• June 30, 2025

With the deep integration of artificial intelligence and industrial automation, many countries and regions around the world are accelerating the promotion of automation regulatory legislation. International leading brands such as ABB, Bently Nevada, Honeywell, etc. are closely following policy trends to adapt to the changing market environment and compliance requirements. EU: AI Act triggers regulatory controversy The EU AI Act will be fully implemented in August 2025, focusing on regulating high-risk AI systems and general-purpose AI (GPAI). The head of ABB's European R&D Center pointed out that although the bill helps to establish a transparent and controllable AI system, its potential risk of delaying the innovation cycle cannot be ignored. At the same time, the CEO of Bosch in Germany bluntly stated that if the supervision is "too dense", the EU may "regulate itself to death", which will seriously impact the company's independent development capabilities. Many automation companies, including ABB, are accelerating the deployment of "regulatory compatible" system modules to meet the challenge. United States: Federal ban clause triggers industry shock The U.S. Congress is currently discussing a bill called the "Big Beautiful Bill", in which a controversial clause proposes to prohibit state governments from establishing new regulations for AI systems in the next 10 years. This clause is under dual pressure from industry giants and local governments. A senior compliance officer at Bently Nevada pointed out that if the bill is implemented, it may bring short-term regulatory unification benefits, but it may also weaken the proactive prevention capabilities of technology powerhouses such as California and New York. The California State Assembly has recently passed several AI safety-related bills, explicitly requiring automated equipment to indicate "AI identity" in scenarios such as psychological assistance and customer service. Australia: Promoting automated safety compliance with standards first The Australian government has implemented the "Voluntary AI Safety Standard" in 2024 through the National AI Strategy, and plans to propose binding policies by 2026. Honeywell Process Solutions Australia and New Zealand technical consultant said: "Australia's standardization orientation provides us with clear boundaries for developing high-risk industrial control systems, which will help promote the implementation of the automation safety certification system in the Asia-Pacific region." Global cooperation: A unified regulatory framework has taken shape More than 50 countries, including the United Kingdom, Israel, and the European Union, have signed the Framework Convention on Artificial Intelligence and Human Rights promoted by the European Commission. Honeywell UOP and ABB are participating in multiple multinational automation projects, emphasizing that their systems comply with the ethical principles of "trusted AI" and human-machine collaboration. I...

• June 19, 2025

[June 2025] ABB, a global leader in automation, is actively grasping the trend of humanoid robots and expanding the new boundaries of intelligent manufacturing. According to UBS forecasts, the market size of humanoid robots is expected to exceed US$1.7 trillion by 2050, becoming a new growth pole for industrial automation. With its YuMi collaborative robot series, ABB has established a first-mover advantage in the field of flexible assembly. Its recent development of humanoid robot perception and control systems promoted by the Italian Automation Center marks that it is moving from "mechanical substitution" to "intelligent collaboration". In the field of basic power distribution protection, ABB also continues to deepen its roots. Its microcomputer protection device SPAJ110 C-AA is widely used in medium and low voltage systems, supports overcurrent and grounding protection, and has the characteristics of high reliability and fast response speed. The continuous optimization of this product provides a solid protection base for factory automation systems, forming a top-down technical collaboration with high-end intelligent equipment. Through a full-stack layout from basic protection to human-machine collaboration, ABB is promoting industrial intelligence upgrades with a systematic mindset, helping global users enter a new era of more flexible, safe and efficient manufacturing. — CONTACT US — Saleamanager: Yuki Email: sales6@askplc.com Whatsapp: +8617359287459 — Hot Search — ST61-55-21-LO3 8433231093Opens 05700061 05700012 Q2AA07040DCPR0M SIEMENS 1HU5042-0AC01-Z FUJI ZKM1B111-2EY1 SUTRON BT 20BT 80989.002 SIEMENS 7MF4633-1FY02-1AB6-Z 636280-01 SIEMENS 6GF3540-0GE10 7MF41341DA701BB7Z HDY92G4-44S1 FAS1080060010208 SICK CLV615-D2410 ORION PCB031E UDP027E UDP026E ORN022 6SN11180NJ010AA2 DBM04 CY1309B3 CMS50M/BP/KY/AS1H/SB1 SIEMENS D420/15 6RA 2413-6DV62-0 NUM BMH0752N1DF1C SIEMENS 1FT5076-0AF01 MOOG CY2012 DBM04-PS/U POG9GD500 D37482211 + D37480350 DSV544416400 BK150 370352 370076 R88DHT10 CSASA1A20000C3 PA001252H1SSS 15.F5.GBE-YA00 4-008-39-1121 GPIC04  7621915 140004G BMH0952N1DA2C 1FT60441AF714AG1Z AMS2 AMS4300515 1FT51020AF012Z WEBER: 428534/KW SIEMENS 6AV7861-3TB00-1AA0 AUTOMATA SPOT 300+ VIA C3 533 1FT60861AF713FG1 LC630TFR0012 108954 S2-8012 837.05.00 E1100-CO-XC 4-008-39-1791 CACRTM333Z1SPY8 WS843GSA130BRR20 BRMS30 PCMIC3230TP

