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Advancing Endoscopy Technology with AC/DC Power Supplies and DC/DC Converters

Unlocking the Safety of Medical Equipment: Advancing Endoscopy Technology with AC/DC Power Supplies and DC/DC Converters

Navigating the complexities of endoscopy technology presents significant challenges. As invasive devices, endoscopes must adhere to strict leakage current regulations while fulfilling diverse power requirements, ranging from lighting to powering motors and cameras. To address these complexities, P-DUKE offers a comprehensive range of custom DC/DC converters designed to meet Type CF standards, ensuring that leakage current remains below 10µA.

Ensuring Electrical Safety in Medical Equipment

The electrical safety of medical devices is fundamentally achieved through two key protective measures:

  1. Isolation Barrier: The barrier between high-voltage AC or DC and the low-voltage electronic equipment connected to the patient. This topic is covered in our patient monitoring equipment case study.
  2. Limiting Leakage Current: The leakage current that could potentially flow through the patient’s body must be restricted. While industrial and household applications may allow leakage currents of up to 30mA, medical applications impose much stricter limits. Medical standards define three classes of equipment:
    • Type B (Body): Applications with no patient connection.
    • Type BF (Body Floating): Applications with patient connection.
    • Type CF (Cardiac Floating): Applications with patient connection, suitable for cardiac use.

Under normal operating conditions, leakage current must not exceed the following limits:

Leakage Current Type B Type BF Type CF
Earth Leakage Current 500µA 500µA 500µA
Enclosure Leakage Current 100µA 100µA 100µA
Patient Leakage Current 100µA 100µA 10µA

The primary source of leakage current is the EMI filter used on the primary side of AC/DC power supplies. P-DUKE offers a variety of AC/DC power supplies with built-in Class B EMI filters that meet the 100µA leakage current requirement for Type BF applications (see Figure 1). However, achieving the 10µA leakage current limit required for Type CF applications using only AC/DC power supplies would necessitate excessively large EMI filters.

Integrating AC/DC Power Supplies with DC/DC Converters

As a result, a combination of AC/DC power supplies and downstream DC/DC converters compatible with Type CF applications is often employed. Let’s explore a practical example.

Today, medical endoscopes are not only used for diagnostics but also for minimally invasive surgeries, incorporating modern optics, motors, soft robotics, and high-precision mechanics. These devices, used inside the human body, may come close to the heart and come into contact with blood. Therefore, they must comply with the 10µA leakage current limit for Type CF applications.

A customer sought to design a more compact video endoscope, equipped with an LED light source, a built-in camera in the endoscope’s head, and small motors that control the head’s movement.

How P-DUKE’s Power Solutions Enable Efficient Endoscope Power Systems

The system consists of a central processing unit (CPU) with a microprocessor, an interface to an external video processing unit, a hospital information system, and optional external storage devices. The total power consumption is approximately 26W.

The endoscope requires a 5V/20W power supply for the LED and camera, as well as a 12V/5W power supply for the small motor controlling the head’s movement via a Bowden cable.

The total system power consumption is approximately 44W. With P-DUKE’s full range of power converters, a highly flexible solution can be easily established (see Figure 2).

P-DUKE’s Medical Power Solutions: Enhancing Endoscopy Technology

The 65W MAD65 medical AC/DC power supply converts the AC power into a 12V bus voltage. It is a plug-and-play solution, with a built-in Class B EMI filter, and meets the medical requirements of 4000VAC reinforced isolation and 2xMOPP.

P-DUKE offers a comprehensive range of AC/DC power supplies from 15W to 450W, all of which comply with the 2xMOPP standard and have been updated to the latest medical safety certification EN60601-1 ED3.2.

Various power supply voltages for electronic devices are provided by P-DUKE’s downstream medical DC/DC converters. With leakage currents well below the 10µA limit, all these converters meet the Type CF standards.

For the microprocessor, a 5V/20W module is used, with additional 5W/10W DC/DC converters isolating all interfaces from the internal systems.

The same 5V/20W module powers the LED and camera in the endoscope, while a 12V/5W converter drives the motor. If a 3.3V power supply is needed, a small auxiliary converter can easily provide it.

