We found 256 posts about Automation Technologies from DO Supply, a global automation parts
reseller focused on hard-to-find and obsolete industrial automation products.
Motors. They turn the wheels of an electric car, move products seamlessly along a conveyor belt, launch a 3D printer’s head into action to craft precise plastic models, and even create the tactile feedback you feel in a game controller. Whether we’re talking about transportation, manufacturing, or entertainment, motors are everywhere. In fact, there are at least a dozen different types to choose from, each tailored to meet a specific need, whether it’s precision, speed, torque, or efficiency. Yet, with so many choices, getting lost in the technicalities is easy. This article will focus on two parts: the stepper motor and the servo motor. The stepper motor was the answer to the growing need for reliable and repeatable motion control. Developed in the 1920s and gaining widespread adoption by the 1950s, these motors quickly became indispensable across a variety of industries. From textile factories ensuring precise fabric weaving to military-grade avionics systems where precision could...
In today’s interconnected world, securing your network infrastructure is more important than ever, especially in industrial environments where the stakes are high. Whether it’s protecting sensitive data or ensuring uninterrupted operations, having a robust network security system is critical. Enter the Allen Bradley Stratix 5900 router, a device that offers advanced security features tailored for industrial applications. The Stratix 5900 router isn’t just another piece of networking hardware. It represents a strategic investment in protecting your industrial systems against cyber threats. Its comprehensive suite of security features helps safeguard your network from unauthorized access, data breaches, and other potential vulnerabilities. Featuring robust zone-based firewalls, multi-factor authentication, and advanced VPN capabilities, the Stratix 5900 is built to meet the high-security demands of industrial environments. Its SSL/TLS support ensures secure communications, while the...
Choosing a network switch for your industrial operation is a bit like picking the right tool for a DIY project. You know what needs to be done, but grabbing a hammer when you really need a screwdriver isn’t going to get you very far. The key is finding the right tool for the job, and with the Stratix series, Rockwell Automation has built a toolbox that’s hard to ignore. Whether you’re looking for the straightforward reliability of the Stratix 5700 or the security-first approach of the Stratix 5900, each switch has a role to play. The question is, how do these tools compare to others in the hardware store? And, more importantly, which one will help you get the job done? Before you start building, let’s dive in and see which tool fits your industrial network best. If you had to pick a go-to switch for handling most industrial network challenges, the Stratix 5700 would be that trusted multi-tool you always keep within reach. Designed for small to medium-sized networks, this switch is all...
The term Machine-to-Machine (M2M) refers to the interaction between two or more devices that are capable of exchanging information without human intervention. It ranges from basic sensor-to-server interactions to complex networks coordinating actions. M2M relies on telemetry for remote data recording and transmission, utilizing wired or wireless channels. Its foundation lies in enabling device communication, fostering automation, and enhancing efficiency. In the world of Machine-to-Machine (M2M) communication, three essential components work in harmony: hardware, software, and networks. “Tesla Autobots ” by jurvetson is licensed under CC BY 2.0 . Devices such as sensors and servers are the essential components. They play critical roles in data collection and processing. Acts as manager of M2M communication. Coordinates communication protocols and data analysis. Ensures interaction between devices. Provide the platform for device connectivity. Serve as the stage for information...
The Allen-Bradley Kinetix 2000 (Bulletin 2093) Series features multi-axis servo drive modules that support integrated motion through SERCOS (Serial Real-time Communications System) interface. They extend the advantages of Kinetix Integrated Motion on SERCOS network to low-power motion control systems. They also deliver high performance and advanced control capabilities in a smaller footprint, allowing users to improve system performance and productivity while reducing the total cost of ownership and time to market. Kinetix 2000 servo drives are an excellent choice for small and mid-sized motion control applications. Target applications include robotics, material handling, indexing, converting, X-Y tables, textile machinery, Web processing, metal forming, packaging, and electronic assembly. Compact size, innovative design and installation features, easy-to-use components, and simplified wiring 170 to 264V rms AC input, three-phase or single-phase (230V nominal) A wide range of...
