10 l/min 3.5 bar physical therapy equipments oxygen concentrator

• Customization: Available
• Technology: PSA
• Sound Level: <=60dB
• Model NO.: JAY-2A
• Net Weight: 110kgs
• Air flow: 1-30L/Min
• Vacuum: 0-0.7bar
• Power Consumption: <=1200W
• Switch on Current: 7.0A
• Oxygen purity: 90%-96%
• Pressure guage: Air,Oxygen,VAC
• Size: 80cm*44cm*66cm
• Transport Package: Wooden Case
• Specification: 114*55*91CM
• Trademark: LONGFIAN
• Origin: Hebei, China
• HS Code: 9019209000
• Production Capacity: 4000PCS/Day

Product Description

10 l/min  3.5 bar physical therapy equipments oxygen concentrator

Longfian self-contained oxygen concentrator offers a more advantageous alternative compared to the delivery of containers with gas and centralized gas supply, namely the production of compressed air with a decrease in the condensation temperature, with a roller fan, a condensed water separator with a fine filter.

Using state-of-the-art medical device technology, it guarantees a continuous supply of oxygen and compressed air thanks to its extreme reliability and the highest quality standards.

Model	JAY-2A
Oxygen Flow rate	1-10LPM
Oxygen purity	93±3%
Outlet pressure	0.35MPA
Air flow	1-30LPM
Vacuum	0-0.7bar0-0.7bar
Noise level	≤60db
Switch on Current	7.0A
Power consumption	≤1200W
Pressure guage	Air,Oxygen,VAC
Alarm	Low purity alarm ,High&low pressure alarm, High temperature alarm, Power failure alarm
Size	800x440x660mm
Net weight	110kgs

*High oxygen performance
*Low noise level
*Minimal care and maintenance during operation, which significantly reduces maintenance costs
*Convenience and versatility in use
*Self-contained (includes air compressors)
*Low operating cost
*Advanced Engineering
*Time-proven reliability

Characteristics
Productivity 10 l/min
Mobile type
Oxygen supply continuous
Outlet pressure:3.5 bar
Noise level ≤60 dB
Dimensions (H×W×D) 80×44×66 

oxygen concentrators are with an outlet pressure of 3.5 bar. To obtain medical oxygen with a concentration of 95%, the air in the device is filtered twice, nitrogen is removed by means of adsorbers. Thus, the costs for the production of medical oxygen and the maintenance of the apparatus are minimal. The alarm system informs about the overheating of the device or violations in the operation of the valves.

It is a rugged double metal cased device that supplies compressed air and oxygen to anesthesia and ventilation systems. The air passes through a coarse filtration system, a porous and bacterial filter, and ultrafine filtration. On the control panel, there are  power switch, pressure gauge, LCD screen, flow meter etc.

Oxygen concentrators provide a safe source ofoxygenated air for patients needing it.The device increases the level of oxygen by filtering out the nitrogen from the ambient air.

It constantly generates oxygen from the ambient air and offers an economic oxygen source alternative to bottled or liguid oxygen.
It is used to generate oxygen and to produce compressed air and vacuum, it is designed primarily for operating ventilation and anesthesia systems.
Designed for areas without a centralized gas supply, where the supply of medical gases has until now been carried out by the delivery of containers with compressed gas.

The principle of oxygen production is based on the adsorption effect of the molecular lattice. Air from the environment is drawn in and filtered through a double filter system, compressed, treated in a drying chamber with coolant, and then fed into one of two adsorption tanks. Due to the adsorption effect, nitrogen is retained, while oxygen, with a small amount of inert gases, passes into the tank for subsequent use. Reservoirs work alternately. While compressed air is flowing through one tank to produce oxygen, the cleaning process starts in the other tank by venting some of the gas. This alternating work and, as a result, the continuous production of oxygen is controlled by an electronic system. The resulting gas mixture consists of up to 93%±3% oxygen, partly argon and a small amount of other inert gases. The maximum oxygen concentration of 93%±3% is reached a few minutes after the device is turned on. This level of concentration does not change at production volumes up to 10l/min.