The Rapid Growth In The Global Industrial Automation Market

Published on: 01 April 2019 Last Updated on: 22 February 2020

General industrial, automotive, consumer goods, and technology hardware are considered to be among the largest end-user markets for discrete industrial automation. For instance, process automation aids resource industries which nearly accounts for half of the overall demand. This occupies the largest share which comes from the Oil and Gas industry.

General Overview Of The Global Automation Market:

Due to rapid development in technology, process monitoring has also improved and impacted the automation market trends. Factors such as manufacturing productivity of industries worldwide and their efficiency are showing results. According to experts, industrial automation primarily focuses on automation which has an operational strategy aimed to minimize manual work in various industrial setups such as manufacturing or production processes.

The market for industrial automation is expanding at a high rate because it exhibits favorable advantages such as the reduction of CAPEX and OPEX along with ensuring improved product quality. Additionally, it also improves flexibility, the efficiency of the process of manufacturing, the average product yield and at the same time ensures optimum utilization of industrial space. Major players that dominate the industrial automation market globally include Mitsubishi Electric, ABB Ltd, Adept Technology, Honeywell Solutions, Bosch, Emerson Electric, Schneider Electric, Yaskawa Electric, and General Electric.

Role Of Advanced Technologies In Industrial Automation:

Various techniques of automation such as IT systems, equipment designing, robotics, artificial intelligence (AI) as well as execution through statistics is involved in deriving foolproof industrial automation.

One of the most commonly used equipment for automation is a Ding Technological Distributed Control System (DCS). Along with this, other emerging developments such as logic controllers which are programmable, conveyor belts, and human-machine interfaces are also emerging and are directly impacting the automation industry across corporates and big organizations. Application of robust digital and intelligent technologies is cost-effective as the organizations have a machine to the jobs of a human resource. Automation also reaps accurate, precise and timely results while simultaneously eliminating the scope of human errors.

Key Drivers Of The Industrial Automation Market:

Key drivers directly impacting the market of industrial automation include a rise in demand from the organizations in developing economies to help them make better decisions. The high cost of the automation equipment and their security concerns are restricting the growth of the industry. The machinery output in terms of production is further seen as one of the key factors boosting the industrial automation market. Further, an increase in the sustainability and efficiency of energy planning alongside smart technologies in the emerging economies is expected to boost market growth.

Career Opportunities In Industrial Automation Industry:

Currently, the U.S. and Europe are the largest markets for industrial automation and have a variety of career opportunities in the industry.

Employees from these regions are applying for job opportunities in the field of data sciences, operational plannings, mechanical engineering, metallurgical engineering as well as other IT fields. Along with this, those graduated from industries such as oil and gas, pharmaceuticals, chemicals, pulp manager, power plants, petrochemicals, and mining also have job opportunities to help mechanical engineers better design and structure the devices used for automation.
A growing number of institutes in regions of Asia Pacific are producing graduates who specialize in product designing. They are trained in formulating the designs for devices and plans for industrial automation along with ensuring their cost-effectiveness, maintenance possibilities as well as their environmental friendliness.
Favorable policies in developed and developing nations are ensuring the corporate relocation industry to further expand with a rise in international recruitment. APAC offers a high population of industries that seek plans for industrial automation in order to optimize manufacturing and supply-chain processes, which further is seeking employees robust in statistics, analytics, and data sciences.
Apart from this, there is an extensive requirement in the sector of Research and Development. Other than having the capability to establish fully functional automation tools and techniques, researchers are expected to have a masters degree along with a Ph.D. in electronics, electrical engineering or mechanical engineering. There is an increase in the number of government institutes, think tanks, environmental NGOs as well as organizations devoted to scientific research which are hiring as well as training employees in the field of industrial automation.

Currently, manufacturers are seeking ways to transform their business operations on the global front which uses process automation in the value chain as well. Process automation, which means, automating a specific process through the use of upcoming technologies is the new trend among major players across various industries. Thorough integration of all the processes across various operations is a requirement regardless of the geographical location of the automation facilities as well as operations. Considering the widespread applications of industrial automation and its demand at a global level, career opportunities in the market are abundant.

