ResMed AirCurve 10 User Manual page 13

Environmental conditions
Operating temperature:
Operating humidity:
Operating altitude:
Storage and transport temperature:
Storage and transport humidity:
Electromagnetic compatibility
The AirCurve 10 complies with all applicable electromagnetic compatibility requirements (EMC) according to
IEC60601-1-2:2007, for residential, commercial and light industry environments. It is recommended that mobile
communication devices are kept at least 1 m away from the device.
Information regarding the electromagnetic emissions and immunity of this ResMed device can be found on
www.resmed.com, on the Products page under Service and Support.
EN 60601-1:2006 classification
Class II (double insulation), Type BF, Ingress protection IP22.
Sensors
Pressure sensor:
Flow sensor:
Maximum single fault steady pressure
Device will shut down in the presence of a single fault if the steady state pressure exceeds:
30 cm H O (30 hPa) for more than 6 sec or 40 cm H
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Sound
Pressure level measured according to EN ISO 17510-1:2009 (CPAP mode):
SlimLine:
Standard:
Power level measured according to EN ISO 17510-1:2009 (CPAP mode):
SlimLine:
Standard:
Declared dual-number noise emission values in accordance with ISO 4871:1996.
Physical
Dimensions (H x W x D):
Air outlet (complies with ISO 5356-1:2004):
Weight:
Housing construction:
Air filter
Standard:
Hypoallergenic:
Aircraft use
ResMed confirms that device meets the Federal Aviation Administration (FAA) requirements (RTCA/DO-160, section 21,
category M) for all phases of air travel.
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+5°C to +35°C
Note: The air flow for breathing produced by this therapy
device can be higher than the temperature of the room.
Under extreme ambient temperature conditions (40°C) the
device remains safe.
10 to 95% relative humidity, non-condensing
Sea level to 2,591 m; air pressure range 1013 hPa to
738 hPa
-20°C to +60°C
5 to 95% relative humidity, non-condensing
Internally located at device outlet, analogue gauge pressure
type, -5 to +45 cm H
Internally located at device inlet, digital mass flow type,
-70 to +180 L/min
O (40 hPa) for more than 1 sec.
2
26.6 dBA with uncertainty of 2 dBA
26.6 dBA with uncertainty of 2 dBA
34.6 dBA with uncertainty of 2 dBA
34.6 dBA with uncertainty of 2 dBA
116 mm x 205 mm x 150 mm
22 mm
1115 g
Flame retardant engineering thermoplastic
Material: Polyester non woven fibre
Average arrestance: >75% for ~7 micron dust
Material: Acrylic and polypropylene fibres in a polypropylene
carrier
Efficiency: >98% for ~7-8 micron dust; >80% for ~0.5 micron
dust
O (-5 to +45 hPa)
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