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| MOQ: | 1 |
| Price: | To be quoted |
| Standard Packaging: | safety carton pack or plywood box |
| Delivery Period: | 5 working days |
| Payment Method: | T/T |
| Supply Capacity: | 50 units per month |
ISO 80601-2-12 Test conditions for acoustic tests -test lung
| Adjustable parameter | Test condition | ||
| For a ventilator intended to provide tidal volume | |||
| VT ≥ 300 ml | 300 ml ≥ VT ≥ 50 ml | VT ≤ 50 ml | |
| Tidal volume, VTa | 500 ml | 150 ml | 30 ml |
| Set rate | 10 breaths/min | 20 breaths/min | 30 breaths/min |
| I:E ratio | 1:2 | 1:2 | 1:2 |
| BAP | 10 hPa (10cmH2O) | 10 hPa (10cmH2O) | 10 hPa (10cmH2O) |
| Linear resistance,Rb | 5 hPa·(l/s) −1 ±10% | 20hPa·(l/s)−1 ±10% | 50hPa·(l/s)−1 ±10% |
| Isothermal Compliance, Cb | 50 ml·hPa −1 ±10 % | 20 ml·hPa −1 ±10 % | 1 ml·hPa −1 ±10 % |
| Model | KP-601250 | KP-601220 | KP-601201 |
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a VT is measured by means of a pressure sensor at the test lung, where V T = C x (P max ), and VT is the volume delivered to the test lung C is the isothermal compliance of the test lung Pmax is the maximum pressure measured in the test lung b The accuracy for C and R applies over the ranges of the measured parameters. |
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| MOQ: | 1 |
| Price: | To be quoted |
| Standard Packaging: | safety carton pack or plywood box |
| Delivery Period: | 5 working days |
| Payment Method: | T/T |
| Supply Capacity: | 50 units per month |
ISO 80601-2-12 Test conditions for acoustic tests -test lung
| Adjustable parameter | Test condition | ||
| For a ventilator intended to provide tidal volume | |||
| VT ≥ 300 ml | 300 ml ≥ VT ≥ 50 ml | VT ≤ 50 ml | |
| Tidal volume, VTa | 500 ml | 150 ml | 30 ml |
| Set rate | 10 breaths/min | 20 breaths/min | 30 breaths/min |
| I:E ratio | 1:2 | 1:2 | 1:2 |
| BAP | 10 hPa (10cmH2O) | 10 hPa (10cmH2O) | 10 hPa (10cmH2O) |
| Linear resistance,Rb | 5 hPa·(l/s) −1 ±10% | 20hPa·(l/s)−1 ±10% | 50hPa·(l/s)−1 ±10% |
| Isothermal Compliance, Cb | 50 ml·hPa −1 ±10 % | 20 ml·hPa −1 ±10 % | 1 ml·hPa −1 ±10 % |
| Model | KP-601250 | KP-601220 | KP-601201 |
|
a VT is measured by means of a pressure sensor at the test lung, where V T = C x (P max ), and VT is the volume delivered to the test lung C is the isothermal compliance of the test lung Pmax is the maximum pressure measured in the test lung b The accuracy for C and R applies over the ranges of the measured parameters. |
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