Remote Control Technology-An Era of Automation
Wireless industrial controls are such a device that is used to control gigantic machines. These wireless devices use radio signals, digital pulses, or infrared light to send signals from the transmitters to the receivers. Sometimes an antenna is attached to the receiver with radio frequency devices in order to improve reception. Apart from that rugged housing or standard enclosures are also used to protect sensitive components. Nowadays, remote control technology has improved so much that most of the reputed engineering companies are adopting wireless industrial products for their business.
There are some industrial remote control technologies that include only a transmitter such as a keypad, paddle, push buttons etc. However, most of the wireless systems only include a receiver. Sometimes, the complete systems include a matched transmitter-receiver set called a transceiver.
There is a variation in wireless industrial remotes in terms of performance specifications, configurations, transmitter displays, and receiver displays.
Performance specifications of the wireless systems include various numbers of inputs, outputs, and channels; as well as operating frequency range; and operating distance. Operating distance is measured in feet (ft), it is the maximum distance at which working transmitters and receivers can be placed apart. As far as the device configurations are concerned, some industrial remote controls could be handheld or portable. Others may mount on a console or sit atop a desk or workbench. Typically the transmitter displays include analog indicators, light emitting diodes or digital readouts. Usually analog meters can be seen in receiver displays. Digital readouts, or video displays generally use either cathode ray tubes (CRTs) or liquid crystal displays (LCDs). You can also get Multi-line forms as they are also easily available.
Apart from that there are a variety of features for wireless industrial remote controls. Some devices run with computer programmable method where some devices are battery powered as well electrically shielded. Others have a weatherproof housing or they are designed to control the machines even in extreme environments with high levels of temperature, humidity, and dust. Intrinsically safe devices will not create a spark and they are designed for using in areas with a potentially explosive atmosphere. Apart from that other safety features even include emergency stop switches and overrides in order to prevent further damages. Today there are such organizations that approve or certify remote control technology according to standards for safety.
Remote control technology is used in many applications as well as engineering industries. Some instances include aerospace, agriculture, automation, construction, data acquisition, and forestry. Wireless industrial remotes are also used to control material handling equipment such as hoists, cranes, lifts, and winches. Basic devices are used to control pumps and machinery. Some other specialized products are used in shipyards and by the military.
Nowadays, there are a lot of manufacturers that produce unique types of wireless products. These products are certified and guaranteed. You can even use these products in explosive environment also. The manufacturers sell their products with other accessories such as leather case, extra battery and charger etc. You should be careful to buy such products that come with complete warranty.
Engineering education in Sweden has a very long history. The first schools were started in the 17th century. These were mostly focused on mining and metallurgy, the first traces on industry in the country.
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By the beginning of the 19th century, two science based schools of engineering were founded. These were the Royal Institute of Technology and Chalmers University of Technology, which have had a considerable impact on Swedish industry and they are still the two most important engineering institutions in Sweden. Companies like Electrolux, Ericsson, Asea (one of the constituent parts of ABB), SKF and Volvo, not to mention mining industries, pulp & paper companies and ship yards, all have their roots in the advanced engineering education at various times throughout the last 200 years.
Today there are seven institutions of higher education that offer education programmes leading to the degree “civilingenjor”, the degree recognised by industry and academia as equivalent to a Master of Science degree.
These programmes are all connected to advance research and provide the graduates with an analytical approach to engineering problems. Some 5000 new students are admitted each year. The population of Sweden has just passed 9 million.
The two old universities of technology and the five faculties of engineering at Swedish universities have research profiles and engineering curricula which are strongly linked to basic sciences. There has been a continuous debate on whether the education and research should be more adjusted to immediate industrial needs. Recent development has resulted in the establishment of several engineering colleges throughout the country. These colleges focus on applied engineering and they provide programmes of three years duration. Today there are some 20 institutions offering this kind of programme in which more than 6000 students start each year.
