NFSA Course Catalog

A new standard is being developed to provide design and installation requirements for hanging, bracing and anchorage of fire suppression systems. The webinar will identify why the standard is being developed, how it will incorporate requirements for sprinklers systems, and the intended inter-relationship with NFPA 13 and related documents. This webinar will discuss the proposed structure for the document, and the proposed process. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Water-based fire protection systems need a reliable source of water. Stored water is a common and acceptable type of water supply for these systems. NFPA 22 is the Standard for Water Tanks for Private Fire Protection. This document describes the minimum requirements of the various types of tanks used for fire protection including gravity tanks, suction tanks, pressure tanks and break tanks. This seminar will highlight the requirements of this standard and will include valuable information on the various aspects of water tanks design and installation including: tank capacity, acceptable tank material, tank heating, pipe connections and fitting as well as acceptance test requirements and inspection testing and maintenance of water tanks.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

While NFPA 13-2019 extracts several sprinkler requirements for the protection of information technology equipment in section 26.14, it is important to understand the context of the standard where it came from.  NFPA 75, Standard for the Fire Protection of Information Technology Equipment, provides the full scope and requirements to protect ITE equipment from damage from the various byproducts of fire and discharge from the sprinkler system.  From a fire risk assessment to prescriptive requirements, this course will outline the unique requirements and applications of this standard as it pertains to the fire sprinkler industry.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Seeing fires at the Notre Dame, Brazil’s National Museum and other historical/culturally significant properties is devastating to say the least. NFPA 909 provides protection requirements for museums, libraries and other cultural properties in a wholistic manner. The document requires fire prevention, active fire protection systems, passive fire protection features, and considerations for resiliency and salvage planning. When applied, it imposes additional requirements for water-based fire protection systems beyond what is typically required by building and fire codes which impact cost and schedule. Fire protection contractors need to function as part of the team assembled by the facility operators. Understanding roles and responsibilities is necessary to manage expectations. Communicating effectively will ensure successful projects in these facilities. This webinar will discuss issues effecting fire protection contractors working in these types of facilities.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Buildings under construction pose special challenges for fire protection. This presentation will examine the requirements of NFPA 241 Standard for Safeguarding Construction, Alteration, and Demolition Operations and IBC Chapter 33 Safeguards During Construction.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Information on insulation practices for sprinkler system installations is very limited in the three NFPA sprinkler standards (13, 13R, and 13D). This Tech Tuesday will review the content of a white paper under development by the NFSA’s Insulation Task Group, which has representatives of the sprinkler industry as well as the insulation industry. Specifically, the different types and methods of insulation used, design criteria developed through mathematical models and historical data will be explained. Common shortfalls encountered during installation along with common failures will be illustrated, along with possible recommendations on how to avoid them. In addition, alternative methods, such as use of antifreeze, dry pipe sprinkler systems, heat tracing, or combinations of options will be highlighted.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This hour-long webinar will be a crash course on seismic design.  This brief overview will touch on all of the basic requirements for seismic and its general application.  Participants are encouraged to take “Seismic Protection of Fire Sprinkler Systems” offered by NFSA’s Training Department which contains in depth lecture, videos, and in-class exercises.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org

As part of the 2018 NFPA code cycle, two documents are changing in ways that will impact the way you do business. First, NFPA 3, Recommended Practice for Commissioning of Fire Protection and Life Safety Systems will become a standard. Both NFPA 3 and NFPA 4, Standard for Integrated Fire Protection and Life Safety System Testing are being incorporated through reference into the International Building Code, NPFA 101, Life Safety Code and NFPA 5000, the Building Construction and Safety Code. The important changes impacting how sprinkler systems are commissioned will be discussed as NFPA 3 becomes a standard. What will you need to do that you aren’t doing now? How will this impact cost and time? The important changes impacting integrated testing will be discussed as NFPA 4 becomes more widely used. Will every sprinkler system supervised by a fire alarm system require integrated testing plans and written procedures? These important topics will be discussed.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Department of Defense (DoD) projects can be challenging by their very nature. Having to apply Unified Facilities Criteria (UFC) concurrent with NFPA requirements can complicate matters if not properly implemented. The UFC imposes many requirements that are more restrictive than those found in NFPA standards. However, locating the requirements is not always simple. Understanding where and how to find UFC requirements, and how to integrate these requirements with those of NFPA standards is paramount for a successful project. The impact of not knowing these things can be costly in terms of time, money and reputation. This presentation will explain how the UFC and NFPA requirements can be used effectively to maintain profit and complete fire protection system projects on time without surprises.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Building codes reference installation standards and while layout technicians and contractors know the installation standards well, there are numerous building code rules that affect layout and system design. This course highlights changes to the 2015 and 2018 International Building Code, International Fire Code and NFPA’s Life Safety Code as it relates to the fire sprinkler contractor.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

Many times NFPA model codes borrow or extract text from an installation standard and insert into a model code. Extracted text allows rules to be enforced uniformly in a code from the standard.  Users of NFPA 1 or NFPA 101 will often see extracted text from NFPA 13, NFPA 14 or NFPA 25. A user of NFPA 13 will also notice extracts from other codes and standards. This course will highlight where the NFPA model codes (NFPA 1, NFPA 101, NFPA 5000) extract fire sprinkler installation or maintenance requirements (NFPA 13, NFPA 13R, NFPA 25, etc) and where potential conflicts or differences exist.