Have you ever paused to think about how all the fancy gadgets around us function at their core? It all starts with the humble bit, the smallest unit of data in computing. A bit is like an on-off switch; it can be either a 0 or a 1. These tiny bits are the backbone of every digital communication, from your smartphone’s texts to a car’s sophisticated onboard system. Now, let’s scale it up a bit. Eight bits come together to form a byte. If the bits were solo artists, a byte would be their rock band. This ensemble is crucial because, with bytes, we begin to see the formation of something meaningful, such as a single character on your screen or a command to a machine. For instance, the letter ‘A’ in ASCII code is represented by the byte 01000001. Why does this matter in automation? Well, whether programming a PLC (Programmable Logic Controller) to manage a production line or setting up a network of sensors, every instruction sent and received is composed of these bits and bytes...
Safety PLCs are those overachieving, highly dependable systems that ensure your factory doesn’t turn into an accidental pyrotechnics show. Safety PLCs, or Programmable Logic Controllers, play a key role in maintaining this balance by preventing accidents and ensuring safe operation. Unlike regular PLCs that manage routine control tasks, Safety PLCs add a crucial layer of protection. Their significance in industrial settings is immense, as they help avoid incidents that could lead to expensive downtime or hazardous situations—understanding how Safety PLCs work and their applications reveal why they are indispensable in modern industrial automation. Safety PLCs are Programmable Logic Controllers designed specifically to enhance the safety of industrial operations. Unlike standard PLCs, which primarily focus on automating and controlling machinery and processes, Safety PLCs incorporate additional features that ensure the system operates safely under all conditions. These features include...
In today’s industrial landscape, advanced motor control is crucial for improving efficiency, precision, and reliability across various applications. A DC drive is a speed control system for a DC motor that regulates the voltage supplied to the motor and makes sure the motor’s operation remains at the desired speed. This technology is cheaper, more efficient, and reliable. Additional advantages include relatively easier operation and implementation. DC drives are preferred over AC drives for regenerative applications or applications that demand high power output or very fine motor control, such as robotics and transportation. Although VFDs or AC drives are an alternative solution to DC drives, DC drives are still being used extensively in applications such as hoists and cranes, winders, elevators, paper production machines, spindle drives, and crushers. PowerFlex DC drives by Allen-Bradley, part of Rockwell Automation, offer sophisticated digital solutions for precise control and...
The Allen-Bradley Kinetix 6200 (Bulletin 2094) are multi-axis servo drives that offer a Kinetix Integrated Motion platform for drive/actuator or drive/motor applications through SERCOS (Serial Real-time Communications System) interface. These drives are available with Safe Torque Off (STO) and Safe Speed Monitoring (SSM) safety options to enhance workplace safety and ensure increased machine productivity. They are also compatible with Kinetix 6000 drive systems, meaning you can upgrade any number of existing Kinetix 6000 drive axes to advanced safety with Kinetix 6200 drives, where needed. In addition, the Kinetix 6200 servo drives feature an innovative modular design that allows for greater machine flexibility and adaptability for future drive improvements, such as increasing the drive’s power or control range by adding a new power or control module. The modular design also allows Kinetix 6200 drive axes to easily transition from SERCOS interface connectivity to EtherNet/IPnetworking...
Among the myriad of tools and technologies making a difference, there’s a particular type of equipment that doesn’t always get the spotlight but definitely deserves a mention: the Liquiflo pump. It’s not just any pump; it’s a workhorse designed for the tough jobs, the kind that involves corrosive chemicals or viscous liquids that would make lesser machinery falter. But why focus on a pump, you might ask? In the intricate ballet of chemical processing, every component counts, and having a reliable pump can be the difference between a smooth operation and a problematic one. Liquiflo pumps have carved out a niche for themselves, not by being flashy but by being dependable, versatile, and, frankly, just really good at what they do. This isn’t about putting a brand on a pedestal. It’s about acknowledging a tool that many engineers and plant operators have come to rely on, perhaps more than they’d like to admit. So, let’s take a step back and look at the bigger picture of industrial...
