Invacare Platinum 10 Oxygen Concentrator

 Invacare Platinum 10 Oxygen Concentrator
Item# INVC10LC
$1,299.99
Optional Oxygen Sensor:  THIS ITEM IS CURRENTLY OUT OF STOCK

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General Product Description
Introducing the new Platinum 10 concentrator. The Platinum 10 delivers the reliability, performance and value advantage you have come to expect from the Platinum line of concentrators and provides an attractive alternative to liquid systems. The Platinum 10 is available at up to 10 LPM for high flow patients, and has less than 10 parts different from the Platinum XL 5-Liter concentrators. It offers all the standard features of the Platinum series of concentrators, including a spring mounted compressor, easy access to service by removing only four cabinet screws, a top handle, and a side-access door for both the inlet and outlet HEPA filters. The Platinum 10 has fewer than ten parts that are different from the Platinum series of concentrators. This means inventory flexibility and common maintenance and spare parts for all Platinum concentrators.

Specifications     
Electrical:    120VAC +/- 10% (132VAC / 108VAC); 60Hz
Rated Current Input:    4.9 amps average @ 5L/min.
Sound Level:    58 dB average
Oxygen:    Output: 94% to 87% at all flow rates
Maximum Outlet Pressure:    5 psi +/- 0.5 psi
Operating Flow Rate:    2 - 10 L/min
Power:    585W
Pressure:    Relief mechanism: 35 psi +/- 3.5 psi
Filters:    Cabinet, outlet HEPA, Compressor inlet
Dimensions:    18-3/8"W x 26-3/8"H x 14-3/8"D
Product Weight:    54 lb
Shipping Product Weight:    60 +/- 1 lb.
Warranty:    3 years



Oxygen Monitor Option  - additional $60 -- cannot be added later on

 Measures the concentration of oxygen produced by the concentrator. The DeVilbiss® OSD is based on ultrasonic technology, which measures the speed of sound. The speed of sound gets faster or slower depending on the percent of oxygen in a gas. The microcomputer in the oxygen sensor calculates the oxygen content in a concentrator's flowing gas stream by measuring the oxygen concentration with and against the flow, measuring the temperature.