can detect electrical and mechanical faults without the need for additional measuring instruments

Continuous monitoring of the motor and its load without the need for human intervention

When a fault type is detected, provide on-site and remote fault type and severity prompts, and recommend solutions.

Send an email to maintenance personnel detailing potential issues; Avoid frequent viewing of data display

• Status monitoring can be requested when needed

• Easy to configure

Low installation cost

No advanced professional skills are required to support status monitoring

• Reduced the need for professionals while providing the same level of status monitoring technology support

• Enable remote diagnostic service capability

No need to lay cables over long distances or install sensors that require special maintenance

Continuous monitoring can reduce periodic portable data collection when there are no faults present

No calibration required

• Identify opportunities for energy conservation and consumption reduction

AnomAlert brings the following benefits to customers:

Installation is extremely easy; Assuming that CT and PT are installed by a service engineer with high-voltage electrical equipment qualification certification with the support and cooperation of the factory’s electrical department, it would normally take less than an hour to install AnomAlert for each motor.

AnomAlert requires very little space and volume on the motor control cabinet panel, and has a simple user display interface.

Fully utilize existing measuring and monitoring instruments, or select recommended current transformers/current sensors and voltage transformers based on the type of motor.

Provide users with automatic notifications of various electrical and mechanical faults through advanced mathematical modeling techniques.

Notice to improve the planning of equipment maintenance and reduce unexpected downtime, thereby increasing the availability of mechanical equipment.

• Easy to use; With simple training and extremely basic technical support, users can quickly get started and master it.

The Bently Nevada AnomAlert motor anomaly detector solution allows factory operators or technicians to spend more time on equipment management based on information obtained from process and reliability data, rather than rushing through data collection time and time again. This greatly reduces the time it takes for maintenance personnel to collect information and try to find the point of problem occurrence, providing great convenience for factory workers. AnomAlert lets the engineering and technical team know where valuable human, material, and energy resources are most critical, so they can take the right measures immediately before serious faults further escalate.

EX2100H product:

GE Testing Control Technology and Harbin Electric Machinery Co., Ltd. (referred to as Harbin Electric) have jointly launched the localized product EX2100H of GE EX2100 excitation system to meet the demand of Chinese power customers for GE’s advanced excitation technology The new localized product is jointly developed by GE and Harbin Electric, which integrates the core technology of GE EX2100 digital excitation system, supplemented by Harbin Electric’s overall design and manufacturing, and is safe and debugged by Harbin Electric The localized product EX2100H of EX2100 excitation system was fully promoted in the Chinese market in September 2010. This localized product integrates GE’s leading technology of high reliability in excitation systems, as well as Harbin Electric’s advanced design concepts. This product will also bring better reliability and higher economy to customers in the Chinese market. EX2100H is widely used, especially focusing on the growing coal-fired power and hydropower markets in China

GE is one of the world’s leading excitation manufacturers, which began developing excitation control systems as early as the 1960s. After more than 40 years of practice and experience accumulation, GE has provided nearly 8000 reliable excitation systems to more than 70 countries and regions around the world. EX2100 is GE’s latest technology level excitation control system, widely used in coal-fired, gas-fired, and hydroelectric power plants. In China, GE has provided nearly a hundred sets of EX2100 excitation systems for coal-fired power plants by collaborating with the three major domestic generator manufacturers.

Jingneng Thermal Power Inner Mongolia Jingtai Power Generation Co., Ltd. (Jingneng Suancigou Power Plant) has successfully installed two localized EX2100 excitation system products. The two generators in the plant were put into operation in March 2010 and are in good working condition.

ADAPTewind products:

The other ADAPTewind showcased at this exhibition is the next-generation condition based maintenance technology. Based on Bentley Nevada’s over 60 years of professional knowledge and experience in the field of condition monitoring, the ADAPT. wind platform integrates valuable experience gained from the installation of the world’s largest sensors and monitoring channels on units. By combining the knowledge of condition based maintenance with GE’s expertise in the field of wind turbines, our condition based maintenance solution has achieved a more advanced and accurate calculation model. Incorporating the best condition monitoring solution into wind turbine design has given birth to technologically advanced predictive maintenance.

