Introduction to Fire Protection Systems
- Identify and describe various types and uses of fire protection systems
- Describe the basic elements of a public water supply system as it relates to fire protection.
The purpose of this course is to increase the safety of building occupants and emergency responders by streamlining fire service interaction with building features and fire protection systems. The information in this manual will assist readers to better understand the needs of the fire service when they are called upon to operate in or near the built environment (figure 1.1).

(Fig. 1.1) Commercial building fire at night with multiple exposures.
The codes and standards governing buildings and fire protection systems are well understood by designers. However, many portions of these codes and standards allow design variations or contain only general performance language. The resulting flexibility permits the selection of different design options. Some of these options may facilitate fire service operations better than others.
The particular needs and requirements of the fire service are typically not known thoroughly by persons not associated with these operations. This book discusses how the fire service interacts with different building features and it suggests methods for streamlining such interaction. To provide the most effective protection, fire service personnel should be considered as users of building features and fire protection systems. While far less frequent than mechanical events or other failures, fire can cause greater destruction in terms of property loss, disruption of operations, injury, and death.
Designers routinely consider the needs and comfort of building occupants when arranging a building’s layout and systems. Within the framework of codes and standards, design options may be exercised to benefit a particular owner, tenant, or user. For example, a building code would typically dictate the minimum number of lavatories and water fountains. However, the location, distribution, and types of such facilities are left to the designer in consultation with the client.
The application of fire protection features in buildings is similar. For instance, a fire code may require the installation of a fire department connection for a sprinkler system or an annunciator for a fire alarm system.
Readers of this document must understand its limitations. It is meant as an introduction to the systems and equipment that first responders will interact with. For example, the topic of emergency radio communications can be extensive; however, its treatment here is limited to the equipment in buildings that can support radio communications. Likewise, there are entire standards and books written about sprinkler, standpipe, and fire alarm design. However, this document covers only portions of those systems with which the fire service interacts and suggests design details that will help streamline or support fire service operations.
- OSHA 3256-07N Fire Service Features of Buildings and Fire Protection Systems. Authored by: Occupational Safety and Health Administration. Provided by: Department of Labor. Located at: https://www.osha.gov/Publications/3256-07N-2006-English.html#1purpose. License: Public Domain: No Known Copyright
Curriculum
- 14 Sections
- 154 Lessons
- 10 Weeks
- Unit 1 - Changing fire dynamicsUnit 1: Changing Fire Dynamics FESHE: Discuss the appropriate application of fire protection systems. Fire cause and effect ant its relationship to systems.13
- 2.1Fire Service Operations- A Fire Service Primer
