Tanita DC-430U User Manual

BODY COMPOSITION ANALYZER
DC-430U
Instruction Manual
<Usage Conditions> <Storage Conditions>
Temperature Range : 41˚F to 95˚F / 5˚C to 35˚C
Relative Humidity Range : 30% to 80%
(non-condensing)
Max Altitude : 6,500ft ASL (2,000m ASL)
Atomospheric Pressure Range : 86kPa to 106kPa
Temperature Range : 14˚F to 140˚F / -10˚C to 60˚C
Relative Humidity Range : 10% to 90%
(non-condensing)
Atmospheric Pressure Range : 70kPa to 106kPa
To avoid malfunctions, avoid storing the equipment in a place with direct sunlight,
significant temperature changes, a risk of dampness, a large amount of dust or a
risk of vibration or impact, or in the vicinity of flames.
Please read this Instruction Manual carefully and keep it for
future reference.
REMOTE DISPLAY VERSION COLUMN MOUNTED VERSION
Manual_DC-430_V1

Tanita DC-430U Specifications

General

Type	Body Composition Analyzer
Weight Capacity	150 kg
Measurement Units	kg, lb, st
Body Fat Percentage	Yes
Muscle Mass	Yes
Bone Mass	Yes
Water Percentage	Yes
Visceral Fat	Yes
Memory Function	Yes
Display Type	LCD
Body Fat Percentage Increment	0.1%
Frequency	50 kHz
Power Source	4 x AAA Batteries
User Memory	4 Users
Connectivity	USB
Weight Increment	0.1 kg
Measurement Functions	Weight, Body Fat, Muscle Mass, Bone Mass, Water
Body Fat Percentage Range	5% - 75%
Dimensions	300 x 300 x 30 mm

Summary

Intended Use

Efficacy

Product designed for ease of use with quick measurements for convenience.

Before Use

For Your Safety

Essential safety precautions and warnings to prevent injury and damage to property.

Part Names & Connection Procedure

Identification of device components and instructions for physical setup.

Setting Printer Paper and SD Card

Guidance on loading printer paper and inserting an SD card for data.

Power Supply

Instructions for turning the device on/off and emergency shutdown procedures.

Device Settings Configuration

How to navigate and adjust various operational settings and modes.

How to Use

Taking a Measurement

Step-by-step guide for performing body composition measurements.

Understanding Measurement Results

Explanation of how to view and interpret the displayed measurement data.

Using Scale Mode

Instructions for operating the device in its basic weighing function.

Understanding Various Criteria

Explanations of key body composition metrics like body fat, BMR, etc.

Data Output and Storage

Guidance on transferring and saving measurement data via USB or SD card.

If Necessary

Troubleshooting Common Issues

Solutions for common problems, error messages, and device malfunctions.

Technical Notes and Principles

In-depth explanations of measurement methods and underlying principles.

BMR Regression Formula Explained

Details on the scientific formula used to calculate Basal Metabolic Rate.

Device Specifications

Technical details, ranges, and physical characteristics of the analyzer.