Tanita Scale BC 41 User Manual

BODY COMPOSITION ANALYZER  
BC-418  
INSTRUCTION MANUAL  
Please read this Instruction Manual carefully and keep  
it handy for future reference.  
ƽ
Download from Www.Somanuals.com. All Manuals Search And Download.  
Maintenance  
ƽ
ƽ
Safety Notes  
Since this equipment is accurately manufactured and adjusted, please observe the following instructions.  
• Never disassemble the equipment as this may cause malfunction. Users must not disassemble or adjust this equipment.  
Please inspect the equipment in accordance with the regulations in your country.  
Caution Symbols  
Thank you for purchasing this precision crafted Tanita product. For optimum performance and safety, please familiarize  
yourself with the Caution Symbols below. These symbols are designed to alert the user to potential hazards when using this  
equipment. Ignoring these Caution Symbols may result in serious injury, or damage to the product.  
Please be sure to review before proceeding with the INSTRUCTION MANUAL.  
• Unplug the unit from the wall outlet when it will not be in use for long periods of time.  
• In order to reduce the risk of a short circuit, please keep any liquid or metal objects (paper clips, etc.) away from the printer.  
• Keep the electrodes clean by wiping them with disinfectant.  
• Do not drop the unit, and avoid locations with constant vibration.  
• Do not put this equipment in direct sunlight, close to heaters or near direct draughts from air conditioners.  
• When transferred to any location where there is a difference of more than 20 degrees centigrade (40 degrees Fahrenheit),  
wait 2 hours before using.  
• When disposing of this unit, please do so in accordance with the prevailing regulations in each country.  
This symbol indicates the possibility of serious injury if the product is  
mishandled or instructions are ignored.  
WARNING  
ƽ
General Instructions for Accurate Measurement  
CAUTION This symbol indicates the possibility of physical injury or equipment  
This equipment sends out a very weak electric current to measure impedance (electrical resistance) of the body. Therefore, in  
principle, users need to use this equipment with bare feet. Moreover, since impedance fluctuates in accordance with the  
distribution of body fluid, please observe the following instructions for accurate measurement.  
• To prevent a possible discrepancy in measured values, avoid taking measurements after vigorous exercise until sufficiently  
rested.  
ƽ
damage if instructions are ignored.  
This symbol indicates general precautions that should be taken when using  
this product.  
ƽ
WARNING  
• To prevent inaccurately low body fat percentage measurements and other measurement errors, always hold both arms  
straight down when taking measurements.  
• As changes in body water and body temperature can have a major impact on measurements, measurements should be  
made every day at the same time under similar conditions (always urinating before taking measurements, etc.) to get a  
more accurate picture of the measurements over time.  
• Ensure that your arms are not touching your side and that the inner thighs are not touching each other during  
measurements; if necessary, place a dry towel between your arm and side and/or between your thighs.  
• Also, make sure the soles of feet are free of excess dirt, as this may also act as a barrier to the mild current.  
• False results may be reported after excessive food /fluid intake, or after periods of intense exercise.  
* For further details, see the Technical Notes on page 36.  
• This equipment is designed for the majority of the population leading healthy lives with a regular lifestyle. For people  
suffering from sickness, or whose lifestyle is very different from the norm, it is recommended that the data from this  
product should not be used as an absolute value, but rather as a reference to observe the rate change.  
* For further details, see the Technical Notes on page 36.  
Individuals with a Pacemaker or Other Internal Medical Devices  
This equipment sends a weak electrical current through the body during measurement. Individuals  
who have internally implanted medical devices, such as Pacemakers, should not use this equipment  
due to the risk of malfunction to the device that may be caused by the weak electrical current.  
Inserting and Removing the Power Cord  
ƽ
To reduce the risk of electric shock or product damage, never insert or remove the power cord with  
wet hands.  
Do not under any circumstances dismantle or alter the device, as this could result in electric shock or  
injury as well as adversely affect the precision of measurements.  
To prevent fire hazard  
Use only a correctly wired (100-240VAC) outlet, and do not use a multiple outlet extension cable.  
Measurements for physically disabled persons  
Physically disabled persons should not attempt to take measurements alone, but instead should  
have their caretakers assist them in using the device.  
• Measurement is sometimes impossible on a surface that is strongly vibrating. In this case, please move the equipment onto  
a surface with little vibration.  
• Do not take measurements while using transmitters, such as mobile phones, which may affect readings.  
Cross Contamination  
CAUTION  
The Body Composition Analyzer should be used with bare feet. Please be sure to clean the scale  
platform with appropriate disinfectant after each use. Never pour any liquid directly on the scale  
platform, as it may leak and cause internal damage. Use a soft cloth and appropriate ethyl alcohol  
to wipe off platform. Do not wipe the platform with strong chemicals.  
Interpretation of Results  
The data provided by this machine, as well as any supplementary information such as diet or  
exercise programs based on this data, should be interpreted by a licensed professional.  
Please make sure you place the Weighing Platform on a level and stable surface. If the equipment  
is used when the Weighing Platform is unstable because not all feet are on the surface, there may  
be a risk of stumbling or inaccurate measurement.  
ƽ
<Usage Conditions>  
Temperature Range for Use : 0°C / 35°C  
Relative Humidity  
: 30% / 80% (without condensation)  
Never jump on the Weighing Platform, there may be a risk of stumbling and malfunction of the  
equipment.  
When handling printer unit, avoid any sharp edges.  
<Storage Conditions>  
For the BC-418; Ensure you use the original AC adapter (MODEL: SA25-0535U). Using an AC  
adapter other than the original one may cause malfunction.  
Do not insert or remove the plug by the cable.  
Temperature Range of Environment : -10°C / 50°C  
Range of Relative Humidity  
: 10% / 90% (without condensation)  
To avoid malfunctions, avoid storing the equipment where there is direct sunlight, significant temperature  
changes, the risk of dampness, a large amount of dust, in the vicinity of fires, or where there is the risk of  
receiving vibrations or shocks.  
<Power Source>  
Value Range  
BC-418  
100~240VAC  
50/60Hz  
Model Name  
Voltage Range  
Frequency Range  
Electric Current Range  
550mA  
4
5
Download from Www.Somanuals.com. All Manuals Search And Download.  
1.Product Assembly and Components  
a Product Structure  
a Rear View of Control Box  
Please verify that the following components are in the package.  
Control Box  
Paper Dispenser Cover  
Printer Cover  
Control Panel  
Digital Display  
Left-hand grip  
Right-hand grip  
Column  
RS-232C  
RS-232C Port  
Anterior Electrodes  
Posterior Electrodes  
Level Gauge  
a Digital Display  
Adjustable feet  
Body weight mark  
Measurement unit mark (kg)  
Indicates that the device is being  
Indicates that the weight is  
used to measure body weight  
shown in kilograms  
AC Adapter  
Clothes weight mark  
Measurement unit mark (lb)  
Indicates that the weight of  
clothes is being subtracted  
Indicates that the weight is  
shown in pounds  
WEIGHT  
kg  
cable  
CLOTHES  
lb  
Gender mark (male)  
Unit of height (cm)  
Indicates that the user is male  
Indicates that the height is  
shown in centimeters  
cm  
MALE  
FEMALE  
ft.in  
AGE  
% FAT  
Gender mark (female)  
Indicates that the user is female  
Unit of height (ft. in)  
Indicates that the height is  
shown in feet and inches  
ATHLETIC  
STEP ON  
Athlete mark  
Age mark  
Indicates that the user is an  
“athlete”  
Indicates that the figure shown  
is the user’s age  
Ready mark  
Indicates that the device is  
ready to begin measurements  
Body fat percentage  
Indicates that the figure shown  
is the body fat percentage  
Platform  
Accessories  
Printer Paper  
Instruction Manual  
(Technical Notes)  
Bottom Cover  
Bottom Cover  
Attachment Screws  
Column Attachment  
Screws  
Paper Width58mm  
Paper Roll DiameterMaximum 55mm  
6
7
Download from Www.Somanuals.com. All Manuals Search And Download.  
2.Assembly Instructions  
a Membrane Switch  
Clothes Weight Setting Key  
Weight Only Key  
Sets the clothes weight.  
Measures body weight only.  
Even if the user is dressed, weight minus the weight of  
clothes can be measured.  
(Body Composition Analysis mode)  
kg/lb Key  
Measures changing kg/lb only.  
Feed Key  
ON/OFF Key  
Advances the print paper.  
Turns the power on or off.  
* Not available on analyzers with “kg only”  
specifications  
%Body Fat Range : 1%~75%  
%Body Fat Increments : 0.1%  
Max 200kg / 440lb  
Numerical Keys  
e=d= 0.1kg / 0.2lb  
Inputs numerical values.  
Min  
2kg / 4lb  
L
L
R
T= -200kg /-440lb  
Operation Temperature Range 0 / +35 C  
R
Time Set Key  
Sets the date and time.  
Body part data display keys  
Used to display the measurement  
results for the right arm, left arm,  
right leg, left leg and trunk  
Column  
Attachment  
Bottom Cover  
Screws  
Bottom Cover  
Attachment Screws  
Body Type Keys  
CE Key  
Clears entries.  
To select the appropriate body type  
Tanita defines “athlete” as a person involved in intense physical activity of at least 10  
hours per week and who has a resting heart rate of approximately 60 beats per minute  
or less. Tanita’s athlete definition includes “lifetime of fitness” individuals who have  
been fit for years but currently exercise less than 10 hours per week.  
a How to Attach the Column to the Weighting Platform  
Remove the Bottom Cover.  
