We found 161 posts about Comparison Guides from DO Supply, a global automation parts
reseller focused on hard-to-find and obsolete industrial automation products.
Allen Bradley introduced the Micro 800 family of controllers several years ago, and they are slowly taking over the low-end controller segment for the manufacturer. These controllers are meant for small stand-alone projects, and for OEM’s and machine builders who need a low cost but effective controller. Five series of controllers comprise this family, from the Micro 810 “Smart Relay” to the Micro 870 controller. Each series builds on the previous, with the Micro 820 and 830 series being the smallest of the two (and specialized siblings of each other) and the Micro 850 and 870 including higher functionality and capabilities. All five series in the Micro 800 family have some common benefits. One of the biggest benefits is being able to program and configure the controllers. From the Micro 820 up to the 870, onboard add-on modules allow for additional IO, memory backups, and numerous other higher feature capabilities. Except for the Micro 810, all are capable of some expansion from...
The Allen Bradley PowerFlex 750 series is part of their Architecture Class of drives, higher feature drives for automation projects. They complement the Compact Class drives (PF4x, PF52x) through additional capabilities, although at a higher cost. When looking for a drive solution, these are the Allen Bradley drives to look at when you’re saying terms such as “torque control”, “coordinated drives”, or “almost a servo application”. Both the PowerFlex 753 and PowerFlex 755 drives are capable of torque control, speed control, permanent magnet motor control, and integrated safety (through option modules.) Capability-wise, these drives can compete with any other drives on the market, and their engineering aspects can provide some excellent benefits to the people installing and using them. There are some common features worth noting in the 750 family of drives. Integration into the Studio 5000 programming environment is made easier and more straightforward through use of Add-On Profiles...
In 2016, Rockwell Automation announced an update to their small controller package in the Logix line of controllers, the 5069 CompactLogix controller family. Previously, the CompactLogix processors had been classified under the 1769 (and previously the 1768) family numbers. With the update came several changes, most notably in form factor and performance. The 1769 family of controllers started with the L1x, L2x and L3x, then continued with the 5370 series controllers. These controllers are part of the Logix line of Process Automation Controllers (PAC) from Allen Bradley and are designed to accommodate small to medium sized automation projects. Some common features of the 1769 series are dual RJ45 ports for Ethernet/IP (only a single IP address allowed), LED status indicators on the front of the processor, a USB and SD card port for programming and storage, and a program/run/remote mode switch. Options in the series allow for up to 48 Ethernet/IP nodes, 16 axes of motion, and...
Allen Bradley Powerflex 520 series drives are an innovative take on modular drive configuration. Common power structures and form factors allow for interchangeability between 3 versions of the 520 series drive, the 523, 525, and 527. Each version adds to the performance options available and allows for easy upgrading of drive systems and reduces maintenance and spares requirements. There are some common features among the 520 series drives. Common frame sizes, 0.5-30HP power ratings, 100-600V voltage ratings, local HMI’s for programming, and the ability to zero-stack and mount either vertically or horizontally are just some of the more prominent ones. The 523 series drive is the baseline drive of the 520 series. Available in voltage ranges from 100-600 volts and power ranges from 0.25-30HP, these drives include a local HMI and the ability to add EtherNet/IP capability through a dual-port accessory module, among other things. This is the baseline drive of the family, typically...
FAMILY: PanelView Standard PanelView Plus 6/ 7 PanelView Enhanced TERMINAL: PanelView 1000 PanelView Plus 7 1000E Catalog Number: 2711 2711P 2711E Through the years Rockwell has manufactured many different lines of PanelView HMI products. One of the most popular products was the PanelView Standard line of products which includes the PanelView 1000 , launched in 1998. The PanelView 1000, which replaced the PV 900 was available in both grayscale (orange) and color with both Keypad and Touch Input options. The PV 1000 (grayscale) utilized a 10.4” Electro Luminescent display with VGA resolution while the Color model had a similarly sized color VGA active matrix TFT display. Communications options depend on part number configuration but included the full range of protocols and interfaces (DH+, Remote I/O, DeviceNet, ControlNet and Ethernet/IP.) The PanelView Standard line has been discontinued by Rockwell at the end of 2012. Replacement of these HMIs requires engineering to adapt existing...
