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General| Brand | ILLKO |
|---|---|
| Model | MDtest |
| Category | Measuring Instruments |
| Language | English |
Read and follow all instructions for safe operation to prevent danger to operators and devices.
Details the MDtest's capabilities as a professional portable analyzer for medical devices.
Lists EMC and LVD standards the MDtest complies with.
Defines key terms like Accessible conductive part, Applied part, Mains part, and ID number.
Describes the MDtest's purpose and the tests it performs, meeting EN 60601 and EN 62353.
Details the purpose of each connection terminal on the MDtest device.
Explains the function of each key on the MDtest keyboard.
Describes additional functions like HELP, ARET, cursor keys, save, menu, and enter buttons.
Explains the Graphic OLED display and LED indicator for measuring status.
Details the elements shown on the graphic OLED display, including measured function, clock, and values.
Explains how to select items in menus and lists using navigation buttons.
Provides a legend for various symbols used in the MDtest interface for status and warnings.
Lists and defines abbreviations used throughout the manual for clarity.
Lists all accessories included with the MDtest measuring instrument.
Lists optional accessories available to expand the MDtest's functionality.
Details how to safely connect the MDtest to a mains power outlet.
Explains how to perform a self-test to verify basic instrument functionality.
Describes how to access and use the instrument's help screens for guidance.
Explains how to manually or automatically select measurement functions.
Details how to control the measurement process using keys.
Explains the different measurement modes: one cycle, continuous, and auto-locking.
Describes how to use the HOLD function to freeze a measured value.
Explains how apparent power consumption is displayed during some measurements.
Details the procedure and warnings for performing an Earth bond resistance measurement.
Explains how to compensate for test lead resistance for accurate Rpe measurements.
Details the procedure for measuring protective earth resistance.
Describes the three types of insulation resistance tests performed by the MDtest.
Details enclosure leakage current measurements as per EN 62353.
Explains the procedure for the Alternative method (IaltEq) for enclosure leakage current.
Describes how to measure PE current during operation using the IdirEq method.
Explains the procedure for measuring differential leakage current using the IdifEq method.
Details leakage current measurements from application parts as per EN 62353.
Explains the procedure for the Alternative method (IaltPat) for application part leakage current.
Explains the procedure for the Direct method (IdirPat) for application part leakage current.
Explains the procedure for measuring leakage current with an internal power source (IdirPatB).
Details leakage current measurements according to IEC EN 60601-1.
Explains the direct method for measuring earth leakage current (I60601Earth).
Details the direct method for measuring enclosure (chassis) leakage current (I60601Touch).
Explains the direct method for measuring lead to ground (application part) leakage current (I60601Pat).
Details the direct method for measuring mains on applied parts leakage current (I60601MAP).
Introduces additional types of leakage current measurements.
Explains the alternative method (IaltEq) for other leakage currents.
Describes PE current during operation and differential leakage current methods.
Explains enclosure leakage current measurement methods IdirTouch and IdifTouch.
Details measuring apparent power, mains voltage, and current consumption via the test socket.
Explains how to measure power and current consumption using a current clamp.
Explains how to store measurement data for each appliance.
Describes the structure of the data memory and storage capacity.
Explains how to enter characters using the keypad for data input.
Details how to enter the unique ID number for a device under test.
Explains how to view and edit stored test results.
Describes how to display a list of all tested DUTs stored in the memory.
Explains how to search for stored DUTs by their ID numbers.
Details the procedure for creating a new DUT file and performing measurements.
Explains how to delete a DUT entry from the main memory.
Explains how to modify the ID number of a stored DUT.
Describes how to view stored measured values and their evaluation status.
Explains how to change evaluation status or re-measure values.
Explains what a test sequence is and how it automates measurements.
Explains that test sequences are created using PC software.
Details how to activate and assign a test sequence to an appliance.
Explains how to start and manage the execution of a test sequence.
Outlines the main menu options: DUT properties, Test sequences, Empty file, and Setup.
Explains menus for measured values, visual inspection, and functional test results.
Describes how to view and assign available measurement test sequences.
Explains the function of the Empty file menu to clear temporary memory.
Introduces the Setup menu for device configuration and system information.
Details how to display system info like serial number, firmware, and production date.
Explains how to enable measurement and display of DC components in leakage currents.
Describes how to perform a self-test to verify instrument functionality.
Explains how to set the date for the next instrument calibration.
Details how to erase the entire main memory device (database).
Explains the option to automatically lock every measurement.
Explains the option to save the last measuring method used.
Details how to set the date and time for test results.
Explains how to enable or disable audible key press indications.
Explains how to adjust the volume level for audible indications.
Explains how to change the instrument's display language.
Explains how to set the nominal voltage for accurate leakage current calculation.
Details how to transfer data between the MDtest and a PC using USB.
Introduces messages displayed on the MDtest, starting with PE error warnings.
Explains the causes and implications of a 'PE error' warning.
Explains warnings related to interference voltage on the DUT or in the mains.
Details the warning for leakage current exceeding 10.00 mA.
Explains the warning when the measurement time exceeds the allowed limit.
Describes error messages indicating calibration or data damage preventing measurement.
Explains the warning when trying to access an empty database.
Details warnings related to high or full memory usage.
Explains the warning message shown when a measurement is cancelled.
Explains the warning when an entered ID already exists in the database.
Details the warning for test leads resistance exceeding 2.0 Ω.
Highlights warnings concerning points of danger and required safety precautions.
Warns about the importance of isolating conductive parts of the DUT.
Explains the warning for potential internal circuit overheating during Rpe measurements.
Details operational information like measuring in progress and measurement locking.
Explains how to cancel measurement locking and the auto-locking setting.
Explains how the HOLD function displays and can be cancelled.
Describes the symbol displayed when a test sequence is active.
Explains how out-of-range values are indicated with symbols.
Provides information on test leads compensation and external input activation.
Explains the 'CAL' symbol and incorrect compensation scenarios.
Explains the symbol displayed when external input is activated.
Explains symbols indicating associated data about measurements or test sequences.
Details how to reset the instrument in case of malfunction and warns about data loss.
Describes the adapter for testing extension power supply cords.
Lists the different versions of three-phase adapters available.
Provides guidelines for checking the technical safety and cleaning the instrument.
Discusses recurrent tests and testing after repair according to local regulations.
Recommends regular calibration intervals and provides contact information for service.
Explains proper disposal of transportation packaging and the instrument.
Provides general technical data like protective class, voltage, pollution degree, and environmental conditions.
Introduces the specifications for various functions, starting with Earth bond.
Details the measuring ranges, resolution, and error margins for Earth bond tests.
Details the measuring ranges, resolution, and error margins for Insulation Resistance tests.
Provides specifications for alternative leakage current measurements.
Details specifications for direct leakage current measurements (TRMS AC+DC).
Provides specifications for direct leakage current measurements focusing on the DC component.
Details specifications for differential leakage current measurements.
Provides specifications for leakage current measurements using a three-phase adapter.
Details specifications for measuring apparent power.
Provides specifications for measuring mains voltage.
Details specifications for measuring current consumption.
Provides specifications for current consumption measured with a current clamp.
Details specifications for apparent power measured with a current clamp.
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