The ability to analyze and understand large sets of data quickly and accurately is vital to success in modern factory environments. Critical factors such as big data and augmented analytics play key roles in a factory’s ability to operate efficiently, while avoiding potential errors. Below we’ll walk you through the concepts of big data and augmented analytics, the advantages they provide, and various ways they influence the modern factory environment.
As the technology and machinery involved in manufacturing processes become smarter and more advanced, so too does the factory environment. Intelligent spaces, or smart spaces, are “physical locations equipped with networked sensors to give owners, occupants, and managers more and better information about the condition of those locations and how they’re used." Below we’ll discuss the benefits of a smart space in the factory environment as well as some pertinent examples of technology being utilized to make a factory smart.
The Internet of Things is a system of interrelated computing devices with the ability to transfer data over a network without requiring human-to-human or human-to-machine interaction. In a factory setting, the Internet of Things is even more specialized, denoted as the Industrial Internet of Things (IIoT). Below, we’ll discuss the specific advantages of IIoT and how utilizing this new interconnective technology influences the modern factory environment by saving time, energy, and money.
A motor control center (MCC) is an assembly to control some or all of the electric motors in a central location. With the emergence of the Industrial Internet of Things and the dawn of better, faster technology, smart motor control centers are beginning to come to the forefront as credible alternatives to standard MCCs. Below, we’ll walk through the basics of smart motor control centers. Also, we’ll discuss how a smart motor control center improves upon the functionality of a standard control center and how they can help your business for years to come.
An industrial router is a key tool to meet a modern factory’s connectivity and data collection needs. Through on-demand remote connectivity to PLCs, on-premise data monitoring, and data collection for IoT applications, industrial routers help streamline and condense your factory’s workflow into one finite place. However, there are different models of industrial routers depending on your business’ needs. Below, we’ll explore the distinctions between two industrial routers developed by eWON - COSY and FLEXY - and hopefully assist you in selecting which router works the best for your company.
Wireless technology is a burgeoning and now nearly ubiquitous facet of a modern factory environment. Perhaps the most pivotal piece to a factory’s wireless network is its wireless controller. A wireless controller is the heart of the factory’s production, providing users the ability to communicate with various material handling systems such as overhead cranes, conveyor systems, and transfer cars just to name a few. This functionality streamlines production and allocates all the pertinent data and information into one place, greatly simplifying things for your business. With all this being said, the setup of a wireless controller can often be a daunting and complex task. Below, we’ll walk through a simplified version of how to set up your wireless controller and provide more details on how they can help your business cut costs, save money, and prosper in the long run.
With sensor technology becoming more ubiquitous in modern industrial plants, IO-Link devices are becoming increasingly sought after and vital in the workspace. By its definition, IO-Link is “an open-source, serial point-to-point communication protocol for connecting sensors and actuators to an automation system.” Simply put, IO-Link devices can offer numerous advantages over standard sensors, while also allowing laying the foundation for additional opportunities in the Industrial Internet of Things (IIoT). Below, we’ll give a brief overview of IO-Link devices, detail how they operate, and outline the specific advantages they offer over standard industrial sensors.
Industrial Internet of Things (IIoT) projects are redefining and shaping how modern factories and plants operate. By providing analytics on everything from predictive maintenance to industrial automation, IIoT projects can help improve efficiency and allow companies to make better, more knowledgeable business decisions. However, most modern plants are all facing the issue of scaling. Most factories and plants have implemented IIoT pilot programs, but have failed to progress to a full-scale overhaul where IIoT is ubiquitous in the work environment. Below, we’ll expound on the complexities that come with scaling and offer suggestions on how to mitigate those issues, thus opening up a world of new possibilities for your company.
It is estimated that by the year 2020, the number of devices connected to the Internet of Things (IoT) will exceed 20 billion! These are whopping numbers, and undoubtedly display strength on the part of developing technologies. But at the same time, it is becoming clearer that wireless mobile internet networks would have to be improved to ensure seamless performance of connected devices.
When old-school engineers are preached about the upcoming wave of Industry 4.0 technologies and how they will revolutionize plant operations with remote connectivity, they often respond with little excitement, and with good reason. Embedded system is a well-established technology within the industry that has offered remote connectivity for decades now, be it HVAC systems, assembly lines or chemical tanks. So, if everything was available from the start, why the IoT buzz then?