FLAEM LightNeb Mode D'emploi page 30

8 - TECHNICAL CHARACTERISTICS
Electronic Nebuliser LightNeb Model P0318EM
Power supply
Power
Transducer frequency
Noise level (at 1 m)
Apparatus size
Nebuliser weight (excluding batteries) 115g
Pochette size
(1)
Delivery ml/min
Characterisation* MMAD
Breathable fraction < 5 μm (FPF)
Medication cup capacity
(1)
The nebulising speed was measured with a 0.9% saline solution at 23° C according to Flaem internal
procedure I29-P07.5. It may vary depending on the nebulising head supplied, the drug and the environ-
mental conditions.
The values for the delivery rate may also vary depending on the patient's breathing capacity.
(2)
In vitro characterisation performed by TÜV Rheinland Italia S.r.l. in cooperation with the University of
Parma and in accordance with the European Standard for aerosol therapy equipment EN 13544-1:2007 + A1.
Further details are available on request.
APPLIED PARTS
Type BF applied parts are:
9 - WORKING CONDITIONS
Temperature
Air humidity
Operating/storage
Note: for short periods, and with batteries inserted, the device can be stored and
transported within the temperatures mentioned above.
10 - TRANSPORT AND STORAGE CONDITIONS
Temperature
Air humidity
Operating/storage
Note: For longer periods and for better storage of the batteries, remove the bat-
teries from the device and store them in a place where the temperatures men-
tioned above are maintained.
If the appliance is stored at a temperature other than indicated under the stor-
age conditions, leave the device at room temperature for at least 1 hour prior to
use. With medicinal products in suspension or particularly viscous, the informa-
tion provided according to standard EN13544-1 might be subject to changes.
Temperature, atmospheric pressure and humidity might affect the appliance's
performance.
2.4 - 3Vdc 1.5W 2 x AA alkaline or
rechargeable batteries
1,5W
108 KHz +/- 3KHz
40 dBA approx
5.0(L) X 6.2(W) X 13.7(H) cm
19(W) X 15(D) cm
0.30 ml
(2) 3.7 ÷ 4.6 μm
(2)
65% approx
10 ml
patient accessories (3,4,5)
min 10°C
min 10%
min. 690 hPa
min -10°C
min 10%
min. 690 hPa
28
max 40° C
max 75% RH
max. 1060 hPa
max 35°C
max 75% RH
max. 1060 hPa