It is said that achieving the right balance between versatility and efficiency is akin to hitting a gold mine. The Allen-Bradley PowerFlex 525 AC Drive achieves this ideal by ensuring top-notch performance and adaptability within the industrial landscape. Allen-Bradley, synonymous with innovation and reliability under the Rockwell Automation umbrella, has designed PowerFlex 525 to meet diverse needs in today’s industries. This is great for a wide range of application areas, including manufacturing and material handling; hence, it supports smooth and effective operation. With advanced features and a user-friendly design, it has become easy to understand why this particular drive is the favorite of engineers who want to boost their productivity while saving on energy costs. Whether for modernization needs of existing systems or new projects, the PowerFlex 525 is up to meeting the demands of modern automation, and here is why: The PowerFlex 525s are part of the flexible and highly...
Servo drives have revolutionized the industries by enabling precise control over motion and positioning. Whether it is for making simple to complex, smooth robotic arm movements or placing CNC operations with precision, servo drives are the enablers. Beyond robotics and CNC, these drives empower sophisticated motor control systems in automatic manufacturing processes, renewable energy production, the recreation industry, health care institutions such as hospitals, the farming sector, and transportation and space explorations, among many others. This article will introduce you to servo drives in detail, including how they work, where they are used, and technological advancements. It also aims to stimulate thought on their capacity to enhance creativity and efficiency across various industries, thus promoting further invention and progress. A servo drive is an electronic amplifier used to power electric servomechanisms. It monitors the feedback signal from the servomechanism and...
AC drives are essential components of industrial automation processes, especially when precise motor speed control is required. All modern electric trains or locomotive systems rely on AC drives for power. Robotics represents another significant domain where AC drives provide accurate speed and position control. An AC drive, also known as an adjustable frequency drive, is an advanced electronic device used to regulate the speed of an electric motor by changing the frequency and voltage of the electricity supplied to it. The primary function of an AC drive is to dynamically adjust the motor’s speed to match the workload, optimizing process control and conserving energy. This capability allows for precise modulation of motor speed in response to varying operational requirements, improving efficiency and reducing energy consumption. By effectively aligning motor speed with the application’s demands, AC drives contribute to enhanced productivity and operational flexibility while extending...
A motor is an electromechanical device designed to transform electrical energy into mechanical energy. Motors are widely used across various domains to serve diverse purposes, from energizing compact devices like electric razors and toys to propelling extensive industrial apparatus. There are several technological options for kicking off motor operation, such as soft starters like the Smart Motor Controller (SMC), variable frequency drives (VFDs), and contactors. Designed for different applications, each option has unique cost and performance characteristics. Conventional contactor methods include simple on/off operations and more complex designs like autotransformer starters, multi-speed starters, wye-delta starters, and similar setups. The traditional Direct On Line (DOL) method starts with a contactor and either a basic or an advanced overload relay. In contrast, VFD technology has undergone significant advancements over the past two decades, emerging as the preferred starting...
Ever watched a robot arm assemble a car with the precision of a master surgeon and wondered, “How on earth does it do that?” The secret lies in motion control, a key player in the industrial automation game. Motion control ensures that machinery moves exactly as intended, whether it’s positioning, velocity, or acceleration. At the heart of these systems are PLCs (Programmable Logic Controllers), the brains behind the brawn, orchestrating every movement with perfect timing. Motion control is all about getting things to move precisely and efficiently. From robots on the assembly line to CNC machines carving out intricate parts, motion control makes it all happen. It’s powered by key components like servo motors and encoders, all managed by robust PLCs. Allen Bradley, a trusted name in automation, offers a range of products that exemplify how effective motion control systems should function. When machines move with purpose and precision, industrial processes achieve new levels of...
