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1 ) Demonstrate use of safety procedures as recognized by governing agencies and approved industry standards when testing and replacing components or installing wiring. Examples: lockout, tagout |
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2 ) Demonstrate how to avoid and minimize electrical hazards in the workplace. |
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3 ) Explain career and educational opportunities related to the electrical technology industry. |
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4 ) Use mathematical formulas to determine conduit and electrical metallic tubing (EMT) bends. |
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5 ) Perform bending of EMT and conduit used in basic wiring applications according to specifications. Examples: offsets, stub-ups, saddle bends |
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6 ) Prepare conduit for installation, including inspecting, cutting, and reaming. |
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7 ) Install fasteners, anchors, and hardware according to specifications. |
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8 ) Demonstrate installation procedures for electrical boxes, fittings, and raceways used in basic wiring. |
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9 ) State functions of electrical switches and disconnects commonly used in wiring applications. |
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10 ) State functions of receptacles commonly used in basic wiring applications. |
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11 ) State functions of limiting devices commonly used in wiring applications. |
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12 ) Demonstrate the use of conductors and cables in wiring applications. |
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13 ) Select materials to complete a specified wiring project. Constructing a wiring project to specification
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14 ) Create written drawings of a project wiring scheme. |
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15 ) Estimate material costs for wiring applications based on wiring drawings. |
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16 ) Identify electric motors by construction and frame type. |
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17 ) Describe the operating characteristics of direct current (DC) shunt, series, and compound motors. |
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18 ) Describe dual-voltage motors and their applications. |
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19 ) Explain relationships among motor voltage, system voltage, speed, and frequency. |
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20 ) Demonstrate how to change the polarity of alternating current (AC) and DC motors. |