ELECTRICAL SAFETY TEST EQUIPMENT - TEST EQUIPMENT

ELECTRICAL SAFETY TEST EQUIPMENT - SAFETY EQUIPMENT SUPPLIER - CAMPING EQUIPMENT HIRE BRISBANE.

Electrical Safety Test Equipment


electrical safety test equipment
    electrical safety
  • Electric shock occurs upon contact of a (human) body with any source of electricity that causes a sufficient current through the skin, muscles or hair. Typically, the expression is used to denote an unwanted exposure to electricity, hence the effects are considered undesirable.
  • Recognizing hazards associated with the use of electrical energy and taking precautions so those hazards do not cause injury or death.
    test equipment
  • equipment required to perform a test
electrical safety test equipment - IEC 60601-1-8
IEC 60601-1-8 Ed. 1.0 b:2005, Medical electrical equipment - Part 1-8: General requirements for safety - Collateral Standard: General requirements, tests ... equipment and medical electrical systems
IEC 60601-1-8 Ed. 1.0 b:2005, Medical electrical equipment - Part 1-8: General requirements for safety - Collateral Standard: General requirements, tests ... equipment and medical electrical systems
Specifies requirements for alarm systems and alarm signals in medical electrical equipment and medical electrical systems. It also provides guidance for the application of alarm systems. The object of this collateral standard is to specify basic safety and essential performance requirements and tests for alarm systems in medical electrical equipment and medical electrical systems and to provide guidance for their application. This is accomplished by defining alarm categories (priorities) by degree of urgency, consistent alarm signals and consistent control states and their marking for all alarm systems.

