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Philips EverFlo™ Stationary Oxygen Concentrator
Philips EverFlo™ Stationary Oxygen Concentrator
Air Liquide Reference Number: 6274S
Sale Price:
$2,250.00 AUD
Price:
$2,250.00 AUD
Sale
Sold out
About the Product
The smaller, lighter EverFlo Oxygen concentrator from Philips Respironics is making a big impression on providers and patients. Its sleek, ergonomic design makes EverFlo easier to store, move, and carry than conventional concentrators. It is one of the quietest and most energy-efficient devices available today. With no filter for patients to maintain, a durable metal oxygen outlet, and fewer moving parts than other concentrators, EverFlo is designed to deliver consistent, trouble-free operation.
Please upload an image of the prescription provided by your doctor as it's mandatory to buy this product.
Features & Benefits
- Lightweight for easy transport weighing only 14kgs!
- Compact design looks less like a medical machine
- Low maintenance patients do not ever have to change filters for reduced service costs
- Lower power consumption system uses less electricity and produces less heat
- Humidifier bottle platform for extra flexibility designed to be compatible with all bottle styles and features an easy-to-use closure
- Recessed flow meter and durable metal cannula reduce accidental breakage
- Oxygen Purity Indicator (OPI) ultrasonically measures oxygen output as a purity indication
Specifications
- Dimensions: 58.4 cm H x 38.1 cm W x 24.1 cm D (23" H x 15" W x 9.5" D)
- Sound level: 45 (typical) dB
- Oxygen concentration* (at 5 LPM) 93 +/- 3 %
- Input Voltage: 120 +/- 10% VAC
- Storage/Transport Humidity: -34°C to 71°C (-30°F to 160°F) up to 95% relative humidity
- Operating Altitude: 0 to 2286 m (0 to 7500 ft)
- OPI (Oxygen Percentage Indicator) Alarm Levels; Low Oxygen (82%) and Very Low Oxygen (70%)
- Weight 14kg
- Liter Flow: 0.5-5 l/min
- Average Power Consumption: 350 W
- Operating Temperature: 12°C to 32°C/55°F to 90°F
- Outlet Pressure: 5.5 PSI
- Operating Humidity: up to 95%
- Input Frequency: 60Hz