The development of the ADAPT. wind solution leverages the powerful intelligence of System 1 *, an industry-leading optimization and diagnostic software platform. Bentley Nevada’s condition based maintenance solution enables data to be transformed into actionable information * and provided to power plant owners and operators. The solution also integrates the Dynamic Energy Index (DEI), which was specifically developed by GE’s global R&D center to further enhance early fault detection capabilities.

XL G3 Industrial Video Endoscope Products:

The upgraded XL G3 industrial video endoscope uses the latest breakthrough technology in 3D phase stereo measurement,

Changing the game rules, it provides 3D imaging technology to improve the accuracy and efficiency of manufacturing, maintenance, and inspection processes for aerospace and power equipment. Previously, measurements were mainly conducted using stereo measurement and shadow measurement methods, which were relatively complex and required replacing the observation lens with a measuring lens. And the probe must be replaced from a viewing probe to a measuring probe, which increases the time of the detection process. Three dimensional phase measurement provides a cross-sectional view, which detects the cross-section of an object. With the sectional view, inspectors can rotate and zoom to obtain more accurate defect information. The ability to diagnose the shape and characteristics of defects more comprehensively enables better assessment of asset availability This new technology only uses an integrated lens probe to provide precise 3D surface scanning.

ABB remains one of the top 50 automation and digitalization brands for the year

Five products won the Digital Innovation Award and Automation Innovation Award

Yang Rong, Vice President of ABB Electric China, discusses how low-carbon parks can empower industrial green development

In the annual selection results announced at the China Automation+Digitalization Industry Annual Conference (CAIMRS 2024) today, ABB won five annual product innovation awards and remained among the top 50 automation+digitalization brands of the year, fully demonstrating ABB’s strong innovation strength and leading position in industrial automation and digital transformation. At the same time, Yang Rong, Vice President of ABB Electric China, gave a speech at the annual conference forum, sharing ABB’s contribution to building low-carbon parks and empowering sustainable industrial development through green and innovative electrical solutions.

As a global technology leader, ABB adheres to the dual wheel drive of digitalization and sustainable development, and integrates cutting-edge technologies such as artificial intelligence, cloud computing, and industrial Internet into its electrical and automation product portfolio. It continues to create new value for customers in the fields of power, industry, transportation, and infrastructure, and supports China to accelerate the development of new quality productivity while enabling industry digitalization and low-carbon transformation. In this selection, ABB OptiFactTM modular software platform and ABB Cloud Drive both won the “Digital Innovation Award”; The new generation of measurement products equipped with advanced Ethernet physical layer technology, M2QA IE5 motors, and Emax 2/E high-voltage air circuit breakers have won the “Automation Innovation Award” in the detection, drive and execution, and distribution categories. Among them:

The latest ABB OptiFactTM modular software platform launched in 2023 simplifies data collection, visualization, and analysis in automated production facilities, enabling users to easily collect, manage, and analyze data from hundreds of factory equipment, including ABB robots, providing better visibility for factory operations. OptiFact is a supplement to ABB Robotics’ existing digital solution suite, which can save up to 25% of data collection and analysis time and help factory operations increase production efficiency by up to 20%.

ABB Cloud Drive integrates cloud connectivity, cloud monitoring, cloud diagnostics, cloud prediction, cloud optimization, and cloud archiving functions. With a connection based digital solution at its core, it is compatible with multiple ABB Drive products and provides customers with a digital experience that goes beyond product value. This digital product optimizes equipment performance, shortens downtime, saves energy consumption, reduces safety accidents, lowers system costs, and improves production efficiency through digital operation and maintenance. It is widely used in industries such as food and beverage, chemical, metallurgical, HVAC, and water.

The ABB new generation measurement product equipped with advanced physical layer technology of Ethernet, which was globally launched at last year’s CIIE, has a communication rate of 10 Mbps and can be seamlessly integrated into the Ethernet of hazardous areas at the bottom of factories, fully tapping and releasing the asset value of on-site data. Instruments equipped with this technology can be deployed in harsh environments and hazardous areas such as chemical, oil and gas industries, and achieve long-distance, high-speed, stable and reliable transmission. They can be connected from the site to the cloud, promoting the implementation of industrial Internet of Things applications and accelerating the digital and intelligent transformation of modern factories.