Insert the two cables from the column into the holes on  
the Weighing Platform.  
Tanita’s athlete definition does not include “enthusiastic beginners” who are making a  
real commitment to exercising at least 10 hours per week but whose bodies have not yet  
changed to require the Athlete mode.  
Tighten the four Column Attachment Screws and attach  
the column to the Weighing Platform.  
Connect the two cables from the column to the Weighing  
Platform as shown in the illustration and replace the  
Bottom Cover using the two Bottom  
Cover Attachment Screws. When  
replacing the Bottom Cover, please  
place the cables in the right position  
so that they will not get caught  
between the cover and the Weighing  
Platform. This may damage the  
cables.  
Please see Technical Notes booklet for further explanation.  
Digital display  
These marks are not present  
on models having no display  
switch key.  
WEIGHT  
CLOTHES  
MALE  
kg  
lb  
cm  
FEMALE  
ATHLETIC  
STEP ON  
ft.in  
AGE  
% FAT  
8
9
Download from Www.Somanuals.com. All Manuals Search And Download.  
3.Preparation for Use  
a Connection and Installation  
a Loading the Printer Paper Roll  
Please change the paper roll when red lines appear along the sides of the paper.  
CAUTION  
ƽ
ON  
OFF  
1. Turn the equipment on by pressing the [  
key.  
]
WEIGHT  
kg  
lb  
CLOTHES  
“P.End” will flash in the middle of the display.  
This means that there is no printer paper.  
cm  
MALE  
Level Gauge  
Check  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
* When you do not have any printer paper to replace  
the old roll, press the [ ] key. “P.End” will  
% FAT  
disappear and you can continue measurement.  
2. Remove the Paper Dispenser Cover.  
When you lift up the Paper Dispenser Cover from the  
back of the Control Box, it can be easily removed.  
For accurate measurement, place the Weighing Platform on as flat a surface as possible and adjust the level with the adjustable feet so the bubble in  
the level gauge is in the center of the frame.  
CAUTION  
3. Cut off the end of the printer paper where the  
glue is (about 3 cm) in a straight line.  
ƽ
3cm  
Make sure you place the Weighing Platform on a stable level surface and adjust the level with the adjustable feet. If the  
Weighing Platform is not stable because not all the feet are on the surface, for example, there is a risk of stumbling or  
inaccurate measurement.  
Please make sure to cut off the part with the  
glue because the glue may hinder the paper  
feeding through the printer.  
ƽ
a Connection of Plugs  
DC Jack for AC Adapter  
4. Insert the printer paper into the slit.  
The printer paper is automatically rolled up and the  
edge of the paper is cut automatically.  
Please remove the cut paper.  
Please make sure you insert the printer paper  
straight into the slit.  
ƽ
Adjustable feet  
5. Insert the catches of the Paper Dispenser Cover  
into the guide holes.  
* If a paper jam occurs, please refer to P. 25.  
1. Insert the plug from the AC adapter into the DC jack on the back of the weighing platform.  
2. Connect the cable and the AC adapter and insert the plug on the cable into the wall outlet.  
•To avoid electric shock, do not insert or remove the plug with wet hands.  
WARNING •To avoid electric shock, do not use the equipment near water.  
ƽ
•To avoid measurement error, do not measure while using equipment that generates radio waves,  
CAUTION  
such as mobile phones.  
ƽ
10  
11  
Download from Www.Somanuals.com. All Manuals Search And Download.  
4.Setting Date and Time  
5.Mode Selection  
Set the functions (modes) that you want this equipment to start with. The selected modes will be automatically recorded.  
a Setting the date and time  
ON  
If it is not necessary to change the settings, the equipment will start up when you simply press the [  
] key.  
OFF  
The printer function is ON in the display shown below.  
a Setting the number of printouts, the printout language, and the printout items  
Select the number of print outs (0 - 9) and language. (English, French, German, Italian, Spanish)  
ƽ
ON  
OFF  
1. Push the [  
] key.  
WEIGHT  
kg  
lb  
ON  
OFF  
CLOTHES  
The entire display will begin to flash, and then the  
clothes weight input screen will appear.  
1. While holding down the [0] key, press the [  
]
WEIGHT  
kg  
lb  
cm  
MALE  
CLOTHES  
key.  
FEMALE  
ft.in  
Release the keys after “Prt-1” is displayed on the  
screen.  
cm  
MALE  
ATHLETIC  
STEP ON  
AGE  
FEMALE  
ft.in  
% FAT  
ATHLETIC  
STEP ON  
AGE  
% FAT  
TIME SET  
2. Push the [  
] key.  
WEIGHT  
kg  
lb  
The date and time input screen will appear.  
The upper row of numbers show the year, the middle  
row the month and day, and the bottom row the time  
(hours and minutes).  
2. Select the number of print outs  
Using the numerical keys, enter the quantity of print  
outs desired.  
CLOTHES  
WEIGHT  
kg  
lb  
cm  
MALE  
CLOTHES  
TIME SET  
FEMALE  
ft.in  
cm  
MALE  
The maximum number is nine.  
[1]~[9] : Quantity of print outs  
ATHLETIC  
STEP ON  
AGE  
FEMALE  
ft.in  
TIME SET  
If no changes are to be made, press the [  
] key again.  
% FAT  
ATHLETIC  
STEP ON  
AGE  
[0]  
: No printout  
% FAT  
3. Input the present date and time.  
WEIGHT  
kg  
lb  
Input the appropriate numbers, beginning with the  
top row, in the flashing space.  
CLOTHES  
3. Language Selection  
WEIGHT  
kg  
lb  
cm  
MALE  
CLOTHES  
If“0” is selected at step 2, you cannot preset the  
language.  
Example: To input May 1, 2002, 6:03 p.m., press in  
order the following keys:  
FEMALE  
ft.in  
cm  
MALE  
ƽ
ATHLETIC  
STEP ON  
AGE  
FEMALE  
ft.in  
The display will automatically change to the language  
selection screen. The currently selected language will  
be displayed as a number.  
Example: (LNG-1) means English.  
Select the language desired using the numerical keys.  
[1] : English  
2
0
0
2
0
5
0
1
1
8
0
3
% FAT  
ATHLETIC  
STEP ON  
AGE  
* If you make an error while inputting a number, press the  
] key.  
% FAT  
[
This will return you to the previous input space.  
WEIGHT  
kg  
lb  
CLOTHES  
TIME SET  
4. Press the [  
] key.  
WEIGHT  
kg  
lb  
[2] : French  
[3] : German  
[4] : Italian  
[5] : Spanish  
cm  
MALE  
The date and time are set, and the clock function is  
running.  
CLOTHES  
FEMALE  
ft.in  
cm  
MALE  
ATHLETIC  
STEP ON  
AGE  
TIME SET  
The display will now return to the step prior to  
entering this mode.  
* The clock function is backed up by the rechargeable battery,  
but natural electric discharge of the rechargeable battery  
may occur if the device is not in use for an extended period  
(more than 2 weeks); this will clear the settings, making it  
necessary to reset the date and time.  
FEMALE  
ft.in  
% FAT  
ATHLETIC  
STEP ON  
AGE  
% FAT  
4. Printing selection  
WEIGHT  
kg  
lb  
Printing contents are selected from numerical keys.  
CLOTHES  
[0] : Short  
[1] : Long  
cm  
MALE  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
5. The display will automatically change to the  
measurement screen after all the input has been  
completed.  
WEIGHT  
kg  
lb  
CLOTHES  
cm  
MALE  
If further change to the print settings is desired,  
please turn off the equipment and follow steps 1 - 4  
above.  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
The equipment will start up with these settings next time you use it.  
ƽ
12  
13  
Download from Www.Somanuals.com. All Manuals Search And Download.  
a Setting the Original Mode  
This process is utilized to select whether or not you use the target body fat ratio function. (See the printout sample  
on page 16.)  
< H I N T ! >  
The target body fat ratio function is deactivated when this product is shipped from factory.  
ON  
OFF  
CLOTHES  
WEIGHT  
kg  
lb  
1. Press the  
key while holding down the  
key.  
CLOTHES  
cm  
MALE  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
[0] : The target body fat ratio function is deactivated  
[1] : The target body fat ratio function is activated  
If the number of print outs is set to “0” during  
the process of “Setting the Number of Print Outs  
WEIGHT  
kg  
lb  
CLOTHES  
cm  
MALE  
ƽ
or  
FEMALE  
ft.in  
and Language” on page 13, you cannot preset  
this item.  
ATHLETIC  
STEP ON  
AGE  
% FAT  
2. After the input is completed, the display will  
automatically change to the measurement  
display.  
WEIGHT  
kg  
lb  
CLOTHES  
cm  
MALE  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
The equipment will start up with these settings next time you use it.  
ƽ
14  
15  
Download from Www.Somanuals.com. All Manuals Search And Download.  
Sample  
T A N I T A  
B O D Y C O M P O S I T I O N  
A N A L Y Z E R  
B C  
4 1 8  
2 1 ⁄ S E P ⁄ 2 0 0 2  
1 9 : 2 9  
B O D Y T Y P E  
S T A N D A R D  
G E N D E R  
A G E  
M A L E  
3 4  
H E I G H T  
W E I G H T  
B M I  
1 7 9  
c m  
k g  
7 3 .  
3
9
2 3 .  
B M R  
7 2 9 4  
k J  
1 7 4 3 k c a l  
F A T %  
1 3 .  
9 .  