Online classes take approximately 24 hours to process.  To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The 2018 edition of NFPA 101, Life Safety Code, is adopted worldwide. This seminar will update the fire sprinkler industry on changes that affect how the NFPA 101 is interpreted and applied. Automatic fire sprinkler systems provide material, egress and economic benefits in the model life safety and building codes. When codes change, it impacts how design, bidding, installation and management is applied to every project. This seminar will present the code changes that are important to the fire sprinkler industry with detailed discussion on the reasons for the updates. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Designing and installing sprinkler systems requires review and compliance with both the International Building Code (IBC) and NFPA installation standards.  We will review the sprinkler, fire department connection, and fire pump installation requirements located in chapter 9 of the 2021 edition of the IBC and compare them to the requirements found in the applicable NFPA installation standards including 13, 14, and 20.  It is important to understand the regulatory matrix and hierarchy of codes and standards when evaluating additional and/or conflicting installation requirements.  There are differences between the building code and installation standard requirements that must be understood to ensure compliance with both documents.    

This seminar is important for the fire sprinkler industry, architectural community, and for code officials as they all play a role in compliance and enforcement.  The assumption is that the participant will already have a basic understanding of building codes and NFPA installation standards.  

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Explain the regulatory matrix and hierarchy of codes and standards.  
2. Locate and evaluate the sprinkler system installation requirements of the building code and compare them to the applicable requirements of the referenced standard.  
3. Locate and evaluate the fire pump installation requirements of the building code and compare them to the applicable requirements of the referenced standard.  
4. Locate and evaluate the fire department connection installation requirements of the building code and compare them to the applicable requirements of the referenced standards.  
5. Recall building code requirements that are above and beyond those of the installation standards.  
6. Identify conflicts between the building code and referenced installation standards.  

 The recorded version will be available in your account following the processing period.  

NFPA 101, The Life Safety Code, has been around since 1913 and is, as the title suggests, dedicated to safety to life. Fire Sprinklers are certainly a vital part of any methodology to provide safe buildings. The life safety aspect is certainly of great importance in residential occupancies. We all deserve to be safe in the places we live, and sleep and the fire sprinkler provisions of the code are crucial.

The residential chapters consist of: Chapters 24, 26, 28, 29, 30 and 31 and deal with One- and Two-Family Homes, Lodging or Rooming Houses, New and existing Hotels and Dormitories, and New and Existing Apartment Buildings.

This seminar will highlight the requirements of these chapters as it relates to our industry, the fire sprinkler industry and is important for all of us in the fire protection community.

Learning Outcomes: By the end of the program, the participant will be able to:

1. Explain the layout of NFPA 101.
2. Locate and evaluate the sprinkler system requirements in the residential chapters of NFPA 101.  
3. Understand the fire sprinkler provisions of NFPA 101.   
4. Evaluate the fire sprinkler provisions of NFPA 101 and how they relate to the requirements of NFPA 13, NFPA 13R and NFPA 13R.

The International Fire Code (IFC) is a model fire code that has numerous fire protection layout, density and installation differences from the other national referenced standards, such as NFPA 13, NFPA 13R and NFPA 14. When fire protection requirements found in the model codes differ from those found in the referenced standards, the requirements of the model codes overrule the requirements of the referenced standard. This means, fire sprinkler contractors and layout technicians without knowledge of the IFC can find themselves delayed with costly change orders at times when it is most inconvenient. This course highlights the areas such as; sprinklers in open corridors, balcony sprinklers, density differences, high-piled storage and much more. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This course addresses the Trade Up in the International Building Codes. The 1973 America Burning report encouraged the U.S. building codes to allow more increased active fire protection systems to reduce passive fire protection systems. This becomes the birth of the tradeoff, or when lives and properties are saved, it is better referred to as the “trade up”. Since then, the NFSA and many allies have been involved in the model code arena to promote the attributes of fire sprinkler systems. This program will highlight some of the long serving trade ups in the model codes, the financial benefits of trade ups for building designers and building owners, and tools to convince customers and communities that fire sprinkler systems and trade ups save lives, property and money which benefit everyone that uses current codes.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org

The Fire Code, this program will cover a basic overview of NFPA 1 - Fire Code and the 2021 updates relevant to the industry. This presentation will include an overview of Chapter 13, Fire Protection Systems, as it pertains to automatic fire sprinklers and standpipes and upcoming changes in the 2024 technical committee structure. This seminar is important for the fire sprinkler industry to better understand requirements of the Code and how the Fire Code is applied.    

Learning Outcomes:  At the conclusion of this seminar the participant will be able to:   

1. What is NFPA 1 and how is this code used. Discuss the reason why the code is relevant to the industry.  
2. Understanding of NFPA 1, Chapter 13 specific to automatic fire sprinklers and standpipes.    
3. What to expect in the next addition, significant changes coming in the 2021 edition of NFPA   
4. Understand where NFPA 1 - Fire Code, is head in the 2024 edition. Overview of the next cycle and changes to the technical committee structure.  

The recorded version will be available in your account following the processing period.  

This 1-hour self-paced interactive seminar provides an overview of residential sprinkler systems to include fire sprinkler tests, listings, NFPA 13, 13D and 13R. This seminar also addresses the residential water main and values. After successful completion, the student will receive a certificate and CEUs.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This FREE 3-hour On Demand course is designed to provide an introduction to new employees or persons interested in learning more about our favorite industry and life-saving systems - fire sprinklers!

