- The portable pulmonary function measurement instrument can be used to measure vital capacity (VC), forced vital capacity (FVC), Maximum Ventilator Volume (MVV). Measurement algorithm refers to the ITS, ERS standards of the American Thoracic Society (ATS)
- Measuring principle
When be normally breathing, the gas passed through the flow sensor. On both sides of the screen of the sensor will produce different pressure. The pressure is detected by the sensor, which is converted to electrical signals. After the signal amplification, AD converter sampling, the pressure is converted to digital signal into the computer system. - Through digital signal processing and analyzing technology, computer system reproduces the breathing waves that are displayed on the LCD together with analyzed results. In the end the built-in printer prints out the analysis results. Single use filter
- Single use mouth set
- Nose clip
Features
- The portable pulmonary function measurement instrument can be used to measure:
- Vital capacity (VC)
- Forced vital capacity (FVC)
- Maximum Ventilator Volume (MVV).
- Measurement algorithm refers to the ITS ERS standards of the American Thoracic Society (ATS)
Measurement of breathing time:
- VC time 50 seconds
- FVC measuring time 25 seconds
- MVV time 12 seconds in favor of the coordination between patients and the device
- Adopting pressure-flow sensor sensitive precise easy to launder clean and durable
- All parameters can be displayed on large screen (320 x 240)
- Built-in memory can store maximum 300 cases of patient measurement results
- The instrument can calibrate automatically all English operation more convenient to operate 110mm thermal printer built-in can print out a clear clinical report predicted value measured value
- Compact and flexible
- SpioSoft PC Software for data transfer (Options)
Specifications
Measurement methods:
| Flow velocity detection | Screen type pneumotachograph flow sensor |
| Capacity detection | flow integration |
Patient Data:
| Patient information input |
Patient ID | ID No.: XXXXXX | ID No.: XXXXXX | |
| Gender | Gender: | Gender: | ||
| Age | Age: | Age: | Years old | |
| Height | Height: | Height: | cm | |
| Weight | Weight: | Weight: | kg | |
| Race | Race: | Race: | ||
| Temperature | Temperature: | Temperature: | ℃ | |
| Humidity | Humidity: | Humidity: | % | |
| Atmosphere | Atmosphere: | Atmosphere: | mmHg |
Measuring range:
| Capacity range | 0L ~ 9L |
| Flow velocity range | 0 ~ 14L / s |
Measurement accuracy
| Capacity | 0L ~ 1.6L (± 50ml) 6L ~ 9L (± 3%) |
| Flow rate | 5% or 0.2L / s |
| Respiratory rate | 4 / 20 ~ / min (± 1 / min) 20 / 60 / min (error: ± 5%) |
Measuring time limit and degree
| VC | 50s per time, measuring 3 times |
| FVC | 25s per time, measuring 3 times |
| MVV | 12 seconds per time, measuring 3 times |
| PARAMETER DESCRIPTION | DISPLAY | UNIT | ||
| VC Test | Vital capacity，Maximum inspiration volume or Maximum exhalation volume | VC | VC | L |
| Tidal volume | TV | TV | L | |
| Expiratory reserved volume | ERV | ERV | L | |
| Inspiratory reserved volume | IRV | IRV | L | |
| Inspiratory capacity | IC | IC | L | |
| FVC Test | Forced vital capacity | FVC | FVC | L |
| Forced expiratory volume at 0.5sec | FEV0.5 | FEV0.5 | L | |
| Forced expiratory volume at 1sec | FEV1.0 | FEV1.0 | L | |
| Forced expiratory volume at 3sec | FEV3.0 | FEV3.0 | L | |
| Forced expiratory volume1sec / Forced vital capacity | FEV1.0/G | FEV1.0/G | % | |
| Forced expiratory volume1sec / vital capacity | FEV1.0%T | FEV1.0%T | % | |
| Forced expiratory volume at 3sec / Forced vital capacity | FEV3.0%G | FEV3.0%G | % | |
| Forced expiratory volume at 3sec / vital capacity | FEV3.0%T | FEV3.0%T | % | |
| Extrapolated volume | Vext | Vext | L | |
| Expiratory time | EX Time | EX Time | s | |
| Maximal mid-expiratory flow | MMF | MMF | L/s | |
| Peak expiratory flow | PEF | PEF | L/s | |
| Mid(forced)-expiratory flow at 75% | MEF75 | MEF75 | L/s | |
| Mid(forced)-expiratory flow at 50% | MEF50 | MEF50 | L/s | |
| Mid(forced)-expiratory flow at 25% | MEF25 | MEF25 | L/s | |
| Forced inspiratory vital capacity | FIVC | FIVC | L | |
| Forced inspiratory volume at 0.5sec | FIV0.5 | FIV0.5 | L | |
| Forced inspiratory volume at 1.0sec | FIV1.0 | FIV1.0 | L | |
| Ratio of FIV1.0divided by FIVC | FIV1.0/FVC | FIV1.0/FVC | % | |
| Ratio of FIV1.0divided by FVC | FIV1.0/FIVC | FIV1.0/FIVC | % | |
| Peak inspiratory flow | PIF | PIF | L/s | |
| Inspiratory flow at 50% | MIF50% | MIF50% | L/s | |
| MVV Test | Maximum voluntary ventilation | MVV | MVV | L/min |
| Respiration rate | RR | RR | /min | |
| Tidal volume | TV | TV | L |
| Display (LCD( | 320 * 240 dot-matrix |
| printer | 110mm thermal printer |
| Data | 10 integral records |
Other Note
| Power | A.C. 100~220V 50/60Hz |
| The type of security | I Class B type |
Transport and storage note
| Ambient temperature range | -20°C ~ 55°C |
| Relative humidity range | ≤ 93% |
| Atmosphere pressure range | 500hPa ~ 1060hPa |
Working note
| Surrounding temperature range | 10°C ~ +40°C |
| Relative humidity range | 30% to 75% |
| Atmosphere pressure range | 700hPa ~ 1060hPa |
Options
SpioSoft PC Software for data transfer (Options)
Reviews
There are no reviews yet.