1
%
k g  
k g  
k g  
This section prints the both the  
body type and body  
composition data of the  
current user.  
F A T M A S S  
F F M  
6
6 3 .  
4 6 .  
7
6
T B W  
D E S I R A B L E R A N G E  
F A T %  
8 – 2 0  
%
F A T M A S S  
5 . 5 – 1 5 .  
9
k g  
T A R G E T B F % i s  
P r e d i c t e d w e i g h t  
:
2 0 %  
:
This section calculates the  
amount of fat that should be  
lost or gained to achieve the  
Target BF% (preset by the user  
and health care professional).  
7 9 .  
1 5 .  
6 .  
6
k g  
k g  
k g  
P r e d i c t e d f a t m a s s  
F A T T O G A I N :  
:
9
3
C o n s u l  
t
y o u r p h y s i c i a n  
b e f o r e b e g i n n i n g a n y  
w e i g h t m a n a g e m e n t p r o –  
g r a m . T a n i t a i s n o t r e –  
s p o n s i b l e f o r d e t e r –  
m i n i n g y o u r t a r g e t B F % .  
I M P E D A N C E  
W h o l e B o d y  
R i g h t L e g  
L e f t L e g  
5 5 1  
2 1 2  
2 1 4  
2 9 2  
3 0 9  
R i g h t A r m  
L e f t A r m  
S e g m e n t a l A n a l y s i s  
R i g h t L e g  
<Printing selection and Goal Setter Mode>  
F a t %  
8 . 9  
%
F a t M a s s  
1 . 1 k g  
Printing selection  
Goal Setter Mode  
Input  
Print Out  
F F M  
1 1 . 5 k g  
P r e d i c t e d M u s c l e M a s s  
STANDARD  
ATHLETIC  
1 0 . 9 k g  
ON  
[1]  
L e f t L e g  
F a t %  
1 0 . 1  
%
F a t M a s s  
1 . 2 k g  
Short  
[0]  
F F M  
1 1 . 0 k g  
TARGET BF 00%  
STANDARD  
ATHLETIC  
The measurement data for  
each body part – the predicted  
muscle mass, the fat mass, and  
the body fat percentage – are  
printed out in this portion.  
P r e d i c t e d M u s c l e M a s s  
1 0 . 4 k g  
OFF  
[0]  
R i g h t A r m  
F a t %  
1 4 . 0  
%
F a t M a s s  
0 . 6 k g  
3 . 6 k g  
F F M  
P r e d i c t e d M u s c l e M a s s  
STANDARD  
ATHLETIC  
3 . 4 k g  
ON  
[1]  
L e f t A r m  
F a t %  
1 5 . 4  
%
F a t M a s s  
0 . 6 k g  
3 . 5 k g  
Long  
[1]  
TARGET BF 00%  
STANDARD  
ATHLETIC  
F F M  
P r e d i c t e d M u s c l e M a s s  
3 . 3 k g  
OFF  
[0]  
T r u n k  
F a t %  
1 5 . 0  
%
6 . 0 k g  
3 4 . 1 k g  
F a t M a s s  
F F M  
P r e d i c t e d M u s c l e M a s s  
For this Printing Selection, please refer to the page 13.  
For this Goal Setter Mode, please refer to the page 14.  
3 2 . 8 k g  
16  
17  
Download from Www.Somanuals.com. All Manuals Search And Download.  
6.Operating Instructions  
6. Set the Target Body Fat Ratio.  
a Body Composition Analysis  
WEIGHT  
kg  
lb  
After you input the height, “GOAL” will  
automatically flash on the display. Input the target  
body fat ratio desired using the numerical keys.  
Example: 16% = Press [1] and [6].  
CLOTHES  
This explains the procedure when the printer function is turned on. Please be aware that the display may be  
cm  
MALE  
FEMALE  
ft.in  
different if the number of printouts is set to [0].  
ƽ
ƽ
ATHLETIC  
STEP ON  
AGE  
% FAT  
9% = Press [0] and [9].  
* If the number of print outs is set to “0”, nothing will  
be displayed.  
* If the target body fat ratio is set to OFF, the target  
body fat ratio will not be printed out.  
Do not wipe the equipment with corrosive chemicals (gasoline, cleaner, etc.). Please use a neutral  
detergent to clean the equipment.  
When the equipment has been transferred to any location where there is a temperature difference of  
20˚C or more, wait for at least two hours before using it.  
In taking measurements, please keep the person away from the unit, who uses transmitters such as a  
mobile phone avoid causing margin errors.  
• Before you start a body weight management  
program and set the appropriate personal  
ƽ
body fat ratio, please consult your doctor.  
Tanita is not responsible for setting the  
appropriate target body fat ratio for specific  
individuals.  
1. Turn on the Power.  
WEIGHT  
kg  
lb  
ON  
OFF  
Press the [  
] key.  
CLOTHES  
“0.0” will appear on the upper portion of the display.  
cm  
MALE  
FEMALE  
ft.in  
• For details of the desirable body fat  
percentage, please refer to the Technical Notes.  
Male athletes may wish to select a single digit  
body fat percentage as their target. However,  
this is not recommended for Standard Adults, in  
particular women, who should avoid becoming  
excessively lean. Always consult a doctor about  
the target body fat percentage most suitable for  
your body type.  
ATHLETIC  
STEP ON  
AGE  
% FAT  
2. Enter Clothes Weight.  
WEIGHT  
kg  
lb  
Enter clothes weight using the numerical keys.  
Example: if the clothes weight is 2.0 kg, press [2], [.]  
and then [0].  
CLOTHES  
cm  
MALE  
FEMALE  
ft.in  
When the data input is completed, the data will be  
displayed as a minus number.  
ATHLETIC  
STEP ON  
AGE  
% FAT  
• Do not step on the Weighing Platform until the  
target body fat ratio setting has been  
completed because the power may be  
automatically turned off or the measurement  
may be inaccurate.  
3. Select the Body Type.  
ƽ
WEIGHT  
kg  
lb  
Select the Body Type from Standard Male, Standard  
Female, Athletic Male and Athletic Female. Please use the  
Athletic key when the user is 17 years or older and also  
meets the following criteria.  
CLOTHES  
Male  
Female  
STANDARD  
STANDARD  
cm  
MALE  
FEMALE  
ft.in  
ATHLETIC  
ATHLETIC  
* If you want to change the settings, please press the  
ATHLETIC  
STEP ON  
AGE  
See page 8 for Tanita’s definition of “Athlete.”  
[
] key and the procedure will go back to the  
% FAT  
former step. Please re-enter the data.  
4. Enter Age.  
WEIGHT  
kg  
lb  
* If the user is 32 years old or younger.  
Example: Press [3] and [2].  
CLOTHES  
cm  
MALE  
7. After “88888” is displayed on the upper portion  
of the display, a flashing arrow will appear next  
STEP ON  
* If the user is 9 years old or younger  
Example: press [0] and [9].  
* If ages 16 or less are entered, even if Athletic is  
selected for the Body Type, it will be automatically  
changed to Standard.  
FEMALE  
ft.in  
kg  
lb  
kg  
lb  
WEIGHT  
WEIGHT  
ATHLETIC  
STEP ON  
AGE  
CLOTHES  
CLOTHES  
to  
.
% FAT  
cm  
cm  
MALE  
MALE  
FEMALE  
ft.in  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
ATHLETIC  
STEP ON  
AGE  
% FAT  
% FAT  
5. Enter Height.  
WEIGHT  
kg  
lb  
Example: If the user’s height is 172 cm, please press [1], [7]  
and then [2].  
CLOTHES  
8. Start Measurement.  
Posterior Electrodes  
Anterior Electrodes  
cm  
MALE  
Step on the Weighing Platform with bare feet so they  
touch the electrodes. Stand in a stable position without  
bending your knees.  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
• Do not use the hand grips, as you will only be  
measuring your body weight this time.  
ƽ
18  
19  
Download from Www.Somanuals.com. All Manuals Search And Download.  
9. Taking Measurement.  
a Weight Only Function  
WEIGHT  
kg  
lb  
Step on the weighing platform in bare feet. Make sure heels  
are placed on the posterior electrodes, and the front part of  
the feet are in contact with the anterior electrodes.  
CLOTHES  
cm  
MALE  
1. After turning on the unit, press the [  
] key.  
WEIGHT  
kg  
lb  
FEMALE  
ft.in  
CLOTHES  
After a momentary display check, “0.0” will appear  
on the LCD. If measuring units need to be changed,  
ATHLETIC  
STEP ON  
AGE  
cm  
MALE  
10.Measure the Impedance.  
% FAT  
FEMALE  
ft.in  
do so at this time by pressing the [  
]key.  
When the grips are grasped with both hands,  
will appear at the bottom of the display and the  
impedance measurement will begin.  
ATHLETIC  
STEP ON  
AGE  
An arrow on the LCD will follow the selection of  
weighing units.  
% FAT  
The  
marks will disappear one by one during the  
2. Weight Measurement.  
measurement; after five full cycles, the measurement will be complete.  
WEIGHT  
kg  
lb  
Step on the weighing platform. Weight will be  
displayed on the LCD.  
CLOTHES  
Grab the grips (two locations) only after the body  
weight figure on the display has stabilized.  
• Do not step off the Weighting Platform until  
the “ ” symbols disappear completely.  
cm  
MALE  
ƽ
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
• In cases when measurements of the body fat ratio  
or the quantity of fat are abnormally small or the  
error message (E01) is shown on the display, the  
probable reason is that the soles of the feet and the  
electrodes are not in full contact. Make sure you  
step on the Weighing Platform so there is contact  
between the electrodes and the soles of your feet.  