Online courses take approximately 24 hours to process. To access your On Demand Courses, following the processing period, log in to your NFSA account and select "On Demand Training" from the top menu.  If you have any questions regarding On Demand Training courses, please contact training@nfsa.org. 

Combustible concealed spaces, such as attics, present challenges in both installation, discharge, and freeze protection. Wood floor and roof truss obstructions, elevation pressure, area increases, and freezing are facts that face every design and installation. This presentation has the Viking Corporation, a US-based fire sprinkler manufacturer detailing several fire sprinkler solutions to attic and concealed spaces.  Victaulic, another US-based fire sprinkler manufacturer, also discusses freeze protection and fire sprinkler solutions for attics and concealed spaces.

Learning objectives:

1. Discuss the challenges of protecting attics with fire sprinkler systems.
    
2. Understand the requirements in the codes and standards.
    
3. Apply new products for fire sprinkler contractors, owners, and code officials in combustible spaces and freezing environments.

James Lake (Vice President of Training and Technical Services, Viking Corporation) “Protecting Attic Spaces Small and Large”

Layne Weber (Marketing Manager, Victaulic) “Fire Sprinkler Freeze Protection for Commercial and Residential Applications”

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This online program will present the changes in the 2016 edition of NFPA 13 to Chapter5, Classification of Occupancies and Commodities. NFPA 13 has new figures that include percentages of mixed commodities with Group A Expanded and Unexpanded plastics. Chapter 5 has also greatly changed how commodities are listed within the document. The layout with new figures and updated tables will assist in determining the appropriate commodity for the ever-changing world of storage protection. The discussion will also address commodity classification in the 2015 edition of the International Fire Code (IFC).

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Chapter 11 of NFPA 13 (2016) provides a layout technician the tools to determine the hydraulic design approach for a fire sprinkler system. While the pipe schedule method is still permitted for small systems which meet the requirements of Chapter 11, essentially all systems are now required to be hydraulically calculated based on Section 11.2.3. This seminar will discuss the available hydraulic design options, including the density/area method, room design method, and special design approaches, such as residential sprinklers, water curtains and a discussion on deluge systems.

Online classes take approximately 24 hours to process.  To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

As commodities, combustible environments, and earthquake bracing change, so do the products that provide compliance with fire sprinkler discharge, installation, and bracing rules. Reliable Automatic Sprinkler Company, a US-based fire sprinkler manufacturer, addresses the changes to Factory Mutual Data Sheet 8-9 for multiple-row rack storage systems. Johnson Controls, Inc. (JCI), another US-based fire sprinkler manufacturer, provides several new product solutions to address changes to storage, combustible concealed space, and freezing environments. Anvil International, a NFSA member, details new and improved products that meet the latest test loads required by ANSI/UL 203A

Learning objectives:

1. Discuss the past and current methods of protecting areas with multiple-row racks using FM Data Sheet 8-9.
    
2. Understand the requirements in the codes and standards.
    
3. Apply new products for fire sprinkler contractors, owners, and code officials for changing storage, combustible space, and freezing environments.
    
4. Discuss the past and current methods of seismic bracing of fire sprinkler systems.

Cary Webber (Director Technical Services, Reliable Automatic Sprinkler Company) “Protecting Multiple Row Racks Based on NFPA 13 and FM Data Sheet 8-9 Updates”

Devin O’Leary (Manager Technical Training, Johnson Controls) “JCI New Products for New Code Changes”

Greg Shaughnessy (Hanger Marketing Manager Anvil International) “Anvil AF700 and AF730 Seismic Bracing Attachments and the new ANSI UL 203A Test Loads

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

Fire sprinklers in areas subject to freezing, such as attics, have several methods of protection. Underwriters Laboratories (UL) presents on the history of antifreeze and recent developments of listed antifreeze products. J.F. Ahern, a NFSA fire sprinkler contractor based in Wisconsin with branch offices across the mid-west of the US, presents on the challenges facing contractors and building owners of dry pipe systems, antifreeze, and other methods of freeze protection.

Learning objectives:

1. Discuss the past and current methods of protecting areas subject to freezing with fire sprinklers.
2. Understand the requirements in the codes and standards.
3. Apply new techniques and educate owners on system selection and maintenance.

Kerry Bell- (Corporate Fellow, Principal Engineer UL)
Van Fitch- (Service Sales Manager J.F. Ahern Company)

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This class will provide attendees with the criteria for coordinating fire alarm and sprinkler plan review and inspections. Topics to be discussed will include areas where NFPA 13 and NFPA 72 reference each other and how the sprinkler waterflow alarm should be transmitted to the supervising station.

Learning Outcomes: By the end of the program, participants will be able to:

1. Comprehend how the model codes require coordination of fire alarm and sprinkler systems
2. Identify where NFPA 13 and NFPA 72 refer to each other for criteria for how the different systems should be integrated.
3. Understand monitoring requirements for how to send waterflow signals and other fire alarm signals to the supervising station.

