Tanita DC-430U Instruction Manual page 5

Caution
Keep away from water.
Avoid using on subjects with metal allergies.
Allergic reactions may be caused by the stainless steel used in the electrodes of this device.
Do not jump on the equipment.
Do not lean on the equipment.
Do not use this equipment near other products that emit electromagnetic waves.
Prohibited
Do not insert fingers into gaps or holes.
Do not apply force to the display.
The screen panel may break and cause injury.
Assist persons with disabilities or children under 15 years old.
A person who is familiar with the device should assist persons with disabilities or children under
15 years old who may not be able to take measurements alone.
Clean the scale platform with appropriate disinfectant after each use.
Stand clear of the subject during measurement to ensure accuracy.
Continually monitor both the subject and the equipment for anomalies.
If an anomaly in the subject or equipment is discovered,take appropriate action, such as stopping
the equipment, while ensuring the safety of the subject.
Use the included AC adapter.
Do not lean against the equipment.
Unplug the AC cord from the equipment when moving it.
Tighten the adjustable feet when moving the equipment.
Always...
Interpretation of analysis results (e.g. evaluation of measurements and formulation of
exercise programs based on results) must be performed by a professional.
Weight loss measures and exercise based on self-analysis could be harmful to your health.
Always follow the advice of a qualified professional.
This equipment is designated a Class B IT device (mainly for systems intended to be used
in internal environments) and is CE (EMC) certified, but it may affect devices that are
sensitive to electromagnetic waves.
If connecting a computer or peripheral devices to this equipment, please use devices complying
with IEC60601-1 (EN60601-1). Power must be supplied from a medical isolation transformer for
IEC60950(EN60950) devices. Keep a distance of 4.9ft (1.5m) between units during operation.
Failure to do so may cause electric shock to subjects or malfunction.
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