If the problem is not solved this way, it is possible  
that the soles of the feet have calluses and the  
resistance is too great. Therefore, place about 0.5  
ml of water on each of the four electrodes where  
the feet touch before measurement.  
ON  
OFF  
3. When measuring is complete, press the [  
key to turn off the power.  
]
WEIGHT  
kg  
lb  
CLOTHES  
cm  
MALE  
• No printer is available when measuring  
weight only.  
FEMALE  
ft.in  
ƽ
ATHLETIC  
STEP ON  
AGE  
• If body composition analysis is desired, turn  
% FAT  
ON  
OFF  
the unit off and then on, using the [  
key.  
]
Important Note: There is no automatic weight lock  
function.  
WEIGHT  
kg  
lb  
CLOTHES  
11.Measurement Is Completed.  
cm  
MALE  
Once the body weight and impedance measurements have  
been completed, the overall body fat percentage will be  
shown at the bottom of the display and a buzzer will sound.  
If the printer is ON, the measurement results will be printed out.  
* With regard to the measurement result, please refer to P. 22.  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
If the printer is OFF, the measurement results (predicted  
muscle mass, fat mass, and body fat percentage) for each  
body part can be displayed using the ten-key pad.  
L
R
R
Left arm  
Left leg  
Right arm  
Right leg  
Select the number of the desired body part on the ten-key pad.  
[4]:  
[6]:  
[0]:  
[.]:  
Left arm  
Right arm  
Left leg  
L
Right leg  
[5] and [2]: Trunk  
* See page 13 for details on printer settings.  
Step off the Weighing Platform.  
Trunk  
WEIGHT  
kg  
lb  
CLOTHES  
MALE  
12.When You Continue to Measure.  
cm  
After printing is completed, go back to step 3.  
Measure by entering the data in the same procedure.  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
% FAT  
13.Finish Measurement.  
ON  
OFF  
Press the [  
] key and turn off the power.  
20  
21  
Download from Www.Somanuals.com. All Manuals Search And Download.  
a Explanation of the Print Out  
Sample  
Body Fat Ranges for Standard Adults  
Underfat  
Healthy  
Overfat  
Obese  
Age  
T A N I T A  
B O D Y C O M P O S I T I O N  
A N A L Y Z E R  
20-39  
BMI:Body Mass Index is a height to weight  
ratio, and is calculated by the following  
formula:  
B C  
4 1 8  
BMR:Basal Metabolic Rate represents the  
total energy expended by the body to  
maintain normal functions at rest such as  
respiration and circulation.  
40-59  
60-79  
Female  
2 1 S E P 2 0 0 2  
1 9 : 2 9  
Weight (kg)  
Height (m2)  
Desirable Range 18.5 - 24.9  
B O D Y T Y P E  
S T A N D A R D  
G E N D E R  
A G E  
M A L E  
3 4  
H E I G H T  
W E I G H T  
B M I  
1 7 9  
c m  
k g  
7 3 .  
3
9
0%  
10%  
20%  
30%  
40%  
FAT MASS:Total weight of fat mass (in kg ,  
lb) in the body.  
2 3 .  
FAT%:The percentage of total body weight  
that is fat.  
B M R  
7 2 9 4  
k J  
1 7 4 3 k c a l  
20-39  
40-59  
60-79  
F A T %  
1 3 .  
9 .  
1
%
k g  
k g  
k g  
F A T M A S S  
F F M  
6
FFM:Fat Free Mass is comprised of muscle,  
bone, tissue, water, and all other fat free  
mass in the body.  
6 3 .  
4 6 .  
7
6
TBW:Total Body Water is the amount of  
water (expressed as lb, kg, or st.lb) retained  
in the body. TBW is said to comprise  
between 50% - 70% of total body weight.  
Generally, men tend to have higher water  
weight than women due to a greater  
amount of muscle.  
Male  
T B W  
D E S I R A B L E R A N G E  
F A T %  
8 2 0  
%
F A T M A S S  
5 . 5 1 5 .  
9
k g  
T A R G E T B F % i s  
P r e d i c t e d w e i g h t  
:
PW:Predicted weight  
Calculated weight for the given Target  
BF%.  
Underfat  
Healthy  
Overfat  
Obese  
2 0 %  
:
7 9 .  
1 5 .  
6 .  
6
k g  
k g  
k g  
* As reported by Gallagher,et al., at NY Obesity Research Center.  
To determine the percentage of body fat that's appropriate for your body,consuit your physician.  
P r e d i c t e d f a t m a s s  
F A T T O G A I N :  
:
9
3
PFM:Predicted fat mass  
Caluculated fat mass for the given Target  
BF%.  
FAT TO LOSE/GAIN:  
Calculated fat mass to lose or gain to  
achieve the Predicted Weight.  
C o n s u l  
t
y o u r p h y s i c i a n  
b e f o r e b e g i n n i n g a n y  
w e i g h t m a n a g e m e n t p r o –  
g r a m . T a n i t a i s n o t r e –  
s p o n s i b l e f o r d e t e r –  
m i n i n g y o u r t a r g e t B F % .  
S e g m e n t a l A n a l y s i s  
R i g h t L e g  
I M P E D A N C E  
Based on NIH/WHO BMI Guidelines  
F a t %  
8 . 9  
%
W h o l e B o d y  
R i g h t L e g  
L e f t L e g  
5 5 1  
2 1 2  
2 1 4  
2 9 2  
3 0 9  
F a t M a s s  
1 . 1 k g  
IMPEDANCE:Impedance reflects the bodys  
inherent resistance to an electrical current.  
Muscle acts as a conductor of the electrical  
current, adipose tissue acts as a resistor.  
Underwight  
Normal Range  
Pre obese  
BMI 18.5  
18.5 BMI 25  
25 BMI 30  
30 BMI 35  
35 BMI 40  
BMI 40  
F F M  
1 1 . 5 k g  
P r e d i c t e d M u s c l e M a s s  
R i g h t A r m  
L e f t A r m  
1 0 . 9 k g  
L e f t L e g  
F a t %  
1 0 . 1  
%
F a t M a s s  
1 . 2 k g  
Obese  
Obese  
Obese  
CLASS l  
CLASS ll  
CLASS lll  
F F M  
1 1 . 0 k g  
PMS:Predicted Muscle Mass  
means bone-free lean tissue mass (LTM)  
P r e d i c t e d M u s c l e M a s s  
1 0 . 4 k g  
R i g h t A r m  
F a t %  
1 4 . 0  
%
F a t M a s s  
0 . 6 k g  
3 . 6 k g  
F F M  
P r e d i c t e d M u s c l e M a s s  
3 . 4 k g  
L e f t A r m  
F a t %  
1 5 . 4  
%
F a t M a s s  
0 . 6 k g  
3 . 5 k g  
F F M  
P r e d i c t e d M u s c l e M a s s  
3 . 3 k g  
T r u n k  
F a t %  
1 5 . 0  
%
6 . 0 k g  
3 4 . 1 k g  
F a t M a s s  
F F M  
P r e d i c t e d M u s c l e M a s s  
3 2 . 8 k g  
NOTE:Please refer to the Technical Notes for details.  
Please consult your doctor before you start a body weight management program. Tanita is not responsible for the  
target body fat ratio.  
ƽ
22  
23  
Download from Www.Somanuals.com. All Manuals Search And Download.  
7.Clearing Paper Jams  
a Components of the Printer Unit  
a Clearing Paper Jams  
Please pay careful attention to avoid injury from the sharp edge.  
Please turn off the machine before clearing Paper jams.  
CAUTION  
ƽ
1. Remove the Paper Dispenser Cover.  
If you lift up the Paper Dispenser Cover from the  
back of the Control Box, it can be easily removed.  
Automatic Cutter Unit  
Paper Release Lever  
Printer Paper Outlet  
2. Remove the Printer Cover.  
As shown in the illustration, from the front side of the  
Control Box, use a finger to lift up the Printer Cover.  
The Printer Cover is firmly fixed by catches.  
Please make sure not to drop the Control Box  
when you remove the Printer Cover.  
ƽ
3. Lift up the Automatic Cutter Unit.  
From the front side of the Control Box, lift up the  
Automatic Cutter Unit with a finger.  
Auto-cutter  
Unit  
4. Raise the Paper Release Lever and remove the  
jammed paper.  
* This is a picture of the Control Box without the Printer Dispenser Cover and the Printer Cover, looking down  
from above.  
Paper Release  
Lever  
Remove the printer roll paper and the jammed paper.  
5. Return the Paper Release Lever, the Automatic  
Cutter Unit and the Printer Cover to the normal  
position.  
Insert the catches of the Printer Cover into the guide  
holes of the Control Box and push it down slowly  
while pressing the catches on both the left and right  
hand sides until a click is heard.  
Failure to press down the Paper Release Lever  
will result in continuous feeding of the printer  
paper without it being cut automatically.  
ƽ
6. Return the printer paper roll.  
Return the printer paper roll by following the  
procedure in P. 11 [Loading Printer Paper Roll].  
7. Return the Printer Dispenser Cover to the proper  
position.  
Press the Printer Dispenser Cover down slowly as the  
catches of the cover go into the guide holes. P. 11.  
24  
25  
Download from Www.Somanuals.com. All Manuals Search And Download.  
