Codeology Lesson 6

32" 314.1

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box?

Installed Minimum Pull Box Straight Pull

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box? What is/are the clue(s) and/or keyword(s) for this question?

True

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box? The answer to this question can be found in Article 314— Outlet, Device, Pull, and Junction Boxes; Conduit Bodies; Fittings; and Handhole Enclosures.

3 Wiring Methods and Materials

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box? The answer to this question can be found in Chapter ? .

II. Installation

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box? The answer to this question can be found in Part ? .

Build

A pull box is to be installed in a straight run of five four-inch conduits that will contain five separate 120/208-volt feeders. The feeders are #2 copper conductors. What is the minimum length of the pull box? This is a ? type question.

circular mils 110.6

Conductor sizes in the NEC must be expressed in the American Wire Gage (AWG) or in ? .

General

Conductor sizes in the NEC must be expressed in the American Wire Gage (AWG) or in ? . This is a ? type question.

Conductor Sizes

Conductor sizes in the NEC must be expressed in the American Wire Gage or in ? What is/are the clue(s)/keyword(s) for this question?

1 General

Conductor sizes in the NEC must be expressed in the American Wire Gage or in ? The answer to this question can be found in Chapter ? .

True

Conductor sizes in the NEC must be expressed in the American Wire Gage or in ? . The answer to this question can be found in Article 110— Requirements for Electrical Installations.

True

Conductor sizes in the NEC must be expressed in the American Wire Gage or in ? . The answer to this question can be found in Part I. General.

5' 680.41

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub.

Special Equipment

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub. This is a ? type question.

Emergency Switch Hot Tub

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub. What is/are the clue(s) and/or keyword(s) for this question?

False

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub. The answer to this question can be found in Article 682— Natural and Artificially Made Bodies of Water.

6 Special Equipment

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub. The answer to this question can be found in Chapter ? .

IV. Spas and Hot Tubs

In a commercial installation, an emergency switch is required for a hot tub and must be installed in sight from, and not less than ? from the hot tub. The answer to this question can be found in Part ? .

in sight from 430.102(B)(1)

In general, a disconnecting means shall be located ? all motors.

430— Motors, Motor Circuits, and Controllers

In general, a disconnecting means shall be located ? all motors. The answer to this question can be found in Article ? .

4 Equipment for General Use

In general, a disconnecting means shall be located ? all motors. The answer to this question can be found in Chapter ? .

IX. Disconnecting Means

In general, a disconnecting means shall be located ? all motors. The answer to this question can be found in Part ? .

True

In general, a disconnecting means shall be located ? all motors. The clue(s) and keyword(s) that will aid in directing the Code user to the proper NEC location for this question are motors and disconnecting means.

Use

In general, a disconnecting means shall be located ? all motors. This is a ? type question.

8' 800.44(B)

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof.

True

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof. The answer to this question can be found in Part II. Wires and Cables Outside and Entering Buildings.

Communications

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof. This is a ? type question.

800— Communications Circuits

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof. The answer to this question can be found in Article ? .

8 communications systems

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof. The answer to this question can be found in Chapter ? .

True

In general, overhead communications cables passing over a roof shall have a vertical clearance of not less than ? above the roof. The clue(s) and keyword(s) that will aid in directing the Code user to the proper NEC location for this question are overhead communications cables and roof.

1,000 Volts, Nominal, or Less - Part II General - Chapter 1 Requirements for Electrical Installations - Article 110

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 110.26.

Overcurrent Protection - Article 240 Overcurrent Protection Over 1000 Volts, Nominal - Part IX Wiring and Protection - Chapter 2

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 240.100.

General Requirements - Part 1 General Requirements for Wiring Methods and Materials - Article 300 Wiring Methods and Materials - Chapter 3

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 300.21.

Construction Specifications - Chapter 4 Equipment for General Use - Part 2 Switches - Article 404

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 404.20.

Mobile Homes, Manufactured Homes, and Mobile Home Parks - Article 550 Services and Feeders - Part 3 Special Occupancies - Chapter 5

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 550.32.

Disconnecting Means - Part 3 Fuel Cell Systems - Article 692 Special Equipment - Chapter 6

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 692.17.

Emergency Systems - Article 700 Overcurrent Protection - Part 6 Special Conditions - Chapter 7

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 700.32.

Communications Systems - Chapter 8 Grounding Methods - Part 4 Network-Powered Broadband Communications Systems - Article 830

In order to properly apply any requirement or section in the NEC, the Codeology user understands that one must first identify in which part of what article the section is located. Match the title to the appropriate chapter, article, and part for Section 830.106.

True 553.7(B)

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building.

False

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building. The answer to this question can be found in Article 350— Liquidtight Flexible Metal Conduit.

5 Special Occupancies

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building. The answer to this question can be found in Chapter ? .

II. Services and Feeders

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building. The answer to this question can be found in Part ? .

Special Occupancy

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building. This is a ? type question.

Floating Building and Service

Liquidtight flexible metal conduit is an approved wiring method for a service to a floating building. What is/are the clue(s)/keyword(s) for this question?

Build - Chapter 3 General - Chapter 1 Plan - Chapter 2 Use - Chapter 4

The Codeology method recognizes chapters in the NEC with names to illustrate the application of these chapters. Match the Codeology name with the appropriate chapter.

Communications Systems - Chapter 8 Special Conditions - Chapter 7 Special Equipment - Chapter 6 Special Occupancies - Chapter 5

The Codeology method recognizes chapters in the NEC with names to illustrate the application of these chapters. Match the Codeology name with the appropriate chapter.

Equipment grounding conductor multiple circuits sized

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the ? overcurrent device protecting conductors in the raceway, cable, or cable tray. What is/are the clue(s) and/or keyword(s) for this question?

250— Grounding and Bonding

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the ? overcurrent device protecting conductors in the raceway, cable, or cable tray. The answer to this question can be found in Article ? .

True

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the ? overcurrent device protecting conductors in the raceway, cable, or cable tray. The answer to this question can be found in Chapter 2 Wiring and Protection

Equipment Grounding and Equipment Grounding Conductors

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the ? overcurrent device protecting conductors in the raceway, cable, or cable tray. The answer to this question can be found in Part ? .

Plan

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the ? overcurrent device protecting conductors in the raceway, cable, or cable tray. This is a ? type question.

False 200.1

Where a single equipment grounding conductor is run with multiple circuits in the same raceway, cable, or cable tray, it shall be sized for the smallest overcurrent device protecting conductors in the raceway, cable, or cable tray.

10 seconds 700.12

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply.

7 Special Conditions

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply. The answer to this question can be found in Chapter ? .

III. Sources of Power

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply. The answer to this question can be found in Part ? .

700— Emergency Systems

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply. The answer to this question can be found in Article ? .

True

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply. The clue(s) and keyword(s) that will aid in directing the Code user to the proper NEC location for this question are emergency system and source of power.

Special Condition

Where an emergency system is installed in accordance with the NEC, the source of power must be available within ? of the loss of the normal supply. This is a ? type question.