GLOSSARY
Gl-4
Minute alveolar ventila-
tion
See MValv
Minute volume
See MV
MS
Mainstream CO
2
sensor (service menu message).
MV
Minute volume (the sum of tidal volumes per minute).
MValv
Minute alveolar ventilation.
MVe_sp / MVe
Factor of spontaneous breathing.
MVexp
Expiratory minute volume (volume eliminated from the patient)
MVspont
Minute volume of spontaneous breaths.
NIV
Non-invasive ventilation of lungs. The mode of spontaneous breathing with a
set positive pressure in the airways and set support of spontaneous breathing
through the face mask. The mode is very similar to CPAP+PS, the differences
are due to the inevitability of leakage in non-invasive ventilation.
Occlusion
Blocking of patient’s expiration or inspiration. Can be caused by the action of
the ventilator or occlusion of the respiratory circuit.
Open Valve
“Open valve” function. Reflects the current trend of maintaining and supporting
spontaneous breathing at all stages of ventilation. See it.4.21 “Open valve func-
tion”
Oxygen consumption
See VO
2
P0.1
Respiratory effort index. Index characterizes the strength of the patient's
breathing attempts. It is measured in cmH
2
O.
PaCO
2
Arterial CO
2
concentration obtained using one of the laboratory techniques
Paux
Auxiliary external pressure.
Paw
Airway pressure waveform (graph).
PCV-VG
Mandatory ventilation with guaranteed delivery of target respiratory volume at
minimum possible pressure. Functionally mode repeats the CMV / PCV mode
with one exception: instead of the target pressure, the user sets the target in-
spiratory volume. The inspiratory pressure is corrected by the device with each
new inspiration according to the target volume.
PC
О
2
Capnogram (graph).
Peak inspiratory flow
See FlowPeak
Peak inspiratory pres-
sure
See PIP
PEEP
Positive end-expiratory pressure
PEEPtot
True pressure level in lungs at the end of expiration. Pressure in the lungs at
the end of expiration, taking into account the incomplete expiration
PEEPtot= PEEP + AutoPEEP. Displayed if both parameters are measured cor-
rectly.
Phigh
Pressure value in the high pressure phase (in the BiSTEP, APRV modes).
Photoplethysmogram
(PPG)
Graph showing the change in tissue transparency in the section of the optical
sensor. Transparency of tissues changes due to narrowing and widening of
blood vessels because of pulsating arterial blood.
Pi
Inspiratory pressure.
Piapnea
Inspiratory pressure above apnea PEEP level in the apnea mode.
PIP
Peak inspiratory pressure.
Plateau pressure
See Pplat.
Plateau time
Selection the measuring units (% or sec).
Summary of Contents for MV200
Page 2: ......
Page 8: ......
Page 25: ...2 3 Front panel 2 9 2 3 Front panel Figure 2 1 Front view of the electronic unit ...
Page 124: ...4 21 Open valve function 4 76 For your notes ...
Page 158: ...6 11 Check and calibration of mainstream CO2 sensor 6 8 For your notes ...
Page 160: ...7 Troubleshooting 7 2 For your notes ...
Page 162: ...8 Transportation 9 Storage 10 Disposal 10 2 For your notes ...
Page 166: ...13 commission date mark 12 2 For your notes ...
Page 168: ...14 Maintenance and repair data 14 2 For your notes ...
Page 196: ...Appendix 2 9 Ideal body weight of the patient IBW App 2 10 For your notes ...
Page 200: ...Appendix 3 Electromagnetic environment App 3 4 For your notes ...
Page 201: ...Appendix 4 Pneumatic scheme of ventilator App 4 1 APPENDIX 4 PNEUMATIC SCHEME OF VENTILATOR ...
Page 202: ...Appendix 4 Pneumatic scheme of ventilator App 4 2 For your notes ...