 The recorded version will be available in your account 24 business hours following the processing period

This program covers advanced layout technician training topics that are usually covered in NFSA’s three-day seminar.  This one-hour webinar will provide a refresher for the basic principles of selecting a design area for sprinkler systems and then apply those principles to atypical scenarios.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Hydraulic calculations determine the most important aspect of the fire protection system being designed; will the system, as designed and given the available water supply, be able to provide enough water at the required density to successfully control or suppress a fire. Today, most of us use computer-based software programs to aid us in performing these calculations. These capable and powerful programs streamline the hydraulic calculation process by taking our input information and running the calculations for us. As long as the correct information is inputted into the program, an accurate calculation can be produced in a fraction of the time of a manual or “old fashioned” hydraulic calculation. The advent of these calculation programs has been an enormous benefit to the layout technician, but if the technician does not understand the formulas and procedures behind the calculation process, an important skill set can be lost. The knowledge gained by understanding and practicing the manual hydraulic calculation methods will reinforce the basic concepts of hydraulics and the interdependency of the various aspects of the layout. This understanding of the concepts of hydraulic calculations will help the technician to develop the “feel” for the fire sprinkler system that cannot be learned through merely inputting data into a computer. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

NFPA 13 requires sprinklers to be installed to protect all areas of a building unless an area is specifically permitted to allow omission of sprinklers by a section of the standard. Section 8.15, Special Situations, provides guidance on which of these areas are permitted to have sprinklers when meeting certain criteria. Arguably one of the most utilized areas of this section is 18.15.1.2 which provides 18 subsections of arrangements for concealed spaces in which sprinklers are not required to be installed. This seminar is part 1 of 2 which will tackle issues involved with omitting sprinklers from these spaces and how to properly protect these spaces when you cannot omit sprinklers.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

NFPA 13 requires sprinklers to be installed to protect all areas of a building unless an area is specifically permitted to allow omission of sprinklers by a section of the standard. Section 8.15, Special Situations, provides guidance on which of these areas are permitted to have sprinklers when meeting certain criteria. Arguably one of the most utilized areas of this section is 18.15.1.2 which provides 18 subsections of arrangements for concealed spaces in which sprinklers are not required to be installed. This seminar is part 2 of 2 which will tackle issues involved with omitting sprinklers from these spaces and how to properly protect these spaces when you cannot omit sprinklers.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The NFPA 13 sprinkler installation rules for exterior projections appear simple but have long been a source of confusion. This lesson will review the cases where sprinklers are required under exterior projections and those where they are permitted to be omitted. Topics will include: Recognizing what building features should be treated as exterior projections and which should not; Determining the combustibility classification of exterior projections; Determining the use of the space underneath exterior projections.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org

The installation of complex and ornate ceilings has become the norm rather than the exception in many contemporary construction projects. Special situations involving spaces above ceilings, open grid ceilings, drop out ceilings, ceiling clouds and stepped ceilings will be reviewed. Architectural ceiling designs have continued to evolve beyond the limitations for cloud ceilings. The special ceiling situations included in the sub-sections of 8.15 will be reviewed. Sprinkler protection requirements and compliance options will be discussed for these unique and challenging ceiling configurations.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Where are sprinklers required in vertical shafts, stairways, elevator equipment rooms and elevators shafts? The special situations included in NFPA 13 sections 8.15.2, 8.15.3, 8.15.4 and 8.15.5 will be reviewed. NFPA 13 requires sprinkler protection in vertical shafts having exposed combustible construction. The basic requirements for installation of sprinklers, considerations for inspection and conditions allowing omission of protection in vertical shafts will be identified. Sprinkler protection requirements for stairways of combustible, limited combustible and noncombustible construction will be identified. Situations involving vertical openings for escalators, staircases and atriums will be reviewed. Sprinkler protection requirements for elevator equipment rooms and shafts will be identified. These requirements have evolved over the last several cycles and reviewed to demonstrate when sprinkler protection is required and when it can be omitted.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

NFPA 13 includes a chapter called “Specially Occupancy Requirements”. In the 2019 edition this is chapter 26. This chapter basically extracts fire sprinkler requirements from other NFPA standards for specific situations. For example, in facilities where there is a paint spray booth, there is a section that extracts applicable sprinkler requirements from NFPA 33, Standard for Spray Application Using Flammable or Combustible Materials. If your project includes a hypobaric chamber, Chapter 26 includes some important extracts from NFPA 99B, Standard for Hypobaric Facilities. The list goes on and Chapter 26 includes requirements from 36 separate NFPA standards.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

When a building is protecting high piled storage, whether it be a project with solid piled Class II Commodities or Group A Plastics stored on racks, Chapter 12 of the 2016 edition of NFPA 13 will provide the general requirements for the installation. This seminar will highlight the requirements applicable to all storage arrangements and commodity classifications with standardized protection criteria in NFPA 13. Topics include applications, discharge considerations, design methods and protection of idle pallets.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

When is storage not treated as storage? When it meets the definition of miscellaneous or low-piled storage. Typically, the requirements of NFPA 13 for the protection of storage are distinct from the occupancy or hazard class requirements of the standard. Miscellaneous and low-piled storage is the exception. These specific storage arrangements are protected by the rules found in Chapter 13, which typically reference the occupancy rules and not the storage rules within NFPA 13. This program will show how the provisions of this chapter combine with both the occupancy hazard classification rules and the rules for protection of high-piled storage involving commodity classification. It will also focus on these specific storage arrangements and the protection rules found in Chapter 13, Protection of Miscellaneous and Low-Piled Storage. This presentation will discuss situations where the application of the rules found within Chapter 13 are appropriate and what that application entails.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

