• August 29, 2024

ABB 3BSC610039R1: Optimizing Power Supply for Your Automation Equipment The ABB SD823 controller adopts advanced technology, combining high-speed processing capability and high reliability, becoming an indispensable core component in industrial automation systems. Its unique design not only enhances the functionality of the system, but also significantly improves data processing speed, meeting the modern industrial demand for fast response and high precision. Performance characteristics High processing speed: The SD823 3BSC610039R1 controller is equipped with the latest processor technology, which enables fast data processing and real-time control. This makes it perform well in complex industrial environments, whether processing large amounts of data or executing complex computational tasks, it can be completed quickly and accurately. Enhanced reliability: The ABB SD823 controller has excellent stability and durability. Its design fully considers various challenges in industrial environments, including extreme temperatures, electromagnetic interference, etc. The controller ensures stable operation under harsh conditions through rigorous testing and quality control, thereby minimizing system failures and downtime to the greatest extent possible. Flexible Scalability: The SD823 controller supports multiple expansion modules and interfaces, allowing users to flexibly configure according to their actual needs. This scalability not only enhances the adaptability of the system, but also allows users to customize configurations according to different application scenarios, thereby improving the overall efficiency of the system. Easy to integrate: The ABB SD823 controller has strong compatibility with existing automation systems, supports multiple communication protocols and standards, and simplifies the complexity of system integration. This enables companies to easily integrate new controllers into existing automation networks, saving time and costs. Application area The ABB SD823 controller is widely used in manufacturing, energy production, infrastructure construction and other fields. In the manufacturing industry, it can effectively control the production line and improve production efficiency; In the field of energy, it can monitor and manage the power system to ensure stable power supply; In infrastructure construction, it helps to achieve precise control of complex equipment and enhance the intelligence level of infrastructure. Summary The release of ABB SD823 3BSC610039R1 controller marks another advancement in industrial automation technology. With its high processing speed, reliability, scalability, and ease of integration, it provides powerful technical support for automation systems in various industries. ABB is committed to driving the development of industrial automation technology through continuous innovation, bringing more value and opportunities to customers. More recommended automation parts 330101-00-24-05-02-00 FC-QPP-0002 330903-0...

• August 24, 2024

In the rapidly evolving landscape of modern industry, Moore Automation Products has  emerged as a driving force. With a commitment to innovation and excellence, the  company is transforming the way businesses operate. Their cutting-edge automation  solutions are designed to increase efficiency, reduce costs, and enhance productivity.   Moore's product range is extensive and diverse, catering to a wide variety of industrial  needs. From advanced robotic systems to intelligent control panels, their offerings are at  the forefront of technological advancement. These products not only streamline  operations but also improve quality and safety.   As the demand for automation continues to grow, Moore Automation Products is well- positioned to lead the way. With a team of dedicated experts and a passion for innovation,  the company is constantly pushing the boundaries of what's possible. Their products are  set to shape the future of industrial automation and drive sustainable growth. Siemens 6ES7972-0AA01-0XA0 Repeater Module: Enhancing Connectivity The Siemens 6ES7972-0AA01-0XA0 repeater module is a crucial component for  seamless communication in industrial settings. It amplifies signals and extends the range  of networks, ensuring reliable data transfer. With its robust design and advanced features,  this module is a trusted choice for enhancing the efficiency and stability of industrial  automation systems. 24h online service   Sales manager: John Yang Mobile:+8618150117685  (WeChat same number) Email: sales3@askplc.com What's app: +8618150117685 Skype:sales3@askplc.com  Other products 6FX1123-1CC01 YDI100 60408790 AMD-E-0006/RN53A OB4 62746-1.0-000 3RK1308-0AC00-0CP0 ATV320U06M2C 096653 DR300 10.07.2001 10072001 MC32N0-GI3HCLE0A MIJNO 610-02 IFM 01D215 O1D215 100126 RAYTEK RAYMID02LT CB15 GPT90 F63 ROQ425204801-58 539332-04 DATALOGIC CBX500 DRS60-E4B03000 1031228 PE42 ECPE42-21 3400794100 MCA12B-0 GEMS XIHS LS700EP-3-55 XM70 X13651551010 MVME331S GEHRING 254000 4549 CVI40F2M10 579936 SP 060S-MF1-7-0B1-2S HD52-1 232457 BGTRTASC200 TSXTS440G WP2060 2189102 DSR725S-5/15A 58524-2 585242 18-16 14 A5E02407058 A215M FR-D740-022SC-EC 58524-2 585242 A1134004

