Intrusion Alarm Course

Lesson 1 • System Architecture Overview

Introduces the structural relationship between control panels, sensors, and output devices. Students map data flow from detection event to alarm response.

Lesson 2 • Core Terminology and Concepts

Defines essential vocabulary used throughout the field. Accurate terminology enables clear communication with clients, inspectors, and monitoring centres.

Lesson 3 • Regulatory and Standards Framework

Surveys industry standards bodies and licensing requirements that govern alarm work. Compliance awareness prevents legal liability and ensures professional credibility.

Lesson 1 • Sensor Selection and Placement Strategy

Synthesises sensor knowledge into a structured selection methodology. Students produce a sensor layout plan based on site geometry and risk assessment.

Lesson 2 • Microwave and Ultrasonic Detectors

Covers Doppler-based volumetric detection and its advantages over passive sensing. Students identify environments where active sensors outperform PIR devices.

Lesson 3 • Passive Infrared Detectors

Explains how PIR sensors detect body heat movement and their coverage patterns. Students evaluate mounting angles and masking to optimise detection zones.

Lesson 4 • Beam, Vibration, and Specialty Sensors

Introduces active infrared beams, seismic detectors, and application-specific sensors. Students apply specialty devices to high-risk or unusual installation scenarios.

Lesson 1 • Control Panel Architecture

Examines panel circuit boards, bus structures, and zone input configurations. Understanding internal architecture enables accurate fault diagnosis and expansion planning.

Lesson 2 • Output Devices and Notification Appliances

Covers sirens, strobes, and relay outputs used to alert occupants and trigger responses. Students wire and configure outputs to meet audibility and visibility requirements.

Lesson 3 • Keypads and User Interface Devices

Covers fixed-code, touchscreen, and proximity-reader keypads and their programming interfaces. Students configure user codes, access levels, and display messages.

Lesson 4 • System Wiring and Cable Management

Establishes wiring methods, cable types, and termination practices for alarm installations. Correct wiring reduces resistance faults and ensures long-term system reliability.

Lesson 1 • Central Station Monitoring Operations

Describes how monitoring centres receive, classify, and dispatch alarm events. Students understand operator workflows to configure panels that minimise unnecessary dispatches.

Lesson 2 • Remote Access and Cloud Connectivity

Introduces remote programming, status monitoring, and cloud-based alarm platforms. Students connect a panel to a remote access portal and verify secure data exchange.

Lesson 3 • Communication Technologies Overview

Surveys PSTN, cellular, broadband, and radio communication methods used in alarm transmission. Students compare reliability, latency, and cost trade-offs of each path.

Lesson 4 • Alarm Signal Formats and Protocols

Explains Contact ID, SIA DC-09, and proprietary signal formats used between panels and receivers. Correct format selection ensures accurate event decoding at the monitoring centre.

Lesson 1 • Wiring, Termination, and Labelling

Details conductor preparation, terminal block connections, and labelling conventions. Accurate labelling reduces service time and supports future technician troubleshooting.

Lesson 2 • Mechanical Installation Techniques

Covers drilling, anchoring, and mounting methods for panels, sensors, and keypads. Proper mechanical installation prevents device movement that causes false alarms.

Lesson 3 • Installation Quality Checks

Introduces pre-power and post-power inspection checklists to catch errors before handover. Systematic checks reduce callbacks and demonstrate professional workmanship.

Lesson 4 • Zone Layout and System Design

Translates survey findings into a zone map and equipment schedule. A well-designed layout minimises wiring runs and ensures complete coverage without blind spots.

Lesson 1 • Zone Programming and Response Types

Covers zone type definitions, response times, and bypass options for each detection point. Correct zone programming determines how the panel reacts to each sensor event.

Lesson 2 • Installer Access and Programming Modes

Explains how to enter installer mode, navigate menus, and protect programming with access codes. Secure programming access prevents unauthorised configuration changes.

Lesson 3 • Arming Modes and Schedule Programming

Configures stay, away, and instant arming modes along with auto-arm schedules. Scheduled arming reduces human error and ensures consistent protection outside business hours.

Lesson 4 • User Code and Access Level Management

Programs master, standard, and duress codes with appropriate partition and function access. Tiered access control limits user actions to their authorised security level.

Lesson 1 • Communication and Monitoring Path Testing

Verifies that alarm signals reach the monitoring centre on all configured paths. Path testing confirms redundancy and correct signal format decoding.

Lesson 2 • Sensor and Zone Functional Testing

Walks through activation testing for every sensor type and zone response verification. Confirmed sensor operation is the foundation of a reliable commissioned system.

Lesson 3 • Power and Battery Testing

Tests mains power, standby battery capacity, and low-battery reporting under load. Power testing ensures the system meets standby duration requirements.

Lesson 4 • Testing Standards and Methodology

Introduces industry-standard testing requirements and the difference between functional and performance tests. A defined methodology ensures no system function is left unverified.

Lesson 1 • Sensor and Wiring Fault Isolation

Applies isolation techniques to locate faults within multi-device zones and long cable runs. Efficient isolation minimises disruption to the protected site during service.

Lesson 2 • Diagnostic Principles and Tools

Establishes a logical fault-finding methodology and introduces the test instruments used in alarm service. A structured approach reduces diagnostic time and repeat service calls.

Lesson 3 • Common Faults and Root Causes

Catalogues frequent alarm faults including false alarms, communication failures, and power issues. Understanding root causes enables permanent fixes rather than temporary workarounds.

Lesson 4 • Preventive Maintenance Schedules

Defines periodic inspection tasks, cleaning procedures, and component replacement intervals. Scheduled maintenance extends system life and satisfies insurance and standards requirements.