A Shoppers Guide To Buying – Electrical Supplies

A Shoppers Guide To Buying – Electrical Supplies

This ignorance by consumers will see them buy faulty electrical appliances, which have been identified as the leading cause for a large percentage of accidental fires in the home. As a result, the UK government has, in recent times, launched a consumer awareness program that aims to sensitize consumers on how to buy, install, and safely use electrical systems and appliances. The focus of the program can be broken down into two; buying tips and safety tips.

The tips for buying electrical supplies, as promoted by the government, revolves around three main aspects; buying supplies and tools that have been approved, carrying out proper testing of any second hand appliances before using them, and carefully following the instructions contained in the manufacturer's manual.

The buying of supplies and appliances that have been approved, in this case by the British Electro-technical Approval Board, ensures that you are safe as a consumer, since the product has been tested thoroughly and deemed safe for consumer use. The BEAB is the main body that is mandated by the British government to carry out tests on electrical and plumbing supplies, and other domestic appliances, to determine whether they are safe for use by consumers. Approved products are given a seal of approval that consumers can use to identify products that are deemed safe to use.

The buying of second hand electrical appliances and supplies has been a thorn in the flesh for safety experts. This is why buying of such appliances is very discouraged. However, since it I not against any law to buy, some consumers still buy second hand appliances, mostly because they are far more cheaper than buying new equipment. Such buyers are so urged, to ensure that any second hand electrical appliance they buy is thoroughly tested by a licensed technician, before using it at home or in the workplace.

The other important tip is for consumers to adhere to the manufacturer's instructions; as contained in the user manual that comes with every piece of electrical equipment purchased. The manual contains detailed specifications about the product, instructions on how it can be operated or used safely. Other details contained in the manual may include how to troubleshoot, care, and maintain the product to ensure it lasts longer.

Apart from these tips, there are others, which are considered more or less common sense. These include buying the right kind of equipment or tool for the intended purpose, and only buying appliances that are able to withstand the electrical load that you will be using. For example, do not buy an appliance that is clearly indicated that its use must not exceed a particular number of hours, yet you require an appliance that has the capacity to run full-time. In addition, you must ensure that each appliance is fitted with the correct electrical fuse.

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Source: http://ezinearticles.com/?A-Shoppers-Guide-To-Buying—Electrical-Supplies&id=6197888

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Maintenance of Electrical Plant and Tools

Maintenance of Electrical Plant and Tools

Electricity can kill. Each year about 1000 accidents at work involving electric shock or burns are reported to the Health and Safety Executive (HSE). Even non-fatal shocks can cause severe and permanent injury. Shocks from faulty equipment may lead to falls from ladders, scaffolds or other work platforms.

Those using electricity may not be the only ones at risk: poor electrical installations and faulty electrical appliances can lead to fires, which may also cause death or injury to others.

In view of the risks from damaged or faulty electrical equipment, an appropriate maintenance system should be set up. It is also important that equipment is regularly serviced in accordance with manufacturers' instructions.

Users should carry visual checks out daily and competent persons should carry out formal inspections at regular intervals.

These checks and inspections should ensure that ::
• bare wires are not visible;
• the cable covering is not damaged;
• the plug is in good condition;
• there are no taped or other non-standard joints in the cable;
• the cable covering is gripped where it enters the plug or equipment;
• the outer casing of the equipment is not damaged or loose;
• there are no signs of overheating on the plug, cable or equipment; and
• Residual Current Devices (RCDs) are working correctly (the test button should be pressed daily).

Testing, by a competent person, can detect faults such as loss of earth continuity, deterioration of the insulation and internal or external contamination by dust, water, etc. The Building Safety Group can provide more information on working with electricity safely.

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Source: http://ezinearticles.com/?Maintenance-of-Electrical-Plant-and-Tools&id=5918424

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Electrical Engineering: A Specialized Field for Electrical Services

Electrical Engineering: A Specialized Field for Electrical Services

Why Take Electrical Engineering course?

Electrical Engineering is a field specializing and focusing basically in manufacturing, applying and managing devices referring to electrical power and electronics. They rank as the first among the highest paid professionals in almost all countries around the world today. If you are a senior high school student who is thinking what course to take up in college or a professional who seeks an additional body of education, it is a perfect course to pursue.

Get Ready For the High Rewards of This Exciting Field

Get ready to receive a high compensation. When you work as an engineer, you get the chance to earn $ 70,000 to $ 86,000 annually.

A Title of Professionalism

After completing a degree in engineering, you can earn a license once you have passed the board exam for engineers. The license serves as your professional title and signifies your eligibility for an engineering job.

Career Advances

Once you become a licensed engineer, your doors will open to new career advances such as project engineer and chief engineers. What should a good Electrical Engineering course include? A good electrical engineer course should cover mostly on the important field areas such as:

• The Basics in Electronics

• Electronic Circuits and Application

• Background in Semiconductor Electronic Devices

• Electronics Operation Systems

• Professionalism in Engineering

• Communications

• Digital Electronics

• Engineering Software

How to Obtain a Degree in Electrical Engineering?

The first step to obtain an Engineering diploma is to have a formal education about the field. In our modern time, most courses and certificates can be availed online. You just need to verify a website's authenticity before enrolling a course. If you want a traditional education, search a school campus in your area the offers an engineering course. One advantage with campus-based schooling is that you will learn through hands-on and laboratory work. In this way, you are not only learning the theories and background of electronics but you are also able to familiarize the work while studying.

I Finished the Engineering Degree, What's Next?

After your graduation and obtaining a diploma, your next step is to take the certifying or the licensure examination of engineers. In order for you to get hired, you will need to be a licensed engineer first as employers today prefers licensed professionals. Your license is your proof that you are qualified for an engineering position and that you are well trained for the job.

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Source: http://ezinearticles.com/?Electrical-Engineering:-A-Specialized-Field-for-Electrical-Services&id=7216765

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Instructor Computer Science; Assistant Professor and Program Coordinator Computer Science; Assistant Professor Electrical Engineering Technology

Instructor Computer Science; Assistant Professor and Program Coordinator Computer Science; Assistant Professor Electrical Engineering Technology

Three Rivers Community College (Norwich, CT)

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Source: https://www.higheredjobs.com/details.cfm?JobCode=176660842

Author: [email protected] (HigherEdJobs)