The SMC Dialog Plus is an Allen-Bradley smart motor controller series that features innovative motor protection configurations, easy programmability, diverse networking capabilities, and the reliability of solid-state electronics. The controllers are designed to operate squirrel-cage three-phase AC induction motors rated 1 to 1000A at 200 to 600V AC or 200 to 480V AC, with 60 or 50 Hertz (Hz) AC input frequency. They are also capable of controlling resistive loads. SMC Dialog Plus controllers are microprocessor-based and can accept 24V DC/AC or 100 to 240V AC (at 50/60 Hz) control power input, depending on the selected Catalog Number. If the selected controller supports the 100 to 200V AC control power input option, its microprocessor will self-adjust to the supplied control voltage. Allen-Bradley SMC Dialog Plus controllers come with the following features as standard: SMC Dialog Plus controllers include a built-in SCANport – a serial interface port that allows connection to a...
The Allen-Bradley PowerFlex750-Series is a comprehensive family of Variable Frequency Drives (VFDs), also known as AC drives, from Rockwell Automation. These drives provide greater application flexibility, high performance, and an exceptional user experience for a wide array of multi-drive or general-purpose motor control applications. They are appropriate for applications that require speed, torque, and/or position control. The PowerFlex 750-Series offers PowerFlex 753 AC drives with power ratings of 0.5 to 400 Hp (0.37 to 250 kW) for general-purpose motor control applications. For advanced motor control applications, the series offers PowerFlex 755 AC drives that include multiple hardware and control options and an extensive power range of 0.37 to 1500 kW ( 0.5 to 2000 Hp). PowerFlex 750-Series AC drives provide a standard set of innovative features and options aimed at assisting users in improving the productivity of their motion control systems and maximizing their investments...
The Allen-Bradley PowerFlex750-Series is a comprehensive family of Variable Frequency Drives (VFDs), also known as AC drives, from Rockwell Automation that provide greater application flexibility, high performance, and an exceptional user experience for a wide array of multi-drive or general-purpose motor control applications. These drives are appropriate for applications that require speed, torque, and/or position control. For general-purpose motor control applications, the PowerFlex 750-Series offers PowerFlex 753 AC drives with power ratings of 0.5 to 400 Hp (0.37 to 250 kW). And for advanced motor control applications, the series offers PowerFlex 755 AC drives that include multiple hardware and control options, and an extensive power range of 0.37 to 1500 kW ( 0.5 to 2000 Hp). PowerFlex 750-Series AC drives provide a standard set of innovative features and options aimed at assisting users in improving the productivity of their motion control systems and maximizing their...
The PowerFlex 700H series sets a benchmark in high-performance drives for demanding industrial environments. This drive series, renowned for its superior flexibility, robust design, and advanced control features, offers exceptional speed control and programming capabilities. With a wide array of power ratings and configurations, these drives are manufactured to integrate different application needs, from heavy-duty machinery to precision motor control. The PowerFlex 700H series ensures reliable operation, efficient performance, and easy incorporation into different industrial systems, making this series a good choice for complex and challenging operational demands. The available ratings for this drive series are 200 to 1900 HP at 480 Volts AC, 150 to 2400 Horsepower at 600 Volts AC, and 160 to 2000 kW at 690 Volts AC input. Due to their wide power and voltage ranges, these drives are ideal for a wide range of industrial applications. This drive series has a full-function LCD HIM with...
Human-machine interface (HMI) devices are tools or interfaces that enable users to interact with electrical, mechanical, and electromechanical systems. They also allow the users to log data and monitor and control systems. HMI devices typically include user interfaces such as touchscreen, control panels, switches, indicators, and other I/O devices. They serve a variety of purposes, including troubleshooting in power distribution, industrial automation, process control, and machinery operation. Beijer Electric QTERM HMI devices offer a suite of advanced features designed to serve various technical purposes in modern industrial environments. This blog aims to share insights on some of these devices’ features. From very compact displays to larger screens, the Beijer QTERM HMI devices line offers a device that meets various requirements. The devices vary in resolution, screen size, and communication capabilities, while some can have additional features suited for certain applications...
