In the contemporary world, imagining life without electronic gadgets would be impossible. Virtually, technological advancements fuel and power the modern world. This is reflected by the huge number of different electronic products present in the market. Most people in the world use electronic devices of some form. Among these devices are heavy industrial gadgets like sub computer servers and consoles to household devices like woofers, phones, and computers. When in search of Electronic Enclosures California should be given priority.
Safety to the user and the gadget itself only results from proper use. This makes the reason for there being both national and global standards to ensure that manufacturers comply with safety standards in manufacturing electronics. Covering electronics with the right material is among the means to ensure safety. Electronic enclosures is the name given to the outer casing that are used in covering electrical and electronic devices and components.
In the United States, the National Electrical Manufacturers Association is the body that regulates the manufacturing of electronic and electrical products in the country. The abbreviation NEMA is often used. Enclosures that are applied on computers, components, and other electronics are referred to as NEMA enclosures in some cases. These enclosures are meant to enclose electronics and also to facilitate the wiring process.
Manufacturers adopt the standards set by NEMA as industry standards. These standards are intended to encourage design efficiency, define minimum product performance levels, and promote safety. While the standards of NEMA are applied in the United States, other countries have set their own standards. The global marketplace has its standards too, but sometimes there are no standards at all.
Major variations in item performance and prices are normally as a result of absence of and differences in standards. End customers do not know electronic enclosure standards in many cases. Therefore, manufacturers never feel compelled to make items that meet standards. When one purchases an item enclosed with an enclosure that does not meet standards, it can have various implications.
The first implication is that use of poor or low-quality enclosure usually makes products to cost lower than other similar products that are made of better enclosure. Even though the initial purchase cost may be lower, the maintenance cost is usually high and it can drive long term costs to unacceptable levels. Also, such products are prone to failure, which may lead to stoppage in production.
Finally, consumers of such products are put at risk by poor enclosures. It is possible for an electric leakage to happen if a product is enclosed using an enclosure made from a poor material. If this happens, operators or users of such gadgets risk being electrocuted. If a lot of power is used by the gadget, users can experience fatal injuries or even instant death in extreme cases.
Diverse materials can be applied to make enclosures. Among others, plastics, steel, polymers, ceramics, wood, and metal are included. There are benefits and shortcomings that accompany the various materials that are used. The choice of material usually depends on the situation and device under consideration. Therefore, before buying a product, one must research to understand pros and cons of different materials.
Safety to the user and the gadget itself only results from proper use. This makes the reason for there being both national and global standards to ensure that manufacturers comply with safety standards in manufacturing electronics. Covering electronics with the right material is among the means to ensure safety. Electronic enclosures is the name given to the outer casing that are used in covering electrical and electronic devices and components.
In the United States, the National Electrical Manufacturers Association is the body that regulates the manufacturing of electronic and electrical products in the country. The abbreviation NEMA is often used. Enclosures that are applied on computers, components, and other electronics are referred to as NEMA enclosures in some cases. These enclosures are meant to enclose electronics and also to facilitate the wiring process.
Manufacturers adopt the standards set by NEMA as industry standards. These standards are intended to encourage design efficiency, define minimum product performance levels, and promote safety. While the standards of NEMA are applied in the United States, other countries have set their own standards. The global marketplace has its standards too, but sometimes there are no standards at all.
Major variations in item performance and prices are normally as a result of absence of and differences in standards. End customers do not know electronic enclosure standards in many cases. Therefore, manufacturers never feel compelled to make items that meet standards. When one purchases an item enclosed with an enclosure that does not meet standards, it can have various implications.
The first implication is that use of poor or low-quality enclosure usually makes products to cost lower than other similar products that are made of better enclosure. Even though the initial purchase cost may be lower, the maintenance cost is usually high and it can drive long term costs to unacceptable levels. Also, such products are prone to failure, which may lead to stoppage in production.
Finally, consumers of such products are put at risk by poor enclosures. It is possible for an electric leakage to happen if a product is enclosed using an enclosure made from a poor material. If this happens, operators or users of such gadgets risk being electrocuted. If a lot of power is used by the gadget, users can experience fatal injuries or even instant death in extreme cases.
Diverse materials can be applied to make enclosures. Among others, plastics, steel, polymers, ceramics, wood, and metal are included. There are benefits and shortcomings that accompany the various materials that are used. The choice of material usually depends on the situation and device under consideration. Therefore, before buying a product, one must research to understand pros and cons of different materials.
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