When many people think of storage, often the first thing they think of is rack storage. This seminar will highlight the other storage configurations-palletized, solid-piled, bin box, shelf, or back-to-back shelf storage. It will focus on NFPA 13, 2016 edition, Chapter 14, Chapter 15, and some of their unique sprinkler protection requirements and challenges. High challenge fires of these storage arrangements require attention to the details of protecting them properly.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Rack storage is definitely a high challenge fire scenario. There are many options presented in NFPA 13 for protecting racks. Different ceiling sprinklers, sprinkler inside the racks, variations in configurations including aisle width will all result in different sprinkler locations and demands. This lesson will review the many standardized options available when protecting Class I through Class IV commodities.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The storage of Group A plastic on racks is one of the most challenging fire situations that fire sprinklers can experience. These storage arrangements can promote a severe fire condition which may include a rapid spread of fire with a high rate of heat release. Chapter 17 in NFPA 13 titled “Protection of Rack Storage of Plastic and Rubber Commodities” spells out the acceptable protection options for this extreme fire risk. Chapter 17 gives the layout technician many options including the use of Standard Spray Sprinklers (CMDA), Control Mode Specific Application sprinklers (CMSA), Early Suppression Fast Response sprinklers (ESFR) and in-rack sprinklers.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Extending fire sprinkler systems to protect balconies of residential buildings can provide exposure protection, tradeoffs, and life safety. However, not all codes, such as the International Building Code and International Residential Code for residential buildings have the same requirements for balcony sprinklers. NFPA 13, NFPA 13R, and NFPA 13D differ on how balcony protection, if required, are applied to residential and other occupancy balconies. As more mixed-use buildings and mixed-sprinkler standards are being applied, this module looks across the model codes and installation standards to provide clarity. This topic is important for the fire sprinkler industry, architectural community, and for code officials.

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period. 

The sprinkler installation standards are generally concerned with where and how to install sprinklers inside of a building but sprinklers are sometimes required outdoors, too. Examples of sprinklers outside include exposure protection systems, assembly pavilions, eaves, and other projections. Concerns arise for corrosion, freezing, and other environmental conditions when sprinklers are installed in these applications. This lesson will review some of the situations requiring sprinklers to be installed outdoors as well as some of the special installation issues that must be considered.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Ref: NFPA 13 (2019)
Contact hours: 1.0

Hydraulic worksheet and shop drawing review can sometimes be the biggest challenge for code officials and authorities having jurisdiction (AHJ) during the plan review phase. Getting these steps right every time benefits fire sprinkler contractors, AHJs and layout technicians. This course explains each step that needs to be covered and checked during this phase of plan review with tips and techniques of experienced plan reviewers.  Contractors and AHJs will benefit from this seminar by learning a step-by-step method of hydraulic review and where mistakes are commonly made or found. This knowledge can be used to improve the plan submittal and review process leading to improved plans and reduced review times and resubmittal fees.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

This program covers advanced layout technician training topics associated with sizing and selecting fire pumps as part of an approved water supply for fire sprinkler and standpipe systems.  This one-hour webinar will provide the principals of water supply, system demands, and required fire pump flow and pressure performance. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

This seminar will addressed significant changes to the 2017 edition of NFPA 25, Standard for the Inspection, Testing and Maintenance of Water-Based Fire Protection Systems, including an overview of the changes in the reference tables. This seminar also discusses clarifications of existing rules, addition of newly required procedures, adjustments to reference tables and changes in various time requirements for inspections and testing procedures.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Review the actions taken by the NFPA membership for the 2022 edition of NFPA 13. The NFPA Technical Session in June 2021 is the final step for the newest edition of several NFPA codes and standards of the fire sprinkler industry. Several last chance certified amending motions (CAMs) were presented to the NFPA membership, debated, and voted upon. The 2022 NFPA 13 will be published in the Fall of 2021. Hear what the changes will be before the book is printed and how these updates affect the fire sprinkler industry.   

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Understand the NFSA and the NFSA Engineering and Standards (E&S) committees influence in the NFPA codes and standards development process.  

2.  Identify the design and installation changes in the new 2022 NFPA 13.

3. Analyze the impact of an updated standard. 

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period.  

Ref: I-Codes
Contact hours: 1.0

This program will cover a basic overview of the applicability of the I-Codes and the 2021 updates.  It will cover all the changes in hte IBC, IRC, IFC and other applicable codes that are relevant to the fire sprinkler industry.  It will have detailed discussion on any topics that are created by the changes.  

Learning Outcomes:  At the conclusion of this seminar the participant will be able to:    

1. What are the I-Codes and NFPA standards and how do they correlate to each other.  
2. When do the I-Codes apply.   
3. Identify the changes in the 2021 edition of I-Codes that affect the fire sprinkler industry.  
4. Identify and discuss any challenges that arise with the 2021 changes.  

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period.  

The newest edition of NFPA 13 makes some of the greatest changes to the document since the 1970’s. Review the latest changes to the 2022 edition, released in the Fall of 2021, with updates that are important to the fire sprinkler contractor and layout technician. NFPA 13 Chapters 19-28 and 3-5 relate to sprinkler discharge rules, such as water supplies, storage applications, discharge density, calculations, system plans, and more for fire sprinkler systems.   

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Understand the NFPA 13 technical committee structure and how industry participation influences changes. 
    
