|
Method: |
Microporcessor
Controlled Karl Fischer Coulometric Titrimetry |
|
Detection: |
Constant
Current Polarization Detection |
|
Titration
Control: |
Automatic
Electrolysis Current Control |
|
Titration
Rate: |
Max.
1920 µg H2O/min., microprocessor controlled |
|
Background
Compensation: |
Automatic
Correction to 70ug/min. Full-time Display (µg H2O/sec)
|
|
Measuring
Range: |
10
µg to 100 mg H2O |
|
Sensitivity: |
0.1
µg H2O |
|
Precision: |
±
3 µg for 10 µg to 1 mg H2O, C.V. = 0.3% or less
for >5000 µg H2O |
|
Display: |
4 line x 20 character LCD Display |
| End Display: |
Message Display, Electronic beep and LED indicator |
|
Calculation: |
Concentration
(µg, %, ppm, mg/L) |
|
Printer: |
OPTIONAL: Thermal Dot Matrix Printer, Paper width 57-82mm |
|
Input/Output: |
Standard
Built-in RS-232C Interface for optional printer or computer interface
|
|
Auxiliary
Functions: |
Self-Diagnostics, GLP formatted Data Output, Memory backup 1 year
|
|
Sample
Introduction: |
Angled Sample Ports, greaseless glassware |
|
Power
Requirement: |
AC
100V-240V, 50/60Hz, 160VA |
|
Dimensions: |
Approx.
125 mm (W) x 310 mm (D) x 145 (H)
for case 5" (W) x 12.3 " (D) x 5.8 " (H)
Approx. ____106mm (W) x 195mm (D) x 36mm (H)
for Terminal_ 4.2" (W) x 7.7" (D) x 1.4" (H)
|
|
Weight
(Packed): |
Approx,
2.3kg (5.0 lbs.) |
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