Introduction Bently Nevada, a leader in asset condition monitoring, has introduced the 3500/22M Transient Data Interface (TDI), a critical component designed to enhance the reliability and performance of industrial machinery. The 3500/22M (288055-01) Transient Data Interface offers an advanced solution for capturing and analyzing transient data in real-time, which is essential for detecting issues that could affect equipment reliability and performance. This latest development ensures that industries using critical rotating machinery can take proactive steps toward maintenance, reducing unplanned downtime and enhancing operational efficiency. Key Features and Benefits The Bently Nevada 3500/22M Transient Data Interface is engineered to seamlessly integrate with the Bently Nevada 3500 Monitoring System, providing additional capabilities for capturing transient or high-frequency data that traditional monitoring systems may miss. With its ability to record rapid changes in machinery performance, it offers real-time insight into the health of equipment during transient conditions, such as startup, shutdown, or during sudden changes in load. One of the key benefits of the 3500/22M is its capacity to interface with a wide range of sensors and equipment. This versatility ensures that industries, from oil and gas to power generation and manufacturing, can utilize this solution to protect critical machinery, such as turbines, compressors, and motors. Another standout feature of the 3500/22M is its compatibility with the existing 3500 series hardware, ensuring minimal disruption during installation while providing enhanced data acquisition capabilities. The device is designed for ease of integration, offering straightforward connections with various transient measurement devices, which simplifies setup and operation. Advanced Data Analysis Capabilities The 3500/22M's advanced data acquisition capabilities allow for in-depth analysis of machine health, even during non-steady-state conditions. By capturing transient events in real time, the system helps to detect issues like imbalance, misalignment, and other mechanical faults that may only occur under certain operational conditions. This ensures early detection of potential problems, allowing for timely intervention and preventing catastrophic failures. Additionally, the Transient Data Interface integrates with the Bently Nevada System 1 diagnostic software, providing users with comprehensive analysis tools for data trending, fault detection, and predictive maintenance. These capabilities not only extend the life of equipment but also optimize maintenance schedules, reduce downtime, and lower overall operational costs. Applications in Various Industries The Bently Nevada 3500/22M Transient Data Interface is a powerful tool for industries that rely on high-speed rotating machinery and require real-time data for critical decision-making. Common applications include: Oil & Gas: Monitoring turbines and comp...

Schneider Electric, a global leader in energy management and automation, has announced the release of the 172PNN21022 Adapter Module, a new addition to its industrial automation portfolio designed to streamline and enhance network connectivity. This new adapter module is engineered to provide seamless integration between various industrial devices and networks, simplifying the expansion and management of complex automation systems. The 172PNN21022 module focuses on increasing flexibility and reliability, crucial for modern industrial environments demanding high uptime and data throughput. "The 172PNN21022 Adapter Module is a testament to Schneider Electric's commitment to providing robust and adaptable network solutions," said [Name and Title of relevant Schneider Electric executive]. "This module will enable our customers to easily connect and manage their industrial networks, improving overall operational efficiency and reducing integration complexities." Key features and benefits of the Schneider Electric 172PNN21022 Adapter Module include: · Enhanced Network Integration: Simplifies the connection of diverse industrial devices and networks. · Increased Flexibility: Offers adaptable connectivity options to meet varying application needs. · Improved