Model MPM20-12S05 MPP10-12S05A/B MPK06-12S12A/B MPU01-12S3P3
DC/DC Converter
Input Range 9 – 18V 9 – 18V 9 – 18V 9.6 – 14.4V
Output 5V/20W 5V/10W 12V/5W 3.3V/1W
Isolation 5000VAC 5000VAC 5000VAC 5000VAC
Leakage Current 2.5µA max 2µA max 2µA max 2µA max
Dimensions/Package 1.6 x 1 inch DIP24 DIP24 SIP-9

P-DUKE’s medical power converter series makes it easy to design highly flexible solutions that meet all necessary safety requirements.

Redesign Considerations

The customer is now considering replacing the MAD65 AC/DC power supply with the new MAD50 50W series. The MAD50 occupies 25% less space (3” x 1.5”) than the MAD65 (3” x 2”), thereby freeing up space for other functions.

Model Today Redesign
MAD65US12C AC/DC Power Supply MAD50US12B
Vin 85 – 264 85 – 264
Output 12V/65W 12V/50W
Isolation 4000VAC 4000VAC
EMI Filter Class B Class B
Protection Class I Class II
Dimensions/Package 3 x 2 inch 3 x 1.5 inch

P-DUKE’s advanced medical power supply solutions continue to provide cutting-edge technology, ensuring the safety and efficiency of medical devices like endoscopes.

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ALSTOM MCGG62N1CB0753F High-Performance Control Module

Revolutionizing Wood Cutting with LVM2120 3D Laser Profile Sensor

As demand for high-quality wood products continues to rise in the domestic market, the wood processing industry is embracing large-scale automation and mechanization. Traditional methods of positioning wood for processing or cutting often rely on mechanical clamps, which offer only coarse alignment. This lack of precision can result in misalignments, compromising the quality of the finished product.

A Smarter Approach to Precision

The LVM2120 3D Laser Profile Sensor from Elco provides a cutting-edge solution to this challenge. By leveraging advanced profile scanning technology, this sensor ensures pinpoint positioning of wood panels, enhancing processing accuracy and minimizing errors. Moreover, its rapid measurement capabilities are perfectly suited for the high-speed demands of modern production lines.

Key Specifications

  • Model: LVM2120
  • Profile Points: 1456
  • Installation Distance: 52 mm
  • Measurement Range: 26 mm
  • Field of View: 19–23 mm
  • Laser Wavelength: 405 nm

How It Works

The LVM2120 operates by scanning the wood panel with its line laser sensor positioned directly above the detection area. The process begins when the sensor receives a trigger signal, initiating a precise scanning operation. The collected data is transmitted to a PLC, which communicates with a servo motor to adjust the panel’s position with exceptional accuracy.

Step-by-Step Detection Process

  1. Transport and Rough Positioning: The wood panel is moved to the detection station by a conveyor system. Mechanical clamps provide an initial rough alignment.
  2. Laser Scanning: Once the panel reaches the sensor’s detection range, the LVM2120 begins scanning with its laser to determine precise positioning data.
  3. Data Transmission: The sensor calculates any deviations between the panel’s actual and intended position, sending this information to the PLC.
  4. Precision Adjustment: The PLC uses the data to guide the servo motor, aligning the panel with unparalleled precision for processing or cutting.

Advanced Detection Tools

The system utilizes a profile position tool capable of automatically identifying corner and edge features on the panel. This tool outputs precise XZ coordinates, enabling high-accuracy positioning with a precision of up to 20 µm.

Benefits at a Glance

  • Enhanced Quality: Eliminates misalignment issues, ensuring high-quality cutting and processing.
  • Increased Efficiency: Fast detection and adjustment support high production speeds.
  • Reliable Precision: Achieves industry-leading positioning accuracy, meeting stringent production standards.

With the LVM2120 3D Laser Profile Sensor, wood processing facilities can achieve the perfect balance of efficiency, precision, and quality. This innovative solution is setting a new benchmark for automated wood cutting technologies.

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GE Mark V Cards – Brand New and In Stock Now

Looking for high-quality, reliable GE Mark V control cards? We’ve got you covered with a range of fully original, brand-new GE Mark V cards, all available in stock for immediate delivery. These cards are essential for maintaining the performance and reliability of your General Electric turbine control system. Our inventory includes the following models:

  • GE DS200TCTGG1A
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  • GE DS200RTBAG2A
  • GE DS200TBQCG1A
  • GE DS200TCRAG1A
  • GE DS200TBCAG1A
  • GE DS200PCCAG4A
  • GE DS200TBQAG1A
  • GE DS200EXPSG1ACB
  • GE 531X307LTBAKGI
  • GE DS200CTBAG1A
  • GE DS200QTBAG1A DC
  • GE DS200PTCTG1A
  • GE DS200ACNAG1A
  • GE DS200TBQBG1A CB

Why Choose Our GE Mark V Cards?