8.Troubleshooting  
RS-232C Interface Instructions  
This section describes the interface for outputting the BC-418 Body Composition Analyzer measurement results as  
RS-232C signals to personal computers and other external devices.  
a Problem List  
If problems occur, please refer to the following instructions before you ask for repairs.  
Only connect IEC950-compliant computers to the BC-418.  
ƽCAUTION  
Problem  
Solution  
• Please confirm that the Control Box is properly connected to the AC  
Adapter and the AC Adapter is properly connected to the cable.  
a Specifications  
a Signal lines and connection methods  
Nothing appears on the display after  
ON  
OFF  
pushing [  
] key.  
Communication Standard  
EIA RS-232C Compatible  
Terminal number  
Signal name  
Communication Method Asynchronous Transmission  
2
3
5
R X D  
• E-01 is displayed when the impedance shows an abnormal value  
compared to height and weight.  
E-01 is displayed.  
Signal speed  
Data bit length  
Parity  
4800 baud  
8 bits  
T X D  
G N D  
Please make sure that measurement was carried out with bare feet, the  
electrodes or the soles of the feet were clean, and the feet were correctly in  
contact with the electrodes. If the feet are dry or have calluses, place water on  
the electrodes before stepping on the unit.  
None  
Stop bit  
1 bit  
Terminator  
CR+LF  
• It is possible that the body fat ratio exceeds the measuring capacity.  
Please stop measuring.  
• This sign is displayed when the body fat percentage of the trunk is too  
low and is off the measureable range.  
E-02 is displayed and the reading of  
the trunk cannot be obtained.  
• Please refer to the readings of other parts for the body fat.  
•Connection example Always use a reverse cable when connecting to an external computer.  
• E - 11 is displayed when there is a loose connection between the control  
box and the weighing platform.  
• Confirm that none of connections between the scale and control box are  
loose or unplugged.  
E-11 is displayed.  
Personal computer or  
other device  
There may be excessive vibration which will disturb the measurement process.  
1 .  
2 . R X D  
3 . TX D  
4 .  
R X D  
TX D  
• The equipment requires readjustment.  
E-12, 13 or 14 is displayed.  
E-16 is displayed.  
• Measurement is not possible because impedance is unstable. In order to  
improve electrical conductivity, please clean the soles of the feet or  
place water on the electrodes before using the equipment.  
5 . G N D  
G N D  
• Please confirm the number of print outs selected is more than 0. (See P. 13)  
• Please confirm that the correct brand of paper is used.  
No print out  
• Please confirm that the printer paper roll is placed in the correct position.  
• Please confirm that the printer paper is not jammed.  
•An RS-232C connector (D sub 9-pin male) is located in the lower center on the back of the control box.  
•Use an RS-232C cross cable when connecting to a personal computer or other device.  
• Please confirm the printer paper is not jammed.  
The printer paper does not come out.  
RS-232C connector (D sub 9-pin male)  
The printer paper is used up. Please put in a new printer paper roll. (See P.11)  
P.End is displayed and the equipment  
is incapable of taking a measurement.  
• Please confirm that the printer paper is being advanced properly.  
Please make sure that the Paper Release Lever is not in the “Up” position. (See P. 25)  
• It is possible that the maximum weight capacity has been exceeded.  
Please stop measuring.  
---- is displayed.  
RS-232C cross cable  
Do not stand on or put things on the Weighting Platform before starting measurement.  
Start measurement after confirming there is nothing on the Weighing Platform.  
uuuu is displayed.  
The power has turned off during measurement.  
• It is possible that the number of print outs selected is 0 or the Weight  
Scale Mode has been selected. Please select the Body Fat Measurement  
Mode and select a number larger than 0 for the number of print outs.  
Feed Key is not functioning.  
D sub 9-pin female  
26  
27  
Download from Www.Somanuals.com. All Manuals Search And Download.  
2 .Output data format  
Measurement data will be output in the following format.  
a Transmission data  
CAUTION • Transmission data will be output after measurements regardless of the status of the  
personal computer or other device to which data will be transmitted must be put in a  
reception-ready status before measurement.  
• A comma (,) is used as a separator between data items.  
personal computer or other device at the receiving end. For that reason, the  
ƽ
• The terminators marking the end of data are CR (ASCII code: ODH) and LF (ASCII code: OAH).  
• If the digits in the data do not reach the stipulated length for fixed length data, the data will be right-  
justified for output, with a zero (0) (ASCII code: 30H) entered in any empty spaces.  
1 .Output data items  
Output data (ASCII code)  
Data  
Date  
Time  
kg mode  
lb mode  
Byte Length  
Comma  
“dd/mm/yy” (date/month/year)  
“hh:mm” (hour:minutes)  
0: standard 2: athlete  
“dd/mm/yy” (date/month/year)  
“hh:mm” (hour:minutes)  
0: standard 2: athlete  
”d d m m y y ” , ”h h : m m ” , x , x , x x x x x , x x x . x ,  
Body type  
Gender  
1: male 2: female  
1: male 2: female  
Date  
Time  
Body type Gender  
Height  
Weight  
Height  
Weight  
Comma  
Body fat percentage  
Fat mass  
Fat free mass  
Body water mass  
Age  
x x . x , x x x . x , x x x . x , x x x . x , x x , x x x . x , x x x x x ,  
Body fat percentage  
Fat mass  
Fat free mass  
Body water mass  
Age  
BMI  
BMR  
Comma  
Comma  
BMI  
BMR  
x x x ,  
x x . x , x x x . x , x x x . x , x x x . x ,  
Impedance  
Whole body  
Right leg  
Left leg  
Right arm  
Left arm  
Body fat percentage Fat mass  
Fat free mass Predicted muscle mass  
Whole body impedance  
Right leg  
x x x ,  
Comma  
Right leg  
Left leg  
Body fat percentage  
Fat mass  
Right leg impedance  
x x . x , x x x . x , x x x . x , x x x . x ,  
Fat free mass  
Predicted muscle mass  
Body fat percentage  
Fat mass  
Body fat percentage Fat mass  
Fat free mass Predicted muscle mass  
x x x ,  
Left leg  
Left leg impedance  
Fat free mass  
Predicted muscle mass  
Right arm Body fat percentage  
Fat mass  
Comma  
x x x ,  
x x . x , x x x . x , x x x . x , x x x . x ,  
Right arm impedance  
Body fat percentage Fat mass  
Fat free mass Predicted muscle mass  
Fat free mass  
Predicted muscle mass  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Body fat percentage  
Fat mass  
Right arm  
x x x ,  
Left arm  
Trunk  
Comma  
Left arm impedance  
x x . x , x x x . x , x x x . x , x x x . x ,  
Body fat percentage Fat mass  
Fat free mass Predicted muscle mass  
Fat free mass  
Predicted muscle mass  
Left arm  
Comma  
Data will not be output if the [  
] key is used to switch to the body weight only mode.  
C R LF  
x x . x , x x x . x , x x x . x , x x x . x  
ƽ
ƽ
Calculations are made using 1kcal = 4.184kJ.  
Terminator  
Body fat percentage Fat mass  
Fat free mass Predicted muscle mass  
Trunk  
28  
29  
Download from Www.Somanuals.com. All Manuals Search And Download.  
Output (Fat Monitor Mode) Format  
a Control Commands  
Remote Mode  
When in Remote mode, the body fat analyzer may be operated remotely by sending control commands from a host.  
All types of data may be entered by connecting the BC-418 to a PC and switching to Remote mode.  
a Switching to Remote Mode  
U
U
U
?
0
1
CR LF  
CR LF  
CR LF  
U? : Confirm current setting  
U0: Use cm/kg mode  
U1: Use in/lb mode  
commands  
U
ON  
OFF  
1. When the unit is switched off, press the [  
]
WEIGHT  
kg  
lb  
and [ ] keys simultaneously.  
CLOTHES  
cm  
MALE  
FEMALE  
ft.in  
D
D
D
D
D
D
D
?
0
1
2
3
4
6
CR LF  
D? : Confirm current setting  
The default setting is off.  
Note  
ƽ
ATHLETIC  
STEP ON  
AGE  
X
X
X
X
X
X
X
X
.
X
X
CR LF  
CR LF  
D0 : Set clothing weight (5-byte fixed length)  
D1 : Set gender male = 1 female = 2  
D2 : Set body type standard = 0 athlete = 2  
D3 : Set height (5-byte fixed length)  
D4 : Set age (2-byte fixed length)  
% FAT  
CR LF  
CR LF  
commands  
D
2. Press [0], [8].  
WEIGHT  
kg  
lb  
CLOTHES  
X
X
X
X
X
cm  
MALE  
CR LF  
CR LF  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
D6 : Set Target BF (2-byte fixed length)  
% FAT  
commands  
G
G
G
1
CR LF  
G1: Start measuring body fat  
G2: Measure weight only  
3. Switch Remote mode on and off by pressing [1]  
or [0].  
WEIGHT  
kg  
lb  
2
CR LF  
CLOTHES  
[1] : Enables Remote mode  
cm  
MALE  
[0] : Disables Remote mode  
FEMALE  
ft.in  
ATHLETIC  
STEP ON  
AGE  
CHR$(01FH)  
CHR$(01EH)  
CR LF  
CR LF  
CHR$(01FH): Reset settings  
Special  
% FAT  
commands  
CHR$(01EH): Cancel measurement  
4. Press [ ] to confirm.  
WEIGHT  
kg  
lb  
*All fixed-length data right aligned. Enter  
for blanks.  