Reliability: Designed for consistent performance in demanding industrial environments. · Streamlined Configuration: Facilitates easy setup and configuration, reducing installation time. · Robust Construction: Built to withstand harsh industrial conditions. The 172PNN21022 Adapter Module is expected to find applications in a wide range of industrial settings, including: · Manufacturing: Connecting production lines, robotics, and automation systems. · Infrastructure: Integrating control systems for water treatment, transportation, and energy distribution. · Process Industries: Facilitating communication in chemical, petrochemical, and pharmaceutical plants. · Logistics and Warehousing: Enhancing connectivity in automated storage and retrieval systems. Contact：Jim Email：sales6@amikon.cn WhatsApp：+8618020776782 Skype：live:sapphire_264   BENTLY NEVADA HONEYWELL OTHER ITEMS OTHER ITEMS 81544-01 TC-PPD011 1C31234G01 DI232 76683-50 FTA-T-02 3500/53 NT255 84661-8 621-1100RC 12580-01 LYD000A 140482-01 80363975-150 INICT12 LYF710A 26363-30 TK-OAV061 NTCS04 SPFEC12 81546-01 TC-FXX072 140CPU53414B NTCL01 107540-01A R02S02L03 MMS6220 LYA100A 88984-02 C7076A1015 NTDI01 LYA210A 128718-01 10018/2/U 1C31125G02 CM202 PTQ-PDPMV1 IP-PI-OI24 INNPM11 LYT000A

Recently, Yokogawa Electric has launched a new equipment monitoring product, the DTSBM10-N0N S1, which has attracted attention in the industry for its outstanding performance and reliability. As another important innovation of Yokogawa in the field of automation and process control, the DTSBM10-N0N S1 is dedicated to providing accurate and efficient monitoring and data acquisition solutions for industrial equipment, helping companies to improve productivity, reduce operation and maintenance costs, and ensure the stable operation of equipment. Advanced Technical Support The DTSBM10-N0N S1 adopts advanced technology developed by Yokogawa Electric and features high-precision data acquisition and real-time monitoring. The device not only collects real-time equipment operation data, but also predicts possible equipment failures and anomalies through intelligent analyses, and provides alarms and maintenance warnings in advance. In this way, the enterprise can not only improve the service life of the equipment, but also avoid the production stagnation caused by equipment failure, and further enhance the reliability of production. Multi-scenario application DTSBM10-N0N S1 is widely used in many industry sectors, including chemical industry, electric power, oil and gas, manufacturing industry and so on. It can adapt to a variety of complex environments and flexibly integrate with different types of equipment to provide users with a comprehensive monitoring solution. Whether it is independent monitoring of a single device or centralised management of multiple devices, the DTSBM10-N0N S1 can easily cope with the situation and ensure the accuracy and timeliness of information. Excellent User Experience The DTSBM10-N0N S1 is designed with user experience in mind, with a simple and easy-to-understand interface that allows users to get started quickly and reduces training costs. The device is also easy to install and configure, and supports seamless interfacing with existing systems, greatly improving application flexibility. In addition, the DTSBM10-N0N S1 also supports remote monitoring and data transmission, allowing users to keep track of equipment status and make remote diagnosis and adjustments at any time and anywhere, greatly improving management efficiency. Future Outlook As industrial automation and smart manufacturing continue to develop, the need for equipment monitoring will become more pressing. The DTSBM10-N0N S1, as a high-performance monitoring device, will play an increasingly important role in the industrial field. Yokogawa Electric says it will continue to devote itself to innovation and research and development to push forward the development of intelligent equipment management technology, and provide users around the world with smarter, more efficient, and more reliable solutions. Summary Yokogawa DTSBM10-N0N S1 is an equipment monitoring solution that integrates multiple functions such as data acquisition, real-time monitoring and fault w...