  1. Brand New and Original: All of our GE Mark V cards are sourced directly from General Electric, ensuring full compatibility and top-tier performance for your systems.
  2. Ready for Immediate Shipment: We keep these cards in stock, so you don’t have to wait for long delivery times.
  3. High-Quality Assurance: These components meet stringent GE standards for durability and reliability, making them perfect for critical industrial applications.
  4. Wide Range of Models: Whether you need a DS200TCTGG1A or the DS200TBQBG1A CB, we have the parts you need to keep your turbine control systems running smoothly.

Why Do You Need GE Mark V Cards?

GE Mark V turbine control systems are widely used in power generation, ensuring smooth, efficient, and safe operations. These control systems require highly reliable components like the GE Mark V cards to maintain optimal performance and prevent downtime. Our inventory of GE Mark V cards helps you keep your systems operating at peak efficiency, minimizing the risk of costly breakdowns or maintenance delays.

How to Order

Our team is ready to assist you with your purchase. Simply contact us with the part number you need, and we will handle the rest, ensuring fast and secure delivery to your location.

Don’t let downtime affect your operations. Stock up on essential GE Mark V cards today!

For more information or to place an order, please contact us directly.

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World Sensor Summit 2024 (WSS) Scheduled for December 1-2 in Zhengzhou

World Sensor Summit 2024 (WSS) Scheduled for December 1-2 in Zhengzhou

The 2024 World Sensor Summit (WSS) will be held in Zhengzhou on December 1-2, 2024! This event promises to be a landmark occasion for the global sensor technology industry.

Key Highlights:

  • Focus on Global Sensor Technology and Industry Development
  • Building a Premier Global Event for the Sensor Industry
  • Promoting Advances in Sensor Technology and Enhancing the Industry’s Supply Chain
  • Optimizing Industrial System Structures and Building an Industry Ecosystem
  • Elevating Smart Manufacturing Technologies and Equipment
  • Boosting the Development of Smart Sensor Bases in Central and Western China
  • Creating a “New Landmark” for Economic Development in Zhengzhou

The World Sensor Summit 2024 will take place under the theme “Perceiving the World, Innovating the Future.” The event will focus on the central idea of “Rooted in Central China, Radiating Across China, Leading Globally,” and aim to “Strengthen the Industry, Strengthen Cooperation, and Strengthen the Brand.” The summit will feature an “International, Smart, and Professional” approach and will focus on “High Quality, High Efficiency, and High Standards.” The event will emphasize “Optimal Order, Optimal Environment, and Optimal Service.”

The summit will bring together influential scientists, entrepreneurs, and government leaders from around the world to discuss the cutting-edge technologies, industry trends, and critical issues facing the sensor field.

Organizing Bodies:

  • Guiding Unit: People’s Government of Henan Province
  • Host Units: People’s Government of Zhengzhou City, China Instrument and Control Society (CIS)

Opening Ceremony and Keynote Sessions:

  • Date & Time: December 1, 2024, 09:00-12:20
  • Location: Zhengzhou International Convention and Exhibition Center (Xuanyuan Hall ABC)
  • Key topics will include national and regional sensor technology policies, future sensor development needs, industry challenges, and solutions, as well as the development and application of sensor technologies both domestically and internationally.

Breakout Sessions:

  • Date & Time: December 1-2, 2024
  • Location: Zhengzhou International Convention and Exhibition Center Seven breakout sessions will cover hot topics in sensor technology, with participation from academic leaders, international organizations, and top industry professionals. Discussions will center on the development trends and application cases of sensor technologies across various industries.
  1. MEMS Intelligent Sensor Technology Session
  2. Automotive Sensors Session
  3. Biomedical Sensor Technology Session
  4. Fiber Optic Sensors and LiDAR Session
  5. Advanced Optoelectronic Sensors Session
  6. Smart Perception and Satellite IoT Industry Session
  7. Automotive-grade Semiconductor Industry Session

Concurrent Activities:

  • China (International) Sensor Innovation and Entrepreneurship Competition Final
  • Second International Sensor Entrepreneurs Summit
    • Date: December 1, 2024
    • Location: Zhengzhou International Convention and Exhibition Center
  • First “Shangdu Cup” Sensor Entrepreneurship Project Roadshow
    • Date: December 2, 2024
    • Location: Zhengzhou International Convention and Exhibition Center
  • Industry Matchmaking Conference
    • Date: December 1-2, 2024
    • Location: Zhengzhou International Convention and Exhibition Center

This event is set to be a key opportunity for industry professionals to gather, exchange insights, and foster collaborations that will shape the future of the global sensor technology landscape. Don’t miss out on this exciting and high-impact event!

