Fluke training

Lesson 1 • Core Measurement Concepts

Introduces voltage, current, resistance, and continuity as the fundamental quantities Fluke instruments measure. Connects physical concepts to instrument selection.

Lesson 2 • Reading Instrument Specifications

Explains how to interpret datasheets, accuracy ratings, and input impedance values. Prepares students to evaluate instrument suitability before use.

Lesson 3 • History and Product Overview

Traces Fluke's development as a test instrument manufacturer and maps its major product lines. Establishes context for understanding why specific tools exist.

Lesson 1 • Personal Protective Equipment

Details PPE requirements for electrical measurement tasks, including gloves, face shields, and arc-rated clothing. Connects PPE selection to hazard level.

Lesson 2 • Safe Work Procedures

Introduces lockout/tagout, test-before-touch, and one-hand measurement techniques. Reinforces habits that prevent accidents during instrument use.

Lesson 3 • Electrical Hazard Fundamentals

Covers shock, arc flash, and transient overvoltage risks present in electrical environments. Provides the risk awareness needed before operating any live instrument.

Lesson 1 • Multimeter Anatomy and Controls

Identifies every control, terminal, and display element on a Fluke DMM. Builds the physical familiarity required for efficient, error-free operation.

Lesson 2 • DMM Accuracy and Error Sources

Analyses sources of measurement error including lead resistance, burden voltage, and noise. Students apply correction techniques to improve result reliability.

Lesson 3 • Voltage Measurement Techniques

Covers AC and DC voltage measurement procedures, probe placement, and common pitfalls. Students measure live circuits safely and record accurate values.

Lesson 4 • Advanced DMM Functions

Explores capacitance, frequency, temperature, and MIN/MAX recording modes. Expands students' ability to diagnose complex electrical faults.

Lesson 1 • Clamp Meter Operating Principles

Explains current transformer and Hall-effect sensing technologies inside clamp meters. Connects sensor type to measurement capability and frequency response.

Lesson 2 • DC Current Measurement

Addresses zero-offset correction and magnetic interference when measuring DC current. Prepares students for battery, solar, and drive circuit testing.

Lesson 3 • Clamp Meter Voltage Functions

Demonstrates voltage and resistance measurement using the clamp meter's built-in DMM functions. Extends the tool's utility beyond current-only tasks.

Lesson 4 • Troubleshooting with Clamp Meters

Applies clamp meter skills to load imbalance, ground fault, and harmonic detection scenarios. Students diagnose real-world distribution board issues.

Lesson 1 • Insulation Resistance Principles

Explains how insulation degrades and why high-voltage DC testing reveals defects. Establishes the theoretical basis for all subsequent test procedures.

Lesson 2 • Cable and Panel Insulation Testing

Extends insulation testing to power cables, switchgear, and distribution boards. Students identify moisture ingress and insulation breakdown locations.

Lesson 3 • Insulation Tester Operation

Covers instrument setup, guard terminal use, and discharge procedures for safe testing. Students operate Fluke insulation testers on de-energised equipment.

Lesson 4 • Interpreting and Recording Results

Teaches pass/fail criteria, trending over time, and documentation of insulation test data. Students create maintenance records that support predictive programmes.

Lesson 1 • Harmonic Measurement and Analysis

Uses the analyser's spectrum display to identify harmonic orders and their sources. Students link harmonic signatures to specific load types.

Lesson 2 • Transient and Sag Capture

Configures threshold-based triggering to capture voltage sags, swells, and transients. Students analyse captured events to find root causes.

Lesson 3 • Power Quality Fundamentals

Defines power quality parameters including THD, power factor, and voltage unbalance. Provides the vocabulary and concepts needed to interpret analyser data.

Lesson 4 • Energy and Demand Measurement

Measures real, reactive, and apparent power along with demand intervals. Students calculate energy costs and identify efficiency improvement opportunities.

Lesson 1 • Infrared Thermography Principles

Explains emissivity, reflected temperature, and thermal radiation fundamentals. Provides the physics background needed to obtain accurate temperature readings.

Lesson 2 • Electrical Inspection Techniques

Applies thermal imaging to distribution boards, switchgear, motors, and transformers under load. Students identify hot spots using temperature difference criteria.

Lesson 3 • Fluke Thermal Imager Controls

Covers focus, level/span, palette selection, and emissivity adjustment on Fluke cameras. Students configure the imager for optimal image quality in field conditions.

Lesson 1 • Predictive Maintenance Integration

Embeds Fluke measurement data into predictive maintenance programmes and CMMS platforms. Students link instrument findings to work order generation.

Lesson 2 • Presenting Findings to Stakeholders

Structures technical findings into executive summaries and risk-ranked recommendation reports. Students communicate measurement data clearly to non-technical audiences.

Lesson 3 • Multi-Instrument Data Correlation

Combines thermal, power quality, and DMM data to build a complete fault picture. Students practice correlating time-stamped data from multiple sources.

Lesson 4 • Structured Diagnostic Methodology

Introduces a systematic fault-finding process using symptom analysis, hypothesis testing, and verification. Prevents random testing and reduces diagnostic time.