- 14 -
same time, the Curve Equation will be saved in the RAM
automatically.
ENTER
0.000 0.600
0.600
0.000
r=1.000
C=1.000XA+0.000
500.0nm 0.600Abs
Put 6# Standard,
Input 6# Conc.:
C=
Fig. 4-13
Note: If there’s some mistake during the operation, the system will beep
3 times and return the initial interface automatically. Of course, the
curve can not be displayed on the screen.
(5) Measure Samples
★
Pull the Reference solution in the light path and press
ENTER
ESC
0.000 0.600
0.600
0.000
r=1.000
C=1.000XA+0.000
500.0nm 0.000Abs
No. Abs. Mg/ml
1 0.000 0.000
2 0.100 0.100
to
go into the continuous measurement interface. (Fig. 4-14)
ENTER
ESC
0.000 0.600
0.600
0.000
r=1.000
C=1.000XA+0.000
500.0nm 0.000Abs
No. Abs. Mg/ml
1 0.000 0.000
2 0.100 0.100
Fig. 4-14
★
Pull the unknown sample in the light path, then press
Standard Curve
ESC
ENTER
Create Curve
Load Curve
Delete Curve
No. Curve Data
1 C=1.852A+2.010
2 C=1.000A+0.000
to
measure. The result will be displayed on the screen one by one. At
the same time, the data will be saved in the RAM automatically. Total
200 groups of data can be saved.
(6) Load Curve
All the curve equations will be saved in the RAM automatically. If you
want to reload the saved curve, just follow the following steps:
★
Move the cursor on “Load Curve” and press
Standard Curve
ESC
ENTER
Create Curve
Load Curve
Delete Curve
No. Curve Data
1 C=1.852A+2.010
2 C=1.000A+0.000
to confirm.
Then the system will go into the curve equation record interface.(Fig.
4-15)
Standard Curve
ESC
ENTER
Create Curve
Load Curve
Delete Curve
No. Curve Data
1 C=1.852A+2.010
2 C=1.000A+0.000
Fig. 4-15