M2QA motor is a mid to high end universal low-voltage three-phase asynchronous cast iron motor developed by ABB for the Chinese market. Its efficiency reaches the first level energy efficiency level of the national standard GB18613-2020, and it has the advantages of high efficiency, energy saving, reliability, durability, and flexible design. This product is suitable for various complex application requirements and can provide customized design solutions. It is newly upgraded based on ABB’s mature M2QA platform, with significantly improved energy efficiency and further optimized performance, which can effectively reduce carbon emissions.

ABB’s new generation Emax 2/E high-voltage air circuit breaker conforms to the trend of digitalization, intelligence, and low carbonization of power equipment in the new power system, and supports the development of new energy fields such as wind power and solar energy through advanced technical performance. Its series framework current can reach 6300A, which can not only protect electrical circuits and ensure long-term stable operation of equipment in the fields of power generation and distribution, but also reduce energy consumption and waste according to user needs. It is a major “weapon” to empower the industry’s green and low-carbon transformation.

Yang Rong, Vice President of ABB Electric China and Head of Sales for ABB Electric China’s Smart Buildings and Smart Power Market, delivered a speech titled “Empowering Industrial Green Development with Low Carbon Parks” at the main forum of the event, emphasizing the importance of China’s green industrial development and low-carbon energy transformation as a global manufacturing powerhouse. As the core of industrial enterprise agglomeration, the low-carbon development of industrial parks is particularly crucial. ABB focuses deeply on energy transformation and energy efficiency improvement in the process of sustainable development, continuously empowering intelligent manufacturing and new industrialization construction with advanced digital and low-carbon technologies, and opening up a path for the transformation of low-carbon parks.

http://www.dcsintegration.com/product-category/abb/

In his speech, he used ABB Xiamen Industrial Center as an example to introduce how to create a demonstration model for low-carbon transformation in the park. This project significantly reduces carbon emissions and improves energy efficiency by adopting an innovative energy regulation system and integrating the application of new energy generation and storage systems. It draws a replicable and scalable low-carbon blueprint, achieving 50% clean energy substitution for the park’s electricity and saving costs. It is expected to reduce 13400 tons of carbon emissions annually, clearly demonstrating how ABB’s intelligent digital technology can turn low-carbon vision into reality. On February 28th, the project was included in the list of typical cases of energy green and low-carbon transformation announced by the National Energy Administration, becoming a model for the development of green and low-carbon transformation.

CAIMRS 2024 is the 20th China Automation+Digitalization Market Seminar held by China Industrial Control Network, and also a grand annual conference of China’s industrial automation industry. It brings together experts, scholars, and enterprise representatives from the global automation and digitalization fields to discuss industry development trends, technological innovation, and future development directions. As an important part of the CAIMRS Annual Ceremony, this year’s selection combines user voting, market research, big data analysis, and expert selection to select, record, and disseminate innovations and innovations that drive the strong development of Chinese manufacturing.

ABB is a technology leader in the field of electrical and automation, committed to empowering a more sustainable and efficient future. ABB integrates engineering experience and software technology into solutions to optimize manufacturing, transportation, energy, and operations. Adhering to over 140 years of outstanding history, ABB’s more than 105000 employees worldwide are dedicated to driving innovation and accelerating industrial transformation. ABB has comprehensive business activities in China, including research and development, manufacturing, sales, and engineering services. It has about 30 local enterprises and approximately 15000 employees spread across nearly 130 cities. Its online and offline channels cover about 700 cities across the country.

• ABB Robotics and Molg will create robotic microfactories for data center server disassembly and component recovery
• Collaboration tackles electronic waste (e-waste) production, projected to rise to 75 million tons by 2030¹
• Automated disassembly and recovery addresses environmental and regulatory demands as well as worker welfare

ABB Robotics is collaborating with US start-up Molg to create robotic microfactories to recover and recycle data center operators’ disused electronic equipment, commonly known as e-waste. With global e-waste projected to rise to 75 million tons by 2030^[1], the microfactories will play a vital role in reducing the electronic waste, helping the data center sector operate more efficiently and sustainably.

“Through this collaboration, we continue to realize our vision of helping organizations operate more efficiently and sustainably,” said Craig McDonnell, Managing Director Business Line Industries, ABB Robotics. With Molg, we are creating new applications for industrial robotics in a growing segment with circularity and sustainability at the core. Our solution enables the upgrading and automated disassembly of data center equipment, helping to create greater circularity in the data center sector through responsible disposal, recycling, and reuse of components.”