Foreign students may be admitted to engineering programmes in Sweden, but for most of these students the language is an obstacle. Therefore, programmes in English are introduced at some institutions, e.g. the international Master’s programmes at Chalmers University of Technology, the Royal Institute of Technology and the University of Linköping. An increasing number of students from other countries also participate in the education as a part of various exchange activities and there is an international exchange of researchers and teachers. Engineering education and research in Sweden is not only keeping up with international standards, it is also becoming more accessible to students from abroad. Foreign scholars have always found their ways to Swedish institutions of higher education and research.
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Engineering Degrees And Their Huge Contribution To Society
William A. Wulf, the President of the National Academy of Engineering and a well reputed member of the branch of engineering has signaled the fact that people need to show more respect to engineers, the field of engineering and its wonderful contribution to the development, rise and continuous growth of our world. The reality is we do need to clearly bring more recognition to the hard work of all the engineers that have brought their love for inventions and engineering to life and that have created some remarkable things during the last decades.
If you are one of the few good men who know how to salute the work of the people who invented the light bulb and electricity, the radio or the airplanes and cars, the telephone or the Internet and even the water sanitation devices, the idea of getting a degree in engineering might not sound too bad.
If you are one of those ignorant people who pays too little attention to these aspects, you are probably having a hard time understanding why these Bachelor’s or Master’s degrees in civil, electrical, aeronautic or environmental engineering are so important. You need to study some contributions that the amazing field of engineering has brought to us and understand the pure sense of inventions. You need to open your eyes wide and only then will you be able to embrace the true meaning of science and engineering.
If you are not exactly sure how can engineers’ contributions be spotted, besides the obvious information sources such as books or the Internet, you could keep an eye on the awards that are being given to remarkable people whose performances and achievements need to be a acknowledged. A great example is the Nobel Prize for Science and some of its laureates who have won all the merits for their breakthroughs; Albert Einstein, Thomas Edison or Isaac Newton are all superb scientists who brought their enormous contributions to our society. Unfortunately, not all of them enjoyed the Nobel Prize recognition (except for Einstein), but they should all be remembered for their lifetime of hard work and sweat oriented towards our well-being.
The National Academy of Engineering I also a wonderful institution that has chosen to give engineering all the credit they deserve, in terms of some truly prestigious awards. These recognitions are somehow similar to the Nobel Prizes, and they are being considered engineers’ Nobel Prizes for Engineering. The 0,000 annually award was won by Professor Sir Tim Berners-Lee in 2007, for instance, for developing the World Wide Web. Currently, the National Academy of Engineering presents no less than five awards for “Engineering achievement and innovation”, and these awards are: the Fritz J. and Dolores H. Russ Prize, the Charles Stark Draper Prize, Arthur M. Bueche Award, the Bernard M. Gordon Prize for Innovation in Engineering and Technology Education and the Founders Award.
In conclusion, even though you might not be looking to hoping to someday receive such an award, you could still your smaller or more significant contribution to mankind by pursuing a great and stable career in engineering.
Supply Chain Consultancy For Automotive Industry
Engaging a supply chain consultancy with automotive industry expertise is recommended when companies in this sector recognize a need to streamline processes in their supply chains. Automotive supply chains are complex as they have many tiers and lots of links in the chain. Although it is widely accepted that the automotive industry is a leader in running its supply chains well it is also clear that there’s room for improvement. Deliveries can be late, products could be of poor quality, damaged or incorrect and warehousing and logistics can be bottlenecks.
Global vehicle manufacturers are known to use more ERP and packaged software systems than some other industries and they have adopted and integrated more e-business tools. The best direct suppliers to the vehicle manufacturers (Tier 1 suppliers) also utilize similar technology focusing on supplier integration and the sharing of data up and down the supply chain. However, this level of sophistication is costly and benefits can only be realized if systems are implemented and used efficiently. This is where automotive supply chain consultants can play their part.
