CARESCAPE ONE User Manual DRAFT 26 October 2017
Normal screen pages
The normal screen displays parameter windows for parameters being monitored. A
second page is also available. When the normal screen is full, the parameters are
automatically configured to display on page 2 in a predefined priority order:
ECG1
●
Invasive pressure channel 1
●
Invasive pressure channel 2
●
SpO
●
2
CO
●
2
Impedance respiration
●
NIBP
●
Temperature
●
ECG2
●
ECG3
●
Points to note about the normal screen pages:
Parameters that have been selected to the page 1 upper parameter area will not
●
be shown on page 2.
Temperature is shown on page 2 only if it has not been selected to the page 1
●
upper parameter area or the page 1 lower parameter area.
The NIBP parameter window is displayed on one of the pages even if nothing is
●
connected to the NIBP connector. NIBP is shown on page 2 only if it has not been
selected to the page 1 upper parameter area or the page 1 lower parameter area.
There are two normal screen configurations where NIBP is not displayed:
Page 1 has only ECG1 selected. The software will select invasive pressure
■
channel 1, invasive pressure channel 2, SpO
active.
Page 1 has only ECG1 and invasive pressure channel 1 selected. The software
■
will select invasive pressure channel 2, SpO
for display if they are active.
If there is not enough space on page 2 to show all active parameters, the lowest
●
priority parameters will not be shown.
Selecting normal screen pages
When all active parameters do not fit on the first page of the normal screen, they
are automatically displayed on the second page of the normal screen. Follow these
steps to move between the pages.
1. Select
You will see two dots at the bottom center of the waveform area. The left dot
indicates page 1 of the normal screen, and the right dot indicates page 2. The dot
for the active page is illuminated white.
2094480-001
to ensure that page 1 of the normal screen is displayed.
CARESCAPE ONE
Setting up the monitor before use
, and CO
for display if they are
2
2
, CO
, and impedance respiration
2
2
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