Mitsubishi’s A900GOT series brings a new level of interaction and efficiency to the forefront with its versatile lineup of human-machine interfaces (HMIs). Offering models from the streamlined A951GOT-SBD to the feature-rich A9GT-QFNB4M, this series is crafted to meet the nuanced demands of modern operational environments. Each model, including the A951GOT-SBD, A970GOT-LBA, A9GT-FNB, A9GT-FNB1M, A9GT-J71E71-T, A9GT-QBUSS, and A9GT-QFNB4M, stands out for its unique blend of features, making the A900GOT series a pivotal choice for those aiming to boost efficiency and productivity. Mitsubishi A951GOT-SBD The Mitsubishi A951GOT-SBD Input Module is a testament to efficient and versatile control within compact automation solutions. This module, part of the advanced A900GOT series, offers precision and adaptability in managing input functions across various industrial applications. Its compatibility with AC and DC inputs and inclusion in the MELSEC network exemplifies Mitsubishi’s dedication...
Mitsubishi Electric’s GOT2000 series is the evolution of operator control, offering a lineup of advanced human-machine interface (HMI) terminals that cater to a wide array of industrial needs. From the compact and efficient GS2107-WTBD to the expansive and feature-rich GT2510-VTBD, the GOT2000 series provides a range of options to fit any application. With enhanced functionality, superior graphics, and intuitive operation, these HMIs are designed to streamline complex processes and improve user interaction. Each model, including the GS2107-WTBD, GS2110-WTBD, GT2308-VTBD, GT2310-VTBD, GT2505-VTBD, GT2508-VTBD, GT2508-VTBA, and GT2510-VTBD, is crafted to offer exceptional performance and connectivity, bringing seamless integration and effortless control right to the fingertips of operators. Embrace the power of innovation with the GOT2000 series and experience the pinnacle of automation excellence. The Mitsubishi GS2107-WTBD is an integral component for any industrial setting that...
The year 1999 witnessed a significant shift in the world of Human-Machine Interfaces (HMIs) with the introduction of the GOT 1000 series by Mitsubishi Electric. These revolutionary touch-panel HMIs replaced the intricate button layouts of earlier systems with a user-friendly interface. Operators were empowered to monitor and control industrial processes with unprecedented ease and efficiency, thanks to intuitive menu navigation, captivating graphical displays, and data logging capabilities. The GOT 1000 series marked a turning point in HMI development, paving the way for a new era of user-centric interaction in industrial automation. Mitsubishi Electric’s GOT1000 series is a game-changer in the industrial automation industry, offering a competitive edge through its revolutionary control interfaces. This series caters to a wide range of applications with diverse models tailored to specific system requirements and budgets. Renowned for its exceptional speed, performance, and...
The Omron NT series represents a collection of advanced human-machine interfaces that serve critical functions in industrial automation systems. These interfaces are designed to optimize the interaction between operators and complex machinery, ensuring precise and intuitive control. This series includes a range of models, each tailored to meet specific operational needs with robust functionality and reliability at the forefront. The Omron NT series stands out in the industrial automation landscape for its comprehensive range of Human-Machine Interface (HMI) panels. Known for their robust construction, these interfaces are certified to meet international standards, including CE marking for European conformity, UL listing for safety in the US and Canada, and adherence to the IP (Ingress Protection) rating system, ensuring they are safeguarded against various environmental conditions. Reliability and Certification: Certifications: The NT series HMIs have industry-recognized...
Industrial automation is a harmonious symphony where each machine contributes to efficiency and productivity. The human-machine interface (HMI) is at the helm, the maestro directing this mechanical ensemble in real-time. HMIs are our windows into the automated world, translating cryptic machine language into a dialogue we can engage with. The charm of HMI lies in its ability to keep the human element central, even in highly automated settings. Beyond mere operational control, it ventures into safety, data analytics, and adapting to evolving technologies. As we move forward, we’ll uncover the myriad ways HMIs have become indispensable in the story of industrial automation, making it a tale of innovation and human ingenuity. Industrial automation has come a long way since the days of manual control. In the early stages, operators were greeted with basic control panels adorned with push buttons, lights, dial and panel gauges, and first-out annunciators. These were the primitive forms of...
