GE Launches ICRXICTL000 Controller, Strengthening Industrial Automation Capabilities June 28,2025, Shanghai News — The ICRXICTL000 controller (also known as ICRXICTL000-BD), a new of the PACSystems RXi series under General Electric (GE), is gradually appearing in the market circulation. This product is positioned as a high-performance distributed I/O and is widely used in industrial scenarios such as process automation and temperature control. Core Functions: The ICRXICTL000is a programmable controller on the RXi architecture, compatible with GE's Machine Edition programming environment, and is equipped with fast communication and load processing capabilities. Application Directions It is suitable for the control of mechanical accessories such as pumps, valves, and fans, and can also serve as the core brain of process and temperature control systems. Supply Status: Global second-hand and refurbished suppliers, such as Radwell, currently offer new and unopened or refurbished products, with a price range of approximately 500–4100 USD, including a 2-year warranty service. Contact us Sales manager:Jim Pei Email : sales6@amikon.cn Wechat:ZXH18020776782 Phone/WhatsApp: +8618020776782 Main products 330104-00-12-10-11-00 140CPU31110 3721 RD-323MS BMXXBC008K 1756-IB16 5502-282/5503-282 6EP1334-1LB00 45RM4-1001 IS200TVBAH2ACC 172PNN21022 NDR-480-48 SSD-C12M-3512 DSCS140 57520001-EV CP451-10 S2 330707-00-62-10-01-00 3604E T3310 330104-00-12-10-11-00 51403988-150 6ES7322-8BF00-0AB0 1762-IF4 ABB DSSR122 ME203/CNW AB 1756-HSC/B 330930-065-02-05  6GK5646-2GS00-2AC2 6AV6545-0BA15-2AX0 T9110 IS210BPPCH1AD 330930-060-06-05 102045-040-01 AAI143-H53 S1

In today's evolving industrial automation landscape, system stability and response speed are crucial benchmarks for control system performance. As a leading brand in global industrial control technology, Honeywell consistently introduces high-performance products to meet the stringent demands of various industries. Recently, its 8C series control modules welcomed a new addition: the Honeywell 8C-TDIL51 51306969-175 Digital Input Module. With its exceptional technical performance, stable data acquisition capabilities, and excellent compatibility, this module is set to become an indispensable component in DCS systems. Product Overview The Honeywell 8C-TDIL51 (Part No.: 51306969-175) is a 24V Digital Input Module specifically designed for industrial automation control systems. Its primary function is to collect discrete (on/off) signals from field devices such as push buttons, limit switches, and relays. The module supports multiple input points, enabling fast and accurate transmission of signals to the control system for logic determination and control response. As a key component of the Honeywell Experion series systems, this module is widely applied in various industries, including petrochemicals, power generation, metallurgy, and water treatment. It plays a vital role in ensuring system safe operation and enhancing process response speed. Technical Features 24V DC Input Voltage Range: Adapts to industrial standard control power supplies. Modular Design: Supports hot-swapping for convenient maintenance. Channel-to-Channel Isolation: Enhances system electrical safety. High Anti-Interference Performance: Adapts to harsh industrial environments. Fast Scan Response: Ensures efficient signal acquisition. Strong Compatibility: Highly compatible with Honeywell C300, FIM4, and other controllers. Built-in Diagnostic Functions: Allows real-time monitoring of signal status and channel health. These design features enable the 8C-TDIL51 to not only provide precise data acquisition capabilities but also significantly reduce system maintenance costs and fault risks. Broad Application Scenarios In typical industrial settings, digital input modules are used to collect critical control signals such as valve open/close states, emergency stop button activations, liquid level alarms, and equipment operational statuses. The Honeywell 8C-TDIL51 is precisely the product that can operate stably in various complex environments. For example: Petrochemical Industry: Used for monitoring critical equipment operating statuses and emergency shutdown signals. Power Plants: Collects on/off signals from boilers, pumps, and other equipment to ensure system interlock control. Metallurgy and Manufacturing: Monitors the status of robotic arms and conveyor belt systems, enhancing automation levels. Water Treatment Facilities: Achieves precise control and feedback acquisition for pumps, gates, and other equipment. Market Response and Outlook With the advancement of smart manufacturing a...

