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General| Brand | Megger |
|---|---|
| Model | TRAX |
| Category | Test Equipment |
| Language | English |
Detailed description of the TRAX transformer and substation test system's capabilities and design.
Highlights the key features and advantages of the TRAX test system for various applications.
Explains the TRAX user interface architecture, apps, and manual control options.
Guidelines for checking received equipment for completeness and transit damage.
Procedures for returning equipment for repair, including contact and required information.
General safety instructions and compliance with local regulations.
Explains safety symbols used in the manual and their meanings.
Defines and illustrates warning and caution notices for hazard awareness.
Details the unit's open ground detection circuit and necessary connections.
Safety precautions for connecting and operating the instrument with power sources.
Comprehensive safety instructions for operating the test equipment and its associated circuits.
Procedures for cleaning and maintaining the TRAX instrument and its components.
Identifies and describes the outputs, AUX, POWER, and GROUND connectors on the side panel.
Details the COM, TRANS, CONTROL, TRIG IN, TIMING, and ANALOG ports on the top panel.
Describes the capacitive touch screen and the control knob for interface interaction.
Explains Ethernet, USB, Interlock, Ground Loop indicators, and ON/OFF functions.
Describes TRANS, CONTROL, TRIG IN, and TIMING ports for various signal inputs.
Details the ANALOG inputs for voltage, current, and DC measurements, including fuses and LEDs.
Explains how measurements are collected into tests and sessions within the TRAX system.
Differentiates between manual and configured test modes, including their capabilities.
Detailed steps for operating TRAX in manual mode, selecting generators and channels.
Guides on performing tests using TRAX as a standard manual instrument.
Describes the importance of entering test object details for configured tests and reports.
Outlines the workflow for defining a test session before execution.
How to use an existing test session as a template for new, similar tests.
Navigating the main menu options: Instrument, New, Load, Template, Global settings, Logging, Restart, About.
Procedure for safely powering down the TRAX instrument.
Accessing and configuring global settings, including GUI settings.
Customizing the Graphical User Interface, including language, theme, brightness, and save functions.
Accessing and overview of the various measurement applications available on TRAX.
Detailed instructions for operating TRAX in manual mode, selecting generators and channels.
Describes common buttons found within the TRAX applications for navigation and control.
Configuring specific settings for individual applications, including measurement channels.
How to use the on-screen and physical control knob for adjusting values and navigating.
Configuring output generator parameters and selecting outputs.
Selecting and configuring measurement channels for data acquisition.
Detailed configuration of measurement channels for AC/DC voltage, current, and transducers.
Explains how to select and use calculated parameters for data analysis.
Procedures for starting and stopping measurements and capturing results.
Using the oscilloscope function to monitor measurement signals.
Step-by-step guide for performing DC resistance measurements using Manual Control.
Guide for measuring excitation current and impedance on transformer windings.
Procedure for measuring short-circuit impedance and leakage reactance on transformer HV side.
Steps for performing zero-sequence impedance measurements on AC generators.
How to measure transformer turns ratio using voltage measurements on primary and secondary windings.
Procedure for measuring CT excitation current and determining saturation voltage.
Measuring CT ratio by applying voltage and monitoring current, ensuring proper grounding.
Measuring CT ratio by applying current and monitoring voltage, ensuring proper grounding.
Performing voltage withstand tests, including connections and safety precautions.
Configuring ramp, temperature correction, DualGround, and integration settings for contact resistance measurements.
Setting ramp times and constant current times for contact resistance tests.
Configuring DualGround settings for measurements where the test object is grounded on both sides.
Configuring integration time, averaging, and display update frequency for continuous mode.
Connecting the test object and selecting test current for resistance measurements.
Explains the DualGround feature for measurements with the test object grounded on both sides.
Using the CONTROL contacts to remotely operate the tap-changer for winding resistance tests.
Describes buttons for tap changer control and capturing measurements.
Selecting transformer configuration and vector group for testing, or using manual test mode.
Performing winding resistance measurements on High Voltage windings with configuration.
Performing winding resistance measurements on Low Voltage windings with configuration.
Measuring winding resistance on LV with dual taps, including configuration and connection.
Connecting leads to the test object and selecting test current for measurements.
Step-by-step guide for winding resistance tests with transformer configuration and selecting windings.
Performing winding resistance tests when no OLTC or taps are present.
Testing transformers with DETC, including tap changer operation and re-connecting cables.
Procedure for demagnetizing transformer cores before or after tests, using alternating DC voltage/current.
Configuring preferences for Turns Ratio tests, including ratio, phase deviation, and max error.
Connecting cables, selecting generator, and performing the turns ratio test.
Defining transformer configuration and vector group for accurate turns ratio measurements.
Performing turns ratio tests on HV-LV windings with taps on the primary side.
Performing turns ratio tests on HV-LV windings with taps on the secondary side.
Performing turns ratio tests on HV-Tertiary windings.
Detailed steps for turns ratio tests with transformer configuration and tap settings.
Selecting calculated parameters to be displayed in the results table for excitation current tests.
Guide for performing excitation current tests with and without transformer configuration.
Selecting calculated parameters like Xs, Ls, PF, and Rs for impedance tests.
Selecting transformer configuration and defining winding pairs for impedance measurements.
Performing per-phase impedance measurements on HV-LV windings.
Using the three-phase equivalent model for impedance measurements on Y and delta configurations.
Overview of TRAX data architecture, tests, measurements, sessions, and saving modes.
Configuring test object details and understanding manual vs. configured test modes.
Performing direct measurements without test object information in manual mode.
Entering mandatory test object configuration for accurate reporting and analysis.
Steps for saving a test session into a report file, including file naming and location.
Describes navigation buttons within report and save interfaces.
Explains action buttons for managing tests within the report window.
Instructions for opening and loading previously saved test files or reports.
Using existing reports as templates for new test sessions to save time and effort.
How to select and delete files from the 'Load file' window.
Accessing and organizing logfiles by application for emergency/backup use.
Details the Ethernet, WiFi, and USB ports for data transfer and remote operation.
Using TRAX220/280 with external devices for remote control functionality.
Steps for installing software and connecting a remote device to the TRAX unit.
Using TRAX Control in offline mode for demonstration, training, or report work.
Methods for upgrading TRAX software via Internet or USB stick.
Step-by-step guide for updating TRAX software using an internet connection.
Instructions for updating TRAX software using a USB stick.
Procedure for downloading updates via PC and transferring them to TRAX via USB.
Technical specifications for the TRAX system, including operating environment, outputs, and dimensions.
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