• June 03, 2025

With the end of the Dragon Boat Festival holiday, production lines are restarting at an accelerated pace, and the manufacturing industry has entered a new round of golden period for improving quality and efficiency. At this time, leveraging digital twin technology is a key step in promoting industrial intelligence upgrades. Global leading automation brands have deployed digital twins: Yokogawa Launched a twin platform with "Synaptic Business Automation" as the core, integrating process simulation and real-time data to achieve intelligent prediction and adaptive control of process industries. Siemens Through the Xcelerator digital twin ecosystem, virtual simulation and actual manufacturing are seamlessly integrated to empower discrete manufacturing and process industries, helping companies quickly adapt to changing markets. GE Vernova (formerly GE Digital) Its Predix platform uses twin models for industrial asset health prediction and performance management (APM), significantly reducing operation and maintenance costs and improving operating efficiency. It’s the right time to upgrade after the holidays: Shorten debugging time Improve production capacity recovery efficiency Remote operation and maintenance is smarter Risk warning is more timely Digital twins are not just technology, but also the key to the factory of the future. Let us take a step ahead and win by a thousand miles in the new stage of manufacturing competition with the way of "virtual integration". Product Recommendations PM C01 471A 0021-09914 839-800327-315 161-561-119 SS-4BK-V51-1C 0021-22485 78G2081 MCR-SL-S-200-I-LP 0020-54777 2002-2256 PS WX20N50.0Y69 RM1F005H21 EM117-025-02A 0020-31389 545-5504 0190-09085 /60EV 97847544 7400-0068-04N 0021-76029 E15005870 20003772B PX535MH-A / 5-PHASE PM C01 471A 0021-09914 839-800327-315 161-561-119 SS-4BK-V51-1C 161-561-110 V4057NJ 879-780-00 /PCB DS2185-023752-11 852-017520-001 122BA-00100EB-S 0190-29042 BGR-026905X02 250C-1-D

• May 21, 2025

[May 2025, Detroit] At the Automate 2025 exhibition, Siemens, a global leader in automation and digitalization, officially released its latest generation of industrial AI agents, marking a major upgrade of its Industrial Copilot system. The newly released AI agents have the ability to autonomously execute complete industrial processes without continuous human intervention, which can significantly improve the efficiency, flexibility and sustainability of manufacturing sites. With Siemens' powerful automation platform and edge computing capabilities, these agents can not only respond to changing production needs in real time, but also collaboratively process data from multiple production units, pushing the "adaptive factory" towards reality. Siemens said that this breakthrough will further reduce errors caused by manual operations, improve production consistency, and free up engineers and operators to focus on higher-value work. The new generation of agents will be rapidly promoted and applied in multiple industries such as automobiles, electronics, pharmaceuticals, and energy. This release not only reflects the results of Siemens' long-term investment in artificial intelligence in the industrial field, but also demonstrates its leading position in the construction of the future industrial ecosystem. "Industrial AI is moving from auxiliary to dominant, and Siemens is promoting the intelligent upgrade of automation at an unprecedented speed." said a spokesperson for Siemens Digital Industries Group. Contact Details >>>【Email: sales6@askplc.com & Whatsapp: + 86 17359287459】 Recommended products list 81002000 2118816 B&R 0AK300.1 GP-4x4 MDD121 09-404-121 VPF-B0633T-CJ12AF PN-320913 PE84 16bit ECPE84-2 BISL-6002-019-050-03-ST11 SU9004 C98043A1001L507 C98040-A1001-P2-02-02-85 C98043A1001L81 C98040-A1001-P2-02-03-85 MSP52D401M CS31  ICS016N1 C98043A1006L2 C98043-A1006-P2 TC57 TC57HO SR1015B85 SF4B-H12 E V2 CMP63MKYRH1MSM1 ems2.R4D1B 708O2.002 FDH2A05TB-EC20 B&R X67DM1321.L12 X67DM1321 CKZM16-68-X2800 HERRMANN 4012147