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The Importance of Electrical Infrared Thermography Inspections

The world runs on electrical systems, and many things would stop without them. When something goes wrong, people only notice how critical electrical systems are. They must be safe, reliable, and effective, and electrical infrared thermography inspections ensure they are. Regular Infrared thermography inspections are very important preventive maintenance for electrical systems. Electrical thermal imaging is utilized for these inspections, which can further detect all the potential issues early on. Moreover, it helps to prevent them from escalating into serious problems. This very provocative approach is useful for the improvement of safety, reduction of energy costs and further extending equipment lifespan. What is an Electrical Infrared Thermography Inspection? Technicians can uncover heat patterns and electrical systems through an infrared thermography inspection. This non-invasive technology detects temperature variations and possible problems behind walls, under floors, and in ceilings. The problem may be a loose connection, an overloaded circuit, or a faulty component that could lead to significant issues. The inspection allows these problems to be caught early before they become expensive repairs or cause accidents or injuries. This technology is accurate and safe because the individual completing the inspection never comes into contact with the electrical system. By finding inconsistencies and heat distribution, they can uncover potential problems before they escalate. The technology is used in structural systems, mechanical systems, medicine, and environmental science. So how does it work? The trained technicians use these electrical infrared thermography cameras to capture all the images. This is also called a thermogram that shows surface heat variations. Infrared thermography can detect all issues, such as faulty electrical connections, overloaded circuits as well as bearing failures. Electrical problems can cause costly shutdowns, severe property damage, and, lastly, business interruption. Infrared thermography can help prevent all these issues by identifying problems before they even become serious. How Does Infrared Find Electrical Problems? Infrared cameras, or thermal imagers, can be called special eyes that "see" heat. Everything around emits some heat, and this camera detects the heat and pictures it according to the difference in temperature. So, how do these help in diagnosing electrical issues? Component Temperatures At Greater than Normal Operating Levels: As the electrical components are overstressed, faulty, or defect-prone, they usually produce temperatures above those obtained at normal operating temperatures. An infrared camera would catch this type of abnormal temperature that can indicate some issues before there is a fire breakout or equipment failure. Loose Connections: Wires or terminals not properly connected are a source of resistance that leads to heating. Infrared cameras can spot these loose connections, thereby preventing arcing, sparking, and fire. Overloaded Circuits: If a circuit draws more current than its rating, the wires and elements in the circuit get so hot. Infrared cameras will spot such overloaded circuits that might create dangerous conditions. There are a few advantages that you can achieve, such as: Early Detection: Early Detection-Infrared cameras are used for the diagnosis of problems at an initial stage, and hence do not require huge repair services. Safety: Upon the identification of possible fire hazards through infrared cameras, safety features in domestic, commercial as well as industrial environments improve. Reduced Downtime: Infrared cameras quickly identify problems, reducing equipment downtime and keeping businesses running smoothly. (In the next section, I will be discussing the major benefits of Electrical Infrared Thermography) In summary? The infrared camera is an indispensable instrument in the inspection and fault-finding of electrical systems. The cameras produce the necessary effects which are useful in detecting a fault without necessarily damaging the equipment. The Benefits of Electrical Infrared Thermography Inspections As previously mentioned, electrical infrared thermography inspections are highly beneficial because they catch problems early before they become significant issues. Electrical systems are exposed to continuous wear and tear, which can lead to degradation. Improper installation and environmental conditions can also cause problems within these systems. The technology captures thermal images to uncover abnormalities. The technician can conduct this inspection without halting the system. This inspection is often part of a more extensive preventative maintenance program, helping reduce unexpected downtime while extending the lifespan of costly electrical parts. Problems are fixed before they escalate. System performance improves when regular inspections are conducted. These inspections ensure the electrical system is performing at optimal levels. The business owner saves money by not paying for costly repairs or early replacements. Furthermore, efficient systems use less energy. These thermal inspections ensure the safety of electrical systems. Electrical fires can quickly cause significant damage to a property. The inspections ensure that all components work as intended. The technician also identifies hazardous hot spots to be corrected before catastrophe strikes. Business owners must comply with safety and operational standards, and thermography inspections help them achieve this goal. Conducting these inspections reduces the risk of the company being fined or encountering a legal or liability issue. It also shows that the company remains committed to safety and operational excellence, which can help its reputation. Furthermore, these inspections may lower insurance premiums because they show that the business complies with these standards. Common Uses Industrial plants often use thermography inspections to monitor machinery and panels and ensure they aren't overheating. Commercial buildings benefit from these inspections because they confirm all electrical systems are performing optimally. On top of that, homeowners may request a thermography inspection to ensure no electrical shorts could harm their families or properties. Utility companies also use this technology to monitor their power lines and transformers. Contact a licensed electrician today to schedule a tomography inspection. The technician reviews the system's layout to determine which parts need to be inspected. Then, when the system is operating, they use a specialized camera to scan the electrical panel circuits and other equipment. The thermal images captured by this camera are analyzed to identify hot spots and heat distribution issues. Upon completion of this review, the technician alerts the owner to any potential problems so they can be rectified and the electrical system can be safe again. Read More: Business Advice: Stepping Stones For A Startup Owner 4 Ideas for Gifting Presents That Support Small Businesses

