Moldex Classic+ FFP Series Instruction Manual

Characteristics
The "Classic+Series of FFP's" from Moldex first introduced the
patented DuraMesh®-Design and the Ventex®-Valve.
The DuraMesh®shell ensures optimum shape retention and durability,
and therefore protection, far superior to that of unsupported filtering
facepieces.
The Ventex®-Valve uses low pressure valve technology to optimise air
flow, reducing the temperature, moisture vapour and exhaled carbon
dioxide inside the mask.
Areas of use:
The Classic Series of FFP's.
Construction / Materials
The Moldex Classic+Series of FFP's have a common design based on
the DuraMesh®technologies.
The respirator is made of:
- Filter Layer = Polypropylene
- Inner Shell = Polypropylene
- DuraMesh®Shell = Polypropylene
- Head Strap = Natural Rubber
- Ventex®-Valve = Natural Rubber
Weight: 2360+= 12 g 2400+= 12 g
2365+= 16 g 2405+= 16 g
Testing
The Moldex Classic+Series of FFP respirators have been tested to
EN149: 2001 and fulfill all requirements of the relevant categories.
·Total inward leakage
Ten test subjects wearing respirators perform a variety of exercises on a
tread mill. During the exercises the amount of test aerosol that
penetrates the filter, face seal and valve (if provided) are sampled. In
the different categories the total inward leakage of 8 out of 10 test
subjects shall not exceed the following levels:
CATEGORY MAX. TOTAL INWARD LEAKAGE
FFP1D 22 %
FFP2D 8 %
Certification
The Moldex Classic+Series of FFP's meet the requirements of
EN149: 2001 and are CE-Marked in accordance with the requirements
of European Directive 89/686/EEC. The Berufsgenossenschaftliche
Institut für Arbeitssicherheit (BGIA) in St. Augustin in Germany is the
body responsible for both type examination (Article 10) and
monitoring of production (Article 11).
The products are manufactured in an ISO 9001 certified plant.
FFP1D
·2360+(non valved)
·2365+with Ventex®-Valve
FFP2 D
·2400+(non valved)
·2405+with Ventex®-Valve
LEVEL OEL HAZARD TYPE
(MASK) (EXAMPLE)
FFP1D 4 x
(2360+)
(2365+)
FFP2D 10 x
(2400+)
(2405+)
(OEL = Occupational exposure limit)
Technical Data Sheet RFFP+- EU / 03-2007
+
FINE DUSTS, FUMES, WATER AND OIL BASED
MISTS/AEROSOLS
(Against non-toxic dusts, e.g. Aluminium Oxide,
Bauxite, Borax, Brick Dust, Cellulose, Cement, Coal
Dust, Gypsum, Limestone, Plaster of Paris, Pollen,
Portland Cement, Sucrose, Sugar)
FINE TOXIC DUSTS, FUMES, WATER AND OIL
BASED MISTS/AEROSOLS
(e.g. As for FFP1 but at higher concentrations, plus:
Brake Dust, Calcium Oxide, China Clay, Concrete Dust,
Cotton Dust, Granite, Hay, Lead Dust and Fume,
Particulate Welding Fumes, Silica, Sodium Hydroxide,
Wood Dust, Zinc Oxide Fume)
·Filter Penetration
The filter efficiency of 12 respirators is tested. In EN149: 2001 both
Sodium Chloride and Paraffin Oil aerosols are tested. The following
filter penetration shall not be exceeded.
CATEGORY TEST AEROSOL MAX. FILTER
PENETRATION
FFP1D Sodium Chloride / Paraffin Oil 20 %
FFP2D Sodium Chloride / Paraffin Oil 6 %
This masks fulfil the additional 120 mg oil loading test.

The Classic Series of FFP's.
Instructions For Use
·The user has to be trained and instructed in wearing the respirator.
·The oxygen concentration of the ambient atmosphere must be at
least 19,5 % Volume.
·These respirators may not be employed if the concentration, type
and properties of contaminants in the ambient atmosphere are
unknown or at dangerous levels.
·Respirators should be disposed of if damaged, if the breathing
resistance becomes high due to clogging, or at the end of a shift.
·Never tamper with, alter or modify the respirator.
INFO: For help on selection and training please
contact us. We offer a wide range of
training packages and support material.
·Flamability
Four 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.
CATEGORY MAX. BREATHING RESISTANCE
30 l / min 95 l / min
FFP1D 0,6 mbar 2,1 mbar
FFP2D 0,7 mbar 2,4 mbar
Instructions For Fitting
1.
3.
4.
Pull loop strap to form a large
loop.
Pull upper strap tight and then
place on back of head.
Ensure respirator fits secure and
comfortable.
2. Place respirator on chin and lift
lower straps over head to neck
position.
Technical Data Sheet RFFP+- EU / 03-2007
+
MOLDEX-METRIC AG & Co. KG Telefon [phone]
Tübinger Straße 50 Telefax [phone]
D-72141 Walddorf www.moldex-europe.com
(GERMANY) [email protected]