At the Automate 2025 show in Detroit, Universal Robots (UR), the global leader in collaborative robots (cobots), partnered with NVIDIA to unveil its latest cobot, the UR15, and a series of AI-driven robot control technologies, showcasing its innovative strength in smart manufacturing. The UR15 is UR's most powerful cobot to date, boasting a maximum payload of 15 kg (software upgradable to 17.5 kg) and a maximum tool speed of 5 m/s. UR officially stated that this robot is "the fastest cobot in UR history," capable of achieving up to a 40% reduction in cycle times across various applications. This significantly boosts production line efficiency and lowers operating costs, making it particularly suitable for high-speed pick-and-place tasks. Concurrently, UR also upgraded its renowned e-series cobots: The original UR5e model's payload increased from 5 kg to 7.5 kg, now named UR7e. The original UR10e's payload increased from 10 kg to 12.5 kg, now named UR12e. The UR3e and UR16e retain their original configurations and remain part of the e-series. AI-Driven Motion Control System OptiMove Debuts One of the most anticipated innovations among UR's new products is the OptiMove motion control algorithm, jointly developed by Teradyne and NVIDIA. OptiMove dynamically optimizes the cobot's speed and acceleration through AI intelligent algorithms, achieving smoother motion trajectories and significantly reducing mechanical vibration and operational noise. This is especially beneficial for manufacturing scenarios involving high-mix, low-volume production, and fragile components. Ujjwal Kumar, President of Teradyne Robotics, stated: "OptiMove has been operating in several factories for nearly half a year, and data shows it can reduce cycle times by up to 40% compared to traditional UR platforms in actual production, which is hugely significant for capacity improvement." He added that this technology is not only applied to the newly launched UR15 but can also be deployed on all UR cobots via Polyscope X software as part of the "AI Accelerator" tool. Building an AI Application Platform: UR AI Accelerator UR's AI Accelerator toolkit is another outcome of this collaboration with NVIDIA. This toolkit integrates an edge AI computing platform based on NVIDIA Jetson AGX Orin modules and utilizes CUDA acceleration libraries and AI models from the NVIDIA Isaac platform. It supports various AI capabilities such as computer vision, path planning, and complex task processing, helping developers quickly build AI-powered robotic applications. Deepu Talla, Vice President of Robotics and Edge AI at NVIDIA, remarked: "AI had a breakthrough ten years ago with deep learning, and now it can finally be used for complex manufacturing and inspection applications that were previously impossible. With the advancement of technology, many previously intractable problems can now be addressed with AI." （Recommended products： HIMA F7546、IS200TH0H1B、190501-08-00-00、330703-000-040-10-01-05、ICS T...

GE Fanuc unveils the IC695SPF002A SFP scanning module, enhancing communication performance in industrial automation Fanuc has recently launched a new member of its RX3i PACSystems series, the IC695SPF002A small form-factor pluggableSFP) scanning module, designed to provide more efficient and reliable data communication solutions for industrial automation systems. The module supports a data transmission rate of 100 M and employs multimode fiber (MMF) as the transmission medium, with a maximum transmission distance of up to 2 kilometers, making it ideal for industrial environments requiring long-distance high-speed communication. Equipped with two RJ-45 ports and two SFP slots, the IC695SPF002A provides flexible connection options and supports various network topologies, including daisy chain, star, and ring, meeting the needs of different application scenarios. Contact us Sales manager:Jim Pei Email : sales6@amikon.cn Wechat:ZXH18020776782 Phone/WhatsApp:+8618020776782 Advantage products LDZ31500082.660 07EB62R1 3721 6SL3353-1AE41-3FA0 A6824 1756-IB16 6SL3353-1AE41-7FA0 A6740-10 45RM4-1001 6SL3054-0FC31-1BA0 A6560 NDR-480-48 6SL3330-6TE41-3AA3-Z A6500-UM CP451-10 S2 6SD2181-5AA0 SB401-50 T3310 A5E35494212 A6500-CC ATK4A-00 S1 6SL3162-2ME01-0AC0 A6410 ATI3S-00 S2 A1A10000432.01M AD916AE AT-GPIB-TN 6SL3054-0EJ01-1BA0 ZINT-592 ATD5A-00 S1 16925-17 16925-35 ATA4S-00 S2

