Technical Data - Atmos S 201 Thorax Operating Instructions Manual

11.0 Technical data

Voltage
Power consumption
Integrated battery
Fuses
Other safety
equipment
Pump performance
Display
Data memory
Canister
Suction hose
Operating time
Battery operation
time at maximum
continuous suction.
Battery operation time
in normal operation
(without fistula)
Battery recharging
time
Earth leakage current
Patient leakage
current
Ambient conditions
Transport/storage
Operation
Maximum operating
altitude
Contamination level
Overvoltage category
Dimensions (H x W x
D)
Weight
Housing material
Noise level
Periodic tests
100-240 V~; 50/60 Hz
Max. 70 VA
Lithium ion, 14.4 V nominal, 2150 mAh nominal
1 x T 1.25 A/H, 250 V
Pressure control valve 'pop-off valve' in the canister
Vacuum in the device limited to approx. 150 mbar
Acoustic and optical error warnings
Free flow 18 +/- 2 l/min
Vacuum adjustable from −5 mbar to −100 mbar, step size −1 mbar
Graphic display, colour, with background lighting
Display of target vacuum and actual vacuum in mbar, cmH
flow in l/min.
Internal memory for therapy data: 2.5 MB. Up to 12 days recording
possible.
ATMOS secretion canister, transparent, with integrated water lock,
pop-off valve, graduation.
Max. volume of 2 l, connection to the device by means of
'Direct Docking System'
Material: PC
ATMOS disposable suction hose for thorax, double lumen, with
integrated bacterial filter in the measuring hose, 180 cm long
Continuous operation in the specified temperature range.
Simultaneous battery recharging and operation possible.
1 h
12 h
Fully recharged (at least 95%) in approx. 2,5 h
Max. 0.5 mA
Max. 0.01 mA
−10...+50 °C
30...95% humidity without condensation
at air pressure 700...1060 hPa
+10...+35 °C
30...95% humidity without condensation
at air pressure 700...1060 hPa
3000 m (NN)
2
II
Ca. 365 x 250 x 168 mm (H x W x D)
3.7 kg (device with canister)
ABS/PC UL 94 V0, grey-white and dove blue
Max. 31 dB (A) @ 1 m (as per ISO 7779)
Inspection according to the manufacturer's specifications every 12
months.
O, kPa and
2
45