When necessary
(cautions for safety)
GB
46
When necessary
(cautions for safety)
GB
47
- Transmit data
The measured data is output in the following format.
• Each piece data is with a comma-delimited (,).
• The terminator (the end of the data) is CR (ASCII code 0DH), LF (ASCII code 0AH). 0 herein is zero.
(1) Output data format
Transmit data is output immediately after measurement regardless of the state of the receiving side
(personal computer, etc.). Therefore, the receiving side must always be ready to receive before
measurement.
*PC mode is a mode to send personal data from the personal computer side and to receive
measurement results.
Transmission Data is output immediately after measurement regardless of the status of
the receiving equipment (personal computer, etc.). Therefore the receiving equipment
needs to be ready to accept the data before measuring.
(2). Output data items
Order of output
Item
Header
Format
Contents Body composition monitor
Scale
Adult
Athlete
Child
1111
2
Control data
Control data
{0
˜0
Fix to 16
Fix to 1
2 byte fixed length
1 byte fixed length
Control data
Control data
˜1
˜2
Fix to 1
Fix to 1
1 byte fixed length
1 byte fixed length
Model
Serial No.
MO
SN
”XXXXXX”
”XXXXXXXX”
8 byte fixed length
10 byte fixed length
ID number
Date (dd/mm/yyyy)
ID
Da
”XXXXXXXXXX”
”dd/mm/yyyy”
12 byte fixed length
10 byte fixed length
Time
Body type
TI
Bt
”hh:mm”
0 or 2
7 byte fixed length
0 byte fixed length (0: standard 2: athlete)
Gender
Age
GE
AG
1 or 2
XX
1 byte fixed length (1: male 2: female)
“1 – 2 byte variable length (unit: age, right-aligned)”
Height
Clothes (tare)
Hm
Pt
XXX.X
XX.X
“4 – 5 byte variable length, to 1 place of decimals (unit: cm)”
“3 – 4 byte variable length, to 1 place of decimals (unit: kg)”
Weight
Body fat %
Wk
FW
XXX.X
XX.X
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
“3 – 4 byte variable length, to 1 place of decimals (unit: %)”
Fat mass
Fat free mass
fW
MW
XXX.X
XXX.X
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
Muscle mass
Muscle score
mW
sW
XXX.X
XX
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
1 – 2 byte variable length (1-24)
Bone mass
TBW
bW
wW
XXX.X
XXX.X
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
TBW %
BMI
ww
MI
XXX.X
XXX.X
“3 – 5 byte variable length, to 1 place of decimals”
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
Standard body weight
Degree of obesity
Sw
OV
XXX.X
XX.XX
“3 – 5 byte variable length, to 1 place of decimals (unit: kg)”
“3 – 5 byte variable length, to 1 place of decimals (unit: %)”
Visceral fat rating
BMR (kJ)
IF
rb
XX
XXXXX
1 – 2 byte variable length
1 – 5 byte variable length (unit: kJ)
BMR (kcal)
BMR score
rB
rJ
XXXXX
XX
1 – 5 byte variable length (unit: kcal)
1 – 2 byte variable length
Metabolic age
Rohrer’s index
rA
RO
XX
XXXX.X
2 byte fixed length
4 – 6 byte variable length
Target body fat %
Predicted weight
Fat to gain / lese
Checksum
gF
gW
gt
CS
XX
XXX.X
XXXX.X
XX
1 – 2 byte variable length
3 – 5 byte variable length
3 – 6 byte variable length
2 byte fixed length
Predicted fat mass
Impedance
gf
ZF
XXX.X
XXXX.X
3 – 5 byte variable length
5 – 6 byte variable length
2 2 2
333
4 4 4
5553
6 6 6 4
7775
8 8 8 6
9997
10 10 10
11 11 11
12 12 12
13 13 13
14 14 14 8
15 15 15 9
16 16 16
17 17 17
18 18 18
19 19 19
20 20
21 21
22 22 20
23 23 21
24 24
25
26
27 25
28 26
29 27
30 28
31 29
22
32 30 23
33
35
37
31
33
35
24
26
28 10
34
36
32
34
25
27