As industrial automation continues its evolution, high-speed communication and precise control between devices are crucial for manufacturing enterprises to boost efficiency and stability. GE Fanuc, a global leader in industrial automation, has released a highly anticipated product: the IC200ALG240 VersaMax Analog Input Module. This module offers a stable, precise, and cost-effective analog data acquisition solution for small to medium-sized PLC systems. High-Performance Analog Acquisition for Diverse Industrial Applications The GE Fanuc IC200ALG240 is an 8-channel analog input module within the VersaMax series, supporting 4-20mA current signal input. It's specifically designed for industrial field sensor signal acquisition, suitable for various analog signals such as pressure, temperature, liquid level, and flow. Each channel supports independent sampling, enabling precise multi-point data acquisition and helping users achieve real-time monitoring and intelligent control of process parameters. This module utilizes a high-precision Analog-to-Digital Converter (ADC), boasting excellent linearity and anti-interference performance. It effectively reduces noise interference in industrial environments, enhancing data reliability, making it particularly suitable for noisy or complex field control systems. Flexible Configuration Simplifies Field Integration The IC200ALG240 supports seamless integration with GE Fanuc VersaMax series PLCs and can also connect to other main control systems via I/O expansion modules. This design significantly reduces system integration complexity, allowing users to quickly expand system functions based on field requirements. The module offers an automatic channel diagnostic function, providing real-time monitoring of channel status and promptly alarming for abnormal signals to ensure stable system operation. It also supports hot-swapping maintenance, allowing replacement even while the system is running, reducing downtime and improving equipment operation and maintenance efficiency. Compact Design for Space-Constrained Environments The IC200ALG240 features a compact, modular structure that saves control cabinet space, making it ideal for small and medium-sized automation systems. The module body is made of high-strength industrial plastic, offering high-temperature resistance and corrosion protection, adapting to various industrial environments and extending its service life. Furthermore, this module has a wide operating temperature range (from -20°C to +60°C) and excellent vibration resistance, ensuring stable operation in various industrial settings such as food processing, chemicals, metallurgy, and water treatment. Empowering Enterprises Towards Smart Manufacturing Transformation With the advancement of smart manufacturing and Industry 4.0, factories have an increasing need for sensor data acquisition and utilization. The GE Fanuc IC200ALG240, as a key component connecting the sensing and control layers, not only provide...

Recently, Schneider Electric's New Generation Contactor Customer Ecosystem Day event, themed "Inheriting Classics, Pioneering a New Era," was successfully held in Jinan. At the event, Schneider Electric's TeSys series of control and protection products made a comprehensive appearance, showcasing the company's profound innovation strength in the low-voltage power distribution field and highlighting its determination to promote high-quality industry development through technological innovation. Since its initial launch in 1924, the TeSys series of control and protection products has undergone leapfrog innovation from mechanical to electronic, from automation to intelligence, consistently adhering to the core values of safety, reliability, efficiency, and green sustainability, while deeply integrating digital and intelligent elements. This series of products has set benchmarks in key industry sectors such as metallurgy, building materials, new energy, and petrochemicals, becoming a model for the industry. At this Ecosystem Day event, Schneider Electric prominently showcased the newly launched TeSys Deca high-current contactor. This product not only continues the TeSys brand's excellent quality and innovative DNA but has also achieved significant breakthroughs in areas such as green energy saving, convenient installation, and efficient control. Green and Low-Carbon, Driving Industry Development Against the backdrop of the "dual carbon" goals, green and low-carbon has become a development trend in the industrial sector. Data shows that 60% of China's industrial energy consumption comes from motors. Therefore, energy-efficient motors play a crucial role in manufacturing. The TeSys Deca high-current contactor achieves a 40% reduction in main circuit power consumption and a 50% reduction in coil power consumption by optimizing the product structure, significantly improving energy efficiency. It perfectly meets the GB 21518-2022 Level 2 energy efficiency standard, contributing key technological strength to the industry's green energy saving efforts. Advanced Technology and Innovative Design Faced with the increasing demands for motor stability in modern industry, the TeSys Deca high-current contactor adopts unique protection technology to effectively resist dust pollution, ensuring the stability and reliability of the coil. In addition, Schneider Electric has applied patented anti-rust technology to adapt to high humidity and heat environments, protecting the iron core from corrosion. The contactor also features flexible wiring methods and a built-in 1NO1NC auxiliary contact design, which not only greatly improves the product's installation efficiency but also enhances overall aesthetics. In terms of appearance design, the TeSys Deca high-current contactor has also undergone a comprehensive upgrade, with a 20% reduction in width and a 5% reduction in height, providing more space for equipment cabinets. Furthermore, the AC/DC universal wide-voltage electro...