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ABB sets a new industry benchmark, launches EPD environmental product statement for large motors

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Enhance the transparency of potential carbon dioxide emissions reduction information through third-party validated data

The use phase emissions of large motors account for 99% of their total lifecycle emissions, emphasizing the important role of energy efficiency and clean energy sources in achieving decarbonization goals

The Environmental Product Declaration (EPD) is expected to play a key role in future non-financial reporting obligations, affecting all companies listed on the US, UK, Swiss, or EU stock markets

Recently, ABB has been the first to release an Environmental Product Declaration (EPD) for large motors that complies with the ISO 14025:2006 Type III standard, covering the AMS 1120 synchronous motor series and setting a new industry benchmark for transparency in large motor emission declarations. This series of motors is mainly used in liquefied natural gas (LNG), natural gas and air compression in the petrochemical industry, and chemical or metal air separation industries.

EPD is a standardized document that details the environmental impact of a product and provides a comprehensive overview of carbon dioxide emissions throughout the entire lifecycle of a motor (from design, material extraction, manufacturing, use to disposal) that has been verified by a third party. Therefore, EPD provides ABB customers with validated environmental data to ensure transparency and help them make more informed decisions when choosing products that meet sustainable development goals.

The AMS series motor data provided in EPD makes the carbon dioxide emissions at every stage of the product lifecycle more transparent. The data shows that the motor usage stage has the greatest impact on emissions throughout its lifecycle, accounting for 99% or 2.4 million tons of carbon dioxide, highlighting the importance of improving energy efficiency and selecting power sources during this stage. Therefore, improving energy efficiency and choosing sustainable sources of electricity are key strategies to reduce the overall environmental impact of these motors. Another key part of the AMS motor lifecycle is the upstream stage, which involves the extraction of raw materials and the production of intermediate components, resulting in 279 tons of carbon dioxide.

This EPD reaffirms ABB’s commitment to sustainability and information transparency. The release of the first large motor EPD marks an important milestone in our industry’s journey towards a low-carbon society. By publicly sharing information on AMS motors and other future products, we enable customers to assess the environmental footprint of motors and make wise choices that align with their sustainable development goals, “said David Bjerhag, Global Business Line Manager for High Speed Synchronous Motors in ABB’s Large Motor and Generator Division

Looking ahead, this measure will ensure that the industry better responds to future regulatory requirements, including the EU Ecological Design Directive and upcoming non-financial reporting requirements, which will affect companies listed on stock markets in the US, UK, Switzerland, or EU.

ABB China Motor and Generator Business

ABB’s motor and generator business is a global industry leader with over a century of history, providing a complete range of motor, generator, NEMA motor, and servo motor products. Our rich and reliable products, services, and solutions can fully meet the needs of almost all industry customers, and are widely used in many industries such as ships, ports, power, petrochemicals, water, and food and beverage. Our partners have a solid foundation and comprehensive after-sales service, meeting customer needs with advanced technology, high-quality products and services to maintain market competitiveness. We are recognized by customers as the market leader in China.

ABB SDCS-DSL-4 Communication Board: Reliable Industrial Automation Solution

ABB Unveils Innovative Solutions at Global Energy Conference

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ABB, the leading technology company in electrification and automation, showcased its latest advancements at the Global Energy Conference held this week in Zurich. With a focus on sustainability and digital transformation, ABB unveiled new products and solutions aimed at enhancing energy efficiency and reducing carbon footprints across various industries.

During the conference, ABB’s CEO, Björn Rosengren, emphasized the company’s commitment to driving the transition to a sustainable energy future. “Our innovations are designed to empower industries to meet their sustainability goals while optimizing operational efficiency,” he stated.

Among the highlights was the introduction of the ABB Ability™ platform, which leverages artificial intelligence and machine learning to optimize energy consumption in real-time. This platform aims to significantly lower operational costs for businesses and minimize environmental impact.

Additionally, ABB announced a partnership with several key players in the renewable energy sector to accelerate the deployment of smart grid technologies. This collaboration is expected to enhance energy distribution efficiency and facilitate the integration of renewable sources into existing grids.

