Industrial Electronics By Maloney Pdf Rar
Hercules Montero
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This book provides an explanation of whole-system structures and relationships rather than isolated circuits or devices. It is committed to showing how the devices of modern electronics are applied in realistic industrial applications, and makes every effort to help you reach the skill level needed for carrying out your job responsibilities.It thoroughly examines a wide variety of systems--from "PLCs" to "industrial robots"--and includes a wealth of background information regarding the "economic importance" and/or "environmental impact" of the production process involved in the system.A book for the Industrial Electronics Technician or Engineering Technologist who want current information showing how the devices of modern electronics are applied in realistic industrial applications.
With this new certification, EDC has established itself as a strategic solution partner and leading system integrator focused on helping manufacturers with obsolete drive and control technology to automate manual processes and upgrade aging equipment.
EDC has 50 years of experience integrating new control systems and repairing or retrofitting older equipment for a variety of manufacturing industries local to New Jersey, New York and Connecticut. With exceptional domain expertise, the company has also established itself nationwide as the go-to resource for manufacturers in the wire and cable, coating, laminating, and converting industries.
When upgrading older equipment, automating manual processes allows manufacturers to gain a competitive edge with greater throughput and efficiency. It also sets the stage for leveraging the industrial internet of things (IIoT) and digitalization of the shop floor.
The BuildingsNY 2018 Conference brings together building owners and managers, facility and maintenance managers, superintendents, architects, contractors, developers and engineers with an opportunity to discover new ways to reduce overhead, manage risk and identify cost savings.
CSIA is a global trade association that seeks to advance the industry of control system integration. To achieve CSIA certification, a company must demonstrate a commitment to delivering the highest level of quality, performance and reliability by meeting or exceeding the CSIA Best Practices and Benchmarks guidelines in ten key areas, encompassing both technical and business aspects of operation.
To achieve CSIA certification, a third-party auditor conducts an intensive review to confirm that the comprehensive CSIA Best Practices and Benchmarks have been implemented in ten key areas such as general management, human resources management, business development and sales management, financial management, project management, system development lifecycle, quality management, technical management, and other supporting activities.
The answer is yes, and one of those main areas is on the controls side of the system. While frequently overlooked, controls related scrap can start as soon as a system is installed. Below are 5 sources of scrap and how they can be solved with controls solutions.
Certain devices, like many analog sensors, can be very sensitive to changes in temperature, humidity and other weather conditions. Not using a sensor in its correct environment can lead to inconsistencies in the feedback generated by the device.
Using the correct type of cable and shielding can help to reduce the electrical noise created in the system. It is important to not only look at the signal cables, but the communication and power cables as well.
Over the years, and sometimes even months, the conditions can change in a system. Maybe product was sourced from a new supplier, or a whole new product type was added to the line. It may seem more appropriate to make a series of quick patches to get the system back up and running, but you need to also look at the long-term implications.
Properly updating software for new changes and added complexity can help reduce the amount of time spent on adjusting just to make things work. When qualifying the added expense of the software updates, make sure to include the reduction of scrap in the ROI.
A lot of hardware in a system can have some degree of variability such as the speed of a motor, the pressure for a pneumatic line, or the amount of product dispensed per cycle. Improperly monitoring or controlling vital pieces of hardware can greatly increase scrap, especially between multiple shifts and newly trained operators.
Recipes are a great way to collect setpoints that can be used to drive the automation. With the added ability to save changes and load different recipes, you can reduce the amount of scrap between product changes.
Consider adding in one or more tension zones including a load cell or a dancer to gain greater control of your product and reduce the amount of scrap created. Making any adjustments to a tension process can be a trying process and, in most cases, it is beneficial to seek expert opinions on the subject.
Electronic Drives and Controls, Inc. (EDC), a leading control systems integrator and field service company for industrial automation and variable frequency drive (VFD) technology, today announced the company has successfully completed a major energy efficiency modernization of the HVAC motor controls for a class-A commercial property on the Hudson River in Jersey City, New Jersey.
Electronic Drives and Controls serves premier high-rise commercial real estate clients in the greater New York metro area, specializing in upgrades and preventive maintenance (PM) while also offering 24/7/365 emergency services.
Congratulations are in order to Electronic Drives and Controls Field Service Engineer Scott Sullivan who joined CFE Media and Technology for a VFD Technology focused webcast on September 14, 2022. Find the full webcast here!
This webcast was well received by over 260 participants and focused on helping to explain why markets for variable speed drives are growing so precipitously and how they contribute towards efforts for enhanced productivity and sustainability in a wide range of industries.
Heytex, a brand of the German-based Heytex Bramsche GmbH, is a global developer and manufacturer of high-quality technical textiles. Their portfolio includes sophisticated and unique products fabricated and engineered using complex textile technology, such as signage, banners, boats, sales, barriers, and other technical textile products for a variety of customers. Electronic Drives and Controls (EDC), a recognized leader in the design, upgrade, and service support of drive and PLC Systems, recently helped Heytex significantly improve industrial textile coatings equipment for a military customer and double their overall production capabilities.
Heytex had previously purchased a used paint line machine at auction that consists of two parallel production lines sharing the same painting booth and oven sections which could run concurrently or separately. However, one of the lines (Line 2) sat idle for approximately three years before Heytex sought help improving its operability to produce spray-painted industrial camouflage textiles for a military customer. Parts from Line 2 were scavenged to keep Line 1 running.
Originally, Heytex would receive an AutoCAD file from their military customer that specified the geometry of the desired pattern to be painted by the machine. Each line has six drives: 3 VFDs for web handling and 3 servo drives to traverse the paint heads. The process begins by feeding industrial fabric through a conveyor from an unpainted fabric roll. Next, three spray heads move across the fabric in a coordinated fashion applying green, brown and black paint resulting in a specified camouflage pattern. The machine then dries the fabric in a tunnel oven and rolls it into a finished painted textile roll.
Another problem impeding the retrofit plan was a tremendous lack of documentation and labeling. This coupled with obsolete controls, proprietary software and a burdensome workflow with no known support prompted Heytex to task EDC with improving the machine with an integrated hardware and software design.
In addition to the cable-operated switches, other mechanical upgrades included a specially designed tension control system for the Unwind, adapters to couple new servo motors to existing spray head linear actuators, a line speed encoder at the oven exit and a linear position transducer for accumulator feedback. The EDC Field Installation Team installed and wired the new elements on Line 2 and ensured their proper functionality.
The improvements EDC made on Line 2 were substantial. Heytex went from a non-operational line whose parts were being cannibalized to keep an adjacent line running to a fully functional, efficient line with a state-of-the-art control system. Improvements included:
Through front end work on a project, engineers can predict pitfalls and pivot where needed. Having an early plan and changing where needed is better than coming in later and improvising when challenges arise. This flexibility can be crucial during supply chain constraints.
As a system integrator and field service team specializing in over 40 drive brands, Electronic Drives and Controls maintains a vendor-neutral strategy, meaning they do not prescribe to only one OEM for all their projects. This has allowed the company to be more flexible and pull from an array of manufacturers. In turn, EDC is able to compare pricing and capabilities between vendors, allowing them to pass along the added value to their customers.
Having strong alliances with world-class hardware and software providers around the nation, EDC has done the background work to ensure that their customers are getting the quality that they have come to expect. Through good relationships and a strong network, EDC has lowered lead times and sourced parts that would have otherwise been inaccessible.
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