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14-18
D
ELTA
/D
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XL/K
APPA
VF8
14 I
NVASIVE
B
LOOD
P
RESSURE
Duplicate Label Conflicts Between Pods
Conflicts also occur when two Hemo2, Hemo4, MPod – Quad Hemo or PiCCO pods
are configured for the same labels and transducers are connected to the pods.
Scenarios for duplicate label conflicts may vary. They may be detected when a second
pod is connected to an operating monitor, in which case the label of the first connected
pod prevails. If two pods storing duplicate labels are connected to a monitor prior to
start-up, the pod connected to the
lowest-numbered pod port on the monitor (Aux/
Hemo2 or Aux/Hemo3) has priority, while the other pod is assigned an automatic
label (P1a
−
P3d).
Pulmonary Wedge Pressure Display
The monitor has a special display that accommodates taking pulmonary wedge
pressure measurements. The monitor averages the PA waveform values for 10
seconds and calculates a wedge pressure value (PWP). During the measurement, the
PA parameter box shows no systolic or diastolic values, and PA alarms are disabled.
NOTE:
PWP is not available with the PiCCO pod.
WARNING: During wedge pressure measurements:
Alarm monitoring for invasive pressures, if enabled, is
temporarily disabled to prevent nuisance alarms. The
parameter box does not display a crossed bell icon
because alarm monitoring is automatically enabled
upon completion of a wedge pressure measurement.
For the safety of the patient keep the balloon-inflation
time to the minimum necessary to acquire an accurate
PWP value. Prolonged inflation of the balloon can
result in pulmonary hemorrhage or infarction.
Do not over-inflate the balloon because an over-inflated
balloon can rupture the pulmonary artery.
The PA catheter may move into the wedge position
before the balloon is inflated. One sign of this “cathe-
ter drift” is that the PWP waveform becomes wedge
shaped. Follow your hospital’s clinical guidelines to
correct the catheter ’s position.
Summary of Contents for Infinity Delta
Page 76: ...2 26 DELTA DELTA XL KAPPA VF8 2 MONITOR SETUP This page intentionally left blank ...
Page 94: ...3 18 DELTA DELTA XL KAPPA VF8 3 NETWORK APPLICATIONS This page intentionally left blank ...
Page 118: ...5 16 DELTA DELTA XL KAPPA VF8 5 ALARMS This page intentionally left blank ...
Page 140: ...7 14 DELTA DELTA XL KAPPA VF8 7 RECORDINGS This page intentionally left blank ...
Page 166: ...8 26 DELTA DELTA XL KAPPA VF8 8 ECG AND HEART RATE This page intentionally left blank ...
Page 176: ...9 10 DELTA DELTA XL KAPPA VF8 9 ARRHYTHMIA MONITORING This page intentionally left blank ...
Page 188: ...10 12 DELTA DELTA XL KAPPA VF8 10 ST MONITORING This page intentionally left blank ...
Page 198: ...11 10 DELTA DELTA XL KAPPA VF8 11 EEG MONITORING This page intentionally left blank ...
Page 218: ...12 20 DELTA DELTA XL KAPPA VF8 12 RESPIRATION This page intentionally left blank ...
Page 256: ...14 22 DELTA DELTA XL KAPPA VF8 14 INVASIVE BLOOD PRESSURE This page intentionally left blank ...
Page 272: ...15 16 DELTA DELTA XL KAPPA VF8 15 CARDIAC OUTPUT C O This page intentionally left blank ...
Page 290: ...16 18 DELTA DELTA XL KAPPA VF8 16 CALCULATIONS This page intentionally left blank ...
Page 372: ...21 14 DELTA DELTA XL KAPPA VF8 21 RESPIRATORY MECHANICS T NEONATAL FLOW SENSOR ...
Page 384: ...21 26 DELTA DELTA XL KAPPA VF8 21 RESPIRATORY MECHANICS This page intentionally left blank ...
Page 526: ...A 6 DELTA DELTA XL KAPPA VF8 A GLOSSARY This page intentionally left blank ...
Page 584: ...B 58 DELTA DELTA XL KAPPA VF8 B TECHNICAL DATA This page intentionally left blank ...
Page 613: ...POD COMMUNICATION VF8 DELTA DELTA XL KAPPA C 29 ...