Eufy RoboVac vs. iRobot Roomba: brands comparison 2019

Cleaning is one of the most horrible things one should do while doing domestic chores. If you think genuinely, you will find out that at least a month in the year you spend cleaning. So, why don’t you keep and save this time? Why don’t you get a real autonomous helper, like a true robot vacuum cleaner but also between different brands. In this article, we will look over the eternal war between Eufy RoboVac vs. iRobot Roomba and define which brand should be victorious. Short brand overviews Eufy Eufy is quite young nonetheless quickly uprising brand that provides not only robotic vacuums it is famous for; it also performs other smart devices, lights, and domestic electronics. It is a middle-class oriented brand, so, the robotic vacuum cleaners it offers in the market are of the budget and affordable ones. iRobot Roomba Roomba made by iRobot is a world-famous robot vacuum cleaners brand. Most people when saying about robotic vacuum think about Roomba and vice versa. The brand has a broad line of the robotic vacuums to fit any budget, so if money is not a problem for you then make sure you have Roomba as your robotic device. Otherwise, try to find out models that offer you the same options due to the less price. Brand comparison To make the comparison honest, we will exclude the Roombas of the high price level from the review and will observe those models that can be put in one price row. So, let’s look over the average parameters of those robot vacuums: Roomba 690 Roomba 675 Robovac 11+ Robovac 11S Height 3.6 inches 3.5 inches 3.35 inches 2.85 inches Diameter 13 inches 13.4 inches 12.8 inches 12.8 inches Power 500 Pa 600 Pa 1000 Pa 1300 Pa Bin size 0.3 liters 0.3 liters 0.55 liters 0.6 liters Runtime 60 min 90 min 100 min 100 min Filters HEPA-style HEPA-style Triple-Filter System Triple-Filter System Navigation iAdapt 1.0 iAdapt 1.0 Smart sensors Smart sensors Boundary Yes Yes No No Wi-Fi Yes Yes No No Mobile App iRobot Home App iRobot Home App No No Smart assistant Yes, Amazon Alexa, Google Assistant Yes, Amazon Alexa, Google Assistant No No As you can see, there are advantages and disadvantages to both brands. Eufy robots win the size, power, runtime, and bin size battles. So, if you think these parameters of the first importance, Eufy robot vacuum cleaners will fit you perfectly. The battles that Eufy loses are that of cleaning efficacy, usability, and functionality. Roombas of higher levels work with HEPA filters ― the most efficient filtration technology. HEPA-style filters in Roombas of 600s series are of less efficacy, but still more efficient than the personal triple-filtration system of Eufy products. It doesn’t mean that Eufy triple-filter is terrible, but if you are an allergy sufferer and short of money, then Roomba is your choice anyway. Deep research of the parameters power Suction power is an essential parameter for every vacuum cleaner. The higher power is the more efficient vacuum works. So, the high suction power allows the device to collect every type of dirt without depending on the surface. So, looking at the power, we can see that Eufy Robovac provides more efficient power than Roombas. size Size and dimensions of the device define its maneuverability and ability to get hard-to-reach areas. The thinner the robot vacuum is, the easier it can get under the very low furniture. So, if you have furniture with short legs, maybe Eufy is your choice. bin size Bin size defines how long the robot vacuum will work without emptying the dustbin. The larger dustbin capacity is, the longer the device will move through the rooms vacuuming. As you can see Eufy here is the ultimate winner. runtime A runtime defines how long your vacuum can continue the cleaning process without being recharged. As you can see, Eufy performs excellent in this parameter, but keep in mind that the runtime can change depending on the surface the device works. So, if it vacuums the carpet, it can run shorter than if it works on the hard floor. The same is for Roomba. Connectivity, navigation and other parameters Bellow will be parameters in which Roomba beats Eufy. To be honest, Roombas are smarter than RoboVacs, and you can see it observing their navigation, connectivity, and performance. If you want a fully connected device which you can control remotely via smartphone or with voice command, Roomba is your choice. Although the devices of 600s series are weak in power, size, and dustbin capacity, they are perfect in connectivity. You can schedule the vacuuming a week forward; you can begin the cleaning immediately with one tap of the finger. Navigation is another essential parameter that keeps the robot vacuum cleaner from mistakes. Most autonomous vacuums navigate due to the laser or IR-sensors located on the body of the vacuum cleaner. So, the higher the sensitivity of the sensors, the more efficient navigation a robot vacuum will perform. On this level, Roomba has no rivals nor in the face of Eufy neither in the face of any other brand. The final thoughts The comparison we made above is supposed to help the middle-class customer to choose the best and most efficient robot vacuum cleaner for the home. Both brands are intense rivals and offer a number of exciting models. We described several essential features of each brand, so, now it depends on you which one to choose.