- 2.2Fire Service Challenges
- 2.3Fundamental Fire Physics
- 2.4Fire or Thermal Plumes – Fire Dynamics
- 2.5Fire Dynamics
- 2.6Fire Dynamics and the Built Environment
- 2.7Changing Fire Dynamics
- 2.8Firefighter Safety and Modern Building Construction
- 2.9Changing Severity of Home Fires
- 2.10Changing Residential Fire Dynamics and Its Implications on Firefighter Operational Timeframes
- 2.11Activity 1.1: Q and A Fire Behavior
- 2.12Activity 1.2: Construction Features and Fire Spread
- 2.13Chapter 1 Glossary
- Unit 2: Fire Protection and The Built EnvironmentOverview of Different Types of Fire Protection Systems FESHE: Explain the benefits of fire protection systems in various types of structures.9
- 3.1NFPA 550: Fire Safety Concepts
- 3.2Fire Service Operations and Challenges
- 3.3Fire Service Organizations
- 3.4Fire Protection in the Built Environment
- 3.5Comprehensive Approach to Fire Protection
- 3.6The Role of Codes and Standards in Fire Protection System Design
- 3.7Activity 2.1: Sorting Game Fire Safe Building Design
- 3.8Activity 2.2: Q and A Fire Protection in Warehouse Facilities
- 3.9Chapter 2 Glossary
- Unit 3: Passive Fire Protection26
- 4.1How to engineer safety into a building
- 4.2Fire Safe Building Design: An Overview of Fire Protection in Buildings
- 4.3Building Construction: Hose Stream Testing
- 4.4Activity 3.1 : Fire Protection Features of Buildings
- 4.5NFPA 5000 Goals
- 4.6Activity 3.2: Nightclub Fires
- 4.7Understanding Construction “Types”
- 4.8Passive Fire Protection
- 4.9Where Fire Resistance May Be Required
- 4.10Understanding Construction: Fire Test “Survival”
- 4.11How Fire Resistance Ratings are Measured
- 4.12Firestopping and Path of Travel- Why it matters
- 4.13Required Fire Resistance
- 4.14Fire-Resistance Ratings for Structural Building Elements
- 4.15Fire Resistance Based on Separation
- 4.16Fire-Resistive Assemblies
- 4.17Maintaining Fire-Resistive Construction Elements
- 4.18Penetrations -Top 5 Fire Resistant Building Materials
- 4.19Firestop Systems
- 4.20Through-Penetration Firestop Systems
- 4.21Penetrations through Fire Resistive Construction
- 4.22Penetrations through Fire-rated Wall Assemblies
- 4.23Fire Doors
- 4.24Fire Door Releasing Mechanisms
- 4.25Fire Door Safety – What happens if you get it wrong?
- 4.26Activity 3.3- Photo Essay- Passive Protection
- Unit 4 Smoke Management SystemsFESHE: Describe the hazards of smoke and identify the four factors that influence smoke movement in Buildings.10
- 5.1Hazards of Smoke
- 5.2Smoke Movement in Buildings
- 5.3Types of Smoke Control Systems
- 5.4Rooftop Smoke and Heat Vents
- 5.5Smoke Dampers
- 5.6Fire Dampers
- 5.7Human Behavior and Fire
- 5.8People at Special Risk from Fire
- 5.9Fire evacuation in underground transportation systems: a review of accidents and empirical research
- 5.10The Human Behavior Experiments
- Unit 5: Fire ExtinguishersFESHE Explain the operation and appropriate application for the different types of portable fire protection equipment. Types and application Selection Placement Maintenance Portable Fire Extinguisher Operations Identify and describe the application and operations of various types of portable extinguishers.35
- 6.1Worst Fire Safety Demo Ever
- 6.2Portable Fire Extinguishers
- 6.3Using a Fire Extinguisher- That Awkward Moment
- 6.4How to Use a Portable Extinguisher
- 6.5Wheeled Extinguishers
- 6.6How It’s Made: Fire Extinguishers
- 6.7How Fire Extinguishers are Made: Inside the Factory
- 6.8How Fire Extinguishers Work
- 6.9Combustion, Synthesis, Decomposition: How does a fire extinguisher work?
