Intensity Control Circuit I <6; Pulse Indicator Circuit I <7; Intensity Control Circuit Ii <8 - Physiomed -IF-Expert Opearting Instructions

2.1.6 Intensity Control Circuit I <6>
Automatic output current switch-off
PHYSIOMED-IF-Expert
vated in case the current flow of the electrodes is interrupted (electrode falls off,
plug is disconnected from patient lead etc.). The message
appear in the lower status bar<4> and the current will be automatically turned
down to a minimum basic current in circuit I. After eliminating the error, the current
in circuit I will automatically be surged to the previously set value and the message
will disappear.
2.1.7 Pulse Indicator Circuit I <7>
The pulse indicator circuit I <7> serves to visually monitor the cur-
rent modes and intensities of circuit I. It flashes whenever a pulse is
generated in circuit I by the processor, even in case of 0 intensity. It
will stop flashing however when the intensity is automatically re-
duced by the therapy timer. After turning down the intensity of cir-
cuit I to 0 with the intensity control circuit I <6> the indicator will
start flashing again. When changing the polarity of monophase cur-
rents in circuit I (display <3>) the indicator will show how the inten-
sity increases or decreases automatically.
2.1.8 Intensity Control Circuit II <8>
PHYSIOMED-IF-Expert
The intensity control circuit I <6> serves to set the inten-
sity in circuit I in steps of 0.5 mA. When turning up the in-
tensity of intensity control circuit I <6> or intensity con-
trol circuit II <8>, the associated therapy timer in the dis-
play <3> will be started as well.
Whenever you have to turn down the intensity control
circuit I to "0", the following turn-down signal is displayed
in the lower status bar <4>:
disposes of an automatic output current switch-off acti-
The intensity control circuit II <8> serves to set the cur-
rent intensity in circuit II in steps of 0.5 mA. When turning
up one of the two intensity controls circuit I <6> or cir-
cuit II <8>, the associated therapy timer on the display
<3> will be started as well.
Every time you have to turn down the intensity control
circuit II to 0, the following message will be displayed in
the lower status bar<4>:
Controls and Indicators
CHECK ELECTRODES I
will
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