IoT has steadily gained popularity in recent years with more users migrating to digitalized products and smart gadgets. As an increasing amount of IoT equipment comes online, many unsecured items will be vulnerable to remote software assaults. Inadequate security gives hackers the opportunity to brick and commandeer a device to help build botnets. These malware networks introduce unauthorized code, steal data, or exploit their hosts through some other means.
Daisy chaining refers to a wiring scheme in which several devices, such as power supplies, are connected directly in series. This type of wiring is also referred to as “looping through”. The English term “Daisy Chaining” is used colloquially, since the structure is vaguely reminiscent of a daisy chain. The principle can be used both to achieve a higher total current and to transmit analog signals or digital data.
No industry sector is exempt from the benefits of applying energy efficiency, whether it’s individual products or complete solutions. This spans across a very broad spectrum – from replacing bearings that don’t work properly, causing the engine to run poorly and consume more electricity, to complex systems, such as solar panel and photovoltaic power generation systems.
As the electrification of heavy-duty or commercial vehicles gains more acceptance, charging larger batteries than the ones in electric passenger cars increases in importance. Because time is money, especially in logistics, the preferred options are increasing charging power or assigning idle times for charging. These preferences result in three different charging scenarios.
This episode of the Allied Expert Advice podcast features Goda Inokaityte of The HARTING Technology Group, a leading global supplier of industrial connectivity technologies. Goda is the product manager for HARTING’s influential and immensely popular Han product line and addresses topics including megatrends affecting the electronics industry, key characteristics of industrial connectors, modular connector trends, application areas and the new Han-Modular Domino modules.
Ongoing supply chain issues continue to wreak havoc with control panel delivery times. With supply shortages, people couldn’t wait until the last minute to order parts and build their control panels. With turnarounds pushing six weeks or even longer, a lot more planning has become necessary. UCEC can be a resource to help you plan, so don’t be afraid to reach out and ask for whatever you need.
This white paper explores how applying more effort during the design process can improve control panel security and save significant space compared to conventional panel design approaches. It presents design approaches and components that allow for greater design flexibility. This design flexibility also includes reducing the space needed for security features with integrated security solutions to reduce risks on the plant floor. The result is space, equipment, and cost savings to the panel builder.
Most panel builders and OEMs are missing out on a simple way to greatly enhance the functionality and value of your products. Consider capitalizing on the power of the simple software available to unlock the hidden power in your products. Every panel design starts with considering the basic requirements and functional specs. The panel needs to do all of the things the end user requires it to do.
In this installment of Allied’s Ask the Expert Series, Siemens’ SITOP Power Supply Business Developer, Gregory Kateb, talks about power protection solutions for industrial automation applications.
A popular trend that is growing in the US market is the use of ferrules, also known as end sleeves, to terminate single and multi-conductor wires, e.g. in the terminal blocks within a machine’s control panel. For US equipment manufacturers that export to Europe, using ferrules is a requirement to receive CE certification so that a company can do business within the European Union. Regional Sales Manager Bob Wells takes some time to answer a few questions he hears in the field about this cable termination technique.
Power is vital to production, and well-designed control cabinets are key. Today, virtually every industrial application spanning the food & beverage and chemical processing industries to the oil & gas, power generation, product manufacturing, and wastewater treatment industries relies on critical — and often sensitive — powered electronic systems. These systems are vital to productivity, represent considerable investments, and pose serious safety risks, so it’s essential to keep them running safely, reliably, and efficiently.
Maintaining wastewater treatment plants is essential to meeting the critical need for clean water. In the United States alone, about 34 billion gallons of wastewater is processed each day. Much of this can be attributed to increasingly stringent, but environmentally necessary, government regulations that now require companies processing chemicals, pesticides, and other harmful materials to recover ninety-five to ninety-nine percent of water from waste streams before releasing it back into the environment.
Many business of all sizes turn to robots for the purpose of enhancing precision, speed, and consistency while minimizing expenses and downtime. However, many of them – particularly the smaller enterprises – are initially unsure of whether the payoff will be worth it. Omron provides a variety of robots to meet the specific needs of their customers. Whether you’re trying to automate highly repetetive tasks or shift some of the heavy lifting to machinery, Omron can help you choose the right technology.
Not all environments where you find cables and wires are the same. Factors to consider for cables in an IT cabinet or routed through an office building are not the same as the demands on cables that are located in an industrial setting. Harsh chemicals, oils, and other lubricants are just a few of the challenges that cables providing power or transmitting data must withstand in industrial environments to keep operations online.
With power, comes great responsibility. A panel builder who can effectively integrate ground-fault circuit interrupters (GFCIs) into a system can make the difference between life and death. Ground-fault circuit protection is one of the most effective preventative measures against electrical shock because it actively reacts to irregular electrical conditions, regardless of a worker’s qualifications or use of personal protective equipment (PPE).
Sustained cost pressures caused by low raw material prices are forcing mining companies to seek solutions that optimize productivity and reduce costs. In order to ensure competitiveness, the tradition-steeped mining industry is relying increasingly on intelligent automation solutions. Along the entire value creation chain, from exploration and extraction of mineral resources to infrastructure and further processing to final delivery to the customer, all process steps have to be streamlined in order to ensure economically viable operation.