2. Identify the discharge changes in the new 2022 NFPA 13.   

3. Identify and compare changes to the 2019 edition of NFPA 13. 

4. Analyze the impact of an updated standard.   

Ref: NFPA 13 (2022)
Contact hours: 1.0

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period.  

Explore the major changes and updates to the 2022 edition of NFPA 20, the Standard for the Installation of Stationary Pumps for Fire Protection. This standard focuses on fire pumps and is updated every three years. The new edition reflects the up-to-date requirements and indicates the current thinking of the Technical Committee on Fire Pumps.  

These changes will impact fire pumps of all types and will address nuances brought about with the more frequent use of less “standard” fire pumps. For those are involved with the design, installation, inspection, and testing of fire pumps this will be cover the changes to anticipate as the 2022 edition of NFPA 20 is adopted in your jurisdiction.   

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Locate and evaluate the significant changes to the current edition of NFPA 20

2. Identify the impact of the 2022 edition changes to the industry.  

3. Apply new concepts to new fire pump design.  

4. Apply new concepts to fire pump inspection and testing. 

Ref: NFPA 20 (2022)
Contact hours: 1.0

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period

Explore the updates to the 2022 edition of NFPA 13R Standard for the Installation of Sprinkler Systems in Low-Rise Residential Occupancies and NFPA 13D Standard for the Installation of Sprinkler Systems in One- and Two-Family Dwellings and Manufactured Homes. These standards focus on life-safety and the updates will affect the layout and installation of sprinkler systems in both one- and two-family dwellings and in low-rise residential occupancies.  

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Locate and evaluate the significant changes to the current edition of both NFPA 13R and NFPA 13D.

2. Identify the impact of these changes to the fire sprinkler industry.  

3. Explore new concepts to residential sprinkler system layout.  

4. Compare changes to the 2019 edition of NFPA 13R and NFPA 13D.

Ref: NFPA 13R and 13D (2022)
Contact hours: 1.0

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period.

Explore the updates to the 2022 edition of NFPA 13, the Standard for the Installation of Sprinkler Systems, and how they will affect the layout and installation of sprinkler systems.  

Learning Outcomes: By the end of the program, the participant will be able to:  

1. Locate and evaluate the significant changes to the current edition of NFPA 13.

2. Recognize the impact of these changes to the fire sprinkler industry.  

3. Apply new concepts to sprinkler system layout.  

4. Identify and compare changes to the 2019 edition of NFPA 13. 

If you purchase this class within 24 hours of the class start time, the class will not be available for the LIVE presentation. The recorded version will be available in your account following the processing period.

The next edition of NFPA 13 has completed the second draft process and the revision cycle for the 2022 edition is nearly complete. George Stanley of Wiginton Fire Protection and NFSA’s Engineering and Standards Committee Chairman, with Roland Asp, NFSA’s Manager of Codes and Standards, will detail and explain the proposed changes to the 2022 Edition of NFPA 13 including installation, discharge, residential, and hanging & bracing requirements.

Learning objectives:

1. Review the proposed requirements of the 2022 edition of NFPA 13 and compare to those of the 2019 edition.
    
2. Understand the committee’s reasons for these proposed changes.
    
3. Apply new means and methods of NFPA 13 to assist owners, fire sprinkler contractors, and code officials with their sprinkler system designs and installation.

George Stanley - (Senior Vice President, Wiginton Fire Protection)

Roland Asp- (Manager of Codes and Standards, National Fire Sprinkler Association) 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

Another edition of NFPA 13 hit the streets in Fall of 2015. Although gravity and seismic loads have been impacting fire sprinkler systems since the beginning, this program will discuss the modifications made to the hanging and support requirements. Properly supporting fire sprinkler systems, as well as other water-based fire protection, is instrumental to the system’s function throughout its lifespan.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The installation chapters of NFPA 13 include chapters 1, 2, 3, 4, 6, 7, 8, 25, 26 and 27. Changes for the 2016 edition to these chapters will significantly affect the layout and installation of sprinkler systems and is a “must-know” for layout technicians, installers, AHJs and others in the industry. This seminar will focus on the major changes including new criteria for “Cloud Ceilings”, new requirements for air venting of wet systems to prevent corrosion, changes in obstruction rules, new requirements for sprinkler protected glazing, main drain sizing and more.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

This session rounds out the special situation topics of NFPA 13, section 8.15, which has often been referred to as the “junk drawer.” A variety of miscellaneous and somewhat seemingly unrelated topics will be discussed including, library stack areas, glazing protection, revolving doors, and stages. Although these topics do not appear to be related, each has its own unique set of specialized sprinkler protection requirements and/or permitted omissions. Knowing how to provide protection for these conditions is important to ensure compliance. In addition, requirements for return bends, dry pipe underground and old-style sprinklers will be discussed.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

Many changes for the discharge criteria for fire sprinkler systems were made to the 2016 Edition of NFPA 13 recently released. This seminar will focus on the major changes including the updates to design criteria for the protection of exposed expanded Group A plastics, guidance on the protection of columns within or near rack structures, handling idle wood pallets and more.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

