Oxygen Supply Medical + Emergency/Disaster Relief + Military/Defence Multi-Modular Systems for On-site Medical Oxygen Supply

FS Oxygen Supply Systems The Concentrator-based Alternative Medical Oxygen Supply Traditional Supply In the past concentrated oxygen for medical use was obtained from centralised large scale industrial production processes making bespoke logistics organisation a prerequisite for supply security. Further advancement of zeolite-based oxygen concentration PSA (Pressure Swing Adsorption) technology has allowed on-site production from ambient air to become the reliable and economic alternative. Medical Experience Broad medical acceptance and experience, the definition Oxygen 93 % in European / US...

Oxygen Supply FS Oxygen Supply Systems Oxygen 93 % Clinical Relevance International standards presently define two types of oxygen for medical use. The sole difference between Oxygen 93 % and Oxygen 99.5 % is the concentration of the oxygen itself, types and levels of permitted contaminants are identical. In the past, specialists in anaesthesiology, emergency and intensive care assumed that the higher the concentration of oxygen administered, the better the clinical outcome. With the more widespread use of Oxygen 93 %, especially in the military context, the clinical relevance of this conjecture...

FS Oxygen Supply Systems Optimised Modus Operandi Oxygen Supply when Needed The FS Oxygen Supply Systems are of completely automated demand driven design. Ambient air is compressed through multiple oxygen concentrator modules. Part of this oxygen is compressed into an integrated buffer tank for clinical use, the remainder is directed back through the sieve-beds purging them for the next concentration phase. Once the oxygen reaches specified pressure, the system switches to stand-by mode. When oxygen is consumed, pressure drops and the system automatically restarts concentration, bringing it back...

Oxygen Supply FS Oxygen Supply Systems Multi Modular Solutions for all Oxygen Requirements FS160 RACK + Oxygen as and when required, consumption driven supply on demand + Minimal ramp-up time (90 seconds) + Fail-safe redundant operation + Constant concentration independent of consumption + Oil-free operation, no danger of contamination + Low pressure system, minimises potential condensation + Minimised service, alternating platform operation + Part-system maintenance possible + educed power consumption, multi-modular operation R + Adaptable to client requirements and available space + Simplified...

FS Oxygen Supply Systems Innovative Independent Oxygen Supply Security FLEXIBLE AUTONOMOUS The FS Oxygen Supply Systems (OSS) are a further development of the conventional PSA concentration procedure employing patented cutting-edge multimodular technology. Major advantages are: Secure – No supply chain risk The FS OSS concentrators secure oxygen supply for medical use through on-site production. Multi-modular technology permits complete demand driven supply, saving money through reduction of service requirements, increase in economic life expectancy and a reduction in power usage. Oxygen is available...

Oxygen Supply FS Oxygen Supply Systems In Operation throughout the World FS960 Fritz Stephan GmbH has manufactured Oxygen Supply Systems for medical use for over two decades. The use of patented cutting-edge multi-modular technology offers maximum supply security whilst reducing running and maintenance cost. This tried and trusted technology is currently in operation with healthcare facilities, emergency and disaster relief organisations and military/defence forces through ut o the world. Contact references are available on request. Oxygen Concentrator Modules

Fritz Stephan GmbH Medizintechnik Kirchstraße 19 56412 Gackenbach Germany FS Oxygen Supply Systems Technical Data General specifications Fritz Stephan GmbH is certified ISO 9001/ISO 13485 Oxygen Quality: Oxygen 93 % compliant Ph. Eur. (#2455) / USP: CO2 < 300 ppm, CO < 5 ppm, NO < 2 ppm, NO2 < 2 ppm, SO2 < 1 ppm, Oil < 0.1 mg/m³, Water < 67 ppm Oil-free compression Filtration Efficiency: 99.99999 % @ 0.01 µm particle (Oxygen to Pipeline System) Control Unit: Fully automated, pressure driven, integrated sensors Oxygen Tank: Oxygen Output: Dimensions (WxHxD): Power Supply: Oxygen Output: Dimensions...