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Hospital Physical Therapy Equipment Stephan Staxel 3.5 O2 Air Supply System Self-Contained Oxygen Concentrator

Type: Oxygen Concentrator
Application: Orthopedic, Abdominal, Ent, Neurosurgery, Microsurgery, Anorectal, Urology, Burns
Material: Steel

Product Description

Basic Information

Model NO.
CCO-Y2A
Feature
Reusable
Certification
ISO13485
Warranty
1 Year
Oxygen Flow Rate
1-10lpm
Origin
China
Production Capacity
1000units/Month

Product Description

Hospital Physical Therapy Equipment Stephan Staxel 3.5 O2 Air Supply System Self-Contained Oxygen Concentrator

Model: CCO-Y2A

Oxygen Concentrator Main View

The self-contained oxygen concentrator offers a more advantageous alternative compared to the delivery of gas containers and centralized gas supply. It produces compressed air with a decrease in condensation temperature, featuring a roller fan and 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.

Technical Specifications

Oxygen Flow rate1-10LPM
Oxygen purity93±3%
Outlet pressure0.35MPA (3.5 bar)
Air flow1-30LPM
Vacuum0-0.7bar
Noise level≤60dB
Power consumption≤1200W
Pressure gaugeAir, Oxygen, VAC
Alarm SystemLow purity, High/Low pressure, High temperature, Power failure
Dimensions (H×W×D)800x440x660mm
Net weight110kgs

Key Features

  • High oxygen performance and reliability
  • Low noise level operation (≤60dB)
  • Minimal care and maintenance, significantly reducing operating costs
  • Self-contained system including integrated air compressors
  • Advanced engineering with time-proven reliability
  • Rugged double metal cased design for durability

Working Principle

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.

Oxygen Concentrator Internal Structure

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 ensures continuous production of oxygen controlled by an electronic system.

Working Principle Diagram

One-Stop Hospital Medical Equipment Solutions

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Frequently Asked Questions

Q1: What is the oxygen purity level of the CCO-Y2A model? The device provides medical-grade oxygen with a purity concentration of 93±3%.
Q2: Does this system require an external central gas supply? No, it is a self-contained system that includes its own air compressors, making it ideal for facilities without centralized gas infrastructure.
Q3: What safety alarms are integrated into the device? The system includes a low purity alarm, high & low pressure alarms, a high temperature alarm, and a power failure alarm.
Q4: Can this equipment be used with anesthesia systems? Yes, it is specifically designed to supply both compressed air and oxygen to anesthesia and ventilation systems.
Q5: What is the noise level during operation? The device operates at a low noise level of ≤60dB, ensuring a quieter environment for hospital settings.
Q6: How long does it take to reach maximum oxygen concentration? The maximum oxygen concentration of 95% is typically reached within a few minutes after the device is turned on.

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