This presentation will highlight the major changes and updates to both the installation chapters of the 2019 edition of NFPA 13 as well as the residential criteria as found in the 2019 edition of NFPA 13, NFPA 13R, and NFPA 13D. These changes will significantly affect the layout and installation of sprinkler systems and is a “must-know” for layout technicians, installers, AHJs and others in the industry.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The next edition of NFPA 13 includes a complete reorganization of the document intended to provide a better roadmap for designers and reviewers. This was the most significant change to NFPA 13 since the 1999 edition when criteria for the Protection of Storage Commodities was added from the NFPA 231 series of documents and its restructuring in the 2002 edition. This presentation will discuss the reasons why the changes were made, the new layout of the standard and where information can be found. Chapter 8, the “junk drawer” or catch-all chapter has been blown up with information being distributed throughout the document. The approach for storage has been redefined based on sprinkler type rather than by commodity classification. These topics and others of significance will be discussed during this presentation.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Sprinkler System Discharge criteria changes will be discussed during this presentation. Protection of storage occupancies using the new layout of NFPA 13, 2019 edition, will be discussed. The presentation will also include a discussion of changes relating to definitions and relocation of occupancy hazard information and commodity classifications. Revisions to the hanging and bracing criteria will be discussed, including some revisions to align with ASCE 7 and separation of requirements for hanging and bracing in new chapters of the standard.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

The new 2016 residential standards, NFPA 13R and NFPA 13D, introduce some clarifications of existing requirements as well as some notable new ones such as bringing language regarding architectural features in NFPA 13D from the Annex to the body of the standard. Other key changes include language dealing with the replacement of residential sprinklers listed for design densities less than 0.05 gpm/ft2; reinstalling dry sprinklers; sprinklers outside of dwelling units; sprinkler-protected glass; and drains for trapped sections of pipe. This presentation will review these and other highlights of the residential updates from 2013 to 2016 editions.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

This presentation will be an overview of the 2019 NFPA 14 Standard for the Installation of Standpipe and Hose Systems and will cover changes made from the 2016 edition of the standard. The seminar will also discuss standpipe system requirements from a fire service user perspective of the end user.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

The 2019 edition of NFPA 14, Standard for the Installation of Standpipe and Hose Systems, includes new definitions, new language for automated ITM and monitoring, changes to pressure limits, and a new chapter on maritime applications of standpipes. This presentation will highlight those changes as well as reviewing some of the common questions about standpipes submitted to NFSA’s Expert of the Day program.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The 2016 Edition of NFPA 20 is now available with many updates to the rules for the design and installation of fire pumps. This seminar will focus on the major changes including multistage multiport pump criteria, requirements for transfer switches, and there will be discussions on automatic testing, remote monitoring and more. This review will assist AHJs and installers alike in updating to the current material. With the completion of the quiz, the participant receives a certificate of completion. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Many states have already or may be adopting the 2018 fire codes. This will make the 2017 edition of NFPA 25, The Standard for Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems, the current adopted standard for ITM. This seminar will update the fire sprinkler industry on changes that affect the ITM world. This seminar will present changes that are important to the fire sprinkler industry with some discussion on the reasons for the updates.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

The NFPA process must be followed to make changes needed to improve a document. However, most contractors and inspectors do not know how the process works, yet they identify issues with the NFPA codes and standards that they use on a regular basis. This presentation will explain the process used to make changes to the 2020 edition of NFPA 25. Several changes initiated by NFSA staff at the direction of the E&S committee will be used to demonstrate the different stages of the process. Although the process has not been completed, important changes will be illustrated along with the next steps.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

NFPA 13 has finished the first step in the revision process that will lead to the 2022 edition. This presentation will highlight the major changes potential changes to both the installation chapters of the 2019 edition of NFPA 13 as well as the residential criteria as found in the 2019 edition of NFPA 13, NFPA 13R, and NFPA 13D. These changes may significantly affect the layout and installation of sprinkler systems and is a “must-know” for layout technicians, installers, AHJs and others in the industry. These updates may change by the time the final edition is published; however, it is valuable information on what changes that may affect our industry.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

NFPA 13 has finished the first step in the revision process that will lead to the 2025 edition. This presentation will highlight some of the major potential changes that may significantly affect the layout and installation of sprinkler systems and is a “must-know” for layout technicians, installers, AHJs and others in the industry. These updates may change by the time the final edition is published; however, it is valuable information on what changes may affect our industry.

Learning Outcomes: By the end of the program, the participant will be able to:

1. Locate and evaluate the significant changes to the 2025 edition of NFPA 13.
2. Recognize the impact of these changes to the fire sprinkler industry.
3. Apply new concepts to sprinkler system layout.
4. Identify and compare changes to the 2022 edition of NFPA 13.

 The eLearning module will be available in your account 24 business hours following the processing period.  

Este curso aborda el capítulo de alcance y definición de NFPA 25 para el técnico de ITM. NFPA 25 establece quién es responsable de la inspección, las pruebas y el mantenimiento del sistema de protección contra incendios a base de agua, incluidos el mantenimiento y los cambios en el sistema. Existen requisitos generales que se relacionan con los tipos de sistemas cubiertos por el alcance de la norma. El estándar revisa quién es responsable de ITM, qué se requiere, qué debe ocurrir cuando hay cambios en la ocupación, el uso o los materiales, y otros requisitos generales.  