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Civil Engineering, October 1998
Civil Engineering, October 1998
Rebuilding History Article: By applying modem testing and rehabilitation techniques to a structure more than 160 years old, engineers have ensured the historic Canton Viaduct's place in the high-speed rail service of the future. Custom-designed scaffolding over the Neponset River allowed workers to repair masonry and replace cast-in-place arches without closing the railway on the Canton Viaduct. The Canton Viaduct in Canton, Mass., built in 1835 and in continuous service ever since, is the second-oldest multiple-arch masonry viaduct in the country. Serious deterioration had slowed the movement of trains over the viaduct and threatened the viability of the historic structure. A fast-track restoration that included arch replacements and a new, independent superstructure has helped save it from further deterioration and ensure its place along Amtrak's upcoming high-speed rail line through the Northeast. The Canton Viaduct carries more than 50 trains daily, including Amtrak's Northeast Corridor trains, Massachusetts Bay Transportation Authority (MBTA) commuter service and occasional Conrail freight trains. Located on the main line between Boston and New York, the bridge was built in the 19th century by the Boston & Providence Railroad and in 1984 was placed on the National Register of Historic Places. Although the structure was serviceable, there were a number of physical limitations. These included substandard horizontal clearances between the two tracks that forced severe speed restrictions; inadequate ballast shoulders to contain the thermal effects from continuous welded rail; and an inability to accommodate the high-speed rail tracks. In addition, there were cracked granite blocks, deteriorated masonry joints and badly spalled concrete spandrel arches. VIADUCT HISTORY When constructed in 1834-35, the viaduct was the last link in the railroad from Boston to Providence, R.I. It spanned the Neponset River valley, one of the largest geologic depressions traversed by a railroad at that time. For this major undertaking, the railroad hired Captain William Gibbs McNeill as chief engineer and Major George Washington Whistler, both noted engineers and West Point graduates. Constructed entirely of locally quarried granite, the viaduct was built with one track and carried significantly lighter railroad equipment than today. Increased traffic caused the railroad to double the track in 1860. The railroad installed transverse wood floor beams that supported a continuous wood fence at the face of the deck. This assembly retained the ballast on the structure. In 1880, steel beams and a heavy steel railing replaced the wood floor and rail systems. In 1910, cracks appeared in the masonry spandrel arches. Workers cast secondary concrete arches just below the masonry arches. In 1952, a second roadway arch was cut into the structure. There is evidence of various masonry repairs over the years, but it appears that detailed inspections were conducted only in 1912 and 1980. Although MBTA owns the Canton Viaduct, Amtrak has operating rights for its Northeast Corridor service (Boston-New York-Washington) and is making capital investments to implement new, high-speed rail service between Washington and Boston. This system includes an overhead catenary along the right-of-way. Amtrak is paying SO% of the cost for the $10 million Canton Viaduct Rehabilitation Project. STRUCTURE DESCRIPTION The viaduct is 188 m long and follows a 1 deg. curve. It is 6.7 m wide and the deck is approximately 18 m above the Neponset River. There are 21 spandrel arches, which spring from solid granite masonry piers spaced 8.4 m on center. A unique aspect of the viaduct is that the space between the piers contains longitudinal granite walls. Two parallel, 1.5 m thick walls separated by a 1.2 m wide chamber fill the space between the piers. Where the viaduct spans the river, six smaller arches penetrate the longitudinal walls and allow the river to flow beneath. There are also two roadway arches: one that was part of the original construction and one added in 1952. The viaduct deck is ballasted to support two railroad tracks. Three key project objectives of the design and construction of the track upgrade were strengthening and widening the structure for future high-speed rail service; restoring and preserving the historic fabric of the structure; and facilitating fast-track construction without hampering railroad operations. The rehabilitation design focused on supporting an accelerated construction schedule while working adjacent to high-density railroad operations. Only one track could be taken out of service at a time, and the second track could be worked on only from 2 a.m. to 5 a.m. Both tracks had to be operational within 17 months. To widen the structure for high-speed rail service, the distance between the two sets of tracks ("track center") was increased from 3.6 m, which was less than current railroad stand
Petroleum Products in Kenya, Kenya Petroleum Products Manufacturers ..
Petroleum Products in Kenya, Kenya Petroleum Products Manufacturers ..
Petroleum Products in Kenya, Kenya Petroleum Products Manufacturers .. Tinsel Cargo & Oil Company core business is importation, distribution, and marketing of petroleum products.Tinsel Cargo & Oil Company invests primarily in petroleum imports and exports, bulk trading, petroleum depots, distribution networks, and service stations. With the aid of cutting-edge technologies and modern infrastructure, the firm is consolidating its position as the market leader in the regional oil industry. The company’s vision is to be an efficient, credible and profitable oil marketing company in the region that seeks to add value to all its stakeholders, with a focus on serving customers to the highest standards From its humble beginnings as a as a fuel reseller , Tinsel Cargo & Oil Company is now a renowned oil marketer with fully fledged operations in Kenya, Tanzania, Uganda, Southern Sudan, Rwanda, Burundi, and the Democratic Republic of Congo. Its headquarters is in Nairobi. We are a leading Petrochemical (white and black petroleum products, bitumen, Lubricants and oils) open systems dealer. Tinsel Cargo & Oil Company has successfully taken on assignments, projects and contracts ranging from complete fixed turkey instrument and electrical solutions (petrol stations)… through to Periodic Preventative Maintenance contracts for major Companies involved in the Petroleum products business…..through to supply of engineering labor to assist clients during times of need. The core business of Tinsel Cargo & Oil Company is the provision of operational petroleum products (ranging from • Automotive Diesel [AGO] • Super Petrol [PMS] • Industrial Diesel Oil [IDO] • Furnace oils [FO] • Bitumen emulsifiers, various grades of bitumen for road construction. • various grades of lubricants and oils etc) • Equipment (fuel dispenser pumps, lubricant application pumping units etc) installation – services Tinsel Cargo & Oil Company makes a continuing commitment to quality and training and has invested in a number of training initiatives; • Industry specific training courses run by the Petroleum Institute of East Africa (P.I.E.A.) and other professional training and consulting service providers • Laboratory testing services for quality certification of refined petroleum products; • Internal assessment and development of applications for new technologies and innovations so as to be in tandem with the global trends and customer/client requirements. In addition, Tinsel Cargo & Oil Company management team continues to invest time and resources into business, quality and safety initiatives that enable us to work closer and more efficiently with our clients. As an open supplier and distributor. Tinsel Cargo & Oil Company has built up a network of arrangements with suppliers, both locally and internationally, and can offer a fully engineered solution using the “best of class” open options most suited to the consumer/customer. Examples of our commercial relationships are; • Special arrangements for bulk fuel/oils and lubricants supply from various oil Companies among them; o Total Kenya Limited o Shell Kenya Limited o Libya Oil Kenya Limited o Oil Com Kenya Limited • Customized supplier arrangements with other special Petroleum related installations suppliers. These are basically for; o Pumps both for light and heavy petroleum products o Meters for in house and/or outhouse units. These include those that are installed in the factory and/or premises of various other business unit centres and are used for dispensing product for own use and/or commercial use. o Dispensers systems for lubricants, oils etc industrially and/or commercially. • Various internationally reputable stockists and suppliers in high bulk of various petroleum products through agreed pre-arrangements. In addition to the above, we as well have commercial accounts with a diverse range of technology suppliers that enable us to supply most popular and relevant equipment brands at very competitive rates. Whom we work for…. Tinsel Cargo & Oil Company client base includes significant providers of petrochemical services and products including the transport industry, factory processing, large and medium scale farming interests, mainroad transport services, the construction industry and general transport. Some of the main clients include; • Government Departments of the Republic of Kenya based within the capital City of Nairobi. • Construction & Road Transport Companies whichever the location countrywide; • Industrial Production Establishment • Large scale independent dealers o Large scale farmers & Farming interests; • Hospitals • Hotels We are currently working on the modal

electrical safety test equipment
electrical safety test equipment
IEC 60601-1-2 Ed. 2.1 b:2005, Medical electrical equipment - Part 1-2: General requirements for safety - Collateral standard: Electromagnetic compatibility - Requirements and tests
Specifies requirements and tests for electromagnetic compatibility of equipment and systems and serves as the basis of electromagnetic compatibility requirements and tests in Particular Standards (60601-2-series). The existence of electromagnetic emission standards is essential for the protection of: - safety services; - other equipment and systems; - non-medical electrical equipment (e.g. computers); - telecommunications (e.g. radio/TV, telephone, radio-navigation). The existence of electromagnetic immunity requirements is essential to assure safety of equipment and systems. The immunity test levels specified in this standard (IEC 60601 test levels) represent the range found in the general medical use environment.

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