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計測機器 Cole Parmer 1200 SeriesのPDF ユーザーマニュアルをオンラインで閲覧またはダウンロードできます。Cole Parmer 1200 Series 18 ページ。

concentration. If dilution is impossible or causes other problems, you may divide the

factor value by "10" or "100" and follow step 1 to 4 to enter the "new" factor value. You

need to calculate the sample concentration by multiplying readout with the multiple "10"

or "100".

Read the concentration value of the sample direct from the display.

Insert a cuvette containing the next sample and read the result. Repeat until all

samples have been measured.

Operational Note: if the MODE is changed to read A or T and the Concentration C

reading is "frozen", re-start at step 1.

Output and Data Processing

Model 1200/1201 Model has a RS232C Interface connector that can be connected to

any RS232 printers (Cole Parmer provides RS232 printer, item number: S-1100-206,

as an optional accessory). It requires a 9-pin, null modem connection cable. The RS232

Printer Setting should be as follows:

•

Baud Rate: 9600 bps

•

Parity: None

•

Data Bits: 8

•

Stop Bit: 1

UNICO

Application Software

The UNICO

Application Software--VIS1200 is Windows-based software designed to

operate with Cole Parmer Spectrophotometer Model 1200/1201. 1200/1201 uses its

RS232C Interface connector to connect with a PC. The software runs on a PC with

95/98/Me/NT/2000/XP operating system installed. The Software offers two additional

analytical methods: Standard Curve and Absorbance vs. Time Kinetics. It performs

the following methods for analysis:

• Absorbance/%Transmittance/Concentration: measure the Absorbance,

%Transmittance, Concentration/Standard, or Concentration/Factor at a single

wavelength within the range of 325~1000 nm

• Standard Curve: create a calibration curve (choice of 4 curve fits) with up to 8

standard solutions at a single wavelength to determine concentrations of

unknown samples

• Absorbance vs. Time Kinetics: measure a sample's absorbance change over a

selected period of time, store the test results in data table, display the results

graphically, and calculate the reaction rate within a given time interval