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of NFPA 25 and 72 Coordinating the Work for Successful ITM 

Coordinación de NFPA 25 y 72  Ambos NFPA 25 y NFPA 72 requieren la coordinación de las pruebas de los sistemas de rociadores y los sistemas de alarma contra incendios. Eso es más fácil decirlo que hacerlo. Con una variedad de referencias de código administrativo, las diferentes frecuencias de tareas, las diferencias de alcance y las definiciones únicas utilizadas en los códigos y normas que supervisan la inspección, pruebas y mantenimiento del sistema de protección contra incendios (ITM), la coordinación del trabajo se convierte en crítica para garantizar una protección adecuada y completa del edificio. En este seminario único de 1 hora, el participante explorará los temas y desarrollará estrategias para coordinar el trabajo requerido por estos dos estándares importantes.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of Internal Assessments, Obstruction Investigations

Los sistemas de tuberías de cualquier tipo pueden dejar de funcionar cuando la tubería se llena con material obstructor. Los sistemas de rociadores no son una excepción. Cualquier programa de mantenimiento debe incluir medios para evaluar las condiciones internas de las tuberías y eliminar cualquier obstrucción.

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of Inspection of Fire Sprinkler Systems (ITM Series)

Inspección de la NFSA de los sistemas de rociadores contra incendios de la serie ITM  "Estándar para la inspección, prueba y mantenimiento de sistemas de protección contra incendios a base de agua" aborda los procedimientos y métodos de inspección, prueba y mantenimiento de sistemas basados en agua. Esta lección de una hora a su propio ritmo proporciona detalles y consejos para los inspectores de los sistemas de rociadores contra incendios basados en este estándar. Al trabajar con Ken Isman, uno de los principales expertos en sistemas de protección contra incendios, abordaremos la inspección de los componentes del sistema de rociadores. (4.1)

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.

Spanish Version of Inspection of Standpipe Systems, Private Mains, and Hydrants (ITM Series)

Inspección de los sistemas de tubos verticales, redes privadas e hidrantes de la serie ITM  "Estándar para la inspección, prueba y mantenimiento de sistemas de protección contra incendios a base de agua" aborda los requisitos, procedimientos y métodos de inspección, prueba y mantenimiento de sistemas basados en agua. Esta lección de una hora a su propio ritmo proporciona detalles y consejos para los inspectores de los sistemas de rociadores contra incendios basados en el estándar NFPA. Trabajando con Ken Isman, uno de los principales expertos en sistemas de protección contra incendios, abordaremos la inspección de sistemas de tuberías verticales, redes privadas e hidrantes. Esto es parte de la serie de capacitación ITM de la NFSA. (4.2) 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of Inspection of Valves and Other Common Components (ITM Series)

Inspección de válvulas y otros componentes comunes Serie ITM  "Estándar para la inspección, prueba y mantenimiento de sistemas de protección contra incendios a base de agua" aborda los requisitos, procedimientos y métodos de inspección, prueba y mantenimiento de sistemas basados en agua. Esta lección de una hora a su propio ritmo proporciona detalles y consejos para los inspectores de los sistemas de rociadores contra incendios basados en el estándar NFPA. Trabajando con Ken Isman, uno de los principales expertos en sistemas de protección contra incendios, abordaremos la inspección de válvulas y otros componentes comunes. Esto es parte de la serie de capacitación ITM de la NFSA. (4.4)

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of Testing of Fire Pumps and Tanks

Este curso utiliza NFPA 25 como referencia para la prueba de bombas y tanques. En este módulo aprenderá los requisitos de prueba en relación con las bombas contra incendios, el funcionamiento de la bomba, las condiciones sin flujo para las bombas accionadas por motores diesel y motores eléctricos, las condiciones de flujo y las señales de alarma de la bomba contra incendios, y los diversos requisitos relacionados con los tanques. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Prueba de la serie ITM de sistemas de rociadores contra incendios (Testing of Fire Sprinkler Systems ITM Series) - NFPA 25 "Estándar para la inspección, prueba y mantenimiento de sistemas de protección contra incendios a base de agua" aborda los requisitos, procedimientos y métodos de inspección, prueba y mantenimiento de sistemas basados en agua. Esta lección de una hora a su propio ritmo proporciona detalles y consejos para los inspectores de los sistemas de rociadores contra incendios basados en el estándar NFPA. Trabajando con Ken Isman, uno de los principales expertos en sistemas de protección contra incendios, abordaremos las pruebas de los componentes del sistema de rociadores. Esto es parte de la serie de capacitación ITM de la NFSA. (5.1)

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of Testing of Standpipe, Private Mains and Hydrants

Este curso utiliza NFPA 25 como referencia para identificar la frecuencia y el propósito de realizar pruebas de flujo y pruebas hidrostáticas para tuberías verticales, tuberías principales e hidrantes.  El curso aborda la comprensión del propósito de las pruebas, la determinación de la frecuencia de las pruebas y la identificación del equipo utilizado en las pruebas. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org. 

Spanish Version of General Requirements for ITM 

Este curso aborda los requisitos generales del capítulo NFPA 25 para el técnico de ITM. Estos requisitos establecen quién es responsable de la ITM del sistema de protección contra incendios, incluidos el mantenimiento y los cambios en el sistema cuando se producen cambios en el edificio. Existen requisitos generales que se relacionan con los tipos de sistemas cubiertos por el alcance de la norma. El estándar revisa quién es responsable de ITM y qué debe ocurrir cuando hay cambios en la ocupación, el uso o los materiales, la señalización requerida y otros requisitos generales. 

Online classes take approximately 24 hours to process. To access your online training classes, following the processing period, log in to your NFSA account and select "Online Training" from the top menu options.  If you have any questions regarding online training, please contact onlinetraining@nfsa.org.