Course Schedules

Classroom 7 Sessions
Online / Live
Live

No dates scheduled

Introduction

Fire Alarm Systems Training Course provides essential knowledge on the codes, standards, and technical practices required for the effective installation, verification, and testing of modern fire alarm systems. Fire incidents remain one of the most serious threats to operational facilities, making reliable fire detection and alarm systems a critical component of any safety strategy.

This Fire Alarm Systems Training Course focuses on understanding how fire detection technologies operate and how they should be designed and maintained to meet industry standards and safety requirements. Participants will explore the working principles of smoke, heat, and hydrocarbon gas detectors while gaining insight into system architecture, wiring configuration, and detector coverage.

The course also highlights the role of performance-based fire detection design aligned with recognized standards such as ISA-TR-84.00.07. Through practical examples and technical discussions, participants will learn how fire alarm systems support plant safety, environmental protection, and regulatory compliance. By the end of the training course, learners will have the knowledge needed to design, troubleshoot, and maintain reliable fire alarm systems in industrial and commercial environments.

What are the Goals?

Fire Alarm Systems Training Course aims to build strong technical understanding of fire detection technologies and the standards governing their installation, verification, and testing. Participants will gain the practical knowledge required to design and maintain reliable fire alarm systems while ensuring compliance with safety regulations.

By attending this training course, participants will be able to:

  • Understand the operating principles of different smoke, heat, and fire detection systems

  • Describe the function and applications of VESDA detection systems in fire monitoring

  • Identify suitable fire detection technologies for specific environments and operational needs

  • Gain knowledge of loop architecture and detector wiring configurations

  • Troubleshoot common faults in fire and gas monitoring systems

  • Apply performance-based design principles aligned with ISA-TR-84.00.07 standards

  • Improve the integration of fire alarm systems with plant safety and shutdown procedures

  • Strengthen their ability to ensure reliability, compliance, and effective fire risk management

Who is this Training Course for?

Fire Alarm Systems Course is designed for professionals involved in the design, operation, maintenance, and troubleshooting of fire detection and alarm systems. It is particularly valuable for individuals responsible for maintaining safety, reliability, and regulatory compliance in industrial or commercial facilities.

This training course will benefit professionals who want to strengthen their knowledge of fire alarm installation standards, system architecture, and maintenance practices.

This course is especially suitable for:

  • Fire systems personnel responsible for managing fire alarm equipment and emergency response systems

  • Fire protection and system design engineers involved in fire detection system integration

  • Health, safety, and environmental professionals responsible for workplace safety and compliance

  • Instrumentation and electrical technicians maintaining fire and gas detection systems

  • Process control engineers seeking to expand their knowledge of fire alarm technologies

  • Maintenance professionals responsible for inspection, testing, and servicing of fire alarm systems

How will this Training Course be Presented?

This Fire Alarm Systems Training Course uses structured and practical learning techniques to help participants understand both the theoretical and operational aspects of fire detection systems. The course combines technical explanations with practical examples to ensure participants can apply the knowledge effectively in real-world environments.

Interactive lectures introduce participants to fire alarm codes, standards, detector technologies, and system design principles. These sessions are supported by visual presentations, demonstrations, and practical examples to clarify complex concepts.

Participants will also engage in hands-on exercises and troubleshooting activities that focus on detector selection, loop architecture, and system configuration. These practical sessions help reinforce understanding of installation and testing requirements.

Group discussions and collaborative problem-solving sessions encourage knowledge sharing and deeper analysis of fire alarm system challenges. Assessments and guided exercises are used throughout the training course to reinforce learning and ensure participants can confidently apply fire alarm installation and maintenance practices.

Course Content

Day 1

Introduction/ Selecting the Category of Protection and Coverage/ Detector Zones and Alarm Zones

  • Planning the system
  • The role of fire risk assessment and fire engineering (BS 5839-1, NFPA 72)
  • Type of system
  • Servicing arrangements - planning flowchart and category
  • The meaning of a detection zone and alarm zone
  • The purpose of detection zones, configuration guideline and detection zone safeguards
Day 2

Which Type of Fire Detection and Alarm System/ Detector Suitability/ Detector Coverage

  • Conventional systems
  • Detection zones
  • Detectors and call points
  • Addressable systems - detectors and call points and digital addressable systems
  • Operation of analogue addressable detectors
  • General fire system engineering principles - detector selection and types
Day 3

Manual “Break Glass” Call Points/ Limitation of False Alarms/ Means of Giving Warning to Occupants

  • Siting of manual call points
  • Categories of false alarm and causes
  • Requirements for service technicians
  • Protection against electromagnetic interference
  • Performance monitoring of newly commissioned systems, system management, servicing and maintenance
  • Audible alarms in noisy areas, alarm zones and external fire alarm devices
Day 4

Control and Indicating Equipment/ Power supplies/ Cabling Considerations

  • Siting of control and indicating equipment
  • Location of origin of the fire and Security of control equipment
  • Networked control panels, mains supply-standby supply; life protection and property protection
  • Calculation of standby battery capacity
  • Recommended cable types and mechanical protection of cables
  • Segregation
Day 5

Communication with the Fire Service/ System Installation/ Maintenance

  • Automatic transmission of alarm signals and category
  • Methods of automatic transmission
  • Standards for alarm receiving centres and siting of equipment
  • Installation work, inspection, testing, commissioning and handover
  • Routine testing
  • Servicing

The Certificate

Recognition
  • Anderson Certificate of Completion for delegates who attend and complete the training course
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