NFPA 70B® Standard for Electrical

Equipment Maintenance
2 Days, 1.4 CEUs

NFPA 70B®, titled "Standard for Electrical Equipment Maintenance," Learning Objectives
is a standard developed by the National Fire Protection Association To receive 1.4 CEUs, participants must attend 2 days of class
(NFPA®) in the United States. It provides guidelines and best practices (14 contact hours) and attain a minimum grade of 80% on the
for the maintenance of electrical equipment to ensure its safe and final exam. Upon completion of this course the participants will
reliable operation. This course is designed to cover the standard and demonstrate that they are able to:
the wide range of topics it discusses, including inspection, testing,
and preventive maintenance of electrical systems and equipment. – Outline the overall scope and purpose of the NFPA 70B
NFPA 70B® aims to reduce the risk of electrical failures, accidents, – Illustrate the benefits of an effective electrical preventative
and fires by promoting regular maintenance and addressing potential maintenance program
hazards in electrical installations. – Demonstrate a basic knowledge of the fundamentals of
electrical equipment maintenance
Classroom Attire – Explain the need for and use of electrical power system
AVO Training Institute is committed to the personal safety of each studies
participant and require long pants and ANSI rated “safety-toe” work – Utilize the NFPA 70B standard for electrical equipment
shoes for lab activities. Lecture courses may involve a tour of a work maintenance and testing
or shop area and for this reason open-toe shoes and shorts are not – Practice correct electrical equipment maintenance in
considered appropriate attire for the classroom. hazardous locations
– Use the NFPA 70B to maintain cord-and plug-connected
equipment

SCOPE
Day 1* (7 contact hours) IV. Specific Equipment Day 2 (7 contact hours)
A. Hazardous Location Electrical L. Ground-Fault Circuit
I. Introduction Interrupters and Ground-
Equipment
II. Application and Definitions B. Power and Distribution Fault Protection of Equipment
Transformers Systems
A. Chapter 1 Administration
C. Substations and Switchgear M. Lighting
B. Chapter 2 Referenced
N. Wiring Devices
Publications D. Panelboards and Switchboards
O. Uninterruptible Power Supplies
C. Chapter 3 Definitions E. Busways
(UPS)
F. Circuit Breakers, Low- and
III. Testing Methods and Maintenance P. Rotating Equipment
Medium-Voltage
Intervals Q. Motor Control Equipment
G. Fuses
A. Chapter 4 General R. Portable Electrical Tools and
H. Switches Equipment
B. Chapter 5 Personnel Safety
I. Power Cables and Conductors S. Photovoltaic Systems
C. Chapter 6 Single-Line Diagrams
J. Cable Tray T. Wind Power Electric Systems
and System Studies
K. Grounding and Bonding and Associated Equipment
D. Chapter 7 Fundamental Tests
E. Chapter 8 Field Testing and U. Battery Energy Storage
Test Methods Systems
V. Electric Vehicle Power Transfer
F. Chapter 9 Maintenance
Systems
Intervals W. Public Pools, Fountains, and
Similar Installations
X. Protective Relays
Y. Stationary Standby Batteries
V. Conclusion
*Class scheduling times may vary based on discussions and size of class
A. Review
B. Exam
AVO Training Institute is accredited by the International Association for Continuing
Education and Training (IACET) and is accredited to issue IACET CEUs

Course 434 – 2 days, October 2023