High Purity Hospital Use 10L Oxygen Concentration PSA Medical Fixed OxygenConcentra
Hospital Use 10L Oxygen Concentration Specification：
| Specification | |||
| Model | OLV-5A | OLV-8 | OLV-10 |
| Flow Rate | 0-5L/min | 0-8L/min | 0-10L/min |
| Purity Oxygen | ≥ 93%±3（V/V） | ||
| Voltage | AC220V 士 22V 50Hz 士 1Hz/AC110v 土 11V, 60Hz 士 1Hz | ||
| Output Pressure | 20Kpa-60Kpa | ||
| Power Consumption | 500VA | 650VA | 800VA |
| Noise | 45dB | 48dB | 50dB |
| Net Weight | 15kg | 18kg | 20kg |
| Dimension | 344*306*565(mm) | ||
| Standard Accessories | 1* Power cord 1* Mouth-contained nebulizer (only nebulizer model) 1* Spare first filter 1* Hepa filter 2* Nasal cannula 1* User manual 1* Warranty card |
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Hospital Use 10L Oxygen Concentration Product Introduction:
The oxygen concentrator is a device that extracts oxygen from atmospheric air. it will typically be an electrically-powered molecular sieve (artificial zeolite)used to separate nitrogen from ambient air. it could be applied widely in hospitals at all different levels, clinics, health centers, and family nursing, health care for the old person, mental workers, and students, etc The oxygen concentrator can supply 1-2 patients
When deciding what kind of oxygen concentrator is best for you, it is important to determine what kind of oxygen delivery you would prefer: Pulse Dose or Continuous Flow. Pulse Dose vs. Continuous Flow: The DifferencePulse Dose (PD) is based on breathing and inhaling, whereas Continuous Flow (CF), as its name implies, is delivered at a constant rate indiscriminate of the user’s breathing. For continuous flow, think of it like a water fountain: If an individual stands in front of a water fountain flowing at 1 liter per minute, they don’t actually drink one full liter of water. The amount of water a person drinks is a product of the number of sips and the size of the sip. The rest of the water is wasted. The same applies to continuous flow oxygen; the net amount inspired is a combination of the flow rate, the number of breaths and the size of the breaths. Pulse Dose is more sophisticated. Pulse Dose mechanisms are more sensitive, utilizing an oxygen conserver and other technology to deliver oxygen based on breathing rates and other factors. PD is more akin to a glass of water with a straw than a fountain; the intake will be based purely on the amount and intensity of sips. When an oxygen concentrator is said to be a “single-solution” for on-the-go, at home, and sleep, it usually employs this type of technology so that it can deliver the proper amount of oxygen during all phases of daily activity and during rest.
Based on this difference, it’s also important to consider how you’d like to use the oxygen: on the go, at home, or just for sleep. Pulse-dose oxygen concentrators seem to be preferable for doing a number of different things, but continuous-flow oxygen concentrators may be a sufficient option, particularly if breathing remains relatively constant. More logistical factors to consider are the size, weight, and battery life of the oxygen concentrator. Think of your daily routines, and how adding this device might alter them, if at all. The final factor, of course, is consulting with your physician and healthcare provider to establish a plan that you are comfortable with.
