www.moldex.com
MOLDEX-METRIC AG & Co. KG
Unit 9, Glaisdale Point
Off Glaisdale Drive, Bilborough
Nottingham. NG8 4GP
Tel.: +44 (0)115 985 4288
Fax: +44 (0)115 985 4211
www.moldex-europe.com
[email protected]
inFo
For help on selection and training please
contact us. We offer a wide range of training
packages and support material.
UK - 03 - 20
11 / 02
Datasheet
FFP masks
Protection against Dust, Mist & Fumes
Total inward leakage
Ten test subjects perform a variety of exercises. During the exercises the amount
of test aerosol that penetrates the filter, face seal and valve are sampled. The
total inward leakage of 8 out of 10 test subjects shall not exceed the following
levels:
The filter penetration after loading the filter with 120 mg paraffin oil according
to DIN EN 149:2001 + A1:2009 shall not exceed the following levels:
Flammability
4 respirators are passed through a 800°C (+/- 50°C) flame with a speed of 6 cm/s.
After passing through the flame the respirator has to self-extinguish.
Breathing Resistance
The breathing resistance produced by the filter of the respirator is tested at an airflow of
30 l/min and 95 l/min.
instruCtions For use
· The user has to be trained and instructed in wearing the mask.
· FFP masks do not protect against gases and vapours.
· The oxygen concentration of the ambient atmosphere should be at 19,5 % Volume.
· These respirators may not be used if the concentration type, and properties of
contaminants in the ambient atmosphere are unknown or at dangerous levels.
· Respirators should be disposed if damaged, if the breathing resistance be-
comes high due to clogging, or at the end of a shift.
· Never tamper with, alter or modify the respirator.
instruCtions For Fitting
Category
max. breathing resistance
30 l / min
95 l / min
FFP1
0,6 mbar
2,1 mbar
FFP2
0,7 mbar
2,4 mbar
FFP3
1,0 mbar
3,0 mbar
1.
2.
3. Place respirator on chin and
pull loop over head tight to
the neck.
4. Pull upper strap and place on
back of head.
5. During breaks unclip strap.
6. Let mask hang around
your neck.
Category
FFP1
FFP2
FFP3
max. total inward leakage
22 %
8 %
2 %
Category
FFP1
FFP2
FFP3
max. Filter penetration
20 %
6 %
1 %