What to do if my Inogen Medical Equipment concentrator does not power on?
If your Inogen Medical Equipment concentrator isn't powering on, ensure the power supply is correctly connected and shows a solid green light. Alternatively, the battery might be discharged or missing; try using an external power supply or a fully charged battery. If the issue persists, it may be a malfunction, and you should contact your equipment provider.
Why is there no oxygen coming from my Inogen One G2 Medical Equipment?
If you're not getting any oxygen from your Inogen Medical Equipment, first, make sure the concentrator is powered on by pressing the On/Off button. Then, check the cannula to ensure it's properly connected to the concentrator nozzle and that it isn't kinked or obstructed.
What to do if Inogen One G2 displays Error (###) Service Needed?
If your Inogen Medical Equipment concentrator has stopped producing oxygen and is shutting down displaying an error message, immediately note the error number. Then, switch to a backup oxygen source and contact your equipment provider for assistance.
Why does my Inogen One G2 Medical Equipment experience a COLD Shut Down?
If your Inogen Medical Equipment experiences a COLD Shut Down, this may be because the concentrator was stored in a cold environment (below 0ºC (32ºF)). Move it to a warmer environment and allow the unit to warm up before starting it. If the condition persists, switch to a backup source of oxygen and contact your equipment provider.
What to do if Inogen One G2 Medical Equipment does not power on?
If your Inogen Medical Equipment concentrator does not power on when the On/Off button is pressed, it could be due to a discharged or missing battery. Try using an external power supply or replacing the battery with a fully charged one. If the issue persists, it may indicate a malfunction, and you should contact your equipment provider.
General| Type | Portable Oxygen Concentrator |
|---|---|
| Operating Altitude | Up to 10, 000 ft (3, 048 m) |
| Battery Duration | Up to 4 hours (single battery) |
| Flow Settings | 1 to 5 |
| Noise Level | 38 dBA |
| Oxygen Flow | Pulse Dose |
| Battery Duration (Double Battery) | Up to 8 hours |
| AC Power | 100-240V, 50-60Hz |
| DC Power | 12V |
| Oxygen Concentration | 90% |
| Oxygen Output | Pulse dose |
| Oxygen Purity | 90% - 96% |
| Power | AC/DC power supply |
Device usage for supplemental oxygen, supply of high concentration oxygen.
Device is not life-sustaining, use requires physician prescription.
Precautions regarding oxygen combustion, liquid submersion, oil use, and temperature.
Identifies key components and controls of the device.
Details the functions of buttons like ON/OFF, Audible Alarm, and Flow Control.
Explains the device display, indicator lights, audible signals, and connections.
Discusses rechargeable batteries and the universal power supply.
Details available accessories like nasal cannula, carry bag, and cart.
Initial setup steps like placement, filter, battery installation, and connecting power.
Instructions for using the device with AC power or in a vehicle.
How to operate the device using battery power and low battery alerts.
Guidelines for maintaining battery performance and lifespan.
Explains the meaning of icons shown on the device display.
Icons for power status and operational modes.
Displays and audible alerts for device status and issues.
Alerts with double beep and red light for low battery or errors.
Alerts with triple beep and flashing red light for battery/system issues.
Alerts with five beeps and flashing red light for critical failures.
Table of common problems, causes, and recommended solutions.
Procedures for replacing cannula and cleaning the device case.
Steps for cleaning and replacing particle and output filters.
Procedure for replacing the fuse in the DC power plug.
Guidelines for proper disposal and recycling of the device and battery.
Explains safety warning, caution, and regulatory symbols.
Explains symbols found on the device's user interface buttons.
Dimensions, weight, noise, warm-up time, oxygen concentration, flow settings.
Power supply, battery, environmental ranges, and transportation.
Device compliance with safety standards and IP ratings.
Information on EMC limits and immunity from RF equipment.
Information on RF, harmonic, and voltage emissions.
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