Types of servo motors: The brushless servo motor

Essentially, a brushless servo motor is a machine capable of developing high torques in order to oppose any effort that tries to take it out of synchronism. The name brushless comes from the simple fact that it does not have brushes and this is a way to differentiate it from other types of servomotors. Compared with other types of motors, the inertia of a brushless servo motor is substantially less. Both these characteristics - important overloads and reduced inertias – are appreciated and useful features for movement control because they allow rapid accelerations and decelerations, as well as precise position control at high speeds. The most commonly used brushless servo motors in the industry, are those formed by a segmented stator in which the space filled with copper is almost double that in the traditional ones. This allows developing a greater power within a lower volume. Constructively, the brushless servo motor has a stator with a laminated core and a uniformly distributed three-phase winding. The rotor is constituted by a group of magnets fixed on the axis of the rotation. The shape of the rotors varies according to the design and can be cylindric or with outgoing poles. Due to the high centrifugal forces to which they are submitted during the acceleration process, the fixing of the magnets to the rotor has been one of the critical points in the construction of brushless servo motors. This has been solved by using mechanical fixings of different types glued together using special adhesives. In order to compensate for the greater amount of thread in the slots and its greater generation of heat, the free space of the winding is filled with heat-conducting resin. The rotor incorporates a series of permanent magnets that provide greater flow density and better performance. The positioning time is reduced thanks to the reduction of rotor inertia that allows reaching high speeds in short times. The Main Characteristics of this type of servo motor are: Performance and high torque Reliability of operation Low maintenance Great accuracy in speed and position control Very high-speed capacity Very low rotor losses Rotor with low inertia Closed construction, useful for working in dirty environments Wide range of powers (from 100 w to 300 kW) The main advantages of the brushless servo motor are given by the possibilities that this type of motor offers in the control of its speed and positioning. Moreover, the possibility of construction of brushless servo motors allows the adaptation of the same to diverse industrial applications. The brushless servo motors of compact structure, incorporate within it an encoder absolute which provides information on the status of the process to the controller. Those who work in a vertical position, incorporate a mechanical brake on which blocks the axis in case of lack of tension to avoid possible falls of parts in case of failure. Inside the brushless servo motor is included as an element for the control. The encoder is formed by an electronic circuit, in which a laser diode emits a beam of light, which is interrupted by the grooves of a metal foil, giving rise to a flashing signal. Each signal, through the corresponding connector cable, arrives at the control element for processing. Read Also: The 4 Factors To Determine Which Valve Type You Need Set Your Lead Generation On Fire! 5 Tips For Marketing Your Heating Repair Company

The Rapid Growth In The Global Industrial Automation Market

General Overview Of The Global Automation Market:

Role Of Advanced Technologies In Industrial Automation:

Key Drivers Of The Industrial Automation Market:

Career Opportunities In Industrial Automation Industry:

5 Things to Take into Account to Hire Custom Software Development Services

3 New Age Engineering & Construction Technology

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Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

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Related

The Importance of Electrical Infrared Thermography Inspections

Eufy RoboVac vs. iRobot Roomba: brands comparison 2019

Types of servo motors: The brushless servo motor

The Rapid Growth In The Global Industrial Automation Market

General Overview Of The Global Automation Market:

Role Of Advanced Technologies In Industrial Automation:

Key Drivers Of The Industrial Automation Market:

Career Opportunities In Industrial Automation Industry:

Share this Article

5 Things to Take into Account to Hire Custom Software Development Services

3 New Age Engineering & Construction Technology

Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

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Popular

Follow Us

Recent

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