Industrial control and automation can be complex. At Maple Systems, we want to break the barrier between knowledge and know-how to make sure every engineer and operator is fully prepared for whatever task comes their way.
Networks come in many shapes and sizes. The simplest point-to-point networks connect two nodes with one node as the data sender and one as the data receiver. More complex networks, like automated factories with PLCs, HMIs, and IPCs all running different operations, can connect hundreds…
A managed network switch is a device system administrators use to maintain exceptional control and monitoring power over their networks. Unlike a regular network switch, a plug-and-play station for adding more devices to simple networks, managed network switches interconnect system devices where speed, security, and…
The CODESYS programming software includes powerful visualization tools that can collect and display information in a customized format. For better access to these informational displays, CODESYS projects are accessible through web browsers or Web HMIs. One of the best ways to get this access is…
Since 1981, Intel has held its position as one of the world’s most prominent hardware designers and manufacturers. Without Intel’s engineers, the world may have never seen the x86 microprocessor, whose CISC architecture powered a new frontier of technology that still dominates much of today’s…
Managing multiple HMIs can get out of control fast. The more you add, the more complex communicating between them becomes. Plus, loading the same project on to multiple HMIs one by one might take more time than you have to spare. Sometimes doing less can…
Read More Easy HMI access using Maple Systems’ cMT iV Series Display
Web HMIs are an easy way to streamline complex machine monitoring networks. As systems scale, constantly connecting every new piece of hardware to its own HMI can become a runaway train. But with web HMIs, there’s no need for tailored connections. System designers can simply…
Read More Cleaner control and monitoring with Maple Systems cMT Web HMI models
Remote IO (input/output) is popular in many modern industrial automation systems. Unlike local IO, which is confined to the same cabinet or area as its PLC, remote IO can be placed much closer to the sensors and actuators gathering information. This doesn’t just give control…
Read More How to integrate remote IO into a Maple Systems industrial automation network
Industrial settings aren’t often pretty. Steel mills with powerful temperature fluctuations, offshore oil rigs battling coastal weather systems, and underground mines filled with toxic dust and gases are just a few examples of the rough environments industrial technology must endure. Without strong computers and equipment…
Read More What’s the difference between an industrial PC and a consumer PC?
Efficiency is key in any industrial control system, and operators constantly seek new ways to improve speed and quality. But speed and quality aren’t the only progress indicators. Today, system security is equally important, ensuring bad actors can’t gain access to and disrupt a business’s…
Read More HMIs with safer, faster login using RFID and fingerprint authentication
Company Name: Mechatronic Design SolutionsIndustry: Industrial Machinery ManufacturingLocation: Ottawa, Ontario, CanadaWebsite: www.mechds.ca At Mechatronic Design Solutions, we deliver turnkey robot work cells and automated equipment for manufacturers across North America. Our solutions increase efficiency and throughput and enable high-volume production so you can meet or exceed demand with…
Read More OEM Machine Builder uses a cMT2078X on their Robotic Dispensing System
Maple Systems’ Web HMIs can connect to a web server hosted by a microcontroller like Arduino. Our Web HMI’s integrated browser is used as a means to control GPIO outputs of an off-the-shelf Arduino microcontroller and Arduino Ethernet Shield 2 module. This article walks you…
Read More Connecting a Maple Web HMI to an Arduino Web Server
What is a PLC? PLCs are rugged, compact computing devices that are purpose-built for use in control systems. Developed as a replacement for traditional electromechanical components, PLCs are extremely versatile devices that can collect data, execute complex control logic, and send commands to many types…