Pulmotec is an official dealer of Medicap products.
PROCEDURE of the Medicap Précise 6000 or Rhönmed Précise 6000 is identical in construction
The basic principle of oxygen production using oxygen concentrators is the pressure swing process.
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Step Ambient air is sucked in by a compressor and compressed in a container with a molecular sieve
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step the nitrogen molecules are bound to the surface of the molecular sieve and thereby separated from the oxygen molecules that pass through the molecular sieve.
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Step the molecular sieve is vented by flushing out the nitrogen in it with part of the oxygen obtained.
With the medicap 3-column technology, one column is filled alternately (cyclically), the nitrogen is separated from oxygen in another and the molecular sieve is rinsed in the third column. This technology ensures a continuous flow of O2 without an additional oxygen reservoir. This results in an extremely rapid oxygen concentration build-up immediately after switching on the device.
SERVICE.
A comprehensive diagnostic system makes it easier for the service technician or specialist dealer to accurately assess the fault over the phone. This often enables problems to be solved quickly without the need for extensive service. The operator is provided with a wealth of information at the push of a button. This includes the telephone number of the service point, the software version and equipment of the device, time and date, current value of the oxygen concentration, the pressure values of the molecular sieves, the individual operating hours or the sum of the operating hours, the current interval time and the last three fault messages displayed.
ADVANTAGES.
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Clear, large touch color display
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Low-noise application
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Sophisticated security system
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Constant monitoring of all operating data and display of therapy values
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Permanent control of oxygen flow
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No calibrations required
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Multi-stage filter system designed for long-term operation
SECURITY.
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The Précise or Rhönmed Précise 6000 series guarantees the user a safe oxygen supply through the use of state-of-the-art, wear-free sensors.
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Permanent control of the oxygen concentration through wear-free ultrasonic sensors.
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Threshold display according to DIN EN ISO 8359
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Monitoring of the required operating pressure.
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Visual and acoustic signals in the event of a power failure.
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Monitoring the function of the molecular sieves and the valve.
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Visual and acoustic signals when the permissible operating temperature is exceeded.
Concentrator also from Kröber, DeVilbissand Invacare
