STALLCUP ELECTRICAL EDUCATION
Generators - Generator Series
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2023 Generators
Generator Publication Series
Stallcup's Generator Publication is an authoritative resource designed to provide in-depth knowledge and practical insights into the world of electrical generators. Authored by industry experts, this publication covers a comprehensive range of topics, including generator selection, installation, maintenance, and compliance with electrical codes and standards. It serves as an essential guide for electricians, engineers, and professionals involved in the design, operation, and upkeep of generator systems. With clear explanations, detailed diagrams, and real-world examples, Stallcup's Generator Publication equips readers with the expertise needed to ensure the safe, efficient, and reliable use of generators in various applications.
Other Generator Series Publications of Interest
Full Completed Publications
There are many options to choose from in a interactive digital pdf format.
Engaging and Effective Text
Full body text, step-by-step calculations, notes, for example, tips, and so much more.
Interactive Table of Contents
Interactivity at the highest level. Quick access to chapters and topics.
New Graphics
All new 2023 publications have been upgraded with new graphics.
Colored Illustrations
The new graphics have been colored and are visually stunning.
Illustration Overload
Illustrations with step-by-step calculations, NEC and NFPA standard loops, and so much more.
Publications and presentations
Instructors use both to help students retain the pertinent information being presented.
Engaging and effective presentations
New graphics and illustrations developed to capture the students attention and visually stunning.
Interactive presentations
Interactivity at the highest level. Quick access to chapters and topics.
Online Electrical Publications and Courses
Example Illustrations - Best in the Electrical Industry
2023 Generators Publication - Generator Series
Table of Contents - Extensive Coverage
Magnetism and Electromagnetism
Theory of Magnets
Magnetic Fields
Natural Magnets
Permanent Magnets
Electromagnets
Magnetic Field
Electromagnetics
Electromagnetic Induction
Generator Action
Generator Principles
Basic Operation of Generators
Basic Operation of Direct-Current (DC) Generators
Commutator
Commutator
Armature Reaction
Generated Voltage
The Difference Between a Generator and Motor Typical Synchronous Generator
Generator Exciters
Typical Induction Generator
Types of Engines
Single-Phase Generators
Three-Phase Generators
Components of an AC Generator
Wye-Connected Systems
Delta-Connected Systems
Types of Rotors
Cooling Systems
Regulators
Manual Synchronization of Generators
Automatic Synchronization of Generators
Generators and the National Electrical Code
Location of Generators
Nameplate Markings
Overcurrent Protection for Generators
Ampacity of Conductors From Generators
Protection of Live Parts
Guards for Attendants
Bushings
Generator Terminal Housings
Disconnecting Means Required for Generators
Generators Supplying Multiple Loads
GFCI Protection for Receptacles on 15 kW or Smaller Portable Generators Portable Generators 15 kW or Less
Emergency System Generators
Generator Set
Purpose and Scope of Emergency Generators
Sizing Generators
Sizing Generators
Transfer Switch and Equipment
Wiring Identification
Wiring Systems
Feeder Wiring Protection
Feeder Circuit Equipment
Source Control Wiring
Coordination
Grounding
Legally Required and Optional Standby Generators
Legally Required Standby Systems
Purpose of Legally Required Standby System
Sizing Generators - Legally Required Standby Systems
Transfer Switches and Equipment - Legally Required Standby Systems Wiring Legally Required Standby Systems
Overcurrent Protection Devices - Accessibility
Grounding - Legally Required Standby Systems
Optional Standby Systems
Sizing Optional Standby Generators
Transfer Switches and Equipment - Optional Standby Systems
Wiring Optional Standby Systems
Portable Generator Grounding
Grounding of Permanently Installed Generators
Sign for Power Inlet
Generators Supplying Essential Loads for Hospitals
Life Safety Branch
Critical Branch
Equipment Branch
Transfer Switches
Optional Loads
Wiring Requirements Separation From Other Circuits
Isolation and Protection
Capacity of Systems
Isolation and Protection
Capacity of Systems
Sources of Power
Generator Grounding for 480 V to 1000 V systems
Generator Grounding of 1000 Volts or More
Separately Derived Systems
Generator Grounding of 1000 Volts or More
Separately Derived Systems
Permanently Installed Generators
Methods of Grounding
Solidly Grounded Generators
Resistance-Grounded Generators
Reactance-Grounded Generators
Resistance-Grounded Generators
Reactance-Grounded Generators
Portable Generators
Transfer Switch is not Provided
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