1. Choose Program Number. (1→2)
2. Start the run.
A
SET:
2 1
1000 Vh
1000 V
10 mA 10 W
3. During a run you can view the
settings. It is also possible to
interrupt the run and make
changes in the program.
4. Stop the run manually.
5. The run is stopped automatically.
editing section (5.3, Changing a parameter value). It is not possible to insert or delete a phase for a
running program. The P-SET mode is the same as the SET mode apart from restrictions in setting the
breakpoint. Naturally, it is not possible to enter a time, integrated voltage or current that is already
passed.
Press EXIT or PAUSE CONTINUE to go back from P-SET to PAUSE. Press RUN or PAUSE
CONTINUE to proceed with the electrophoresis.
View programmed values
It is also possible to view the programmed values during a run by pressing SET ENTER. Note that no
values can be changed here. Only one phase is shown at one time. Switch to another phase by using
/ . The display returns automatically to show RUN values after 5s. Alternatively use EXIT or RUN.
Stopping the run and viewing end parameter values
When the programmed time, volthours or milliamperehours for the last phase is attained, the program
will enter the End mode. It is also possible to break the run manually by pressing STOP.
In both cases, the voltage, current and power will go to zero as indicated by the "HV on" LED switching
off. The end parameter values are displayed. Switch between total elapsed time, integrated voltage or
integrated current for all phases in the program by
SET:
1 1
500 V
1 mA
Select by
SET:
2 1
1000 V 10 mA
Start by
RUN:
2 1
500 V
10 mA
set
enter
RUN:
2 1
900 V
10 mA 9 W
exit
or wait 5 s
RUN:
2 4
2500 V
10 mA 25 W
END:
2 4
3125 V
8 mA
Fig. 7. Running, viewing and pausing a program.
1 Vh
5 W
A
1000 Vh
10 W
run
A
5 Vh
5 W
pause
continue
A
1000 Vh
pause
run
or
continue
STOP
A
880 Vh
A
3620 Vh
25 W
/ .
EPS 3501 XL - User Manual
A
PAUSE:
2 1
1000 Vh
900 V
10 mA 9 W
set
pause
exit
or
enter
continue
A
P-SET:
2 1
1000 Vh
1000 V
10 mA 10 W
Programming
A
END:
2 4
3000 Vh
2500 V
10 mA 25 W
13