Human Machine Interface, often known as HMI, refers to a dashboard or screen that controls machinery. The industry’s line operators, managers, and supervisors rely on HMIs to translate complex data into useful information. “I-PRESS FORGE Press & Automation Control ” by Sam D. Wilbur is licensed under CC BY-SA 4.0 . The Omron NS Series of Human-Machine Interfaces (HMIs) exemplifies design and build quality excellence. Characterized by a sleek and robust construction, these HMIs prioritize durability, making them well-suited for deployment in challenging industrial environments. These are available in different sizes, 4 to 15 inches, including the versatile handheld NSH Series, all equipped with vibrant color TFT screens. This ensures adaptability to various display requirements and operational settings. The emphasis on connectivity shines through with features like RS-232C, RS-422A, USB Slave and Master, Ethernet, and Controller Link, connecting with other Omron devices and industrial...
The manufacturing sector has transformed thanks to industrial automation, which has turned outdated factories into productive intelligence centers. The idea of “smart factories” has emerged due to these developments, where automation technology and networked systems function smoothly to optimize operations. In this post, we’ll look at the crucial elements that lay the groundwork for industrial automation and help to build a smart factory. Modern methods and technologies are used in smart factories to simplify operations, boost output, and improve overall performance. These elements allow automation, data-driven decision-making, and seamless communication throughout the production floor. By adopting industrial automation, manufacturers may gain from higher productivity, lower costs, better product quality, and increased safety. Agile manufacturing techniques, real-time monitoring, and predictive maintenance are all made possible by the integration of intelligent systems and technology...
Industrial Automation is the use of automation devices and different technologies such as robotics, computer software, and communication systems to control industrial processes and machinery without significant human input. An extensive range of tools is required to implement industrial automation including control systems that integrate different automation devices like PLCs, HMIs, Drives, and Motors Programmable Logic Controllers (PLCs) are used to control and monitor industrial machinery/processes. Human-Machine Interfaces (HMIs) provide a user-friendly interface that connects plant operators to industrial controllers for machines, systems, and other devices. Drives control the torque and speed of industrial motors, while motors are used in industrial automation systems to convert electrical input energy into mechanical output energy. Industrial automation is increasingly becoming an essential part of modern-day manufacturing and production processes. Therefore, an understanding of...
Automation is not a new concept and has been used for many years to help businesses improve efficiency, reduce human error, and increase production. Examples of early automation include the printing press, sewing machine, and assembly line for cars. Today, with advancements in technology, such as Robotic Process Automation, more tasks can be automated using digital bots within a company. As automation continues to evolve, it is becoming an increasingly important aspect of business operations. Understanding the basics of automation is crucial for companies looking to implement innovative solutions and enhance their workforce. Automation is the technology that enables tasks or processes to be completed without human involvement. To create an automated system, three main components are necessary: A source of power to drive the process and operate the system. A set of instructions that directs the process A control system that carries out the instructions. The control system is...
Human-Machine Interfaces (HMIs) are used to improve industrial automation processes by providing a visual interface for operators to interact with and monitor the automated system. HMIs can be used to display real-time process data, control system parameters, and issue commands to the automated system. One of the main benefits of using an HMI in industrial automation processes is that it allows operators to easily monitor and control the system without having to understand the underlying control logic or programming. This makes it easier for operators to perform tasks such as troubleshooting, adjusting process parameters, and monitoring performance. In addition to providing a convenient interface for operators, HMIs can also improve the efficiency and reliability of industrial automation processes by enabling operators to identify and address potential issues in real time. For example, suppose an HMI is used to display real-time process data. In that case, operators can quickly...
