1.
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Describe time load testing and comparison testing. (I)
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2.
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Calculate meter accuracy through the application of formulas to known
constants. (II)
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3.
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Calculate kilowatt hour usage through the application of formulas to
known constants. (III)
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4.
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Describe resistance and phantom load testing, single phase two and
three wire, and transformer-rated watt-hour meter test connections.
(IV)
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5.
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Describe common watt-hour meter testing procedures, operation, and
possible causes for inaccuracy. (V)
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6.
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Explain the basic design of a polyphase watt-hour meter. (VI)
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7.
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Identify and explain the basic classification types of, meter forms,
and adjustment procedures for polyphase watt-hour meters. (VII)
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8.
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State Blondel's Theorem and its application to polyphase watt-hour
metering. (VIII)
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9.
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Indicate the connection principles for and use of the most common
polyphase metering schemes. (IX)
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10.
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Express the purpose of, use of, and connections for transformer based
metering. (X)
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11.
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Describe transformer loss compensation and cite the reasons for its
necessity. (XI)
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12.
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Define demand metering and cite the reasons for its necessity. (XII)
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13.
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Cite the generic classes of demand metering. (XIII)
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14.
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Explain totalizer operation. (XIV)
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15.
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Describe the types of and protection concerns for telemetering. (XV)
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