• August 17, 2024

Honeywell BXM4N Snap Action/Limit Switches: Precision in Industrial Control Honeywell's BXM4N Snap Action/Limit Switches are making a significant impact in the industrial world. These switches are known for their reliability and accuracy. Designed to meet the demanding needs of various industries, the BXM4N offers quick and precise switching actions. Whether it's for machinery control, safety systems, or process automation, these switches play a crucial role. With their durable construction and high-performance features, Honeywell's BXM4N switches are trusted by professionals worldwide. They are a key component in ensuring smooth operations and enhanced productivity. Yokogawa UT350L-00 Temperature Controller: Precision in Every Degree The Yokogawa UT350L-00 temperature controller is setting new standards in industrial temperature control. With its advanced features and precise control capabilities, it is a must-have for any process that requires accurate temperature management. This controller offers a user-friendly interface and intuitive operation, making it easy for operators to set and monitor temperature settings. Its high accuracy and stability ensure consistent results, reducing waste and improving product quality. The UT350L-00 is also designed for durability and reliability, able to withstand harsh industrial environments. With Yokogawa's reputation for quality and innovation, you can trust this temperature controller to deliver outstanding performance. Whether in manufacturing, chemical processing, or other industries, the Yokogawa UT350L-00 temperature controller is a reliable partner for achieving optimal temperature control and maximizing productivity. ABB 1TGE102009R2300 Control Unit: Driving Industrial Efficiency The ABB 1TGE102009R2300 Control Unit is setting new standards in industrial control. This advanced piece of technology is designed to optimize processes and enhance productivity. With its precise control capabilities and reliable performance, the 1TGE102009R2300 is a must-have for industries seeking to streamline their operations. It offers seamless integration with other systems, ensuring a smooth flow of data and commands. ABB's commitment to innovation is evident in this control unit, which is built to withstand the rigors of industrial environments. As industries continue to evolve, the 1TGE102009R2300 is poised to play a crucial role in driving success. 24h online service Sales manager: John Yang Mobile:+8618150117685 (WeChat same number) Email: sales3@askplc.com What's app: +8618150117685 Skype:sales3@askplc.com Others brand ECI 24.80 9322480001 MC07B0011-5A3-4-00 EBE 266.1 EBE2661 6401478605 1900070172 ED. 00 DGSL-8-20-P1A 543933 RM/9175/M/100 P350/702 05470202 FELLER ENGINERING FP13 FRN0.4C1E-4E FRN04C1E4E M200-024-00041-A D850EMV2 43.E11.32.4.3.7 VF1202S G19 FA B19 M3 K2 SK-S216P 1895504 S48R 500BAR WELDE332 WELD332R MTXG000227 ROEMHELD 1895104 BCH0802O32A1C BEIJER E200 02800E LP1D80004BD 023431 UNIPO PLC CON...

