Saadat Respina P1 User Manual page 87

Exhaled tidal volume. This parameter is calculated and
V
te
updated in each breath.
Inspired tidal volume. This parameter is calculated and
V
ti
updated in each breath.
Volume of air expired in one minute including mandatory
MV and spontaneous breaths. This parameter is calculated in 8
breaths but updated at each breath.
Volume of air expired in one minute during spontaneous
MV breaths. This parameter is calculated in 8 breaths but
Spont
updated at each breath.
Percentage of leak flow. This parameter is calculated in 5
Leak
breaths but updated at each breath.
Peak inspiratory flow. This parameter is calculated and
PF
updated in each breath.
Peak expiratory flow. This parameter is calculated and
PF
e
updated in each breath.
Number of spontaneous and mandatory breaths in one
Rate minute. This parameter is calculated in 8 breaths but
updated at each breath.
Number of spontaneous breaths in one minute This
Rate Sp. parameter is calculated in 8 breaths bat updated at each
breath.
Inspiratory time. This parameter is calculated nad
Ti
updated in each breath.
Expiratory time. This parameter is calculated and updated
Te
in each breath.
Ratio of inspiratory time to expiratory time. This
I:E
parameter is calculated and updated in each breath.
Ratio of time at high pressure to time at low pressure in
H: L APRV mode. This parameter is calculated and updated in
each breath.
Ratio of inspiratory time to total respiratory cycle
Ti/Ttot time.This parameter is calculated and updated in each
breath.
Static compliance of lung
Lung compliance measures extent of lung expansion. High
compliance indicates the lung flexibility and low
C
stat
compliance indicates the lung stiffness and its resistance
against expansion.
If the pressure remains unchanged for approximately 150
ml
ml
ml
ml
%
l/min
l/min
b/min
b/min
Sec
Sec
--
--
%
ml/cmH O
2
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