|
Specifications |
mV |
pH |
Temperature |
|
Range |
-2000.0 to 2000.0 mV |
- 2.000 to 20.000 pH |
-5.0 to 105.0¢XC/23 to
221¢XF |
|
Accuracy |
¡Ó 0.1 mV (@25¢XC/77¢XF) |
¡Ó 0.001 pH (@25¢XC/77¢XF) |
¡Ó 0.1¢XC/¡Ó0.2¢XF (excluding
probe error) |
|
Resolution |
0.1 mV |
0.1/0.01/0.001 pH |
0.1¢XC/0.1¢XF |
|
Dosing Accuracy |
0.1% of full burette
volume |
|
Display Resolution |
0.001 mL |
|
Burette Resolution |
1/40000 |
|
Burette Sizes |
5, 10, 25, and 50 mL |
|
Burette Volume |
Accuracy |
Display resolution |
|
|
5 mL |
¡Ó 5 µl |
0.001 mL |
|
|
10 mL |
¡Ó 10 µl |
0.001 mL |
|
|
25 mL |
¡Ó 25 µl |
0.001 mL |
|
|
50 mL |
¡Ó 50 µl |
0.001 mL |
|
|
Display: |
Graphic LCD 120 x 90 mm
(4.7 x 3.5 in) |
|
Languages: |
English, French, German,
Italian, Spanish and Romanian |
|
Methods: |
10 standard and 2
troubleshooting methods (preprogrammed) and 12 user-defined methods |
|
Burette Auto-Detection: |
Burette size is
automatically recognized when inserted into the unit |
|
Programmable Stirrer: |
Propeller type, 100-2500
RPM, automatically held within 10% of the set value, resolution 100
rpm |
|
Flow Rate: |
User-selectable from 0.1
mL/min to 2 burette-volumes/min |
|
pH/mV Measurement: |
Titrators will also
perform simple pH and mV measurements |
|
Temp. Compensation: |
pH measurements are
automatically temperature compensated |
|
pH Calibration: |
Manual or automatic at 1-5
points with 4 buffer sets for custom buffers |
|
Potentiometric Titrations: |
Acid-Base (pH or mV-Mode),
Redox, Precipitation, Complexometric, Non-Aqueous, Ion-Selective,
Argentometric (in mV-mode only) |
|
Titer Determination: |
Preprogrammed methods |
|
Titration Methods: |
Fixed mV or pH end-point
detection & first equivalency point detection (with the 1st or 2nd
derivatives of the titration curve) |
|
Measurement Units: |
User specified expression
of concentration units to suit specific calculation requirements |
|
Real Time & Stored Graphs: |
mV-Volume or pH-Volume
titration curve, 1st derivative curve or 2nd derivative curve, versus
time-datalogging results |
|
Data Storage: |
mV-Volume or pH-Volume
titration curve, 1st derivative curve or 2nd derivative curve, versus
time-datalogging results |
|
Disk Drive: |
Built-in 3.5" floppy disk
drive allows storage and transfer of configurations, preprogrammed
methods, custom methods, titration reports and bitmap graph files |
|
Peripherals: |
Connections for VGA
display, PC-keyboard, parallel printer, RS 232 interface, RS 485
interface (for future expansion) |
|
GLP Conformity: |
Instrumentation data
storage and printing capabilities |
|
Mains: |
100 VAC, 50-60 Hz (HI
901-03 and HI 902-03); 115 VAC, 50-60 Hz (HI 901-01 and HI 902-01);
230 VAC, 50-60 Hz (HI 901-02 and HI 902-02) |
|
Power Draw: |
Max 40 VA, 2 exchangeable
fuses |
|
Enclosure Material: |
ABS plastic and coated
steel |
|
Keypad: |
Polycarbonate |
|
Dimensions: |
Width x Depth x Height =
390 x 350 x 380 mm (15.3 x 13.8 x 14.9 in) |
|
Weight: |
approx. 10 Kg (22 lb) with
one pump and stirrer assembly |
|
Operating Environment: |
10 to 40¢XC (50 to 104¢XF),
up to 95% R.H. |
|
Storage Environment: |
20 to 70¢XC (-4 to 158¢XF),
up to 95% R.H. |
|
Preprogrammed Methods |
|
Name |
Dosing Type |
Endpoint mode |
Calculation |
|
NaOH Titrant conc. |
Dynamic |
Fixed 8.600 pH |
Titrant conc. by weight |
|
HCl Titrant conc. |
Dynamic |
Fixed 8.600 pH |
Titrant conc. by volume |
|
Na2S2O3 (Thio) Titrant
conc |
Dynamic |
mV equivalency, 1st
derivative |
Titrant conc. by weight |
|
Alkalinity of Water |
Dynamic |
Fixed 4.500 pH |
Sample conc. by volume |
|
Acidity of Water |
Dynamic |
Fixed 8.300 pH |
Sample conc. by volume |
|
Water Hardness |
Dynamic |
mV equivalency, 1st
derivative |
Generic Formula |
|
Chloride conc. |
Dynamic |
mV equivalency, 1st
derivative |
Sample conc. by volume |
|
Neutralization w/ H2SO4 |
Dynamic |
mV equivalency, 1st
derivative |
Sample calc. by volume |
|
Neutralization w/ NaOH |
Dynamic |
pH Equivalency, 1st
derivative |
Sample calc. by volume |
|
FeII(NH4)2(SO4)2 (FAS)
Titrant conc. |
Dynamic |
mV equivalency, 1st
derivative |
Titrant calc. by volume |