Supply chain challenges
Automotive industries are caught in the wave of globalization. The challenge is to maintain and enhance supply chain flexibility and customer responsiveness whilst chasing economies of scale and cost savings. Such significant changes in the entire supply chain require tight focus. The automotive industry supply chain works on a push model as opposed to a pull’ supply chain. It is a mass production industry pushing cars out to be sold but the system is driven by the rate at which dealers order new vehicles. The consumers need for choice is changing the landscape and manufacturers must become more responsive to customers needs or lose income.
Opportunities for improvement
An external intervention can highlight areas of potential cost savings and efficiencies in the automotive industry supply chain.
Collaborating on product design with suppliers and outsourced designers to create continuous improvement can provide cost savings.
Operational costs can be reduced through leveraging an ERP system that gives full visibility into transactions across the entire enterprise
Taking advantage of e-procurement solutions and electronic data interchange (EDI) will streamline financial and business transactions.
Integrating with your automotive supply chain partners using reliable, real-time information can improve performance and flexibility.
Successful decisions are supported by analysis and reliable and relevant information that leaves no room for misunderstanding.
Quality data and its accuracy and accessibility are enablers.
Companies in the automotive industry want to improve the quality of their products, lower their costs and speed up the time to market. Meeting the challenges of todays vehicle marketplace can be accelerated by using a supply chain consultantcy for the automotive industry.
Powermatic Associates: Providers Of The Finest Factory Automation Systems
Factory automation systems provide organizations with higher levels of efficiency by helping them to consolidate running costs and improving productivity within their in-house processes. Their use has never been more important than in the current marketplace, as companies compete with one other to produce better products at faster rates and with superior levels of reliability. That’s why it’s imperative for modern businesses to seek first-class distributors of factory automation equipment, who can help them to decide which products are best suited to their particular processing applications.
One such company is Powermatic Associates, one of the leading distributors of the latest products from the production lines of top automation equipment manufacturers worldwide. Powermatic Associates exemplary roster of first-class products, allied with their superb in-house engineering resources, means that they have become the first and only port of call for those searching for ways to ramp-up productivity levels within their industrial processes.
The company’s specialists can help organizations to build solutions from the ground-up using the latest components available within the marketplace. When clients are having problems with existing infrastructure, Powermatic’s engineers will help revise their current systems and provide solutions that both fit within the client’s budgetary parameters and are a requisite fit for their processing requirements. The product line on offer through Powermatic Associates includes every kind of product imaginable for high performance factory automation systems. From top-of-the-line sensor technology to innovative automation and motion controls, the company can meet any requirement directly.
For companies that require laser sensors within an industrial application, why not take advantage of Powermatic Associates’ working relationship with Panasonic and review the advantages of purchasing their EX-L200 series laser sensor. This exceptional equipment is precision engineered for high precision performance within an incredibly small form. This self-contained laser combines superb long-range detection accuracy for objects as small as .03mm to ensure leading-class, pinpoint accuracy and optimal mounting flexibility for a range of industrial uses such as detecting the tip of thin areas of pipe, checking for the protrusion of water within industrial containers, and detecting when containers are out of position on palettes.
For high-speed inspections within wash down environments, the Presence PLUS P4 Sealed OMNI from Banner Engineering is the ideal choice. This superb monitoring equipment can a detailed perform inspection on 2,000 parts per minute via 640*480 CCD imager. An industry-leading solution for the monitoring of harsh industrial environments, the product is ideally suited for a range of fields such as automotive, printing, food handling, assembly, pharmaceutical and packaging. The product also comes replete with a professional suite of location, inspection analysis and geometric tools and is able to meet almost any inspection challenge with both 1.3 megapixel gray scale and color models available.
In addition, this exceptional monitoring product is integrated with ActiveX scripting to allow for the export of inspection data and imaging results across a company network.
For cutting-edge factory automation systems technology, make Powermatic Associates your leader supplier. Let the experts help your organization achieve improved productivity today!
About Powermatic Associates:
With offices in Northern California and Austin, Texas, Powermatic Associates is one North America’s leading suppliers of products for industrial automation systems. The expertise of the company’s engineering team covers every aspect of high performance automation, including motion control technology, sensor products, machine control systems and more. For more information, please go to Powermatic.