• May 12, 2025

In May 2025, ABB released its latest Procontic series I/O remote unit, ICSF08D1 FPR3323101R1012, which aims to improve the performance and flexibility of industrial automation systems. This remote input/output module uses advanced technology and supports multiple industrial protocols such as Modbus and PROFINET, ensuring compatibility with various PLC and DCS systems. ICSF08D1 can process data quickly, improve system response speed and reliability. It supports multi-channel configuration and is suitable for production lines, process control and robots. The compact design and modularity of the module simplify installation and maintenance, and the built-in self-diagnosis function can detect faults in time and reduce downtime. In addition, ICSF08D1 has strong anti-interference ability and redundant power supply system to ensure stable operation of the system in harsh environments. The launch of this product marks an important step for ABB in improving the stability and security of automation control systems. The release of ICSF08D1 provides technical support for the arrival of Industry 4.0, which will help companies improve efficiency, reduce costs, and lay a solid foundation for the digital transformation of the global manufacturing industry. We also have advantageous products like the ones in the table below, welcome to inquire! ABB Bently Nevada PM860K01 3BSE018100R1 PM861AK02 3BSE018160R1 PM864AK01 3BSE018161R1 PM866K01 3BSE050198R1 PM866K02 3BSE050199R1 CI853K01 3BSE018103R1 CI855K01 3BSE018106R1 CI856K01 3BSE026055R1 CI862K01 3BUA000037R1 CI865K01 3BSE040795R1 330171-00-10-05-11-05 330171-00-16-10-01-05 330171-00-16-05-02-05 330171-00-16-90-01-05 330171-00-16-10-01-05 330171-12-41-10-02-05 330171-00-10-10-02-05 330171-00-35-10-02-05 330171-00-12-10-02-00 330171-00-14-10-02-00 Contact Details Email: sales6@askplc.com Whatsapp: + 86 17359287459

• May 06, 2025

Introduction The GE IC693MDL741 is a 16-point DC output module specifically designed for the Series 90-30 Programmable Logic Controller (PLC). Operating on 12/24V DC negative logic, this module delivers 0.5A per output point to drive various industrial loads. With its high reliability and efficient current sinking capability, it's widely used in automation systems requiring precise control of solenoids, relays, and other DC devices. This article provides detailed information about the key features, technical specifications, and typical applications of the IC693MDL741, helping you understand its advantages in industrial control systems. PLC Module Overview Programmable Logic Controller (PLC) modules are core components in industrial automation, providing digital and analog I/O connections for machinery control. The GE Series 90-30 PLC is a robust and flexible system, and the IC693MDL741 module further enhances its functionality by adding 16 high-performance DC output points. Key advantages of this module include: ✔ Negative logic operation (current sinking) for safer and more reliable control ✔ Two isolated output groups (8 points per group) with independent common terminals ✔ Compact design for easy integration into PLC racks ✔ High current capacity (0.5A per point) for demanding loads IC693MDL741 Technical Specifications The GE IC693MDL741 is a 16-point 12/24V DC current-sinking output module with the following specifications: Electrical Characteristics Voltage range: 12-24V DC Output type: Negative logic (current sinking) Current rating: 0.5A per point (1A per common group) Maximum inrush current: 2A per point (100ms duration) Isolation voltage: 500V AC between field and logic sides Mechanical & Environmental Characteristics Operating temperature: 0°C to 60°C Storage temperature: -40°C to 85°C Humidity range: 5% to 95% (non-condensing) Mounting: Compatible with Series 90-30 PLC racks Compatibility & Wiring Compatible systems: GE Series 90-30 PLC Wiring method: Screw terminals for easy installation LED indicators: Per-point status display for troubleshooting GE IC693MDL741 Applications This module is suitable for various industrial automation scenarios, including: 1. Machinery Control Controlling solenoid valves, relays, and contactors in manufacturing equipment Driving conveyor belts, packaging machines, and assembly lines 2. Process Automation Managing pump and motor control systems in water treatment plants Operating HVAC systems and industrial fans 3. Material Handling Powering sorting mechanisms and robotic arms in warehouses Controlling loading/unloading equipment in logistics systems GE IC693MDL741 Key Advantages ✅ High reliability: Industrial-grade design with strong noise immunity ✅ Easy integration: Perfect compatibility with Series 90-30 PLCs reduces installation complexity ✅ Efficient current sinking: Safer operation by sinking current rather than sourcing ✅ LED diagnostics: Per-point status indicators simplify troubleshootin...

