What to do if the Tanita Fitness Electronics screen is dark?
If nothing is displayed on your Tanita Fitness Electronics device and the touch panel screen appears dark, first, ensure the power is correctly connected. If the issue persists, it could be due to backlight failure or the weight exceeding the device's capacity, in which case, contact the retailer.
Why does the weight value not stabilise on my Tanita Fitness Electronics?
If the weight value on your Tanita Fitness Electronics device doesn't stabilize, it might be because the equipment is on a vibrating surface or the measuring platform is tilted. Try leveling the platform to resolve the issue.
What to do if Tanita Fitness Electronics shows error with impedance measurement?
If you're getting an error with impedance measurement on your Tanita Fitness Electronics, make sure to hold the handgrips and electrodes firmly with your fingers and palms, stand barefoot on the platform, and if your feet are dry, apply about 0.5 ml of water to the soles before measurement. Also, reconfirm the input details.
How to fix error with zeroing on Tanita Fitness Electronics?
If you encounter an error with zeroing on your Tanita Fitness Electronics device, turn off the power, remove anything from the platform, then turn the power back on and try measuring again.
Why is my Tanita Fitness Electronics not printing paper?
If no paper is outputting from your Tanita Fitness Electronics printer, first, confirm that the printer operation is set to ON. If it is already on, the printer may have failed, or there may be no ink in the printer. Replace the ink cartridge. When the printer is not being used, press Cancel and turn off power to the printer.
General| Brand | Tanita |
|---|---|
| Model | MC-180MA |
| Category | Fitness Electronics |
| Language | English |
Highlights the advantages of the product, such as ease of use and speed of measurements.
Explains safety symbols and provides critical warnings for safe operation and injury prevention.
Provides instructions for taking measurements correctly to ensure accurate and reliable results.
Outlines the proper procedures for installing, handling, storing, and cleaning the equipment.
Defines key terms and explains the meaning of symbols used in the manual and on the device.
Lists all the components and included accessories of the body composition analyzer.
Explains how to navigate and use the touch panel for various settings and operations.
Details how to connect the device to a computer or an optional printer for data transfer or printing.
Guides on how to level the equipment using the adjustable feet for accurate measurements.
Provides step-by-step instructions for assembling the main unit, including column positioning and securing parts.
Details how to connect the power cord and the initial procedure for turning on the equipment.
Explains how to activate the settings screen and navigate through different configuration options.
Guides on setting the current date and time for accurate record-keeping and operation.
Details how to select and configure measurement modes, including 'Athletic' and units.
Explains how to select which data items are displayed on the screen during measurements.
Provides instructions for connecting the printer, setting its operation, and configuring automatic printing.
Guides on selecting which data items to include in the printout for analysis.
Explains how to fine-tune the printing position for accurate alignment on forms.
Details settings for communication ports, flow control, and baud rates for data transfer.
Explains how to adjust the brightness of the touch panel display for optimal visibility.
Provides a step-by-step guide on how to input the weight of clothes for accurate tare measurements.
Illustrates the entire process for conducting a body composition analysis from start to finish.
Guides on inputting personal data and performing the initial weight measurement.
Details the steps for measuring body composition and viewing the obtained results.
Explains the criteria and usage for the 'Athletic' mode for specialized users.
Details the preparation steps and correct posture for accurate weight and composition measurements.
Guides on entering the user's ID number, selecting gender, and choosing the body type.
Explains the process for inputting the user's age and height, including unit selection.
Guides on reviewing all entered personal data before starting the measurement.
Explains how to view the detailed measurement results after the analysis is complete.
Explains how to interpret standard ranges for fat % and details of the body type assessment.
Details how to read segmental and comprehensive displays for fat %, muscle mass, and BMR.
Shows examples and explanations of result displays for users aged 18 and older.
Presents examples and explanations of result displays for users aged 17 and younger.
Details the steps for measuring weight and how the data is outputted.
Explains the sections related to whole body data, physique rating, and segmental analysis on printouts.
Details printout sections for muscle mass balance, body fat ranges, and other miscellaneous information.
Provides detailed assessment criteria based on body fat percentage for different age groups and genders.
Explains the assessment criteria for visceral fat rating, bone mass, and muscle mass.
Provides solutions for common errors like impedance issues, zeroing problems, unstable weight, and display issues.
Offers solutions for printer-related problems such as paper exhaustion, ink issues, and print errors.
Outlines the technical specifications for connecting the device to a PC, including communication standards and ports.
Details the format in which measurement data is output when connected to a PC.
Lists and explains the various data items outputted for PC connection, including formats and order.
Continues the detailed list of output data items for PC connection, covering segmental data and frequencies.
Provides detailed output data fields for segmental measurements, including impedance values and scores.
Explains the principles behind the multi-frequency 8-electrode BIA method used for body composition analysis.
Discusses factors like multi-frequency measurement and reactance technology that influence measurement accuracy.
Discusses the reliability of the BIA method, comparing it with DXA and dilution methods.
Details factors that can affect the integrity and accuracy of body composition measurements.
Explains how daily fluctuations in weight and impedance can affect measurement results and lists potential causes.
Explains the development and basis of the new regression formula for calculating BMR using FFM and REE.
Details specifications for the impedance measuring part, weight measuring part, and accuracy grades.
Lists specifications for input/selection items, output data, interface, power source, and operating conditions.
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