vb.net barcode generator open source FIGURE 9-4 Carefully pour compound into sealing fitting in Visual Studio .NET

Creating ECC200 in Visual Studio .NET FIGURE 9-4 Carefully pour compound into sealing fitting

FIGURE 9-4 Carefully pour compound into sealing fitting
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CHAPTER NINE HOW TO USE SEALING FIBERS
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To prevent sealing compound in its uid state from leaking out, use sealing ber to dam each conduit hub or sealing tting in horizontal conduit and only the bottom hub in vertical conduit See Figure 9-5 Figure 9-6-shows an explosion-proof installation for use in a hazardous location 1 Pack the sealing ber between and around the conductors in each conduit hub If the conductors are stiff, temporary wooden wedges inserted between the conductors will be helpful It is important that the conductors be permanently separated from one another and from sealing tting walls so that the sealing compound will surround each conductor 2 Do not leave shreds of ber clinging to the inside walls of the sealing chamber or to the conductors Such shreds, when embedded in the compound, may form leakage channels Dampening the ber slightly will make its use easier and will help to prevent the shreds from clinging to the walls and wires
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FIGURE 9-5 Sealing fiber used to dam sealing fittings
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HAZARDOUS LOCATIONS EQUIPMENT
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FIGURE 9-6 Explosion-proof receptacle and plug
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3 Be sure that the completed dam is even with the integral bushing Remember that the dam has to be strong enough and tight enough to prevent a considerable weight of uid sealing compound from seeping out 4 If the tting has a separate damming opening, close the cover before pouring the seal
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ISOLATED GROUND RECEPTACLES
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With the increase in the number of pieces of sensitive electronic gear in the home, it has become necessary to improve on the quality of the electrical power these devices lap into The computer and the videocassette recorder are very sensitive to variations in the power supply, especially to electromagnetic interference (EMI) One of the answers to this problem has been the isolated ground receptacle See Figure 9-7A Figure 9-7B shows the installation of ground clamps Transmitted electromagnetic radiation waves from other electrical equipment would normally induce interfering ground path noise on the equipment grounding conductor, but the isolated grounding conduit provides an electric noise shield
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Metal wall plate grounded to isolated bracket mounting for improved shielding Metal outlet box Grounded conduct required for shielding Insulated grounding path conductor Equipment grounding terminal Only point where two grounding paths are common Receptacle ISOLATED GROUND Bonding jumper Equipment grounding contact Mounting bracket insulated from equipment grounding contacts Service entrance
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FIGURE 9-7A Isolated ground receptacle
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FIGURE 9-7B Ground clamps
FLEXIBLE NONMETALLIC CONDUIT
Car ex X-Flex is extra exible nonmetallic conduit used for applications requiring extra strength and exibility such as robotics where they are repeatedly exing their arms It comes in black only The conduit is nonconductive, noncorrosive, and resistant to
CHAPTER NINE
oil, acid, ozone, and alkali It is designed for use with standard ttings provided by the manufacturer to make a complete nonmetallic system Car ex X-Flex is lightweight for easier handling, transportation, and installation See Figure 9-8 It has a smooth interior This makes it ideal for pulling cable In addition, since it has no jagged edges it is rated for continuous use at 60 C or 140 F ambient It can be used for robotics, machine tools, and automatic moving machinery as well as control and motor wiring Table 9-1 shows the speci cations for conduit, which is available from 3/8 to 2 inches This type of liquid-tight nonmetallic conduit requires ttings to make it complete Figure 9-9 shows the straight ttings, which are
Pre-wired whips
Carflex X-Flex
Carflex register trademark of Carlon
FIGURE 9-8 Carflex X-Flex extra-flexible nonmetallic conduit (Carlon)
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TABLE 9-1 Coils of Carflex X-Flex (Available only in black) Part No 15104-100 15105-100 15107-100 15108-100 15109-100 15110-100 15111-050 Nom Size (in) 3/8 1/2 3/4 1 11/4 11/2 2 Length (ft) 100 100 100 100 100 100 50
Wt Per 100 ft (lb) 74 107 124 205 310 380 320
also nonconductive, noncorrosive, resistant to oil, acid, ozone, and alkali They are easy to install and have a nitrile rubber 0 ring for a liquid-tight termination Fittings can operate up to 115 F (107 C) Table 9-2 shows the speci cations for straight ttings Figure 9-10 is another illustration of the ttings sometimes needed to complete a system Note the use of the 90 tting for the conduit is also nonconductive, noncorrosive, and resists the rugged environments used in many industrial and commercial locations Speci cations for the tting are shown in Table 9-3 Figure 9-11 shows straight ttings and 90 ttings with a unique design The simple, one-piece body design of the Car ex tting requires no disassembly of components for installation The system is so strong that there is no need for a compression nut The PVC construction of the tting and locknut provides protection from water, oil, and dust Totally nonmetallic, the system is nonconductive and will not corrode or rust as well as operate at temperatures up to 140 F (60 C) Check the speci cations of the ttings in Tables 9-4 and 9-5 The straight omniconnector has been designed for conduit starting with 3/8 inches and running up to 1 inch It has an all nylon construction and resists salt water, weak acids, gasoline, alcohol, oil, grease, and common solvents It is suitable for indoor or outdoor use The black connectors are provided with a nylon
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