Electrical

Module ID 26102-20: Discusses hazards and describes the various types of personal protective equipment (PPE) used to reduce injuries. Covers the standards related to electrical safety and the OSHA-mandated lockout/tagout rule.

Module ID 26103-20: Introduces electrical concepts used in Ohm’s law and how the power equation can be used to determine unknown values. Covers basic atomic theory and electrical theory, electrical schematic diagrams, and electric power equations.

Module ID 26104-20: Introduces basic circuits, as well as the methods for calculating the electrical energy within them. Covers resistive circuits, Kirchhoff’s voltage and current laws, and circuit analysis.

Module ID 26105-20: Introduces the NEC® and explains how to use it to find the installation requirements. Provides an overview of the National Electrical Manufacturers Association and Nationally Recognized Testing Laboratories.

Module ID 26106-20: Describes the various types of boxes and explains how to calculate the NEC® fill requirements for outlet adjunction boxes under 100 cubic inches (1,650 cubic centimeters).

Module ID 26107-20: Covers methods for hand bending conduit, including 90-degree bends, back-to-back bends, offsets, and saddle bends. Describes how to cut, ream, and thread conduit.

Module ID 26108-20: Introduces various types of raceway systems, along with their installation and NEC® requirements. Describes the use of various conduit bodies.

Module ID 26109-20: Discusses conductor types, cable markings, color codes, and ampacity derating. Describes how to install conductors using fish tape and power conduit fishing systems.

Module ID 26110-20: Describes how to interpret electrical drawings, including the use of architect’s and engineer’s scales.

Module ID 26111-20: Covers basic load calculations and NEC® requirements for residential electrical systems. Describes how to lay out branch circuits, install wiring, size outlet boxes, and install wiring devices.

Module ID 26112-20): Covers the applications of various types of electrical test equipment. Describes meter safety precautions and category ratings.

Module ID 26202-20: Covers AC and DC motors, including the main components, circuits, and connections.

Module ID 26203-20: Introduces the principles of human vision and the characteristics of light. Covers different types of light sources and the operating characteristics and installation requirements of various lighting fixtures.

Module ID 26204-20: Describes how to make conduit bends using mechanical, hydraulic, and electric benders.

Module ID 26205-20: Explains how to size and install pull and junction boxes. Identifies various specialty enclosures, including conduit bodies, FS and FD boxes, and handholes.

Module ID 26206-20: Describes how to prepare conduit for conductors. Explains how to set up and complete a cablepulling operation.

Module ID 26207-20: Discusses various types of cable tray, supports, and associated fittings. Explains how to determine the loads on a cable tray and calculate fill per NEC® requirements.

Module ID 26208-20: Explains how to prepare cable ends for terminations and splices. Describes how to train cable at termination points and describes crimping techniques.

Module ID 26209-20: Explains the grounding and bonding requirements of NEC Article 250. Covers how to size the main and system bonding jumpers and the grounding electrode conductor for various AC systems.

Module ID 26210-20: Describes the operating principles of circuit breakers and fuses, and explains how to select and install overcurrent devices.

Module ID 26211-20: Describes the operating principles of contactors and relays, including both mechanical and solid-state devices. Explains how to select and install relays and troubleshoot control circuits.

Module ID 26302-20: Explains how to make conductor calculations. Covers other factors involved in conductor selection, including insulation types, current-carrying capacity, temperature ratings, and voltage drop.

Module ID 26303-20: Describes various luminaires and the types of luminaires suited for various applications. Covers dimming, lighting controls, and energy management systems.

Module ID 26304-20: Presents the NEC® requirements for equipment installed in hazardous locations.

Module ID 26305-20: Explains how to size and select circuit breakers and fuses for various applications. Covers short circuit calculations and troubleshooting.

Module ID 26306-20: Discusses switchboards and switchgear, including installation, grounding, and maintenance requirements. Covers ground fault relay testing.

Module ID 26307-20: Describes the construction, operation, and applications of various transformers. Covers transformer connections and grounding requirements.

Module ID 26308-20: Covers the components, installation considerations, and NEC® requirements for commercial services.

Module ID 26309-20: Covers the calculations required to size the conductors and overcurrent protection required for motor applications.

Module ID 26310-20: Covers the installation, termination, and testing of these systems.

Module ID 26311-20: Provides information on selecting, sizing, and installing motor controllers, as well as control circuit pilot devices and basic relay logic.

Module ID 26402-20: Covers the installation, alarm system, and backup system requirements of electrical systems in health care facilities, including the requirements for life safety and critical circuits.

Module ID 26403-20: Explains the NEC® installation requirements for electric generators and storage batteries used during such emergency situations.

Module ID 26404-20: Explains the function and operation of basic electronic devices, including semiconductors, diodes, rectifiers, and transistors.

Module ID 26405-20: Explores the technologies, codes, and wiring approaches used to assemble a fire alarm system. Examines installation and troubleshooting techniques.

Module ID 26406-20: Covers various types of transformers, and provides information on selecting, sizing, and installing them.

Module ID 26407-20: Discusses applications and operating principles of various control system components, such as solid-state relays, reduced-voltage starters, and adjustable-frequency drives. Covers basic troubleshooting procedures.

Module ID 26408-20: Provides a basic overview of HVAC systems and their controls. Also covers electrical troubleshooting and NEC® requirements.

Module ID 26409-20: Presents heat-tracing and freeze protection systems along with various applications and installation requirements.

Module ID 26410-20: Covers motor care procedures, including cleaning, testing, and preventive maintenance. Describes basic troubleshooting procedures.

Module ID 26411-20: Identifies types of medium-voltage cable and describes how to make various splices and terminations. Covers hi-pot testing.

Module ID 26412-20: Describes the NEC® requirements for selecting and installing equipment, enclosures, and devices for special locations that require unique attention. Locations include places of public assembly, theaters, carnivals, agricultural and livestock facilities, marinas, swimming pools, and temporary facilities.

Module ID 46101: Covers basic leadership skills and explains different leadership styles, communication, delegating, and problem solving. Jobsite safety and the crew leader’s role in safety are discussed, as well as project planning, scheduling, and estimating. Includes performance tasks to assist the learning process.

Module 33209-10: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33410-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33411-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33301-11: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33302-11: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 12406-03: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33403-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 12407-03: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33407-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33401-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.

Module 33409-12: Much of the technology in emerging fields—such as wireless, integrated, and voice and data systems—has evolved greatly since the publication of Advanced Electrical Topics Volumes One and Two. Because of this, NCCER and Pearson suggest that those teaching a five-year electrical apprenticeship program use the following compilation of modules drawn from EST and Instrumentation.