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Ferroresonant transformers, also called constant-voltage transformers (CVTs), can handle most voltage sag conditions (See Fig 313) CVTs are especially attractive for constant, low-power loads Variable loads, especially with high inrush currents, present more of a problem for CVTs because of the tuned circuit on the output Ferroresonant transformers are basically 1:1 transformers which are excited high on their saturation curves, thereby providing an output voltage which is not significantly affected by input voltage variations A typical ferroresonant transformer schematic circuit diagram is shown in Fig 314 Figure 315 shows the voltage sag ride-through improvement of a process controller fed from a 120-VA ferroresonant transformer With the CVT, the process controller can ride through a voltage sag down to 30 percent of nominal, as opposed to 82 percent without one Notice how the ride-through capability is held constant at a certain level The reason for this is the small power requirement of the process controller, only 15 VA Ferroresonant transformers should be sized significantly larger than the load Figure 316 shows the allowable voltage sag as a percentage of nominal voltage (that will result in at least 90 percent voltage on the CVT output) versus ferroresonant transformer loading, as specified by one manufacturer At 25 percent of loading, the allowable voltage sag is 30 percent of nominal, which means that the CVT will output over 90 percent normal voltage as long as the input voltage is above 30 percent This is important since the plant voltage rarely falls below 30 percent of nominal during voltage sag conditions As the loading is increased, the corresponding ride-through capability is reduced, and when the ferroresonant transformer is overloaded (eg, 150 percent loading), the voltage will collapse to zero

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

Assuming you have created a table within PowerPoint, you now need to format it The default table that PowerPoint creates, shown here, doesn t stand out at all!

Examples of commercially available constant-voltage transformers (CVTs) (wwwsola-hevi-dutycom)

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One way to format a table is to use the Format Table dialog box, shown in Figure 8-12 With a table selected, choose Format | Table On the Borders tab, you can change the style, color, and width of the borders You can also use the diagram on the right to create and delete borders The Fill tab lets you set the fill color The Text Box tab is like the Text Box tab of the Format Text Box dialog box discussed in 3 Here you set the text alignment and internal margins On the other hand, you can also format a table using the Tables and Borders toolbar, which I recommend because it contains all the tools you need in one place

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

FIGURE 8-12

Magnetic synthesizers use a similar operating principle to CVTs except they are three-phase devices and take advantage of the three-phase magnetics to provide improved voltage sag support and regulation for three-phase loads They are applicable over a size range from about 15 to 200 kVA and are typically applied for process loads of larger computer systems where voltage sags or steady-state voltage variations are important issues A block diagram of the process is shown in Fig 317 Energy transfer and line isolation are accomplished through the use of nonlinear chokes This eliminates problems such as line noise The ac output waveforms are built by combining distinct voltage pulses

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

The following are probably the minimum tasks you need to do to get a professional-looking table:

0 01

Resize and place the table Select the entire table and format the font, font size, and font color Use the Formatting

from saturated transformers The waveform energy is stored in the saturated transformers and capacitors as current and voltage This energy storage enables the output of a clean waveform with little harmonic distortion Finally, three-phase power is supplied through a zigzag transformer Figure 318 shows a magnetic synthesizer s voltage sag ride-through capability as compared to the CBEMA curve, as specified by one manufacturer*

Advances in power electronic technologies and new topologies for these devices have resulted in new options for providing voltage sag ridethrough support to critical loads One of the important new options is

toolbar to center the text if you want Use the Tables and Borders toolbar to center the text vertically, if desired

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

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