Advancees in computing such as AI, machine learning and the cloud necessitate the need for data centers to upgrade and expand their facilities more frequently. Today, data centers are major contributors to the 2.6 million tonnes of e-waste generated worldwide each year.

ABB Robotics continues to support innovation ecosystems through collaboration and venture capital investments. ABB Robotics & Automation Ventures (ABB RA Ventures) participated with an investment in Molg’s seed round led by Closed Loop Partners’ Ventures Group, alongside Amazon’s Climate Pledge Fund, Overture, Elemental Impact and Techstars Ventures.

Molg was recognized as a winner by ABB’s Motion drive business in its ABB Accelerating Circularity Startup Challenge 2023, Molg’s robotic microfactory can autonomously assemble and disassemble complex electronic products including laptop PCs, servers, and industrial electronics.

As an alternative to manual disassembly, or sending equipment to landfill or incineration, the microfactory solves many of the challenges associated with the disposal of electronic waste. With end users facing increasing regulations regarding the responsible handling of de-commissioned equipment^[3], automated disassembly reduces the risks associated with handling toxic elements that can damage the environment and human health, and releases workers from handling arduous and potentially dangerous tasks.

With many components also containing rare earth elements (REEs), the ability to maximize their recovery through automation also provides an economic opportunity to reuse them in the production of new electronic equipment.

The microfactory solution is aimed at hyperscalers operating large networks of data centers and IT Asset Disposition (ITAD) companies.

“We are excited to have the support of ABB, a global leader in robotics and automation, as we continue pushing the boundaries of what is possible in circularity and automation,” said Rob Lawson-Shanks, CEO & Co-Founder of Molg. “With this investment from ABB, we can accelerate our work to create more sustainable, circular manufacturing processes for electronics that ensure valuable materials are kept in circulation and enhance supply chain resilience.”

The solution is part of Molg’s wider portfolio that includes design-for-circularity and component traceability software tools enabling manufacturers to create products that can be easily de-manufactured and recycled at the end of their life.

ABB is a technology leader in electrification and automation, enabling a more sustainable and resource-efficient future. The company’s solutions connect engineering know-how and software to optimize how things are manufactured, moved, powered and operated. Building on over 140 years of excellence, ABB’s more than 105,000 employees are committed to driving innovations that accelerate industrial transformation. http://www.dcsintegration.com

ABB Robotics & Automation Ventures (ABB RA Ventures) is the business-led strategic venture capital unit of ABB Robotics & Discrete Automation, part of ABB’s corporate venture capital framework: ABB Ventures. Since its formation in 2009, ABB Ventures has invested around $500 million in startups with a close fit to its electrification, robotics, automation, and motion businesses. For more information, visit http://www.dcsintegration.com/product-category/abb/

Molg tackles the growing e-waste problem by making manufacturing circular. The company’s robotic microfactory can autonomously disassemble complex electronic products like laptops and servers, helping keep valuable components and materials within supply chains and out of landfills. Molg partners with leading electronics manufacturers to design the next generation of products with reuse in mind, ensuring that one product’s end is another’s beginning. To learn more, visit molg.ai.

ABB, as an expert in electrical problem solving, participated in the 2024 Yipaike Industrial Products Exhibition and the Petroleum and Petrochemical Industry Exhibition

ABB provides end-to-end sustainable medium and low voltage distribution systems and full lifecycle services to meet the electrical needs of various application scenarios in the upstream, midstream, and downstream of the petroleum and petrochemical industry

Based on excellent product design, environmentally friendly material selection, and green and efficient production processes, ABB helps customers save carbon emissions throughout their entire lifecycle

Green and low-carbon is an important direction for the transformation and upgrading of China’s petroleum and petrochemical industry. It is necessary to promote breakthroughs in key technologies and technological achievements of new green chemical industry, accelerate the development of new quality productivity, and promote revolutionary changes in the energy sector. At the 2024 Yipaike Industrial Products Exhibition and Petroleum and Petrochemical Industry Exhibition held from October 11th to 13th, ABB, as an expert in electrical problem solving in the petroleum and petrochemical industry, showcased its innovative medium and low voltage distribution and service solutions, demonstrating its full scenario low-carbon product capabilities that run through solution design, project construction, system operation, and lifecycle maintenance, helping petrochemical enterprises ensure continuous and stable production processes, achieve cost reduction and efficiency improvement, and empower sustainable development.

