
39
(b) If
F2:mV
F2:mV
was selected at step 3 above, the
900-I3
will confirm the setting before returning
to normal measurement mode…
Channel 1 mV output selected,
Channel 1 mV output selected,
-1500mV = 0 volts, +1500mV = 2 volts
-1500mV = 0 volts, +1500mV = 2 volts
12.2 Recorder Port Configuration in pH Mode
1.
Select the Ports Set-up menu (
→
→
F4:Setup
F4:Setup
→
→
F1:Ports
F1:Ports
).
2.
If the both the Recorder and the RS232 port options are fitted, then select
F2:Recorder
F2:Recorder
.
If the Recorder Port option
only
is fitted, then the
900-I3
will jump directly to the Channel
Selection screen…
RECORDER F1:Channel 1 F2:Channel 2
RECORDER F1:Channel 1 F2:Channel 2
F3:Channel 3 >F4:OFF
F3:Channel 3 >F4:OFF
The arrow indicates the current selection.
Press
,
or
to select Channel 1, 2 or 3.
Press
to switch the Recorder Port OFF.
3.
After selecting Channel 1, 2 or 3, the
900-I3
will display the Recorder Port configuration for 3
seconds, before returning to normal measurement mode…
Channel 1 pH selected,
Channel 1 pH selected,
0pH = 0 volts, 14pH = 2 volts
0pH = 0 volts, 14pH = 2 volts
12.3 Recorder Port Configuration in Absolute or Relative mV Modes
1.
Select the Ports Set-up menu (
→
→
F4:Setup
F4:Setup
→
→
F1:Ports
F1:Ports
).
2.
If the both the Recorder and the RS232 port options are fitted, then select
F2:Recorder
F2:Recorder
.
If the Recorder Port option
only
is fitted, then the
900-I3
will jump directly to the Channel
Selection screen…
RECORDER F1:Channel 1 F2:Channel 2
RECORDER F1:Channel 1 F2:Channel 2
F3:Channel 3 >F4:OFF
F3:Channel 3 >F4:OFF
The arrow indicates the current selection.
Press
,
or
to select Channel 1, 2 or 3.
Press
to switch the Recorder Port OFF.
3.
After selecting Channel 1, 2 or 3, the
900-I3
will display the Recorder Port configuration for 3
seconds, before returning to normal measurement mode…
Channel 1 mV selected,
Channel 1 mV selected,
-1500mV = 0 volts, +1500mV = 2 volts
-1500mV = 0 volts, +1500mV = 2 volts