Need help?Do you have a question about the METRON QA-ES and is the answer not in the manual?
General| Brand | METRON |
|---|---|
| Model | QA-ES |
| Category | Measuring Instruments |
| Language | English |
Describes the METRON QA-ES Electrosurgical Analyzer, its features, and applications.
Details the technical specifications of the QA-ES, including output, measurements, and power.
Provides general operational details like temperature, display, power source, and mechanical specifications.
Covers unpacking, inspecting, and returning the QA-ES analyzer.
Details the general procedures for setting up the QA-ES analyzer for use.
Explains the PRO-Soft QA-ES test automation software and its features.
Describes the front panel controls, switches, and connectors of the QA-ES.
Explains the menu structure and function keys for operating the QA-ES.
Provides an overview of the messages and menu structure displayed on the QA-ES LCD.
Details the startup screen, main menus, and specific menu functions of the QA-ES.
Describes how to print test results and headers from the QA-ES.
Explains the function of the foot switch output for triggering ESU tests.
Details the procedure for turning the QA-ES on and off safely.
Explains how to test ESU power output across various load resistances.
Details the procedure for testing HF current leakage limits for ESU equipment.
Describes the test for ensuring the ESU alarms when neutral electrode resistance exceeds limits.
Lists the necessary equipment for performing QA-ES testing and calibration.
Outlines the preparation steps, including dismantling the housing and setting voltage.
Covers testing procedures for power supply, UI, fan, interfaces, foot switch, loads, and isolation.
Details the calibration steps for offset voltage, load resistance, and measuring resistance.
Describes the functions of the Processor Board, including its components and their roles.
Explains the functions of the Sampling Unit, its power supply, and measuring device.
Details the Load Board's function, power supply, and load resistances.
Lists the component parts of the housing, processor board, and sampling unit.
Electrosurgery using two electrodes around tissue, no neutral plates used.
Isolated electrosurgical output between two bipolar electrodes.
Waveform combining cut and coag features with varying hemostasis.
Ratio of peak to effective value, indicating heat generation.
Surgical technique using high frequency currents to cut or coagulate tissue.
Electrosurgical Unit, inclusive of generator and cables.
Low voltage, continuous waveform optimized for electrosurgical cutting.
Electrosurgical generator output not referenced to earth ground.
Electrosurgery with small active electrode and large neutral plate.
Grounded or isolated output directing current to a return electrode.
Opposition to alternating current flow, measured in ohms.
Return Electrode Monitor.
Component location diagram for the processor board.
Schematic diagram of the processor board, part 1.
Schematic diagram of the processor board, part 2.
Component location diagram for the sampling unit.
Schematic diagram of the sampling unit, part 3.
Schematic diagram of the sampling unit, part 4.
Schematic diagram of the sampling unit, part 5.
Component location diagram for the load board.
Schematic diagram of the load board, part 6.
To Next Page
