The Cal 2000
Electrochemical Gas Generator
The Cal 2000 provides unmatched versatility and accuracy in corrosive
calibration gases. Field replaceable electro-chemical generating cells
provide a calibration standard for accurately testing chlorine, chlorine
dioxide, hydrogen, hydrogen cyanide, and hydrogen sulfide gas sensors.
The Cal 2000 is microprocessor controlled and has an LCD display
allowing field adjustable ppm and flow rate. The generating cells are
interchangeable and field replaceable. Best of all, the Cal 2000
provides up to 50 times as much calibration gas as a disposable cylinder at
approximately the same cost. The electrochemical generating cells do not
degrade over time.
The Cal 2000 gas generator has a built-in mass flow sensor that
automatically compensates for altitude and temperature. The mass flow
sensor combined with the instruments internal pump, provide extreme flexability
for calibrating both diffusion and sample draw detection systems.
The CAL 2000 gas generator's features include:
-
compact "hand-held" design
-
low power consumption
-
alkaline battery powered
|
-
adjustable ppm and flow rate
-
automatic purge on shut down
-
interchangeable calibration gases
|
Instrument Specifications
| Chlorine (Micro-Cell) |
0.05-1.0 ppm
@ 0.5 LPM |
| Chlorine |
0.5-50 ppm
@ 0.5 LPM |
| Chlorine Dioxide |
0.5-5 ppm
@ 0.5 LPM |
| Hydrogen |
0.5-50 ppm
@ 0.5 LPM |
| Hydrogen Cyanide |
0.5-50 ppm
@ 0.5 LPM |
| Hydrogen Sulfide |
0.5-50 ppm
@ 0.5 LPM |
| Hydrogen Sulfide (Micro-Cell) |
0.05-1.0 ppm
@ 0.5 LPM |
Air Flow Rate
(with Internal pump) |
0.2 to 1.0 LPM |
Sample Draw Rate
(with pump disabled) |
0.1 to 5.0 LPM |
|
| Cell Life |
50 or 100 hours |
| Warm-up Time (to 90%) |
Approx. 5 minutes |
| L x W x H |
8.50 x 4.25 x 3.00 inches |
| Weight |
3 pounds |
Operating
Temperature |
0 to 50 C |
| Relative Humidity |
0-100% |
| Accuracy |
+/- 10% |
| Repeatability |
+/- 5% |
| Battery Power |
4 alkaline "C" |
| Battery Life |
10 hours (at .5 LPM
flow rate) |
|
For a printer friendly version of this information visit our
Downloads
page.