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Fire Protection Systems & Forensics

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The “Fire Protection Systems & Forensics” course is designed to help adjusters enhance their knowledge, understanding, and professional competence of fire loss investigation and insurance principles involving fire protection systems. The module is presented by Adam D. Farnham, PE, CSP, IAAI-CFI of Unified Investigations & Sciences, Inc.

This course begins with an overview of fire detection and alarm systems, including their essential functions and requirements. The course then navigates through the forensic use of alarm systems to determine the root cause of a fire event. Next, the course dives into a detailed review of sprinkler systems, followed by sprinkler system forensics. The course then highlights chemical-based fire suppression systems, including the different types and uses. The course later culminates with a discussion of commercial kitchen fire suppression systems and nuances.

After completing the course, the attendee will be able to recognize the function of initiating devices; describe various detector types and features; comprehend detector and alarm requirements, including building and fire codes and other industry standards; grasp premises monitoring systems, including monitoring points and alarm controllers; develop an accurate and comprehensive timeline of fire events using data gathered from various systems and sources; understand smoke detector concepts, including components, forensics, and standards; identify sprinkler systems, including system types, sprinkler heads, design features, and common failure modes; comprehend sprinkler system operation; describe strategies for sprinkler system investigation; recognize chemical suppression system types; understand clean agent systems, including design features and the Physiologically Based Pharmacokinetic Model for safe usage; identify carbon dioxide systems, including design features, storage options, safe usage, and storage amount computations; recognize foam/water systems, including design features and system usage; define commercial kitchen suppression system requirements; understand commercial kitchen system design, including the role of manufacturer guidelines; describe commercial kitchen system inspection, testing, and maintenance protocol, including NFPA standards and timing requirements; comprehend commercial kitchen system operation; identify common commercial kitchen system failure modes.

The course is primarily designed for insurance professionals working in the area of property adjusting.

What CE Credit is available?

Note: To qualify for credit, you must submit completion (including a passed final exam if required) within five days of completing the last quiz. No partial credits will be awarded.

State:
Adjuster General CE Hours:
Adjuster Ethics CE Hours:
Attorney General CLE Hours:
State's Course ID:
NH 2.0 482644
TX (classroom equivalent) 2.0 110383
NC 2.0 207972
FL * ( Provider Number: 364169 ) 2.0 Adjuster Optional 1166435
IL 2.0 480087
WY 2.0 28534
OK 2.0 6000014713

* This course has been approved by the Florida Department of Financial Services for insurance continuing education credit.

Course Content

Fire Detection & Alarm Systems
Expand
Lesson Content

1) Course & Presenter Introduction
2) Initiating Devices
3) Detector Types
4) Detector & Alarm Requirements
a) Building & Fire Codes
b) Alarm Monitoring & Signal Types
c) Fire System Power Supplies
d) Alarm Annunciation & Transmission
5) Recap

Forensic Use of Alarm Systems
Expand
Lesson Content

1) Premises Monitoring Systems
a) Monitoring Points
b) Alarm Controller
2) Timeline of Events
3) Smoke Detectors
a) Acoustic Soot Agglomeration
b) Alarm Sound & Detector Body
c) Aspiration Smoke Detection System
4) Recap

Sprinkler Systems
Expand
Lesson Content

1) Sprinkler Systems
2) Sprinkler System Types
3) Sprinkler Head Types
4) Sprinkler System Design
5) Sprinkler System Failure Modes
6) Recap

Sprinkler System Forensics
Expand
Lesson Content

1) Sprinkler System Operation
2) Timeline of Events
3) Sprinkler System Investigation
a) Key Areas to Review
b) Critical Questions to Consider
c) Investigation Goals
4) Recap

Chemical-Based Fire Suppression Systems
Expand
Lesson Content

1) Chemical Suppression System Types
2) Clean Agent Systems
a) Design Features
b) Minimum Safe Design Concentrations
c) Physiologically Based Pharmacokinetic (PBPK) Model
d) System Usage
3) Carbon Dioxide Systems
a) Design Features
b) Storage Options
c) System Usage
d) Storage Amount Computations
4) Foam/Water Systems
a) Design Features
b) System Usage
5) Recap

Commercial Kitchen Fire Suppression Systems
Expand
Lesson Content

1) Commercial Kitchen System Requirements
2) Commercial Kitchen System Design
a) Manufacturer Guidelines
b) Design Types
c) System Goals
d) System Monitoring
3) System Inspection, Testing, Maintenance
a) NFPA Standards
b) Acceptance Testing
c) Monthly Inspection & Maintenance
d) Semiannual Inspection & Maintenance
e) 12-Year Inspection & Maintenance
4) Commercial Kitchen System Operation
5) Commercial Kitchen System Failure Modes
6) Conclusion
7) Recap

Get CE Credit or Certificate of Completion.

