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General| Brand | Megger |
|---|---|
| Model | ADX15 |
| Category | Test Equipment |
| Language | English |
Explains symbols and labels on the equipment for user understanding and safety.
Defines icons and terminology used throughout the manual for clarity and ease of use.
Essential safety warnings and practices to follow before operating the instrument to prevent injury.
Guidelines for safe use, inspection, and handling of test leads and accessories.
Precautions specific to the testing process to prevent hazards and ensure accurate results.
Critical steps for safely grounding and discharging the device under test after DC tests.
Defines measurement categories (CAT IV, III, II) for safe electrical connections.
Instructions and safety precautions for lifting and moving the ADX unit to prevent injury.
Details the function and operation of the red Equipment Stop (E-Stop) button for emergency shutdown.
Guidance on inspecting and safely using the ADX test lead receptacles to prevent shock.
Covers cleaning, test lead care, power requirements, and environmental operating conditions.
Identifies and explains the functions of the ADX tester's front panel controls and interface.
Details the various connectors and ports located on the rear panel of the ADX tester.
Explains the purpose and usage of the Stop Jumper connector and cover for safety interlocks.
Describes the different ADX models and their available configuration options.
Information about compatible power packs for high-voltage testing with the ADX.
Lists and describes accessories specifically for armature testing operations.
Details the probes and clips for low-voltage testing using the RLC adapter.
Explains the optional footswitch accessory for hands-free operation during testing.
Describes accessories for remote safety indication and emergency stopping.
Steps for placing and positioning the ADX tester for optimal use and stability.
Guide on how to use the kickstand to adjust the screen angle for better viewing.
Configuration steps for the Android operating system on the ADX for basic setup.
Procedures for safely connecting the ADX tester to various assets for testing.
Process for defining user roles and their associated permissions within the ADX software.
Instructions for modifying existing user roles and their task assignments.
Steps for adding new users and assigning them to specific roles.
Procedures for modifying user details, passwords, and role assignments.
Explains the importance of assets in the ADX system and the benefits of selecting them for testing.
Guide to creating and configuring assets, test configurations, installations, and routes.
Defines core concepts like Asset, Installation, Attributes, and Sequences for understanding the system.
Compares the data models of AWA and ADX systems, highlighting differences.
Demonstrates how to use location and power attributes for installations.
Instructions for creating, editing, and managing test configurations for specific tests.
Information on how assets are managed within the ADX system, including creation and selection.
How to select available test sequences for assets from a list.
Managing installation data, including assigning assets and attributes to locations.
Creating, editing, and deleting test routes for scheduling periodic testing.
Accessing the ADX software and logging in with user credentials to start a session.
Establishing a connection to the Realm Cloud Server for data management and storage.
Performing basic manual tests without assigning an asset to the ADX for initial familiarization.
Recommended order of tests for proper asset condition assessment and minimizing stress.
Best practice for selecting an asset and its active test configuration before initiating tests.
Accessing and performing manual RLC, HiPot, Surge, and Coil tests.
Performing Resistance, Inductance, and Capacitance tests manually on an asset.
Manually executing Insulation Resistance, Dielectric Absorption, and HiPot tests.
Conducting manual Surge tests on one or more phases of an asset.
Performing coil comparison and armature testing using RLZ and Surge tests.
Procedures for testing DC armatures by sequentially testing bars on the commutator.
Accessing and running automated RLC, HiPot, and Surge tests.
Details on enabling and configuring partial discharge detection during surge testing.
Additional insights and recommendations for various surge testing scenarios and issues.
Running automated test sequences on a selected asset for comprehensive testing.
Executing predefined routes of tests on assigned assets for scheduled maintenance.
Visual representation of the ADX software's screen flow and navigation structure.
A comprehensive list of error messages, their descriptions, and where they appear.
Introduction to the Android OS features accessible on the ADX for adjustments and data augmentation.
Instructions on how to capture and transfer screenshots from the ADX for reports.
Steps to install and configure the PrintHand application for wireless or USB printing.
Process for printing reports from the ADX using the PrintHand application and selecting options.
Guidelines for selecting appropriate DC test voltages for insulation resistance testing per standards.
Recommended test voltages for DC HiPot and Surge tests based on standards and asset types.
Defines measurement categories (CAT IV, III, II) for safe electrical connections.
Provides physical dimensions, weight, and system specifications for the ADX tester.
Technical specifications for DC IR and HiPot testing parameters and accuracy.
Technical specifications related to Surge testing, including capacitance and energy.
Technical specifications for Resistance, Inductance, and Capacitance test ranges and accuracy.
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