As part of its sustainability initiative, ABB also committed to achieving net-zero emissions by 2030, aligning with global efforts to combat climate change. The company’s ongoing projects in electrification and automation were showcased, highlighting their potential to transform industries ranging from transportation to manufacturing.

Industry experts and stakeholders lauded ABB’s initiatives, noting that the company’s advancements could set a benchmark for others in the field. As the demand for sustainable solutions continues to rise, ABB’s role as a leader in technological innovation appears more crucial than ever.

The conference concluded with a call to action for businesses and governments to collaborate in creating a more sustainable energy landscape, emphasizing that the transition requires collective efforts across all sectors.

HONEYWELL YOKOGAWA ABB OTHER ITEMS
FF-SRS59252 MRI-234*B 07SK90R1 1810-4307
T921D-1008 PW482-S01 424K1105 147P3WC3
621-1100RC SR1220E2 CI532V04 09H3049-01
620-0036 ANB10D-S1 DCP02 20-FI13300
TC-FPDXX2 SDV144-S33 DSQC332 573A350P87
51195153-001 AIP532 S1 GJV3074353R1 117D6635G2
80363975-100 ER5*B NTAC-02 607400-14
10024/I/F PS35*A SNAT7780 VS1SP45-1B
TC-FXX072 ET5*C YPK113A AN16NN0
R02S02L03 EB401-50 S1 IMSET01 EM3618T

Unlocking Medical Device Safety: AC/DC Power Supply and DC/DC Power Converter for Enhancing Endoscopic Technolog

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Mastering the intricate and complex endoscopic technology faces enormous challenges. As an invasive instrument, endoscopes must meet strict leakage current requirements while meeting various power demands from lighting to powering motors and cameras. To address these complexities, P-DUKE offers a range of fully customized DC/DC power converters specifically designed to meet Type CF requirements, ensuring leakage current remains below 10 μ A.

The electrical safety of medical equipment is essentially ensured through two protective measures:

1. Isolation barrier between high-risk AC or DC voltage and low power supply voltage of electronic devices connected to patients. Our patient monitoring instrument case study covers this topic.
2. The leakage current that may flow through the patient’s body is limited. Although leakage currents of up to 30mA are allowed in industrial and household applications, the limitations in medical applications are much lower. The medical standards define three categories:

Type B (body) – Application part without patient connection
Type BF (body floating) – Application part connected to patients
Type CF (cardiac floating) – Application part connected to patients, suitable for cardiac use

Under normal working conditions, the leakage current shall not exceed the following limits:

Leakage Current Type B Type BF Type CF
Earth leakage current 500µA 500µA 500µA
Enclosure Leakage Current 100µA 100µA 100µA
Patient Leakage Current 100µA 100µA 10µA

The main source of leakage current is the EMI filter used on the primary side of the AC/DC power supply. P-DUKE has many AC/DC power supplies with built-in EMI Class B filters, meeting the 100 μ A leakage current requirement for BF type applications (patient contact) (see Figure 1). However, using only an AC/DC power supply to meet the 10 μ A limit for Type CF applications will require a very large EMI filter.

Figure 1: potential applications for AC/DC and DC/DC converters.

Therefore, a combination of AC/DC power supply and downstream CF compatible DC/DC power converter was used. Let’s take a look at a practical example.

Nowadays, medical endoscopes are not only used for diagnosis, but also for minimally invasive surgery, combining modern optical, motor, and software technologies with high-precision machinery. These devices are used in the human body and can be placed close to the heart and come into contact with blood. Therefore, they must meet the 10 μ A leakage current limit for CF type applications.

This client wants to design a smaller video endoscope equipped with LED light sources, a camera built into the internal view lens, and a small motor to control the movement of the head.

How does P-DUKE’s comprehensive power solution promote the creation of efficient power solutions for medical endoscopes?

The system consists of a central processing unit with a microprocessor, an interface with an external video processing unit, a hospital information system, and optional external storage devices. The total power consumption is about 26W.

The endoscope requires a 5V/20W power supply for the LED and camera, as well as a 12V/5W power supply for a small motor that moves the head through a Bowden cable.

The total power consumption of the system is within the range of 44W. Through P-DUKE’s complete range of power converters, it is easy to establish highly flexible solutions (see Figure 2).

Figure 2: Block diagram endoscope power solution

The 65W MAD65 medical AC/DC power supply generates a 12V bus voltage from the AC power source. It is a plug and play solution as it has a built-in EMI Class B filter and meets the medical field requirements of 4000Vac enhanced isolation and 2xMOPP.