At present, various petrochemical enterprises are vigorously implementing energy conservation and emission reduction, as well as clean energy substitution for production, to reduce fossil energy consumption and carbon dioxide emissions from the source. Faced with numerous problems faced by industry enterprises, such as complex and isolated systems, low operation and maintenance efficiency, extensive management, and the unsustainability of traditional energy, there is an urgent need for an energy management “brain” to timely, accurately, intelligently, and flexibly address these issues.

The ABB Smart Energy Carbon Management Platform is an energy management cloud platform based on IoT technology. The functions of this “central processor” include energy carbon management, energy optimization, virtual power plants, equipment management, and operation and maintenance work orders. Firstly, with the integration of more clean energy sources, ensure the reliability of electricity consumption, reduce unplanned power outages, and guarantee production operations. At the same time, the operation efficiency is improved. In terms of real-time data collection and monitoring of energy consumption data, production process optimization and security management, edge computing equipment is deployed to realize real-time monitoring and preliminary analysis of key parameters, thus improving equipment safety and production efficiency. In addition, advanced algorithms are used to analyze and predict equipment failures, achieve predictive maintenance, and reduce downtime and maintenance costs.

Reliable and stable medium and low voltage distribution equipment is the underlying guarantee of the “brain” of energy management. Due to the continuity and high degree of automation in the production process of petroleum and petrochemicals, any power failure or power quality issue may lead to serious safety hazards and economic losses. ABB provides time proven power supply safety and power quality solutions to help petrochemical companies ensure the stability and efficiency of their power systems, safeguarding their safe production.

At the exhibition site, ABB showcased modular, diversified, and high-quality electrical equipment, such as UniGear ZS1 500mm cabinet width medium voltage switchgear, ZX2 medium voltage switchgear, iVD4 medium voltage intelligent circuit breaker, MNS Digital low voltage switchgear, WavePro series bus duct, PowerCare worry free operation and maintenance services, OneFit ® replacement service products, etc.

Among them, the star product displayed, UniGear ZS1 500mm cabinet wide medium voltage switchgear, was born in 2019 and is currently ABB’s narrowest mid mounted switchgear. This year marks the 25th anniversary of ABB’s launch of UniGear switchgear. Over the past 25 years, this product series has installed more than 700000 units worldwide, ensuring the continuity, reliability, and safety of electricity consumption in many key industries, including the petroleum and petrochemical industry, with high reliability and technological leadership, and helping to meet the growing demand for sustainable development.

The MNS Digital switchgear inherits the leading quality standards and manufacturing processes of the MNS system, combining intelligent devices with data interfaces to transform traditional preventive maintenance into predictive maintenance. Integrating ABB low-voltage switchgear operation monitoring system, customers can real-time understand the operation status and equipment health status of low-voltage switchgear. Based on big data learning and mechanism models, equipment health artificial intelligence algorithms can achieve forward-looking maintenance, greatly improving maintenance efficiency and meeting the safe, reliable, and sustainable electricity needs of users in the petrochemical industry. This year marks the 30th anniversary of the establishment of ABB Low Voltage Electrical Equipment Co., Ltd. in Xiamen. ABB will continue to focus on innovation and provide protection for customers’ safety production.

The ABB WavePro series low-voltage dense bus duct is a complete set of equipment used for transmitting and distributing electrical energy in low-voltage distribution systems. It has the advantages of high current carrying capacity, high protection level, convenient distribution of electrical energy, safety and reliability. These two bus duct products will further improve the electrification rate of the energy system and provide reliable support for the utilization of clean energy.

In order to better assist enterprises in achieving environmental goals, ABB is committed to helping customers save carbon emissions throughout the entire lifecycle through excellent product design, environmentally friendly material selection, and green and efficient production processes. It also provides comprehensive information disclosure on the environmental impact of products throughout their lifecycle, helping petroleum and petrochemical customers better control their carbon footprint.

ABB PU515A 3BSE032401R1 is a powerful automation control module commonly used in industrial automation and control systems to support various control and monitoring tasks. Here are some key points of its technical parameters:

1. Power specifications

●Power type: DC power supply

●Input voltage range: DC 9-36V, typical value is DC 24V

●Power redundancy: Supports dual power redundant inputs to improve system reliability

●Voltage isolation: DC1500V power isolation to ensure electrical safety

●Power consumption: less than 4W, efficient and energy-saving

2. Communication interface

●Supporting protocols: Multiple communication protocols and standards may be supported, such as CANopen, Ethernet/IP, Modbus, Profibus, etc. The specific supported protocols may vary depending on product configuration and version.