0
CLOTHES  
cm  
MALE  
FEMALE  
ft.in  
a Error Codes  
If an error occurs, the body composition analyzer will send an error code to the host.  
ATHLETIC  
STEP ON  
AGE  
% FAT  
ON  
OFF  
5. Push the [  
] key.  
WEIGHT  
kg  
lb  
E
E
E
0
0
X
0
1
X
CR LF  
CR LF  
CR LF  
E00 : Attempted to start measuring without completing settings  
Only "r S" will appear (standby display).  
CLOTHES  
E01 : Error in calculating body fat percentage  
EXX :other error ’ body fat analyzer switches off  
cm  
MALE  
To switch off Remote mode, start  
from the beginning again and  
select "OFF" at Step 3.  
FEMALE  
ft.in  
ƽNote  
ATHLETIC  
STEP ON  
AGE  
% FAT  
*See p.26 "7. Troubleshooting" for details of errors.  
30  
31  
Download from Www.Somanuals.com. All Manuals Search And Download.  
a Example of Use  
The body composition analyzer is used remotely as follows.  
Set height  
6
Ex: 179cm  
Host .  
D
3
0
0
4
8
1
7
9
CR LF  
/body composition analyzer  
Switch on body composition analyzer.  
1
D
3
CR LF  
. body composition analyzer  
If commands accepted  
If settings incorrect  
Host ,  
First, switch on the body composition analyzer.  
Check that the unit is in Remote mode.  
D 3  
!
CR LF  
. body composition analyzer  
Host ,  
ƽ
Also check that the unit is connected properly to the computer.  
Set age  
7
Ex: 34  
D
4
3
CR LF  
/body composition analyzer  
Choose the units of measurement.  
Host .  
2
D
4
CR LF  
Ex: cm/kg  
If commands accepted  
If settings incorrect  
Host ,  
.
body composition analyzer  
D 4  
!
CR LF  
. body composition analyzer  
Units of measurement cannot be set if tare weight and height have been set. The default setting is cm/kg.  
Host ,  
ƽ
U
0
CR LF  
Host .  
/body composition analyzer  
Host ,  
Host ,  
Set target BF  
U
U
0
!
CR LF  
CR LF  
If commands received  
8
. body composition analyzer  
Ex: 18%  
If settings incorrect  
. body composition analyzer  
D
6
1
CR LF  
/body composition analyzer  
Host .  
*If commands sent are unclear Host  
commands returned  
,
!
CR LF  
D
6
CR LF  
. body composition analyzer  
If commands accepted  
If settings incorrect  
Host ,  
D 6  
!
CR LF  
. body composition analyzer  
Host ,  
Set tare weight  
3
The tare weight need not be set if not required. It will then be treated as 0.  
Ex: 1kg tare weight  
Confirm settings  
9
D
0
0
0
1
.
0
CR LF  
/body composition analyzer  
Host .  
D
?
CR LF  
/body composition analyzer  
Host .  
D
D
0
!
CR LF  
. body composition analyzer  
If commands received  
If settings incorrect  
Host ,  
D
D
D
D
D
D
0
1
2
3
4
6
0
0
1
.
0
CR LF  
. body composition analyzer  
If commands accepted  
Host ,  
Host ,  
Host ,  
Host ,  
Host ,  
Host ,  
CR LF  
Host ,  
. body composition analyzer  
1
CR LF  
CR LF  
. body composition analyzer  
0
. body composition analyzer  
0
0
1
7
9
CR LF  
. body composition analyzer  
Set gender  
4
3
1
4
CR LF  
CR LF  
. body composition analyzer  
Ex: male  
Host .  
8
. body composition analyzer  
D
1
1
CR LF  
/body composition analyzer  
D
1
CR LF  
. body composition analyzer  
If commands accepted  
If settings incorrect  
Host ,  
If settings incorrect  
Host ,if data settings incorrect .body composition analyzer  
D 1  
!
CR LF  
. body composition analyzer  
Host ,  
*Gender, body type, height and age must be entered.  
*Once all the necessary items of data have been entered, the unit will determine on the basis of age and gender whether to switch to Athlete or Standard mode.  
Hence even if you choose Athlete mode, the unit may switch to Standard mode.  
Set body type  
5
*If starting in Weight Only mode, only tare weight needs to be set.  
Ex: standard  
D
2
0
CR LF  
/body composition analyzer  
Host .  
D
2
CR LF  
. body composition analyzer  
If commands accepted  
If settings incorrect  
Host ,  
D 2  
!
CR LF  
. body composition analyzer  
Host ,  
32  
33  
Download from Www.Somanuals.com. All Manuals Search And Download.  
a Resetting  
Start measurement  
10  
11  
Reset settings  
G
1
CR LF  
Host .  
/body composition analyzer  
Host ,  
CHR$(01FH)  
CR LF  
Host .  
/ body composition analyzer  
CHR$(01FH) CR LF  
CR LF  
G
1
CR LF  
. body composition analyzer  
If commands accepted  
If settings incorrect  
If commands accepted : Host ,  
If settings incorrect : Host ,  
. body composition analyzer  
. body composition analyzer  
E 0 0 CR LF  
Host ,  
. body composition analyzer  
!
During measurement  
Commands are not accepted while measuring is in progress. If an error occurs, the body composition analyzer will transmit an error code to the host.  
a Cancel  
Host , error code . body composition analyzer  
Cancel measurement  
CHR$(01EH)  
If commands accepted : Host ,  
If settings incorrect : Host ,  
CR LF  
Host .  
/ body composition analyzer  
CHR$(01EH) CR LF  
CR LF  
Measurement finished  
12  
. body composition analyzer  
. body composition analyzer  
Readings will be outputted when measurement is finished.  
!
If concluded normally  
Host ,  
2 1 / 0 9 / 0 2 , 1 9 : 2 9 , 0 , 1 , 0 0 1 7 9 ,  
Date  
Time  
Body type  
Gender  
Height  
0 7 3 . 3 , 1 3 . 1 , 0 0 9 . 6 , 0 6 3 . 7 , 0 4 6 . 6 ,  
Weight  
Body fat percentage  
Fat mass  
Fat free mass  
Body water mass  
3 4 , 0 2 3 . 9 , 0 7 2 9 4 , 5 5 1 , 2 1 2 , 2 1 4 , 2 9 2 ,  
Age  
BMI  
BMR  
Whole body impedance Right leg impedance  
Left leg impedance  
Right arm impedance  
3 0 9 , 0 8 . 9 , 0 0 1 . 1 , 0 1 1 . 5 , 0 1 0 . 9 ,  
Left arm impedance  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Right leg  
1 0 . 1 , 0 0 1 . 2 , 0 1 1 . 0 , 0 1 0 . 4 ,  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Left leg  
1 4 . 0 , 0 0 0 . 6 , 0 0 3 . 6 , 0 0 3 . 4 ,  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Right arm  
1 5 . 4 , 0 0 0 . 6 , 0 0 3 . 5 , 0 0 3 . 3 ,  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Left arm  
1 5 . 0 , 0 0 6 . 0 , 0 3 4 . 1 , 0 3 2 . 8  
Body fat percentage  
Fat mass  
Fat free mass  
Predicted muscle mass  
Trunk  
CR LF  
. body composition analyzer  
Terminator  
If an error occurs  
Host , error . body composition analyzer  
After measurement has finished, all necessary items of data and tare weight are cleared, and the unit waits for further commands.  
34  
35  
Download from Www.Somanuals.com. All Manuals Search And Download.  
Technical Notes  
Reliability of body composition measurements with an 8-electrode BIA  
a Reliability of body composition analysis via 8-electrode BIA  
Introduction  
In deriving the body fat percentage, fat mass, and fat free mass for the whole body, the Body Composition  
Analyzer uses data acquired by DXA* from both Japanese and Western subjects as well as a regression  
formula derived through repeated regression analysis using height, weight, age, and impedance between  
right hand and foot as variables. Measurements of body fat percentage, fat free mass, fat mass, and  
predicted muscle mass for specific body parts also use a regression formula for each body part derived from  
repeated regression analysis using height, weight, age, and impedance for individual body parts (right arm,  
left arm, right leg, left leg, trunk) as variables, based on data acquired through DXA.  
A high degree of correlation has been found to exist between the figures for body fat percentage, fat mass,  
and fat free mass for individual parts and for the entire body calculated with this predictive formula and the  
figures obtained by DXA, and the results are thus highly reproducible.  
This device calculates body fat percentage, fat mass, fat free mass, and predicted muscle mass on the basis of  
data obtained by Dual Energy X-ray Absorptiometry (DXA) using Bioelectrical Impedance Analysis (BIA).  
One of two settings must be selected when taking measurements:  
1
2
Standard (for persons 7 ~ 99 years of age)  
Athlete (sportsmen/women who exercise considerably more than non-athletes)  
Making a distinction by body type in the measurement mode produces more reliable body composition  
measurements for athletes, whose body compositions differ from those of average persons.  
a Principles of body composition measurement via 8-electrode BIA  
Body composition measurements attained by the 8-electrode method are therefore extremely reliable.  
BIA is a means of measuring body composition – fat mass, predicted muscle mass, etc. – by measuring  
bioelectrical impedance in the body. Fat within the body allows almost no electricity to pass through, while  
electricity passes rather easily through water, much of which is found in muscles. The degree of difficulty  
with which electricity passes through a substance is known as the electrical resistance, and the percentage of  
fat and other body constituents can be inferred from measurements of this resistance.  