• April 23, 2025

Introduction The ABB 07KT93 GJR5251300R0171 Central Processing Unit (CPU) is a high-performance core module specifically designed for industrial automation and control systems. As a critical component of ABB's Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC), this processor provides a solid foundation for continuous stable operation in complex industrial environments with its exceptional reliability and powerful processing capabilities. This article will provide a detailed analysis of this processor's technical characteristics, typical application scenarios, and its optimization value for industrial processes. Central Processing Unit: The Core Brain of Industrial Control Systems In industrial automation systems, the Central Processing Unit (CPU) plays the pivotal role of an "industrial brain." The ABB 07KT93 GJR5251300R0171, as this core component, possesses three key functions: Real-time control computing: Executes complex control algorithms Processes input/output (I/O) signals Coordinates communication between system components Intelligent decision support: Real-time fault detection and diagnosis Process optimization decision generation System health status evaluation Data hub functionality: Massive industrial data acquisition Real-time processing and analysis Critical information distribution This processor is particularly suitable for industrial scenarios with stringent requirements for processing speed, control precision, and system fault tolerance. Through perfect integration with ABB AC 800M, Advant OCS, and S800 I/O systems, it can significantly improve production line control performance and system operational stability. Detailed Technical Specifications of ABB 07KT93 GJR5251300R0171 Core Parameter Overview Parameter Category Technical Specifications Model Number 07KT93 GJR5251300R0171 Manufacturer ABB Operating Voltage 24V DC (±10% fluctuation range) Operating Temperature Range -20°C to +70°C (industrial wide-temperature design) Protection Rating IP20 (requires installation in control cabinet) Compatible Systems ABB AC 800M/Advant OCS/S800 I/O Performance Advantages High-speed processing capability: Supports millisecond-level control cycles Multiple communication interfaces: Integrated industrial protocols including PROFIBUS/Modbus Redundant design: Supports hot standby redundant configuration Expandable memory: Supports up to 128MB user program storage Real-time clock: ±2ppm high-precision time synchronization Typical Industrial Application Scenarios 1. Process Industry DCS Control In process industries such as petrochemicals and power generation, this processor enables: Multi-loop PID precision control Large unit interlock protection Plant-wide data integration 2. Smart Manufacturing PLC Systems Provides for discrete manufacturing: High-speed motion control (<1ms response) Flexible production line scheduling Equipment health prediction 3. Critical Infrastructure Monitoring Suitable for: Water treatment pla...

• April 18, 2025

Introduction The GE IC200MDL241 is a high-performance discrete input module designed for industrial automation control systems. As a critical component in VersaMax I/O and control systems, the IC200MDL241 facilitates reliable signal acquisition and logic control in demanding industrial environments. This guide provides detailed technical specifications, application scenarios, and operational considerations for the IC200MDL241 module. IC200MDL241 Product Overview The GE IC200MDL241 is a 16-channel discrete input module supporting 240V AC input signals. Engineered for industrial automation applications, the IC200MDL241 is compatible with VersaMax I/O carriers and features LED status indicators for enhanced diagnostics. Key Features of IC200MDL241 16 isolated discrete input channels (240V AC rating) Built-in electrical isolation for noise immunity Fast response time (≤1 scan cycle) Channel-level LED indicators for real-time monitoring IC200MDL241 Technical Specifications Electrical Characteristics Parameter Specification Input Voltage 240V AC (50/60Hz) Backplane Current 110mA (typical) Input Impedance ≥10kΩ Response Time ≤1 scan cycle Mechanical & Environmental Mounting: VersaMax I/O carrier (hot-swappable in supported configurations) LED Indicators: 16 channel LEDs + 1 backplane status LED Isolation: Channel-to-channel and channel-to-backplane isolation IC200MDL241 Applications The IC200MDL241 is widely used in: Manufacturing: Limit switch monitoring, safety gate detection Energy Systems: Breaker status monitoring, transformer alarms Building Automation: HVAC controls, fire alarm inputs IC200MDL241 Installation & Wiring Typical Connection Diagram Input Signals: Connect to dry contacts or 240V AC sources Power Requirements: Stable 240V AC supply (proper grounding essential) IC200MDL241 FAQs Q1: Is the IC200MDL241 hot-swappable? A: Hot-swap capability depends on the VersaMax carrier configuration. Q2: What input types does the IC200MDL241 support? A: The IC200MDL241 accepts dry contacts or 240V AC signals. Q3: How to troubleshoot non-functional LEDs? A: Verify input signals, power supply, and backplane communication. Conclusion The GE IC200MDL241 discrete input module delivers high-voltage compatibility, fast response, and robust isolation for industrial automation systems. For optimal performance, always refer to the latest IC200MDL241 documentation from GE. 170AAO92100 170ADI35000 170MCI00100 170MCI00702 170MCI02120 170XTS00100 170XTS02100 ...