LEPU OXYGEN CONCENTRATOR (5 LITRES)
The Lepu Oxygen Concentrator comes with a remote control and is an absolutely efficient & reliable way to get the high-purity quality oxygen. It has a French CECA imported molecular sieve for more lasting & stable oxygen generation.
KEY FEATURES
- Large-screen display
- Built-in water tank
- Remote control
- With an atomizing function
- Up to 11 alarm items
- Hidden oxygen/atomizing nozzle, which is not easy to adhibit dust, and cleaner
- Rear-cover storage box for storing remote control or nasal oxygen cannula
TECHNICAL SPECIFICATIONS
- Model/ Specifications: LF05A
- Oxygen Concentration: ≥ 90% (V/V) (percent by volume at 5 L/min)
- Oxygen Discharge Pressure: 30-60 kPa (maximum pressure at the oxygen outlet)
- Atomizing Rate: 0.12 ml/min - 0.90 ml/min
- Running Noise: ≤ 60 dB(A)
- Dimension: 450 mm X 300 mm X 550 mm
- Net Weight: ≈16.5 KG
- Rated Voltage of Oxygenator Body: a.c.220V 50Hz
- Classification of Electric Shock Degree: Applied parts of BF type
- Electromagnetic Compatibility: Class B, Group 1 according to GB4824
- Classification of Safety Degree: Non-AP/APG type. Not suitable when the flammable anesthetic gas is mixed with air, or oxygen or nitrous oxide
- Oxygen Flow: 1-5 L/min (Adjustable)
- Input Power: 450VA
- Atomizing Pressure: 30~120kPa
- Capacity of Storage Tank: About 2 ml - 8 ml
- Service Life: 5 Years
- Electric Shock Protection Classification: Class II
- Degree of Protection Against Liquid Inlet: IPX0 unprotected equipment
- Classification of Running Modes: Continuous running
- Software Version: V1.0
UNIQUE PATENT
Condensate Drainage Design
The air compressor is designed with an inside condenser tube, in which the water condensed out of hot vapor from the air compressor is stored. Each time it is turned on, the high-speed airflow of the air compressor is controlled by a solenoid valve to spray the condensed water in the condenser tube through the atomizing port. After each shutdown, the high-speed airflow of the air compressor will also be controlled by the solenoid valve to blow out the moisture in the standpipe, which reduces the amount of moisture entering the molecular sieve tower and improves the oxygen production efficiency and life of the molecular sieve.
Porous Muffler Hose
The porous hose (such as made of silica gel) is designed in the inlet muffler box and the denitrogenating muffler box. When the airflow with louder noise passes through the small holes on the hoses, the acoustic energy will be largely converted into mechanical energy, thus reducing the noise emitted by the air compressor and the noise during denitrogenating.