The Tanita Body Composition Analyzer measures body composition using a constant current source with a high frequency  
current (50kHz, 500μA). The 8 electrodes are positioned so that electric current is supplied from the electrodes on the tips of  
the toes of both feet and the fingertips of both hands, and voltage is measured on the heel of both feet and the thenar side of  
both hands. The current flows into the upper limbs or lower limbs, depending on the body part(s) to be measured.  
Measurement of body composition using DXA  
DXA was originally designed to measure bone mineral content, but in the full-body scan mode the body  
fat percentage, fat mass, and fat free mass of individual body parts (arms, legs, trunk) can also be  
measured. The image below shows one example of body composition measurement results obtained by  
DXA.  
a Body impedance measurement methods  
In the conventional 4-electrode method, current is supplied from the electrodes at the tips of the toes on both feet, with the voltage  
measured on the heel. This current flows from one lower limb through the lower abdomen and then into the other lower limb, and the  
bioelectrical impedance (hereinafter, “impedance,”) thus measured is the impedance between the two feet. In the newly developed 8-  
electrode method, however, current is supplied from the tips of the toes of both feet and the fingertips of both hands, and the voltage is  
measured on the heel of both feet and the thenar side of both hands. This method allows five different impedance measurements to be  
made – whole body, right leg, left leg, right arm, and left arm – by switching the part of the body in which the current is flowing and  
the location where the voltage is measured. When measuring impedance in the right leg, for instance, the current flows between the  
right hand and foot, and the voltage between both feet is measured.  
For reference, the impedance measurement methods for the respective body parts are shown in the diagram below.  
Body composition measurement results obtained by DXA (Lunar Co., Ltd; DPX-L)  
Current  
Voltage  
Whole body  
Right leg  
Left leg  
Right arm  
Left arm  
Impedance measurement methods for the respective body parts  
36  
37  
Download from Www.Somanuals.com. All Manuals Search And Download.  
Intra-day changes are thought to occur in unique cycles  
arising from differences in the rhythm of individual daily  
routines, occupations, and day-to-day activities.  
Consequently, to obtain consistent measurement figures it is  
recommended that measurements be taken under the  
following conditions:  
1) Measuring three hours or more after waking up, with  
normal day-to-day activities carried on during this time  
(simply sitting or traveling by car will keep impedance  
high)  
2) Measuring three hours or more after last eating  
(impedance tends to fall for 2 to 3 hours after a meal)  
3) Measuring twelve or more hours after vigorous exercise  
(changes in impedance vary, depending on the type and  
intensity of the exercise done)  
a Causes of errors in impedance measurements  
Intra-day fluctuations (Weight)  
1 .5  
1 .0  
BIA measures impedance and calculates body composition on the basis of this impedance. It is known,  
however, that impedance can vary due to changes in the quantity and distribution of body water, which  
accounts for approximately 60% of body weight, as well as changes in body temperature. Therefore, when  
measurements are being taken for research purposes or on a daily basis, uniform measurement conditions  
must be ensured.  
After supper  
Before bathing  
Sleeping  
0 .5  
After lunch  
After breakfast  
0 .0  
After bathing  
Before supper  
kg  
Rising  
Before lunch  
-0 .5  
-1 .0  
-1 .5  
Before breakfast  
Consideration should be given to two types of changes in impedance: inter-day changes and intra-day  
fluctuation (cyclic changes within a single day). In the 8-electrode method, full body measurements use the  
impedance between the arms and legs, while measurements for specific body parts use the impedance of  
those particular body parts.  
The reasons for changes in impedance are different for the upper limbs and the lower limbs. Given that the  
impedance of the trunk is extremely low (a mere 5-10% of the impedance between hands and feet), changes  
involving the trunk can be almost wholly ignored when measuring the impedance between hands and feet,  
and the changes for the upper and lower limbs are synthesized.  
6
8
1 0  
1 2  
1 4  
1 6  
1 8  
2 0  
2 2  
Time  
Intra-day fluctuations (Impedance value)  
6 0  
4 0  
2 0  
0
Rising  
Before breakfast  
Before supper  
Before lunch  
Before bathing  
After  
breakfast  
4) Urinating before the measurement  
Sleeping  
When studying intra-day and inter-day changes with the 8-electrode method, it is thus necessary to  
determine the respective changes for the upper and lower limbs.  
5) Measuring as far as possible at the same time every day  
in the case of repeated measurements (more dependable  
measurements can be obtained if body weight and  
impedance are both measured at fixed times)  
After  
supper  
After lunch  
-2 0  
-4 0  
-6 0  
After bathing  
1) Intra-day fluctuations (cyclic activity within a single day)  
6
8
1 0  
1 2  
1 4  
1 6  
1 8  
2 0  
2 2  
Time  
Between both hands  
Peripheral impedance ordinarily rises during sleep and falls during activity. This is believed to occur  
because extracellular fluid, typified by the blood, moves to the trunk during sleep, reducing the  
extracellular fluid in peripheral areas and thus increasing impedance, and because the extracellular fluid  
returns to peripheral areas during activity, causing a drop in impedance.  
Intra-day activities during this cycle cause changes in body water volume and distribution due to the  
consumption of food and drink as well as exercise.  
The charts on page 33 illustrate one example of intra-day activities. The changes in weight, impedance, and  
body fat percentage are shown on the respective vertical axes, while the measurement times are shown on  
the horizontal axes (plotted points indicate the variation from the average change).  
Increases in body weight occurred following the consumption of food or drink, and a sharp decrease was  
seen between 20:00 and 22:00 because of a bath.  
Between hand and foot  
Between both legs  
Complying with the conditions above should result in very  
consistent measurements.  
Intra-day fluctuations( %FAT)  
3 .0  
2 .0  
1 .0  
When developing this device, the following six conditions  
were established in deriving the regression formula:  
1) No alcohol less than 12 hours prior to measurement  
2) No vigorous exercise less than 12 hours prior to measurement  
3) No excess food and drink on the day before measurement  
4) No food and drink less than 3 hours prior to measurement  
5) Urination immediately before measurement  
Before breakfast  
Rising  
Before bathing  
Before lunch  
After supper  
After  
breakfast  
Sleeping  
0 .0  
-1 .0  
After  
lunch  
Before  
supper  
-2 .0  
After bathing  
-3 .0  
6
8
1 0  
1 2  
1 4  
1 6  
1 8  
2 0  
2 2  
6) No measurements during menstrual period (women)  
Time  
Between both hands  
The impedance between the hands and feet, as mentioned earlier, synthesizes the changes in impedance of  
the upper limbs and the lower limbs.  
Between hand and foot  
Between both legs  
During the two or three hours of digestion and absorption that followed breakfast and lunch, a decrease occurred  
in the impedance of both the upper and lower limbs, but the degree of change was larger in the lower limbs than  
in the upper limbs. This is because the impedance of the upper limbs temporarily increased due to the impact of  
specific dynamic action (SDA) from the meals but then turned downward as the body fluid mass increased. No  
such increase or decrease in impedance due to SDA was seen, though, in the lower limbs. After supper, the lower  
level of activity caused an increase due to lessened extracellular fluid in peripheral areas at the same time that  
upper and lower limb impedance fell due to digestion and absorption; as a result no clear trend could be seen.  
Among the particularly large changes that occurred were decreases in impedance while taking baths and  
subsequent increases, increases and decreases attributable to exercise, and decreases after tasks such as  
carrying heavy objects that require use of the upper limbs. In the course of a single day, the largest intra-day  
change in the lower limbs was the decrease in impedance due to the flow of blood to the lower limbs (blood  
congestion). No clear trend was noted in impedance in the upper limbs over the course of a single day, but  
extremely large changes did occur as a result of certain activities in the daily routine.  
38  
39  
Download from Www.Somanuals.com. All Manuals Search And Download.  
2) Inter-day changes  
THE APPLICABILITY OF THE BMR REGRESSION FORMULA AND  
The diagrams below offer examples of actual measurements made of inter-day changes. A study was done  
to determine the degree of change in the impedance between the feet during dehydration; the first two days  
represent a normal daily routine, while in the latter two days a state of dehydration was induced using a  
sauna.  
ITS DIFFERENCES WITH THE OLD FORMULA  
The New Regression Formula for Basal Metabolic Rate (BMR)  
It has long been said among medical and nutritional specialists that "The Basal Metabolic Rate (BMR) is  
more determined by the Fat Free Mass (FFM) than by the body weight" (Persons of a given body weight  
with a higher FFM will have a higher BMR), and that from the aspect of evaluating the body composition,  
should be estimated from the FFM. In addition, in cases of simple estimation formulae which can calculate  
from the height, weight and age, without evaluating the body composition, there was a problem with  
excessively high evaluations being given to obese persons with large body weight, and conversely  
excessively small BMR evaluations given to muscular athletes, though these are not as many in number.  
Currently, the BMR estimation recursion formula developed by Tanita, the manufacturer of body  
composition analyzers, based on their research, works by multiple regressive analysis using this FFM, and  
has a higher degree of accuracy in the individual differences in body composition. In order to derive the  
BMR, resting respiratory metabolism (Resting Energy Expenditure: REE) was measured using a breath gas  
analysis device, and this estimation recursion formula was created based on this data.  
No significant inter-day change was measured in body  
weight, impedance between the feet, or body fat percentage  
during the normal daily routine. During the dehydrated  
state, however, a drop in body weight of 1kg was noted,  
with the impedance between the feet rising approximately  
15on the first day of dehydration and 30-35on the  
second day. As a result, body fat percentage was up by  
around 1% on the first day of dehydration and by 1.5-2% on  
the second day.  