P-DUKE has a very comprehensive set of AC/DC power supplies with a power range from 15W to 450W. All products comply with the 2xMOPP standard and have been updated to the latest medical safety certification EN60601-1 ED3.2.

The various power voltages of electronic devices are generated by the downstream medical DC/DC power converter of P-DUKE. Due to the leakage current being much lower than the limit of 10 μ A, they all comply with the CF type standard.

For microprocessors, use a 5V/20W module and an additional 5/10W power converter to isolate all interfaces from the internal system.

The 5V/20W module, which is the same as the microprocessor, is used to power the LED and camera of the endoscope, and the 12V/5W converter drives the motor. If a 3.3V power supply is required, it can be easily generated using a small additional converter.

ABB returns to the Industrial Expo to showcase innovative robots and motion control technology

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Heavy display of ABB’s latest robots, frequency converters, and high-efficiency motors, with multiple new products welcoming their debut and debut
Jointly released the latest industry white paper with Porsche Consulting, providing insights into the future trends of the consumer electronics market
Rich booth live streaming activities and prize winning interactions bring immersive experiences to both online and offline audiences
From September 24th to 28th, the 24th China International Industrial Fair will be held at the Shanghai National Convention and Exhibition Center. ABB will showcase its latest industrial robots and the next-generation robot control platform OmniCore at booth E001 in Hall 8.1 and booth B171 in Hall 6.1 ™、 Dozens of innovative products, services, and solutions such as cloud drives, frequency converters, high-efficiency motors, and servo motors will be released, and industry white papers will be released to support users in various industries to accelerate transformation, upgrading, and sustainable development.

ABB Robot Exhibition Stand: It’s a Robot, More Infinite Possibilities

This year marks the 50th anniversary of ABB’s robot innovation journey. At this milestone, ABB will introduce multiple new products, technologies, and applications, and release the GoFa ultra high precision feature options for collaborative robots, modular large robots IRB 7710 and IRB 7720, showcasing the new generation of robot human control platform OmniCore ™ All members, the fusion of two ABB robots and the flexible track system of B&R ACOPOStrak, vividly interpret the core theme of “being a robot, but also infinite possibilities”. Among them:

The newly launched Ultra Accuracy leading feature will provide excellent operational accuracy and speed for the ABB GoFaTM collaborative robot series. Compared with other collaborative robots on the market, its path accuracy has increased by more than 10 times, supporting precision manufacturing in the electronics, automotive, aerospace, and metalworking industries.
ABB’s new generation robot control platform OmniCore, with a research and development investment of 170 million US dollars ™ Provides a faster, more precise, and sustainable intelligent automation platform, with a 25% increase in operating speed and a 20% reduction in energy consumption compared to previous ABB controllers. This architecture will realize the comprehensive integration of artificial intelligence, sensors, cloud computing and edge computing systems, and create advanced and autonomous robot applications.
ABB’s new IRB 7710 and IRB 7720 series of large robots provide unprecedented flexibility, including 16 models that are widely suitable for high load assembly and high-precision applications. They can efficiently handle various application processes in the production of electric vehicles, hybrid vehicles, and traditional vehicles, including stamping, body in white, electric vehicle battery assembly, and vehicle final assembly, and can save up to 30% of energy consumption.
On the first day of the CIIE, ABB Robotics will join hands with Porsche Consulting to jointly release the latest industry white paper on site, insight into the future trends of the consumer electronics market, and reveal the revolutionary application of robot technology in the field of surface treatment. ABB Robotics will also lead everyone to visit the nearly 800 square meter ABB Robotics exhibition hall through rich live streaming activities, watch new product releases and expert interpretations, and bring limited time discounts and surprise gifts to online users through live streaming sales.

ABB Motion Control booth: Efficient and energy-saving, empowering industrial green and low-carbon transformation

ABB will showcase a wide range of motion control products, services, and solutions, including ABB Cloud Drive, DCT880 thyristor power controller, HDS high-power and efficient permanent magnet synchronous servo motor, HX and HY high-performance explosion-proof servo motor, and M2QA IE5 universal low-voltage motor, at the motion control booth (B171 booth in Hall 6.1) of the Industry Expo. This will help users optimize production processes and controls more efficiently and flexibly, effectively shorten downtime, and significantly improve productivity and energy efficiency.

