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GE Analytical Instruments ©2009
107 of 236
DLM 90488-01 Rev. A
7. Check the value that is output to the multimeter. If the reading is not 4 mA
±
0.01 mA, go
back to Step 6 and adjust the value. Repeat until the multimeter measures 4 mA
±
0.01 mA.
8. Press the
Adjust
button for the 20 mA value.
9. Press the
Increase
or
Decrease
button to change the value. Note that you can change the
rate at which the Analyzer applies the adjustment by changing the selection under the
Rate
button.
10. Check the value that is output to the multimeter. If the reading is not 20 mA
±
0.01 mA, go
back to Step 8 and adjust the value. Repeat until the multimeter measures 20 mA
±
0.01
mA.
11. Disconnect the multimeter wires from TB3 and return the Analyzer to normal operation.
Setting Up Serial Output
To download data from the Analyzer directly to a computer, you must enable the
Output
option
and set the
Baud Rate
for the serial (RS-232) port.
1. Select the
I/O
tab.
2. Press the
Serial
button.
3. Press the
Baud Rate
button. Select
9600
,
19200
, or
38400
and press the
Enter
button to
save the value, or press
Cancel
to retain the current setting without making any changes.
Consult your computer manual to determine the maximum baud rate for your computer’s
serial port. The default value is
9600
.
To capture the data via the serial (RS-232) port, you will need a computer that is running a serial
port communications program, such as Hyperterminal. For information on setting up
Hyperterminal to communicate with the Analyzer, see “Using HyperTerminal” on page 228 in the
Appendix.
Note:
For long distance connections (up to 1,000 feet or 305 meters) GE Analytical
Instruments recommends use of either a RS-232 current loop converter or a RS-422
converter. Companies such as B&B Electronics manufacture both kinds of converter.
Содержание Sievers 900 Series
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Страница 172: ...GE Analytical Instruments 2009 172 of 236 DLM 90488 01 Rev A Figure 30 Interior Overview of the Analyzer ...
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Страница 217: ...GE Analytical Instruments 2009 217 of 236 DLM 90488 01 Rev A Figure 47 Draining the Measurement Module ...
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