The Allen-Bradley SLC-500 product line was introduced nearly thirty years ago. The product line has reached Active Mature status, with many modules at End of life or discontinued. Active Mature products are still fully supported; however, you can gain value by migrating to a new product of family of products. In this post, we compare the SLC-500 family to the preferred migration product family, the CompactLogix processor. When Allen-Bradley released the CompactLogix 5380 controller it boasted significant performance improvements (+20% capacity and 5-20x faster scan times) over previous CompactLogix models. This performance is orders of magnitudes faster and more capable than the SLC-500 platform. For an in-depth comparison, we will compare system architecture, memory, scan time, I/O capability and power connections. Feature SLC-500 CompactLogix CPU 16-Bit operations 32-bit operations Programming Languages Relay ladder Relay ladder, Structured Text, Function block, SFC Operating System...
The MicroLogix 1500 controller family from Allen Bradley is a PLC platform equipped with high level features and performance. This controller and compatible modules are DIN Rail mounted and of a modular type that takes up minimal space during installation. Generally designed for small and medium applications, the controller supports remote I/O function by combining with 1769 compact I/O modules. The controller comes with a RS232 Serial communication interface that supports the AB proprietary DF1 protocol (Full and Half Duplex) which can be used to communicate with HMI, SCADA and programming units. The CompactLogix 5380 controllers are part of the Logix5000 family of controllers. Similar to MicroLogix 1500 family, controllers under this platform supports DIN rail mounting and component modularity contributes to minimum panel space installation requirement. Small to Mid-size smart machines and equipment for manufacturing are the specialty of this controller family. The CompactLogix 5380...
The MicroLogix 1500 controller family from Allen Bradley is a PLC platform equipped with high level features and performance. This controller and compatible modules are of a modular type, mounted on a DIN Rail so as to take up minimum panel space during installation. Generally designed for small- and medium-sized applications, the MicroLogix 1500 controller supports remote I/O function by combining with 1769- series compact I/O modules. The controller comes with an RS232 Serial communication interface that supports the AB proprietary DF1 protocol (Full and Half Duplex) which can be used to communicate with HMI, SCADA and programming units. The CompactLogix 5380 controllers are part of the Logix5000 family of controllers. Similar to MicroLogix 1500 family, controllers under this platform supports DIN rail mounting and component modularity contributing to minimum panel space installation requirement. Small to Mid-size smart machines and equipment for manufacturing are the specialty of...
Having the correct I/O module for your application is crucial to keep the communication and information flowing effectively and safely. Point and Flex I/O modules are both distributed I/O systems designed for use with modular Allen-Bradley automation systems but there are many models that are particularly suited for specific applications. Here you can compare and contrast the two, so you can make the best purchase decision. Allen-Bradley provides a large selection of models that will fit any type of system to meet the needs of anyone using I/O systems. Here are a few key features of the Point I/O modules: Easy to Install, and have a small footprint Comes in digital, analog, specialty, and safety-rated models Choice of Termination in Input and Output Modular Network Interface Independent I/O Selection The installation of the Point I/O modules are super easy. They are designed to be put together and have an outer shell that provides many places and ways to attach it to wherever it needs...
Today, we’re going to take a look at Allen-Bradley’s popular CompactLogix and ControlLogix processor lines. The ControlLogix and CompactLogix are Allen-Bradley’s most popular lines of Automation controllers. The ControlLogix is designed for larger, more demanding systems, requiring higher I/O counts. The CompactLogix, with its smaller, more affordable frame, is better suited to smaller applications. Here, we will examine the differences in detail. The CompactLogix line sports two variants – modular chassis-free system and all-in-one controller with a chassis. The most popular all-in-one controllers are CompactLogix L23, L1XER, and L2XER. If you’ve used CompactLogix processors, you might have heard of these, as they were best-selling processors in the line. For the modular systems, the L30ER, L33ER, L32X, and L35X are the best-selling components. The packaged CompactLogix processors are ready for work out-of-the-box, which is their main advantage. Conversely, the modular L3 models...
Servo systems are now well-known for their use in CNC machining, robotics, and factory automation. The servo technology is further expanded with the manufacturing of servo drives, used for powering electric servomechanisms. Despite being an excellent option for industry use, we also have these VFDs (Variable-Frequency Drives) which tend to be used a lot as an alternative for servo drives, given their energy-saving potential. Since both of these are widely used in industry and manufacturing processes, it’s important to point out some of the differences between them and in which situations is one better than the other. To do that, we’ll first need to see what are VFDs and servo drives and then compare the crucial differences. A servo drive is an integral part of a servo system that consists of a motor, a controller, a feedback device, and of course – a servo drive. Simply put, a servo drive is a part of the servo system that receives a particular command from a control system, amplifies...
