Fire Alarm Systems Training

Lesson 1 • Core System Components

Identifies and describes every major hardware element in a fire alarm system. Provides the vocabulary needed to interpret plans and specifications.

Lesson 2 • System Classification and Topology

Distinguishes conventional, addressable, and hybrid system architectures. Prepares students to select appropriate topology for a given application.

Lesson 3 • Introduction to System Documentation

Explains the types of documents used throughout a system's lifecycle. Establishes document literacy as a prerequisite for design and inspection work.

Lesson 4 • Regulatory and Code Framework

Covers the regulatory standards governing fire alarm design and installation. Connects compliance requirements to real-world system decisions.

Lesson 1 • Manual Initiating Devices

Covers manual pull station types, mounting requirements, and activation mechanics. Reinforces how manual devices complement automatic detection.

Lesson 2 • Flame and Gas Detection

Introduces optical flame detectors and combustible or toxic gas sensors. Addresses specialised hazard environments requiring these technologies.

Lesson 3 • Heat Detection Technologies

Covers fixed-temperature, rate-of-rise, and linear heat detection methods. Identifies environments where heat detection is preferred over smoke detection.

Lesson 4 • Detector Placement and Spacing

Applies code-based spacing formulas and environmental factors to detector layout. Students produce compliant detector placement plans for common occupancies.

Lesson 1 • Notification Appliance Circuit Design

Teaches NAC circuit wiring, load calculations, and end-of-line resistor placement. Students calculate circuit capacity and verify appliance compatibility.

Lesson 2 • Visible Notification Appliances

Addresses strobe light requirements for hearing-impaired occupant notification. Connects candela ratings and placement rules to code compliance.

Lesson 3 • Mass Notification System Integration

Introduces mass notification systems (MNS) and their interface with fire alarm. Addresses priority signalling and interoperability requirements.

Lesson 4 • Combination and Auxiliary Devices

Introduces combination horn-strobe units and auxiliary control outputs. Explains how these devices simplify installation while meeting dual requirements.

Lesson 1 • Annunciators and Remote Displays

Covers remote annunciator types, wiring, and placement requirements. Explains how annunciators support first responder navigation during emergencies.

Lesson 2 • Signalling Line Circuit Configuration

Addresses SLC wiring, device addressing, and communication protocols. Connects SLC design to addressable system reliability and fault tolerance.

Lesson 3 • FACP Architecture and Functions

Explains the internal modules, power distribution, and logic of a fire alarm control panel. Establishes the framework for programming and troubleshooting tasks.

Lesson 4 • Panel Programming and Configuration

Teaches point mapping, zone assignment, and output control programming. Students program a panel to execute correct responses to alarm and trouble conditions.

Lesson 1 • Wiring Methods and Materials

Covers approved cable types, conduit requirements, and installation methods. Connects wiring choices to system survivability and code compliance.

Lesson 2 • Circuit Integrity and Survivability

Addresses circuit integrity (CI) cable and two-hour fire-rated pathway requirements. Explains where survivable wiring is mandated and how to achieve it.

Lesson 3 • Primary and Secondary Power Sources

Explains dedicated primary AC power requirements and secondary battery backup rules. Establishes the power reliability standards all fire alarm systems must meet.

Lesson 4 • Grounding and Electromagnetic Compatibility

Explains proper grounding practices and EMI mitigation for fire alarm wiring. Prevents nuisance faults caused by improper grounding or electrical interference.

Lesson 1 • Reading Fire Alarm Drawings

Teaches interpretation of floor plans, riser diagrams, and symbol legends. Builds the plan-reading fluency required for installation and inspection work.

Lesson 2 • Design Submittal and Approval Process

Explains the shop drawing submittal, AHJ review, and permit approval workflow. Prepares students to navigate the approval process efficiently.

Lesson 3 • Device Layout and Coverage Design

Guides students through the process of laying out detectors and appliances on a floor plan. Integrates spacing rules, obstructions, and occupancy needs into a unified layout.

Lesson 4 • Occupancy-Based Design Requirements

Applies occupancy classification rules to determine required system features. Students match system capabilities to the specific demands of each occupancy type.

Lesson 1 • Record of Completion Documentation

Explains the content and legal significance of the record of completion form. Students complete accurate documentation packages for system handover.

Lesson 2 • Pre-Acceptance Testing Procedures

Teaches the sequence of tests performed before formal acceptance testing. Identifies common installation defects caught during pre-acceptance checks.

Lesson 3 • Installation Best Practices

Covers device mounting, wiring termination, and conduit installation techniques. Establishes workmanship standards that prevent failures and callbacks.

Lesson 4 • System Commissioning and Owner Training

Guides the final commissioning walkthrough and owner orientation process. Ensures occupants and facility staff can operate and respond to the system.

Lesson 1 • Control Panel and Circuit Maintenance

Addresses panel firmware updates, battery replacement, and circuit integrity checks. Maintains panel reliability and prevents supervisory faults.

Lesson 2 • Detector Sensitivity Testing

Covers methods for measuring and verifying smoke detector sensitivity. Identifies detectors requiring cleaning, recalibration, or replacement.

Lesson 3 • Troubleshooting and Fault Resolution

Develops a systematic diagnostic approach for alarm, trouble, and supervisory faults. Students trace faults to root causes and restore system operation efficiently.

Lesson 4 • Notification Appliance Verification

Teaches field measurement of sound pressure levels and strobe output. Confirms that appliances continue to meet original design performance standards.