ABB Cloud Drive applies ABB’s expert knowledge in the frequency converter industry to intelligent diagnosis, life prediction, and optimization of frequency converters through technologies such as the Internet of Things, cloud computing, and artificial intelligence. It helps users shorten downtime, improve production efficiency, and achieve intelligent operation and maintenance.
The DCT880 thyristor power controller is equipped with multiple flexible control methods, and is connected to the main automation network through fieldbus adapters, helping the glass, plastic, metal, and food and beverage industries improve the accuracy of induction heater and infrared heater control.
HDS high-power and efficient permanent magnet synchronous servo motors offer air and water cooling configurations, with ultra-high power density and compact exterior design. With excellent synchronization performance and control accuracy, and leveraging China’s local supply chain and production advantages, they achieve cost optimization and rapid delivery, helping users in the fields of rubber, new energy, metal, machine tools, etc. to optimize equipment performance.
M2QA IE5, as ABB’s newly upgraded first level energy-efficient universal low-voltage motor, can be widely used in industries such as papermaking, lifting, metallurgy, power, shipbuilding, textiles, food and beverage, mining, cement, etc. with its excellent performance and highly customized capabilities, helping users significantly reduce energy expenses.
In addition to the exciting exhibits and activities, ABB will also hold the award ceremony for the 2024 ABB Cup Intelligent Technology Innovation Competition Finals on September 27th at the ABB Robotics booth at the China International Fair for Industry and Technology, revealing all awards for the four competition categories. Winning student representatives will be invited to visit ABB factories and the ABB booth at the Industry Expo, winning competition prizes. Outstanding winning students will also receive internship opportunities or priority employment opportunities for campus recruitment positions.

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.

Innovative application sharing of industrial touch tablet computers in workstation equipment

Main products include various PLCs, DCL servo systems, robot spare parts, frequency converters, etc
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Sales Manager:Jinny
Email: sales5@xrjdcs.com
WhatsApp/Moblie: +86 18250705533
With the continuous advancement of technology, the level of automation and intelligence in the industrial field is increasing day by day. In this context, industrial touch tablet computers, as a device that integrates computing, control, display, and interaction, are gradually demonstrating their unique advantages and value on workstation equipment.
Below, the aim of the TouchThink Intelligent editor is to explore the innovative applications of industrial touch tablet computers in workstation equipment and the changes they bring.
Touching industrial touch tablet all-in-one machine TPC-W4
1、 Characteristics of industrial touch tablet all-in-one computer
Compared to traditional industrial equipment, industrial touch tablet all-in-one computers have the following significant characteristics.
1. Powerful computing power: Equipped with a high-performance processor and large capacity memory, it can meet the data processing needs in complex industrial environments.
2. Durable and sturdy design: Adopting dust-proof, waterproof, shockproof and other designs to ensure stable operation in harsh working environments.
3. Intuitive human-computer interaction: The touch screen makes the operation more intuitive and convenient, reducing the difficulty and error rate of operation.
4. Rich interfaces and scalability: Supports multiple industrial communication protocols and interfaces, making it easy to connect and integrate with other devices.
2、 Application of Industrial Touchscreen Tablet Computer Integrated Machine in Workstation Equipment
1. Production line monitoring and management: On the production line, industrial touch tablet computers can serve as a central console, displaying real-time production data, equipment status, and other information. Through the touch screen, operators can easily adjust production parameters, control equipment start stop, and more. In addition, the all-in-one machine can also be connected to ERP, MES and other systems to achieve automatic collection, analysis and report generation of production data, improving production efficiency and management level.
2. Robot programming and debugging: In the process of robot programming and debugging, industrial touch tablet computers can be used as programmers and debuggers. Through the touch screen and built-in software tools, engineers can easily write and modify robot programs, and monitor the real-time running status and performance of robots. In addition, the all-in-one machine also supports remote debugging and diagnostic functions, making it convenient for engineers to perform equipment maintenance and troubleshooting in different locations.
3. Quality inspection and measurement: In the field of quality inspection and measurement, industrial touch tablet computers can be used as data acquisition and analysis terminals. By connecting various sensors and measuring devices, the all-in-one machine can collect real-time product quality data, dimensional parameters, and other information, and perform automatic analysis and judgment. In addition, the all-in-one machine also supports data visualization function, which can display the analysis results in the form of charts, reports, etc. to operators and managers, helping them better understand the product quality status and improvement direction.
4. Warehousing and Logistics Management: In the field of warehousing and logistics, industrial touch tablet computers can be used as the core equipment for intelligent warehousing management systems and logistics scheduling systems. Through touch screens and built-in software tools, managers can easily query inventory information, order status, and other data, monitor the real-time flow of goods and the operational efficiency of the warehouse. In addition, the all-in-one machine also supports technologies such as RFID and barcode recognition, which can achieve rapid identification, tracking, and positioning of goods, improving the intelligence level of warehousing and logistics management.
The application of industrial touch tablet computers in workstation equipment not only improves work efficiency and management level, but also promotes the development of automation and intelligence in the industrial field. With the continuous advancement of technology and the expansion of application scenarios, it is believed that industrial touch tablet computers will play a more important role and value in the future.

