Owner's manual
Table Of Contents
- Content
- Overview
- Operation with the keyboard
- Error messages, troubleshooting
- Diagnosis
- General
- Summary
- Prepare instruments for diagnostic tests
- Diagnosis of cylinder code
- Diagnosis of key board
- Diagnosis of display
- Diagnosis analog output
- Diagnosis of digital timer
- Diagnosis of analog timer
- Diagnosis of external inputs, outputs
- RAM-test
- Diagnosis of spindle zero and cock changeover
- Diagnosis of spindle drive
- RAM-initialisation
- Releasing a locked spindle
- Operation via RS232 Interface
- Appendix
- Index

2.2 Modes
765 Dosimat
15
The following table shows factors for the most common ionic standards:
Cation Standard
prepared from:
Factor f Anion Standard
prepared from:
Factor f
Na
+
NaCl
NaNO
3
0.39339
0.27050
F
-
NaF 0.45245
K
+
KCl
KNO
3
0.52441
0.38670
Cl
-
NaCl
KCl
0.60666
0.47550
Ca
2+
CaCl
2
0.36111 Br
-
NaBr·2H
2
O
KBr
0.57514
0.67141
Ba
2+
BaCl
2
·2H
2
O
Ba(NO
3
)
2
0.56222
0.52550
I
-
KI 0.76444
Cu
2+
Cu(ClO
4
)
2
Cu(NO
3
)
2
·6H
2
O
0.24214
0.21494
SO
4
2-
K
2
SO
4
0.55087
Pb
2+
Pb(ClO
4
)
2
·3H
2
O
Pb(NO
3
)
2
0.45028
0.62557
NO
3
-
NaNO
3
KNO
3
0.72950
0.61319
PO
4
3-
Na
2
HPO
4
·12H
2
O
Na
3
PO
4
·12H
2
O
0.26519
0.24985
The factor f as correction for substances with admixtures
e.g. water of crystallization, impurities, moisture.
The factor f as correction for the volume contraction
For the amount-of-substance concentration c (units mol/L and mmol/L) and the mass
concentration ρ (units g/L and mg/L), the concentration is referred to the volume of the
solution.
c
i
= n
i
/V resp. ρi= mi/V
where n
i
amount of substance i
m
i
mass of substance i
V volume of the solution