The adoption of low-code and no-code software in manufacturing has accelerated in recent years, allowing domain experts—rather than IT specialists—to develop applications that optimize production processes and simplify complex procedures for new workers. This expansion of low-code software beyond traditional IT environments marks a significant shift in how industries approach digital transformation. Ray Kok, CEO of Mendix (Siemens’ low-code software division), emphasized this evolution: “We've extended the reach of Mendix so that it goes beyond enterprise IT. If you look at our heritage, Mendix started in enterprise IT to bridge the gap between business and IT. Given the ongoing IT/OT (operations technology) convergence, we saw an opportunity to enable applications that run directly on the shop floor. Now, manufacturers can develop and deploy apps right at the production line or wherever they are needed.” Low-Code Becomes a Strategic Enterprise Tool Since Mendix first explored this shift, research has confirmed that low-code platforms are playing a critical role in manufacturing’s digital transformation. The company’s latest report, The Low-Code Perspective: Insights from Enterprise IT Leaders, highlights key trends based on input from 2,000 technology executives and senior IT decision-makers across Benelux, Germany, Japan, the U.K., and the U.S. Key findings from the research include: 99% of manufacturing organizations are incorporating low-code into their development processes. 75% see low-code as a key driver of large-scale innovation. 80% report that low-code enhances productivity among technical teams. 76% agree that low-code streamlines software development. 84% say that combining AI with low-code accelerates innovation. 50% of COOs and 51% of CEOs in manufacturing are actively involved in low-code adoption—the highest CEO engagement among all surveyed industries. A Game-Changer for Manufacturing Operations As manufacturers face growing pressures to increase efficiency, integrate AI, and mitigate digital risks, low-code solutions offer a flexible, scalable, and accessible way to transform operations. With executives deeply engaged in low-code adoption strategies, the technology is set to become a cornerstone of future manufacturing advancements. Popular products： IS420UCSDH1、FC-SIC2200、330500-00-04、HIMatrix F35 011、5501-367、PFSK108 YM322001-EH、ICS Triplex T7411、NFTR8S-10 S2、IS220PTURH1B...... Contact Us Manager:Leonia Email: sales11@amikon.cn Call or Whatsapp:  +8618030175807 More Products C200H-CN222 PSC-17C, S54505-B11-D1 C79458-L442-B5 6ES5927-3SA11 6ES5464-8MF21 GJR5212000R0005 UBT8, 31106774 6GK1548-0DA10 PXA30-NT 6ES7132-7RD01-0AB0 ET200S, 6ES7134-4JB00-0AB0 TSXRKY8 4022 226 3531 6ES7212-1BA00-0XB0 AS-BDEP-216 NF100-35A EL4004 EV106 AS-BDA0-216 EY2005 10217425 - IGR 14.24.35/K757 EUK2/..Q SE2TV 6AV6645-0CA01-0AX0 8121160C, 852 5830 B EYE442 F001 6FX2001-2FC00 PSD01-1501 ATS01N109FT ODW-631-SM-LC15 TSXDSY32T2K F300-G LC1 D40 3UF18...

Honeywell has introduced the CC-PAOH51 HART Analog Output Module, a cutting-edge solution designed to enhance precision in industrial control systems. This module seamlessly integrates with Honeywell's Experion® Series C I/O system, providing reliable and accurate analog signal transmission for various process control applications. Key Features: High Accuracy: Delivers analog output signals with an accuracy of ±0.1% of full scale, ensuring precise control over industrial processes. HART Communication Protocol: Supports the HART 7 standard, enabling efficient data exchange and real-time monitoring with HART-enabled devices. Robust Design: Built to withstand harsh industrial environments, the module operates within a temperature range of -40°C to +70°C and features an IP67-rated enclosure for dust and water ingress protection. Versatile Output Range: Offers configurable output ranges of 0-10 mA or 4-20 mA, catering to diverse application requirements. Energy Efficient: With a power consumption of ≤1 W, the CC-PAOH51 ensures efficient operation, reducing overall energy costs. The compact dimensions of 48mm x 48mm x 24mm and a weight of approximately 60g make it suitable for installations where space is limited. Its low power consumption and lightweight design facilitate easy integration into existing systems, enhancing