• July 13, 2024

PORTO, Portugal - July 2, 2024 - Vandewiele, a leading innovator in machinery for textile industry factories-of-the-future, has chosen Critical Manufacturing’s Industry 4.0-ready MES solution to enhance operational efficiency and production quality at its manufacturing plants.  Vandewiele, established in 1880, specializes in textile machinery and mechatronics, providing a diverse range of sophisticated equipment including filament production, yarn spinning, weaving, tufting, sewing and finishing machines. Its solutions optimize textile production and are used across industries such as flooring, home linen, fashion fabrics and technical textiles. Vandewiele has decided to replace its existing system with a modern MES solution from Critical Manufacturing, moving them forward on its Industry 4.0 journey. Vandewiele will be implementing the new MES system in multiple production areas including sheet metal, profile cutting and sawing, milling, machining, FMS (Flexible Manufacturing System) and assembly. Its decision to implement a more advanced system reflects Vandewiele's commitment to staying at the forefront of technological advancements and the need for smoother, optimized shop floor operations. “It's a pleasure to work together with Critical Manufacturing and to have a partner who always wants to make a step forward, just like us,” said Dries Misplon, project manager of MES at Vandewiele. “It's a fast, modern and modular application that matches our state-of-the art discrete manufacturing process.” Vandewiele chose Critical Manufacturing after a thorough evaluation. They have a diverse production landscape and therefore needed a solution that can perform smoothly across all divisions. Under the current contract, Vandewiele will deploy core features of Critical Manufacturing MES like dashboards and BI cards for real-time performance monitoring and data analysis, ensuring informed decision-making. It will further implement material and container management features to maximize inventory control, resource tracking for efficient allocation and routing and dispatching for streamlined workflows. They will use advanced MES tools like layout and printing for customized production, along with alarm management, modern scheduling and maintenance management modules to maximize productivity and streamline procedures. Gabriel Silva, sales manager for Industrial Equipment Europe at Critical Manufacturing commented, "Having Vandewiele onboard reinforces our commitment to driving digital transformation in traditional industries. Our solutions are designed to empower manufacturers like Vandewiele to achieve operational excellence, optimize process connectivity and harness the full potential of Industry 4.0.  We look forward to working closely with Vandewiele to ensure a mutually beneficial collaboration." Key benefits of the project include increased visibility, better integration across manufacturing processes, risk reducti...

• June 29, 2024

Ensuring the reliability of programmable logic controllers (PLCs) is crucial in fast-paced and demanding industrial environments. PLC is the backbone of industrial automation systems, deployed in various application fields, including manufacturing, energy, and infrastructure. These complex devices execute complex control algorithms, manage processes, and interface with countless sensors and actuators to simplify operations. However, their reliability may be severely compromised due to power supply issues. This article delves into the impact of power supply issues on PLC reliability, explores the design and functionality of PLC switching power supplies, and emphasizes the advantages of uninterruptible power supply (UPS) technology in alleviating these issues. Application fields of PLC modules PLC is multifunctional and can be integrated into various industrial applications. In the manufacturing industry, PLC controls assembly lines, machinery, and robot equipment to ensure precise and efficient production processes. In the energy sector, they manage the operation of power plants, substations, and renewable energy systems, optimizing energy production and distribution. Infrastructure applications include traffic light control systems, water treatment plants, and building automation systems, with PLC monitoring and regulating basic services for urban environments. The functions of PLC modules PLC performs several basic functions in industrial systems: 1.Control operation: PLC executes programming logic to control machinery and processes. They receive input from sensors, process data, and trigger appropriate outputs to actuators to ensure smooth operation of the equipment. 2.Data collection: PLC collects data from various sensors and devices, providing real-time monitoring and reporting. These data are crucial for making informed decisions and optimizing processes. 3.Communication: PLC communicates with other devices and systems through various communication protocols to achieve integration and coordination within large-scale automation systems. 4.Safety and reliability: PLC implements safety protocols to prevent accidents and ensure the safe operation of machinery. They are equipped with fault protection and redundancy functions to improve reliability. Conclusion In summary, the reliability of PLC in industrial applications is largely influenced by the quality of its power supply. Although PLC designs have advanced power sources to handle changes, the addition of UPS technology provides powerful solutions for power related issues. By selecting the appropriate UPS, various industries can ensure the continuous and reliable operation of their PLC systems, thereby protecting their processes, reducing downtime, and improving overall productivity. Recommend PLC spare parts 6AV7723-1AC10-0AA0 6AV7883-6AH30-6GA0 5PC910.SX05-00 6SE7023-4TC21 6SL3220-3YE34-0AF0 ATV630D55N4 SICK CLV650-6120 1042125 6GK5416-4GS00-2AM2 3HNE00318-1 6ES7515-2FM01-0AB0 6AV7240-3EC0...

