An intensive professional development training course on
Fire Alarm Systems
Codes & Standards Requirements for the Installation, Verification and Testing
Why Choose Fire Alarm Systems Training Course?
A fire incident represents one of the most critical risks for any operational facility, making Fire Alarm Systems a cornerstone of safety management. Properly designed, installed, and maintained Fire Alarm Systems are essential to detect hazardous conditions, prevent escalation, and initiate appropriate shutdowns or responses. Their reliability is vital not only for plant safety but also for compliance with environmental regulations and insurance requirements.
This Fire Alarm Systems Training Course provides a comprehensive overview of fire and gas detection systems, covering both hardware and software components. Participants will gain in-depth knowledge of detector types, wiring architecture, and programming logic, aligned with ISA-TR-84.00.07 performance-based design principles. With a focus on hands-on learning and real-world applications, this Fire Alarm programming Course ensures participants develop the expertise required to design, operate, troubleshoot, and maintain these critical systems effectively.
This Training Course Will Feature:
- A detailed introduction to fire and gas detection systems and their components.
- Insights into the working principles of smoke, heat, and hydrocarbon gas detectors.
- Overview of VESDA systems and their specific applications.
- Exploration of loop architecture and wiring design for smoke/heat detectors.
- Techniques for troubleshooting and resolving issues in fire and gas monitoring systems.
- Guidance on performance-based design following ISA-TR-84.00.07 standards.
What are the Goals?
By completing this Fire Alarm Systems Training Course, participants will:
- Understand the operating principles of various smoke, heat, and fire detectors.
- Describe the purpose and functionality of VESDA systems.
- Identify the appropriate fire detection technology for specific applications.
- Gain knowledge of loop architecture in detector wiring.
- Troubleshoot and resolve common issues in fire and gas monitoring systems.
- Apply performance-based principles for effective fire system design and operation.
- Enhance their ability to integrate fire alarm systems with plant safety and shutdown protocols.
Who is this Training Course for?
This Fire Alarm programming Course is designed for professionals responsible for the design, operation, maintenance, and troubleshooting of fire and gas systems. It is especially beneficial for:
- Fire Systems Personnel and Fire Responders managing emergency systems.
- System Design and Fire Protection Engineers responsible for system integration.
- Safety Professionals in health, safety, and environmental protection roles.
- Instrument and Electrical Technicians and Engineers handling system maintenance.
- Process Control Engineers and Designers seeking to enhance their expertise in fire systems.
How will this Training Course be Presented?
This Fire Alarm System Course employs proven adult learning techniques to ensure participants gain a thorough understanding of both theoretical and practical concepts. Delivery methods include:
- Interactive Lectures: Engaging presentations with slides, videos, and demonstrations.
- Hands-On Exercises: Practical sessions for troubleshooting and system design.
- Group Discussions and Brainstorming: Collaborative problem-solving activities.
- Assessments: Evaluations to reinforce learning and application.
Participants will leave this course equipped with the skills and knowledge to design, implement, and maintain robust Fire Alarm Systems, ensuring safety and compliance in their operations.
The Course Content
Day One: 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 Two: 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 Three: 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 Four: 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 Five: 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
- AZTech Certificate of Completion for delegates who attend and complete the training course
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