Accessories User Manual

60
1-7. Download Raw Plate Data Format
All protocol data is ASCII code data.
Transmit format: <“,”(0x2c)><plate datum 1><“,”><plate datum 2><“,”>…<plate datum n><“,”>
“,”(0x2c) delimits each parameters item.
1-7-1. End point's Download Raw Plate Data Format
The assignment of the Download Raw Plate Data format of End point:
# Item of the plate datum Details
1
Plate data mode “0”(End point), “1”(Kinetic)
2
Memory number "1" to "10" (End point), "1" or "2" (Kinetic)
3
Kit name [16] ASCII characters (max 15characters + null code)
4
Plate reading mode (S/D) Plate reading mode (“0”: Single / “1”: Dual)
5
Measurement wavelength Model 680: “400” to “750”nm
6
Reference wavelength
Model 680: “400” to “750”nm
A space character (0x20) is available for Single reading.
7
Measurement filter number “1” to “8”
8
Reference filter number
“1” to “8”
A space character (0x20) is available for Single reading.
9
Protocol number "1" to "64" (End point), "65" or "66" (Kinetic)
10
Plate reading date
<year>”/”<month>“/”<day><space><hour>”:”<minutes>“:”<seconds>
<year>: "00" to "99" (2000 to 2099)
<month>: "1" to "12"
<day>: "1" to "31"
<hour>: "0" to "23"
<minutes>: "0" to "59"
<seconds>: "0" to "59"
11
Begin of <Mes. data> "begin"
12
<Mes. data>
<Mes.data>: Abs. Data
(See below "Abs. Data Sample")
Measurement wavelength absorbance values are in ASCII encoded
floating point format. Ex. 0.000
Each absorbance value is separated by a space, but in case of minus
value, a minus sign is put instead. Each row of 12 well values is
separated by a comma (,).
<8 rows of 12 wells of abs. values>:
Row1=wells (A1 to A12)"," Row2=wells (B1 to B12)","…
…. Row8=wells (H1 to H12)
13
End of <Mes. data> "end"
14
Begin of <Ref. data> "begin", put only for dual wavelength reading
15
<Ref. data>
<Ref.data>: Abs. data, put only for dual wavelength reading
(See below "Abs. Data Sample")
<8 rows of 12 wells of abs. values>:
Row1=wells (A1 to A12)"," Row2=wells (B1 to B12)","…
…. Row8=wells (H1 to H12)
16
End of <Ref. data> "end", put only for dual wavelength reading