• June 20, 2024

Rockwell Automation, Inc., the world's largest company dedicated to industrial automation and digital transformation, announced its participation in The Battery Show Europe, 18-20 June, in Stuttgart, Germany.   At this highly anticipated trade fair, the company will be showcasing its latest solutions driving the next generation of smart battery manufacturing. Rockwell Automation is a leader in accelerating advancements in battery manufacturing. Visitors to Booth 9-G20 can explore innovative solutions that are transforming factory operations in this segment, from connecting equipment and integrating facilities with enterprise systems, to enabling the digital battery passport across the supply chain.Rockwell Automation's industry executives and technology specialists will be on hand to demonstrate how they can help battery producers revolutionize their operations and achieve smart, flexible and low-cost operations in gigafactories that are well-positioned for the future.   "One of the biggest challenges battery producers are facing is the exponentially growing demand and the rapidly evolving technology. As a result, gigafactories must be designed in a way that allows for quick start-up, ramp-up and transformation,” said Peter Mair, principal, director EMEA auto and tire EV at Rockwell Automation. “We are here to help our customers navigate this journey and achieve new levels of productivity, quality and sustainability."   Rockwell Automation’s offering includes smart conveyors, intra-logistic solutions, end-to-end connectivity solutions for manufacturing equipment, digital twin technology for plant ramp-up, manufacturing execution system software (MES) for efficient production management and data visualization tools for enhanced human-machine interaction.   "Rockwell Automation is committed to connecting not just equipment, but also processes and empowering people to get more insights," Mair said. "Our manufacturing execution system solutions act as the heartbeat of any manufacturing project, allowing to connect both the shop and management floors to enable the successful convergence between OT and IT operations for various initiatives such as continuous improvement for OEE, quality, waste and energy reduction.”   Rockwell Automation also provides cloud-based software and platforms for cost savings across industries. These solutions enable seamless integration from plant floor to cloud, facilitating real-time production management.Furthermore, Rockwell Automation and a global digital partner are enabling operational digital battery passport solutions, ensuring traceability across supply chains from mine to dispatch bay in over 80 countries. This initiative underscores the company's commitment to creating value and making a difference in the battery market. ★If you want to know more information about this item,Please contact John Yang immediately Sales manager : John Yang Email : ...