As mentioned earlier, impedance increases when body  
weight is reduced (such as by dehydration), and decreases  
when body weight is increased through excess  
consumption of food and drink. The inter-day change in  
impedance is thus inversely proportional to the change in  
body weight.  
These inter-day changes stem from such causes as:  
1) Temporary increases in body weight (total body water)  
through overeating and overdrinking  
2) Dehydration due to heavy sweating during vigorous  
exercise  
3) Dehydration due to alcohol consumption or the use of  
diuretics  
4) Dehydration due to heavy sweating during saunas, etc.  
Accordingly, it is recommended that instructions be  
provided to the subject to help eliminate these causes when  
accurate measurements are needed.  
Intra-day fluctuations (Weight)  
6 1  
6 0 .5  
6 0  
kg5 9 .5  
5 9  
5 8 .5  
5 8  
1 00 0  
1 2 0 0  
1 4 0 0  
1 6 0 0  
1 8 0 0  
Time  
5/13Monday)  
5/14Tuesday) ▲5/15Wednesday) ×5/16Thursday)  
Intra-day fluctuations (Impedance value)  
<Figure 1> The Relationship Between Resting Energy Expenditure (REE) According  
to Breath Gas Analysis and Weight, FFM  
4 2 0  
4 1 0  
4 0 0  
3 9 0  
3 8 0  
3 7 0  
3 6 0  
3 5 0  
(Presented at Nutrition Week, Held in San Diego in 2002)  
FFM vs REE  
W eight vs REE  
3000  
2500  
2000  
1500  
1000  
500  
3000  
2500  
2000  
1500  
1000  
500  
3 4 0  
1 00 0  
1 2 0 0  
1 4 0 0  
1 6 0 0  
1 8 0 0  
M ale  
Time  
M ale  
5/13Monday)  
5/14Tuesday) ▲5/15Wednesday) ×5/16Thursday)  
Fem ale  
Intra-day fluctuations ( %FAT)  
2 2  
2 1  
2 0  
Fem ale  
1 9  
1 8  
1 7  
1 00 0  
1 2 0 0  
1 4 0 0  
1 6 0 0  
1 8 0 0  
0
0
Time  
10  
30  
50  
70  
90  
30  
50  
70  
90  
110  
130  
5/13Monday)  
5/14Tuesday) ▲5/15Wednesday) ×5/16Thursday)  
FFM kg  
W eght kg  
Inter-day changes in body fat percentage and  
impedance measured by BIA between the feet  
during normal daily routine and during  
dehydration  
JP M ale  
JP Fem ale  
U S M ale  
U S Fem ale  
JP M ale  
JP Fem ale  
U S M ale  
U S Fem ale  
40  
41  
Download from Www.Somanuals.com. All Manuals Search And Download.  
Product specifications  
BC-418  
AC adaptor (included) Center Minus MODEL SA25-0535U CLASS 2  
Input Voltage: 100-240 VAC 50/60 Hz 550mA Output Voltage: 5 VDC 0.3 V  
As shown in Figure 1: the REE (BMR) has a stronger relationship to the FFM than to body weight, and a  
difference is visible between males and females in the distribution trends. We see that in principle that we  
should calculate from the FFM rather than by the old formula centered on the relationship with weight.  
Power source  
Rated Current: 3.5 A No Load Input Voltage: 5 VDC 0.3 V  
17.5 W  
Power Consumption  
8 polar Bioelectrical Impedance Analysis  
Measurement System  
<Fig: 2> Comparison of BMR Values from the TANITA Multiple regression model and Breath Analysis  
50kHz  
500µA  
Measurement Frequency  
Measurement Current  
Electrode Material  
(Presented at Nutrition Week Held in San Diego in 2002)  
Impedance  
Measurement  
Pressure Contact Stainless Steel Foot Pads, The Hand Grips are Metal-Plated to ABS Resin.  
3000  
Whole body, Right leg, Left leg, Right arm and Left arm  
Measurement Style  
y = x + 9E 11  
150 ~ 1200  
12Ω  
Strain Gauge Load Cell  
Measurement Range  
Accuracy at first calibration  
Measurement System  
R2 = 0.808  
R = 0.900  
2500  
SEE = 131.4  
Weight  
Measurement  
Maximum  
Capacity  
Accuracy at first calibration  
Clothes Weight  
Gender  
Minimum  
200 kg / 0.1 kg  
0.2kg  
440 lb / 0.2lb  
0.4lb  
/
p<0.0001  
Graduation  
0-200 kg / 440lb  
0.1 kg increments / 0.2 lb increments  
Male / Female  
2000  
Standard / Athletic  
7~99 years old /1year increments  
90 - 249 cm / 3 ft - 7 ft 11.5 in 1 cm increments / 0.5 in increments  
Body Type  
Age  
Height  
Input Items  
1500  
1000  
500  
0
4~55%  
4~55%  
Target Body Fat %  
Target Body Fat %  
Weight  
0 - 200 kg / 440 lb  
0.1 kg increments / 0.2 lb increments  
Male / Female  
Standard / Athletic  
Gender  
Display  
Body Type  
Age  
7 - 99 years old / 1 year increments  
90 - 249 cm / 3 ft - 7 ft 11.5 in 1 cm increments / 0.5 in increments  
Height  
FAT%  
Body Type  
Gender  
Age  
Height  
Weight  
BMI  
1 - 75% / 0.1% increments  
Standard / Athletic  
Male / Female  
7 - 99 years old / 1 year increments  
90 - 249 cm / 3 ft - 7 ft 11.5 in  
1 cm increments / 0.5 in increments  
0.1 kg increments / 0.2 lb increments  
0.1 increments  
2 - 200 kg / 4 440 lb  
0
1000  
TAN ITA BM R kcal / day  
(from TAN ITA m ultiple regression analysis m odel)  
JP M ale JP Fem ale U S M ale U S Fem ale  
2000  
3000  
Output Items  
1 kJ increments / 1 kcal increments  
BMR  
150 ~ 1200 / 1increments  
1 - 75% / 0.1% increments  
Impedance *1  
FAT% *2  
Fat Mass *2  
FFM *2  
Print-out  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
0.1 kg increments / 0.2 lb increments  
Desirable Range for FAT% and FM  
3 Rows, 5 Digits LCD  
RS-232C (D-sub 9 pins male Connector)  
0ºC/35ºC  
30% / 80% (without condensation)  
12kg  
TBW  
The current BMR retrogression formula is a formula which acts on the principle of using the FFM value  
from the results of body composition measurement according to the BIA, A good relationship is shown in  
the BMR value based on actual breath analysis REE or R=0.9 (p<0.0001). These results were presented at the  
First Annual Nutrition Week (American College of Nutrition, American Society for Clinical Nutrition,  
American Society for Parenteral and Enteral Nutrition, North American Association for the Study of  
Obesity) held in 2002 in San Diego.  
Predicted Weight  
Predicted fat mass  
FAT TO LOSE/GAIN  
Predicted muscle Mass *2  
Others  
Display  
Output Data Interface  
Temperature Range of Usage  
Relative Humidity  
NOTE: This model has been calibrated for those between ages of 18-84.  
Those individuals outside of this age range may not be obtain accurate readings.  
Weight of Equipment  
Weighing Platform  
377 X 343 X 83mm  
Size  
830mm  
Height  
*1 This item displays Whole Body, Right Leg, Left Leg, Right Arm and Left Arm.  
*2 This item displays Right Leg, Left Leg, Right Arm, Left Arm and Trunk.  
42  
43  
Download from Www.Somanuals.com. All Manuals Search And Download.  
This device features radio interference suppression in compliance with valid EC Regulation 89/336/EEC.  
14-2,1-chome,Maeno-cho,Itabashi-ku  
Tokyo,Japan  
Tel:(03)3968-2123 / (03)3968-7048 Fax:(03)3967-3766  
2625 South Clearbrook Drive  
Arlington Heights, Illinois 60005 U.S.A.  
Toll Free : (800) 826-4828  
Tel : 847-640-9241  
Unit 301-303 3/F Wing On Plaza,  
62 Mody Road, Tsimshatsui East,  
Kowloon, Hong Kong  
Dresdener Strasse 25  
D-71065 Sindelfingen,  
Germany  
Tel : 07031-6189-6  
Fax : 07031-6189-71  
The Barn, Philpots Close,  
Yiewsley, West Drayton,  
Middlesex, UB7 7RY,  
United Kingdom  
Tel : +44-1895-438577  
Fax : +44-1895-438511  
Villa Labrouste  
68 Boulevard Bourdon,  
92200 Neuilly-Sur-Seine,  
France  
Tel : +852-2838-7111  
Fax : 847-640-9261  
Fax : +852-2838-8667  
Tel : 01 55 24 99 99  
Fax : 01 55 24 98 68  
BC4187001(3)  
Download from Www.Somanuals.com. All Manuals Search And Download.  

Sharp Stereo System UP 3300 User Manual
Shaw Satellite TV System SAC 00 094 User Manual
Sherwood Stereo Receiver RX 765 User Manual
Solid State Logic Stereo Equalizer X EQ User Manual
SonicWALL Humidifier 5812 User Manual
SPX Cooling Technologies Fan Marley Reflex RTM User Manual
Sterling Plumbing Outdoor Shower 62060103 User Manual
Sunbeam Blender IS6800 User Manual
Sun Microsystems TV Video Accessories AND B100S User Manual
Swann Security Camera SW111 WIP User Manual