Ergo spirometer or Spiro ergometer exercise test: PRE-201
PRE-201/cc and PRE-201/pm
Cardiopulmonary exercise testing provides a global assessment of the integrative exercise responses involving the pulmonary and cardiovascular system
Ergospirometry is increasingly being used in a wide spectrum of clinical applications for the evaluation of undiagnosed exercise intolerance and exercise-related symptoms
International guidelines and requirements
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Statement on Cardiopulmonary Exercise Testing
American Thoracic Society and American College of Chest Physicians
November 1, 2001 -
Clinician’s Guide to Cardiopulmonary Exercise Testing in Adults
A Scientific Statement from the American Heart Association, Circulation Journal, 2010-07-21 -
Standardization of Lung Function Testing
ATS/ERS Task force, European Respiratory Journal 2005
Comfortable solutions for the patient and for medical staff as well
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Extremely small and light patient circuit
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PinkFlow flow meter without any moving parts and electrical connection
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Single use or disinfectable patient circuit
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Automatic calibration and self test
Exercise modes
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Bicycle and treadmill
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Selectable and user definable exercise testing protocols
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Progressive incremental bicycle exercise protocols
Step and Ramp -
Maximal incremental treadmill protocols
Bruce protocol and Balke protocol -
Constant work rate protocol
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Multistage exercise protocol with a pseudo steady state at each level
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Discontinuous protocol
Software system overview
- Measurement modes
- Measured parameters
- Accessories
- Technical data
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Breath by breath gas analysis
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Mixing chamber gas analysis (optional)
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FVC measurement
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IVC measurement
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MVV measurement
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Normal ECG recording
Whole list of Pulmonary Function Tests’ parameters
Ergospirometer exercise test | |
WR | Load |
VE | Minute ventilation |
VT | Tidal volume |
fR | Breath frequency |
VO2 | Oxygen consumption |
VO2max | Maximal Oxygen consumption |
VO2max/kg | Maximal Oxygen consumption pro boy weight |
VCO2 | Carbon dioxide production |
VCO2max | Maximal carbon dioxide production |
RER | Respiratory exchange ratio |
AT | Anaerobic Threshold |
Syst | Systolic blood pressure |
Dia | Diastolic blood pressure |
HR | Heart Rate |
Forced ex and inspiration | |
FVC | Forced Vital Capacity |
FEV*0.5 | Forced Expiratory Volume in 0.5 second |
FEV*1.0 | Forced Expiratory Volume in 1.0 second |
FEV*0.5/IVC | Ration of FEV*0.5 and IVC in % |
FEV*0.5/FVC | Ration of FEV*0.5 and FVC in % |
FEV*1.0/IVC | Ration of FEV*1.0 and IVC in % |
FEV*1.0/FVC | Ration of FEV*1.0 and FVC in % |
PEF | Peak Expiratory Flow |
FEF*25-75% | Forced mid-Expiratory Flow rate |
FEF*75% | Forced Expiratory Flow at 75% lung volume |
FEF*50% | Forced Expiratory Flow at 50% lung volume |
FEF*25% | Forced Expiratory Flow at 25% lung volume |
FET | Forced Expiratory Time |
MTT | Mean Transit Time |
FIVC | Forced Inspiratory Vital Capacity |
FIV*0.5 | Forced Inspiratory Volume in 0.5 sec |
FIV*1.0 | Forced Inspiratory Volume in 1.0 sec |
PIF | Peak Inspiratory Flow rate |
FIF*25-75% | Forced mid-Inspiratory Flow rate |
Static vital capacity | |
IVC | Inspiratory Vital Capacity |
IRV | Inspiratory Reserve Volume |
ERV | Expiratory Reserve Volume |
TV | Tidal Volume |
SVC | Slow Vital Capacity |
Maximal Voluntary Ventilation | |
MVV | Maximal Voluntary Ventilation |
MVV*f | Maximal Voluntary Ventilation Frequency |
W | Work of Breathing at Resistance Measurement |
Flow meter | PinkFlow |
Type | PPF-18 |
Principle | Symmetric and averaging Pitot tube |
Flow range | ±18 l/s |
Accuracy | ±2% or 50 ml, whichever is greater |
Dead space | 36 ml |
Resistance | 60 Pa/l/s @ 15 l/s |
CO2 gas analyzer | NDIR |
Range | 0-10% |
Accuracy | 0,05% |
Response time T90 | 130 ms |
O2 gas analyzer | PRE-101/cc: Chemical cell PRE-101/pm: Paramagnetic oxygen sensor |
Range | 0-100% |
Accuracy | 0,05% |
Response T90 | 130 ms |
ECG | |
Leads | 12 Standard |
+ 3 Frank | |
Resolution: | 2.5 uV/bit |
12 bit A/D | |
Size without patient circuit | Height: 130 mm |
Wide: 260 mm | |
Long: 390 mm | |
Weight | 4 kg |
Power supply | 90 ÷ 260 VAC 50/60 Hz |
Power consumption | 60 VA |