- 6.10Water Heater Extinguisher- Mythbuster
- 6.11Loading Rack Test: Foam v. Dry Chemical
- 6.12Water Fire Extinguisher
- 6.13Water Mist Extinguishers
- 6.14Comparison of Water Mist Fire Extinguisher with Traditional Fire Extinguishers
- 6.15ABC Dry Chemical Stored Pressure Extinguisher
- 6.16Ansul K Guard Extinguisher
- 6.17BC Fire Extinguishing Agents–Dry Chemical
- 6.18Dry Powder Cartridge-Operated Fire Extinguishers
- 6.19Clean Agents for Streaming Applications
- 6.20Overview of “Class D” Agents
- 6.21Clean Agent Fire Extinguishers
- 6.22Using a Dry Powder Extinguisher on a Class D Fire
- 6.23Application of Class K Portable Fire Extinguishers
- 6.24Sonic Fire Extinguisher Demonstration
- 6.25How to Make Instant Ice Cream Using a Fire Extinguisher
- 6.26Maintenance: Monthly Inspections
- 6.27Nightclub Fire Extinguisher Test
- 6.28Special Hazard Protection
- 6.29US Experience with Non-Water-Based Fire Extinguishing Report
- 6.30Clean Agent
- 6.31Commercial Cooking
- 6.32Restaurant- Fixed Fire System Test
- 6.33Commercial-Type Hood and Duct Inspections and Cleaning
- 6.34High Expansion Foam Deluge System
- 6.35Fire Suppression System CO2 Gas Demonstration
- Unit 6: Design for FirefightingPremises Identification18
- 7.1Premises Identification
- 7.2Activity; Lightweight Construction: Case Study
- 7.3Firefighter Access
- 7.4Fire Apparatus Access
- 7.5Hazards to the Fire Service
- 7.6Hazards to the Fire Service
- 7.7Structural Alterations
- 7.8Green Building
- 7.9Fire Features of Buildings10 Minutes0 Questions
- 7.10Fire Features of Buildings
- 7.11Access to Fire Protection Equipment
- 7.12Improving Fire Fighter Workplace
- 7.13Fire Safety Programs During Construction
- 7.14Firefighter Emergency Power Systems
- 7.15Firefighter Breathing Air Systems
- 7.16Firefighter Radio Communications
- 7.17Access and Water Supplies: Fire Apparatus Access Road Widths
- 7.18Fire Department Communications Systems
- Unit 7: Fire Alarm SystemsUnit 7: Fire Alarm Systems FESHE: Explain the components of a fire alarm system FESHE: Identify the different types of detectors and explain how they detect fire Components Type of Alarm Systems Detectors smoke heat flame Audible/Visual Devices Alarm Monitoring Testing and Maintenance of Fire Alarm Systems Identify the basic components of a fire alarm system Identify the different types of detectors and how they detect fire.7
- Unit 8: Water Supply Systems for Fire ProtectionFESHE Explain why water is a commonly used extinguishing agent. FESHE: Describe the basic elements of a public water supply system as it relates to fire protection including valves, hydrants and connections Sources of Fire Protection Water Supply Distribution Networks Piping Hydrants Utility Company Interface with the Fire Department Explain why water is a commonly used extinguishing agent. Describe the basic elements of a public water supply system including sources, distribution networks, piping and hydrants.7
- Unit 9: Water Based Fire Suppression SystemsIdentify the different types and components of fire sprinkler, standpipe and foam systems Review residential and commercial sprinkler legislation. Discuss the application and operations of fire protection equipment during a fire response5
- Unit 10: Fire Hydrants3
- Unit 11: Standpipe SystemsFESHE Identify different types and components of standpipe systems5
- Unit 12 Sprinker SystemsFESHE Identify different types and components of sprinkler and foam systemsDesign and operation of various types of systems; inspection and maintenance procedures. Demonstration of sprinkler operation. Methods of how to relate to differences in cultural attitudes when dealing with minority owners and tenants. Sprinkler systems provide early fire control or extinguishment, helping to mitigate the hazards for occupants and firefighters alike. Building codes, fire codes, and life safety codes specify when to provide sprinkler systems. These may be either locally written codes or adopted model codes such as the IBC, the IFC, NFPA 1, NFPA 101, or NFPA 5000. In addition, various sections of the OSHA standards require the installation of sprinkler systems. A widely accepted installation standard for commercial system design is NFPA 13, Standard for the Installation of Sprinkler Systems. Other standards include: NFPA 13D, Standard for the Installation of Sprinkler Systems in One- and Two-Family Dwellings and Mobile Homes; and NFPA 13R, Standard for the Installation of Sprinkler Systems in Residential Occupancies up to and Including Four Stories in Height. Designers may also refer to NFPA 13E, Recommended Practice for Fire Department Operations in Properties Protected by Sprinkler and Standpipe Systems, although any given fire service organization may follow different standard operating procedures. There is some flexibility in portions of the system that may impact the fire service.6
- Unit 13: Residential Fire Sprinkler SystemsFESHE: Review legislation residential and commercial sprinkler system3
- Unit 14: Fire Pumps9