Submit within 5 days to get CE Credit or Certificate of Completion.

Recent Updates

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Building Codes

Does Kaysville, Utah, Residential Building Code Require Ice Barrier Underlayment When Replacing a Roof?

June 26, 2024 By Dan Hartweg QUESTION: For a roofing project in Kaysville, Utah, does the residential building code require ice barrier underlayment? RESPONSE: Yes. The 2021 Utah State Residential Code (USRC) does not require ice barrier underlayment unless there is a history of ice forming along the eaves causing a backup of water, which is left to local jurisdictions to determine and adopt the requirement. 2021 USRC § R905.1.2. Utah did not complete Table R301.2, “Ice Barrier Underlayment Required” column, leaving it to local jurisdictions to complete the table. 2021 USRC Table R301.2. While the Kaysville City Code does not contain any amendments to Table 301.2, according to the Kaysville City Community Development website, ice barrier underlayment is required.  FACTS: Roof repairs at a private residence located in Unincorporated, West Jordan, Utah. DISCUSSION: Utah adopted the 2021 International Residential Code (IRC), including Appendices AE and AQ, with amendments, as the uniform statewide residential code known as the 2021 Utah State Residential Code (USRC) and is part of the mandatory statewide building code, the State Construction Code (SCC). Utah Code § 15A-2-101. (Adoption of SCC); Utah Code §§ 15A-2-103(b), (d), and (m) (adoption); Utah Code §§ 15A-3-101 through 206 (IRC amendments); Utah Code §§ 15A-4-201 through 207 (IRC local amendments); 2021 USRC (ICC page).  The State and its political subdivisions are required to follow the SCC. Utah Code § 15A-1-204(1)(a). The Division administers the SCC, but it is not within the Division's responsibility to enforce it, the responsibility for inspections and enforcement under the SCC fall on the compliance agency. Utah Code § 15A-1-205 (Division duties); Utah Code § 15A-1-207(1) (compliance agency with jurisdiction over project shall inspect and enforce SCC). A compliance agency is defined as an agency of the State or any of its political subdivisions which issues permits for construction regulated under the SCC. Utah Code § 15A-1-202(6). The compliance agency must follow the Division’s established standardized permit system, may charge a fee but must impose a 1% surcharge to help fund Division education efforts, and must promptly review plans and inspect properties. Utah Code § 15A-1-209 (building permit requirements and surcharge); Utah Code § 10-6-160 (municipality may charge fee and must review plans and inspect properties promptly); U.A.C. R156-15A-220 (standardized permits). A search of the subject property on the PLRB address search page indicates that it is located within the City of Kaysville, Utah.  2021 USRC Reroofing Section R908 of the 2021 USRC on Reroofing requires that recovering or replacing an existing roof must comply with the materials and methods outlined for new roofs: 2021 USRC § R908.1. Therefore, the provisions concerning ice barrier underlayment and drip edges in Chapter 9 must be considered.  ICE BARRIER UNDERLAYMENT Ice barrier underlayment is required under Section R905.1.2 where there is a history of ice forming along eaves causing a backup of water as designated in local amendments in Table R301.2: 2021 USRC § R905.1.2.  Utah did not complete Table R301.2 as follows, in relevant part: 2021 USRC Table R301.2. Because no amendment to IRC Table R301.2(1) was made by the legislature, the need for ice barrier underlayment is left to local jurisdictions. Utah Code §§ 15A-3-101 through 206; 2021 USRC Table R301.2. Kaysville City adopted the current version of the International Residential Code adopted by the State of Utah. Kaysville City Code § 18-2-2. The City did not adopt any amendments to Table 301.2. Id., see also, Kaysville City Code Title 18, Chapter 3. However, according to the City’s website, ice barrier underlayment is required. Kaysville City, Community Development, Roofing Requirements.  DISCUSSION: Utah adopted the 2021 International Residential Code (IRC), as amended, as the 2021 Utah State Residential Code (USRC) and part of the 2021 Utah State Construction Code, a uniform statewide code. The state did not complete Table R301.2, leaving the decision to require ice barrier underlayment up to local jurisdictions where there has been a history of ice forming along eaves causing a backup of water. While the Kaysville City Code does not contain an amendment to Table R301.2, according to the Kaysville City Community Development website, ice barrier underlayment is required.

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