Information technology equipment

Prohibited Region. This region includes any surge or swell which exceed the upper limit of the envelope. If information technology equipment is subjected to such conditions damage might result. 

Many clean energy companies were overhyped in the late 1990s, in part because of a strange myth that, because the Internet and related information technology equipment supposedly consumed a... 

D. Information Technology Equipment. Electrical wiring in air-handling areas beneath the raised floors for Information Technology Equipment shall be permitted in accordance with Article 645. 

Other NFPA documents that are important for specific applications are NFPA 30 (Flammable and Combustible Liquids Code), NFPA 54 (National Fuel Gas Code), NFPA 75 (Standard for the Protection of Information Technology Equipment), and NFPA 318 (Standard for the Protection of Semiconductor Fabrication Facilities). 

EN55022 Limits and methods of measurement of radio interference characteristics of information technology equipment. 

ITE information technology equipment KISS keep it simple, stupid... 

Examples of OEM-controlled recovery co-operations have appeared within several sectors such as the automotive industry, durable goods, information technology equipment, and carpets [3-5]. 

Limits and Measurement of RFI for Information Technology Equipment Generic Inunimity for Heavy Industrial Envirormient... 

Standards are valid for conformity assessment after (1) publication in the Official Journal as a harmonized standard and (2) transposition into national standards. As an example, some of the official national versions of the ENs for Safety of Information Technology Equipment (ITE) are ... 

For EMC, Product Family Standards examples are EN 55011 (Emissions for Industrial, Scientific, and Medical Products), EN 55022 (Emissions for Information Technology Equipment), EN 55014 (Emissions for Household Appliances), and EN 55104 (Immunity for Household Appliances). 

In general, for information technology equipment (ITE), user-accessible fuses shall be of a European type (lEC 5 x 20 mm), whereas, internal fuses may be U.S. sized (3 AG 1/4 x 1-1/4 in) or an lEC type. Other standards, such as for machinery, require that all fuses, internal or external, be readily available for replacement in the country of use. For Europe this means an lEC type. For smaller fuse types (i.e., 5 x 20 mm) there are fuseholders that can hold either U.S. or lEC fuses in the same fuse-holder. For larger fuses it may be difficult to source one fuseholder to meet both the U.S. and lEC fuse sizes. Hence, circuit breakers are the best option in this case. 

Depending on the equipment s design, additional tests may be required. Besides the applicable equipment safety standards, special Routine Test Standards exist, such as EN 50116 for Information Technology Equipment (ITE), EN 50106 for Household Appliances, EN 50144-1 for Handheld Motor Operated Tools, ENEC... 

UL 60950-1, Information Technology Equipment - Safety - Part 1 General... 

UL 1950 Underwriters Laboratories. Information technology equipment including electrical business equipment. 

CSA 22.2 Canadian Standards Association. Safety of information technology equipment, including electrical business equipment. 

NEPA 75 Standard for the Protection of Information Technology Equipment... 

In the 1980s, the designing of many kinds of audio/visual gadgets had started for outdoor use and to he put extensively in the market. Moreover, the so-called information technology equipment, including cellular phones, notebook computers, digital cameras and others, has been growing in popularity since then. 

DeDad, John A., (Ed.), Basic Facility Requirements, in Practical Guide to Power Distribution for Information Technology Equipment, PRIMEDIA Intertec, Overland Park, KS, p. 24,1997. 

Change is indeed a two-edged sword. For the employees who are retained by an organization, the npgraded information technology equipment may well make their jobs more enjoyable, safer and easier. Certainly new information technology equipment may improve the effectiveness of the accident prevention effort. Bnt this is often achieved at the cost of other employees jobs. A proportion of the employees who lose their job, however, actnally find that the forced change leads to new opportunities, some of which are better. 

There continue to be perception issues over some species of flame retardants, specifically relating to persistence, bioaccumulation, and toxicity (PBT). Most of these PBT issues are legislatively mandated in the European Union (EU), but these issues are beginning to show up at the state level in the United States and at the national level in Japan and a few other Pacific Rim nations. In addition to PBT issues, there is an increased requirement for recycling plastics used in commercial products, which is most prevalent in the area of information technology equipment (ITE). ITE sale and use in the EU is covered by the Waste Electronic and Electrical Equipment (WEEE) protocol, which dictates that plastics used for ITE need to be either recycled or incinerated after use. Due to the perception issues behind halogenated flame retardants, some have been deselected for ITE applications in favor of nonhalogenated flame retardants. So with the emphasis... 

Workplace ergonomics applied to the office to reduce some of the hazards arising from the use of information technology equipment. (Copyright the Trustees of the British Museum, Natural History)... 

---