What to do if Omron KaradaScan HBF-358-BW don't turn on?
If your Omron Scales aren't turning on, it could be due to several reasons: * The batteries might not be inserted. * The batteries might be inserted with incorrect polarity. * The batteries might be worn out. In this case, replace all four batteries with new ones.
Why won't my Omron Scales measure body composition?
If your Omron Scales display your weight but won't start the body composition measurement, it's likely because personal data hasn't been set, or the UP/GUEST button wasn't pressed. Make sure you enter personal data for a Personal ID Number or use Guest mode to resolve this.
Why are Omron Scales body composition readings inaccurate?
Inaccurate body composition readings on your Omron Scales can stem from a few factors: * The unit might be placed on a carpet or other soft flooring. Place the unit on a hard and level floor. * Cold feet or body, causing poor blood circulation. Warm yourself up before taking a measurement. * Extremely cold electrodes. Place the unit in a warm room for a few minutes before use. * Feet that are too dry. Slightly moisten the soles of your feet with a damp towel.
How to fix Omron KaradaScan HBF-358-BW Scales when it displays 0.0 kg?
If your Omron Scales display '0.0 kg' even when you step on, or the weight barely increases, you may have stepped onto the unit before '0.0 kg' was displayed. Wait until '0.0 kg' is displayed before stepping onto the unit.
Covers dangers, warnings, and cautions for safe operation and potential risks.
Identifies the components and parts of the body composition monitor.
Instructions for battery installation, replacement, and life.
Guides users through setting age, gender, and height for accurate measurements.
Explains the Bioelectrical Impedance (BI) method used by the monitor.
Details how the unit accounts for daily water shifts for accurate body composition.
Provides optimal times of day for consistent body fat percentage measurements.
Lists situations that can affect measurement accuracy due to body water changes.
Explains Body Mass Index and its calculation using height and weight.
Defines resting metabolism as the energy needed for basic bodily functions.
Explains how body age is derived from resting metabolism and body composition.
Defines body fat percentage and its calculation method.
Describes visceral fat as fat surrounding internal organs and associated health risks.
Describes subcutaneous fat as fat below the skin, not directly linked to disease.
Lists user groups whose body fat percentage may differ significantly.
Illustrates the proper body positioning and hand placement for accurate readings.
Explains how to navigate and interpret the various measurement results displayed.
Provides charts for interpreting Body Fat Percentage, Visceral Fat Level, and BMI.
Details the steps for turning on the unit and stepping on it for weight measurement.
Provides solutions for specific error codes like Err1, Err2, Err3, Err4, Err5, and Err.
Covers issues like zero display, abnormal weight/composition, and no power.
Details how to clean the unit and suitable conditions for storage.
Lists model, display ranges, set items, weight accuracy, and power supply details.
General| Type | Body Composition Monitor |
|---|---|
| Weight Capacity | 150 kg |
| Weight Measurement Increment | 0.1 kg |
| Body Fat Measurement | Yes |
| Muscle Mass Measurement | Yes |
| Bone Mass Measurement | Yes |
| Memory Function | Yes |
| Display Type | LCD |
| Power Source | 4 x AA batteries |
| Weight | 2.5 kg |
| Dimensions | 330 x 330 x 35 mm |
| Body Fat Percentage | Yes |
| Body Fat Percentage Increment | 0.1% |
| Body Mass Index (BMI) | Yes |
| Visceral Fat Level | Yes |
| Skeletal Muscle Percentage | Yes |
| Muscle Mass Percentage | Yes |
| Bone Mass Percentage | Yes |
| Resting Metabolism | Yes |
| Body Age | Yes |
| Memory | 4 users |
| BMI Range | 90 |
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