Introduction In modern industrial automation systems, voltage monitoring equipment plays an irreplaceable and key role. As an outstanding representative in this field, FOXBORO FBM219 P0916RH Voltage Monitor, with its excellent performance, can continuously provide accurate voltage monitoring data even in the most demanding industrial environments, safeguarding the stable operation of key equipment. This article will comprehensively analyze the unique advantages, technical characteristics and outstanding performance of this professional monitoring equipment in various industrial fields. The core value of voltage monitoring Industrial-grade voltage monitoring equipment is the first line of defense to ensure the safety of the power system. Its core value is reflected in: Threshold warning function: When the voltage exceeds the preset safety range, FBM219 P0916RH will immediately trigger the alarm system Real-time dynamic monitoring: Continuously track the trend of voltage fluctuations to provide data support for system optimization Multiple protection mechanisms: Effectively prevent equipment damage and production interruptions caused by voltage anomalies Product technology overview As an important member of the FOXBORO I/A series, FBM219 P0916RH has the following outstanding features: Precise monitoring performance Support 0-60V wide range voltage input Measurement accuracy up to ±0.5% full scale Fast response capability with response time <20ms Excellent environmental adaptability Wide temperature operating range (-40°C to 70°C) Meet industrial-grade anti-vibration standards (5-500Hz, 5g) DIN rail installation design, saving control cabinet space Intelligent integration advantages Seamless docking with FOXBORO DCS system Support HART communication protocol Provide multiple alarm output interfaces Industry application examples FBM219 P0916RH demonstrates outstanding value in multiple key areas: Energy and power field Generator excitation system monitoring Substation DC panel voltage monitoring Distribution system bus voltage protection Process industry scenario Petrochemical plant key motor protection Chemical plant DCS system voltage monitoring Precision equipment protection for pharmaceutical production line Operation and maintenance management points To ensure the continuous and stable operation of FBM219 P0916RH, it is recommended to: Perform accuracy calibration every quarter Check the wiring terminals during annual preventive maintenance Establish a complete monitoring data archive Equipped with professional surge protection device Product core advantages summary Choose FOXBORO FBM219 P0916RH will bring the following benefits to enterprises: Up to 150,000 hours of MTBF Increase system integration by more than 30% Reduce preventive maintenance costs by 40% Reduce the risk of unexpected equipment downtime by 60% Professional advice: For extra-large industrial facilities, it is recommended to use the FBM219 P0916RH distributed monitoring solu...

Bently Nevada 330850-91-05 Product News: Raising the Bar for Industrial Equipment Health Recently, Bently Nevada unveiled its latest equipment health monitoring solution, the 330850-91-05, a high-performance monitoring system that brings a new technological breakthrough to the field of industrial automation. The 330850-91-05 product is designed for vibration monitoring, capable of capturing the operational status of mechanical equipment in real-time. With its high-precision data analysis, it helps companies detect potential equipment faults promptly. core advantage lies in its seamless integration with other Bently Nevada products, providing more precise and comprehensive equipment health analysis. Furthermore, the system boasts powerful data processing, able to handle complex vibration patterns and provide accurate fault warnings and maintenance recommendations. This helps companies reduce maintenance costs while extending the lifespan of their equipment. Thanks to its high stability and, the 330850-91-05 has become the product of choice in multiple industries, especially in oil, gas, and electricity. In the context of increasing market demand, Bently Nevada continues to commit to providing leading solutions for industrial customers. Through innovative monitoring technologies, it helps companies optimize equipment operations, production efficiency and safety. The 330850-91-05 is undoubtedly set to become the new benchmark for industrial equipment health management, providing a solid for the long-term development of businesses. Contact Details Contact: Jim Pei (sales manager) Email: sales1@apterpower.com Skype: live:sapphire_264 Mobile/WhatsApp: +8618020776782 Advantage modules ICSF08D1 FPR3323101R0016 135489-04 IMMFP02 1794-ACN15 330400-02-05 6ES7155-5AA00-0AC0  16710-99 IC695CHS012 AI815 3BSE052604R1 177230-02-02-05 FI820F 3BDH000031R1 D2D160-CE02-11 C98043-A1600-L1-17 6RY1703-0AA00 NRED-61E 1TGE102019R4800 AFPS-11C 6AV2181-8XP00-0AX0 RMIO-12C  AMCI-7662