operational efficiency. Honeywell's CC-PAOH51 module is poised to set new standards in industrial automation, offering unparalleled reliability and performance for critical process control applications. In conclusion, the Honeywell CC-PAOH51 HART Analog Output Module is a highly advanced and reliable solution for industrial automation, delivering precision, efficiency, and durability. Its seamless integration with the Experion® Series C I/O system, along with its robust design and energy efficiency, makes it an ideal choice for a wide range of process control applications. With its cutting-edge features and proven performance, the CC-PAOH51 sets a new benchmark in analog signal transmission, reinforcing Honeywell's commitment to innovation and excellence in industrial control systems.   Contact：Jim Email：sales6@amikon.cn WhatsApp：+8618020776782 Skype：live:sapphire_264   HONEYWELL YOKOGAWA OTHER ITEMS OTHER ITEMS T921D-1008 MRI-234*B MP2101 IS215VCM1H2CC 51196655-100 PW482-S01 CM3201 IS215UCVEH2AF 51304511-200 SR1220E2 AO2481 5046X005 900A16-0101 ANB10D-S1 MP3101 6SX7010-0FF05 TK-OAV061 SDV144-S33 TSXP572623M A5E02822120 FTA-T-08 AIP532 S1 T9451 6RY1803-0DA01 51304544-100 ER5*B TSXP57303AM E07DE220 TC-FXX072 PS35*A 1606-XLE120E SKKH570/16E WEB-600 ET5*C SST-PFB-CLX CBH215CH506 900H03-0102 EB401-50 S1 IS2020RKPSG2A A5E31006890

NetBrain Technologies has launched Next-Gen Release 12 (R12), an update to its no-code network automation and dynamic mapping platform for hybrid-cloud networks. Designed to enhance proactive network management, R12 introduces AI-powered capabilities, including a genAI large language model (LLM) copilot and Golden Engineering Studio (GES) for advanced network analysis and automation. Enhancing Network Visibility and Automation The new Golden Engineering Studio (GES) enables network teams to analyze vast amounts of configuration code, reverse-engineering a network’s design rules to identify “golden configurations.” This capability allows teams to detect configuration drift, prevent outages, and mitigate security risks by automatically verifying the live network against its intended design. GES is particularly useful for long-running network environments where documentation may be inconsistent due to leadership or structural changes. “Organizations often struggle to understand the intentions of the network’s original architects, limiting their ability to diagnose and address problems,” said Song Pang, Senior Vice President of Engineering at NetBrain. “GES helps them decode these intentions, detect issues, and prevent disruptions before they occur.” AI-Powered Copilot for Enhanced Troubleshooting A key feature of R12 is the AI-powered copilot, which enables users to interact with the system using natural language. This AI assistant facilitates troubleshooting, change management, and observability workflows by orchestrating automations and summarizing results in various formats, such as tables, maps, and dashboards. “Network engineers no longer have to solve problems alone—the solutions are built into reverse-engineered golden configuration templates,” added Pang. Strengthening Change Management and Operational Efficiency R12 also introduces: Triple Defense Change Management, reducing the risk of configuration errors, which account for 45% of network outages, according to Enterprise Management Associates. Hierarchical Dashboards with Geo-Location Layers, providing real-time network health monitoring with visual indicators and auto-remediation capabilities. By combining AI, automation, and dynamic mapping, NetBrain’s R12 update empowers organizations to maintain resilient, secure, and optimized networks in increasingly complex hybrid-cloud environments. Top Sellers：2MLF-DC4A、FC-SIC2200、FC-TUIO52、3AFE63940143 LD STA-01、330704-020-100-90-02-00、IS420UCSDH1、140NOE7711、PM566-TP-EYH、330905-00-10-05-02-05、IC695CPE400-ABAB、IC695CPL410-AAAA...... DOU22 100-C16DJ10 TSURUGA 7182-20-3 DC 500V/1000M 7182203 EUK2 6ES7222-1BH32-0XB0 Computerwise TT6E-001 700-CF310ZF A1SJ71PT32-S3 Solartron Transducers 7945 100A 1.20 IC694MDL660-BC 6ES7134-6HD01-0BA1 453564174021 0926 . B214/155N239 D W/ AB228 6ES5430-7LA12 7DI135.70 453561294454 HD3 AY-439-PSA-Ext 03 XN96VDH3 A1SJ71PB92D GDS-2102 DSO 2Ch 1 GSa/s GDS-2000 GV2L14 QUINT-UPS/24DC/24DC/20 - 2320238 FWA-ECODRV-SSE-02VRS-M...