●Communication speed: When supporting the Profibus DP bus standard, the communication speed can cover multiple speed levels such as 9.6kBit/s to 12MBit/s.

3. Input/output characteristics

●Input/output channels: Supports 8-channel input or output (specific number of channels may vary depending on product model and configuration), as well as a new 4-channel analog input, providing 16 bit resolution analog signal processing capability.

●Real time acceleration function: With real-time acceleration function, it can convert digital signals into switch output, improving the real-time and reliability of data processing.

●I/O module management: I/O modules support automatic discovery and addition/deletion, simplifying the configuration and maintenance process.

4. Electrical protection and safety

●Lightning protection: Provides 4000V lightning protection capability to ensure the safe operation of equipment in harsh electrical environments.

●Overcurrent protection: It has a 1.5A overcurrent protection function to prevent equipment damage caused by excessive current.

●Surge protection: Provides 600W surge protection capability to further enhance the electrical safety of the equipment.

5. Physical and environmental characteristics

●Protection level: IP30 protection level, ensuring the normal operation of equipment in general industrial environments.

●Shell material: The shell is reinforced with wavy aluminum to improve the structural strength and heat dissipation performance of the equipment.

●Installation method: Supports standard industrial 35mm rail installation method for easy installation and fixation.

●Working temperature range: Wide working temperature range (-40 ℃ to+80 ℃), ensuring stable operation even in extreme environments.

6. Other characteristics

●High reliability design: specifically designed for industrial automation systems to ensure stable and reliable operation under various working conditions.

●Modular design: Adopting modular design, it facilitates users to expand and customize the system according to their needs.

●Industrial standard compliance: usually conforms to industrial standards and specifications, ensuring compatibility with other equipment and systems.

The news about ABB GFD563 3BHE046836R0101 can be summarized from the following aspects:

1、 Product Overview

ABB GFD563 3BHE046836R0101 is an important product of ABB company, which may refer to high-performance controllers or frame circuit breakers according to different data.

●As a controller: ABB GFD563 3BHE046836R0101 (or similar models such as GFD563A101/A102) is a high-performance controller widely used in manufacturing, energy, and transportation industries. It has excellent performance, stability, and reliability, and can meet various complex control requirements. This controller plays a key role in various product operation fields, such as controlling various processes on production lines, monitoring and controlling power plants, power grids, and energy distribution systems, as well as for traffic signal control.

●As a frame circuit breaker: ABB GFD563 3BHE046836R0101 is also a model of frame circuit breaker from ABB, mainly used in low-voltage distribution systems. It can protect circuits and equipment from the effects of overload and short circuit, ensuring the safe operation of the power system.

2、 Product Features

① High performance processing: As a controller, it adopts high-performance processors and advanced control algorithms, which can achieve fast and accurate control response, meeting the control requirements of high precision and high dynamic response.

Flexible configuration: Provides rich configuration options, allowing users to customize settings according to specific application needs, such as IO interface configuration, control algorithm selection, etc.

② Stable operation: Whether as a controller or a frame circuit breaker, high-quality electronic components and advanced production processes are used to ensure its stable operation and long lifespan. At the same time, it also has comprehensive protection functions, such as overcurrent, overvoltage, overheating, etc., to ensure the safe operation of the equipment.

3、 Application Fields

① Manufacturing: In the manufacturing industry, ABB GFD563 3BHE046836R0101 (or similar model) high-performance controllers are widely used to control various processes on production lines, including assembly, production, and quality control. It can improve production efficiency, reduce production costs, and optimize production processes.

② Energy industry: In the energy industry, this high-performance controller can be used to monitor and control power plants, power grids, and energy distribution systems, improving the efficiency, reliability, and responsiveness of energy systems.

③ Transportation: In the field of transportation, it can be used for traffic signal control, railway signal systems, etc., to ensure smooth traffic and the safety of transportation systems.

4. Other fields: As a frame circuit breaker, it is widely used in various fields such as gas, water supply, sewage treatment, metallurgy and steel manufacturing, hydropower, thermal power generation, papermaking industry, glass manufacturing, etc., providing power protection for various industrial applications