Empowering battery manufacturing | Exploring crane positioning solutions for battery coil handling

Main products include various PLCs, DCL servo systems, robot spare parts, frequency converters, etc
We have the discontinued spare parts you urgently need here,
Advantage spot goods, if you cannot inquire or buy, please contact us.
Beautiful price! Product guarantee, excellent value service, sufficient inventory,
Welcome to inquire, we will offer you a discounted price!

Sales Manager:Jinny
Email: sales5@xrjdcs.com
WhatsApp/Moblie: +86 18250705533
Unit 609, 6th Floor, Building A, 510 Xin’ao Road, Xiang’an District, Xiamen City

1. Application challenges
In the wave of development in the battery industry, the production chain of positive and negative electrode materials for batteries is closely intertwined, including coating, rolling, dividing, die-cutting, winding, etc. Each process is closely connected, and the handling of coil materials has become a key link on the production line.
Faced with heavy coil materials weighing hundreds of kilograms or even over 600 kilograms, how to ensure the stability and accuracy of the handling system while balancing production efficiency and product quality has become a focus of industry attention. It is in response to this demand that the OHT overhead crane handling system for battery coil materials has emerged, which integrates cutting-edge technologies of automation and intelligence to promote the automation and intelligence upgrade of handling operations.

2. Application difficulties and goals
Faced with the application challenges of handling battery coils, battery coils are usually heavy. During the up and down handling process, real-time and continuous accurate positioning is required to avoid any scratches, collisions, or indentations, otherwise it will result in high scrap costs. The traditional manual handling method has problems such as high labor intensity, high operational risks, and low production efficiency.
Therefore, the upgrading and transformation of automation and intelligence are particularly important. With the help of rich fieldbus technology, we can achieve digitalization and intelligence of the production process, thereby improving efficiency and operational safety.

3. Solution
In the automation journey of battery coil handling, the Beijiafu linear positioning system PXV/PCV plays a key role. This positioning system supports multiple communication interfaces, including SSI, RS485, Profinet, EthernetIP, etc., and easily integrates into various fieldbus protocols. By combining with the DM position code provided by the official Beijiafu, we can achieve real-time continuous linear positioning of the coil, ensuring accurate handling process.

In practical applications, each OHT overhead crane is usually equipped with three reading heads (as shown in the above figure). These reading heads are arranged on the monorails on both sides and the transverse rail in the middle, and they work together to accurately position the monorail contact wheel and the cantilever device in the middle. This layout requires the single track contact wheels on both sides to remain synchronized while controlling their relative deviation to ensure a smooth and accurate handling process. In terms of electrical interfaces, we provide common options such as SSI or 485 protocol, making system integration simple and fast.
Through this innovative solution, we have not only improved handling efficiency, but also greatly reduced material loss caused by inaccurate positioning, providing strong support for the automation upgrade of the battery manufacturing industry.
5. Product advantages
● Accurate and efficient: Based on the decoding principle of industrial camera photography, PXV/PCV has accurate positioning, strong error correction ability, and fast response. Even if there is a small amount of dirt or damage in the code band, it can ensure the continuity of position feedback
● Convenient integration: Compact design, LED indicator lights for intuitive display of operating status, diverse electrical interfaces easily integrated into various fieldbus protocols, achieving seamless integration
● Flexible and versatile: The product is designed based on standard applications, with strong versatility and quick adaptation to different customer needs. It is easy to use, flexible, and easy to integrate

6. Product Features
Highlights
High precision: measurement error as low as 0.1mm/0.2mm, minimum resolution of 0.1mm
Based on QR code (DM code): It can simultaneously output information in the X-axis and Y-axis directions as well as speed values
Quick response: The data update cycle is as fast as 10ms and supports a maximum speed of 12.5 meters per second
● Large depth of field design: maximum ± 50mm depth of field, suitable for different installation distances

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