• June 15, 2024

Bently Nevada 991 thrust transmitter 991 thrust transmitter is mainly used for raw equipment manufacturers (OEMs) of centrifugal air compressors or small pumps, motors, or fans prefer to provide simple 4 to 20mA proportional axial displacement (thrust) signals as inputs to their mechanical control systems. A transmitter is a 2-wire, loop powered device that can accept inputs from a 3300 NSv * proximity probe and its accompanying extension cable (available in 5 meter and 7 meter system lengths). The transmitter adjusts the signal to an appropriate engineering unit 1 proportional to the axial position of the shaft and provides it as an industry standard signal of 4 to 20mA to the control system 2 that experiences mechanical protection alarms and logic. The 991 transmitter has the following significant functions: • Integrated Proximitor * Sensors do not require external devices • Non isolated "PROX OUT" and "COM" terminals with coaxial connectors, provide dynamic vibration and gap voltage signal output 3 for diagnosis. • Non interacting zero and range potentiometers under the transmitter label support loop adjustment. • Test input pins allow for quick verification of loop signal output using variables dc voltage source as input. • The power suppression circuit eliminates signal errors caused by line voltage transient. • Abnormal/signal failure circuits can prevent problems with proximity probes or loose connections. • DIN rail clips or partition mounting screws can be selected as standard options to simplify installation. • Potted plant structure for high humidity (up to 100% condensation) environment • Compatible with 3300 NSv proximity probes, allowing for sensor installation in small areas with minimal clearance, typical of centrifugal air compressors. Some BENTLY NEVADA model recommendations 330101-00-20-10-10-02-05 330104-00-06-10-02-05 330101-00-30-10-10-02-05 330105-02-12-15-12-05 330102-20-96-10-02-05 330130-085-03-05 330103-00-08-05-02-05 330104-00-06-05-02-CN 330905-00-08-05-02-05 330106-05-30-10-02-CN 330905-00-09-05-05-02-05 330103-00-07-05-02-05 330906-02-12-05-05-02-05 330104-00-06-10-02-00 330907-05-30-10-10-02-05 330130-040-01-00 330908-00-36-05-02-05-05 22810-00-06-10-02 330704-00-050-10-01-05 16710-50 330103-00-06-05-02-05 330103-00-06-05-02-02 330500-02-04 330103-00-05-05-02-05 330910-00-13-10-02-00 330104-00-07-10-01-CN 330101-00-14-10-02-05 330930-045-04-05 330101-00-32-10-02-05 330930-065-04-05 330103-06-20-10-02-00 330103-00-02-10-02-00 330101-00-13-10-02-00 3500/15 127610-01 330854-040-24-CN 330101-00-32-10-02-05 177230-01-02-05 330400-02-05 330105-02-12-10-02-00 330400-02-05 330104-00-16-50-02-00 330106-05-30-10-02-05 330106-05-30-10-02-05 330101-00-13-10-02-00 330102-00-27-10-02-05 330103-00-05-10-02-00 330101-00-27-10-02-05 330105-02-12-10-02-00 Welcome to inquiry Yuki now Sales manager: Yuki Mobile: +86-17359287459 Email: sales6@askplc.com WhatsApp/Skype: +86 17359287459 Add: Siming District, Xiamen, Fujian, China...

• June 01, 2024

Production cost is fairly easy to determine, or is it? Determine the number of operations, the cost of labor and the cost of material. But not every unit is perfect. Some units require rework. Some units are scrapped. What is the cost of production fallout? How does that cost affect the bottom line? Let’s look at a simplified scenario to find out.   Scenario: A discrete manufacturing company has a production line with a takt time of 60 seconds to meet delivery requirements (i.e., one product is required off the line every 60 seconds). The actual throughput for the line varies from a product every 55 to 70 seconds, and the line is currently averaging 68 seconds (the latter two values are well above the required takt time). The production line has a first pass yield (FPY) of 75% (i.e., 25% of products require extra work to be usable). It also has a scrap rate of 10% (10% of production cannot be used and is written off), meaning that 90 out of 100 units processed by manufacturing will actually be sold (the 10% scrap is part of the 25% that requires extra work).   Let’s assume there are five production operations in manufacturing the product, a total direct labor cost of $50, and a total material cost of $25 (both per unit of production). To make it easy to follow, we will assume each operation consumes approximately 20% of the total cost of labor and material ($75), making the cost of each operation $15.  With the original FPY being 75%, the 25% requiring rework/repair (the fallout) have additional costs not counted in the original $75 per unit price. Assuming a nominal labor cost of $20/hr for production labor (this rate will vary significantly depending on the industry) and a nominal duration of an additional 3 hours of labor per unit (isolating the defective unit, moving it to and from repair, analyzing and repairing/reworking the unit, and retesting to accept the unit back into production), each unit in the fallout costs an additional $60 ($20 x 3 hrs), not including the extra material used to repair/rework the unit. Out of 100 production units processed, 25 units will have an additional $60 per unit for a total cost of $1500 ($60 x 25 units) that now must be shared by the full 100 units for the production run ($15 per unit). This brings the total cost per unit for the production run from $75 to $90.   We also need to factor in the cost of the units that will be scrapped (10% of total units). Out of 100 units that started production, 10 (part of the original fallout of 25%) will be scrapped. However, approximately the same labor costs will apply to these scrapped units as they will still be handled, analyzed and tested, meaning the units are being scrapped at the $90 per unit rate for a scrap cost of $900 for the 10 scrapped units. This cost is now added to the cost of making the 90 units that are sold—an additional $10 per unit sold ($900 / 90) for a total cost of $100 per unit so...