3M 6000 Serie Bedienungsanleitung Seite 92

Filter Model Classi cation Type of Contaminant
A2P3 R Organic vapours with boiling point >65°C (with good warning properties) as speci ed by the manufacturer and particulates
3M™ 6096 A1E1HgP3 R Organic vapours with boiling point >65°C (with good warning properties) as speci ed by the manufacturer and
mercury vapour, chlorine, acid gases and particulates. If used for Hg, maximum use time = 50 hours.
3M™ 6098 AXP3 NR Organic vapours with boiling point <65°C (with good warning properties) as speci ed by the manufacturer and particulates
3M™ 6099 A2B2E2K2Hg Organic vapours (b.pt>65°C (with good warning properties), inorganic gases, acid gases, ammonia, formaldehyde
up to 10 ppm, mercury vapour and particulates. If used for Hg, maximum use time = 50 hours.
P3 + form
Note: AX and Reaktor lters are for single use only
The lter should not be used on a second shift even if these maximum usage times are not exceeded. When changing lters ensure that both lters are
replaced simultaneously.
3M™ 6098 AXP3 Filter only
Limitations on the use of these lters may differ from one country to another but in the absence of any limitations in
your country the following should be applied.
a) Low boiling point organic compounds will be divided into four groups.
Group 1 Low boiling point organic vapours with an ES of less than or equal to 10 ppm or which have a short service life. Check local
regulations for ES in your country
Low boiling point organic vapours with an ES greater than 10 ppm.
Group 2
Low boiling point organic vapours where protection is provided by lters other than AX (e.g. B, E or K).
Group 3
Group 4 Low boiling point organic vapours where no or insuf cient protection is provided by gas lters
b) Against compounds of groups 1 and 2, AX lters complying with AS/NZS 1716 can be used up to the maximum concentrations shown in the table below
or 100 x Workplace Exposure Standard, whichever is lower.
Group Max Concentration (ppm)
Group 1 100 ppm
Group 2 500 ppm
Group 3 1000 ppm
Group 4
5000 ppm
c) Only new, unused lters from their original packaging should be tted to your facepiece. During one 8 hour shift, repeated use of an AX lter is permitted,
provided the maximum usage time shown in the table above is not exceeded.
d) Use of AX lters against mixtures of low boiling point organic compounds or mixtures of low boiling point organic compounds and other compounds is not
permitted as one or more of these compounds may be desorbed.
e) AX lters may be used as A2 lters ONLY if no other low boiling point organic compound is present. A1 or A2 lters are not to be used against low boiling
point organic compounds.
Group 1 Group 2
Acetaldehyde
n-Pentane
Bromomethane
Acetone
1,3-Butadiene Bromomethane
3-Chloro-1-propene (Check Butane
local regulations)
Diethyl Amine Chloroethane
Dimethyl ether Cyclopentadiene
1,1-Dimethylethylamine Dibromodi uoromethane
Ethanethiol Diethyl ether
Iodomethane
Dimethyloxymethane
Methyl Alcohol Ethylformate
Propyleneimine Methylacetate
Vinyl Chloride
Methyl propane
Propanal
2-Propenal (acrolein)
1,1-Dichloroethene
APPROVALS
These products are type approved and audited annually by BSI, Kitemark Court, Davy Avenue, Knowlhill, Milton Keynes MK5 8PP, UK, Noti ed Body No.
0086. They meet standard AS/NZS 1716:2012, Respiratory protective devices – gas lter(s) and combined Filter(s). These respirators have been
producted to comply with the requirements of the Australian Standard AS/NZS1716:2012 under an agreed production certi cation scheme operated during
manufacturing in accordance with the SAI Global Standards Mark.
Max Usage Time (mins)
40 mins
20 mins
60 mins
20 mins
Group 3 Group 4
Carbon disulphide 1,2-Dichloro-1,1,2,2-tetra uoroethane
Carbonyl Fluoride Diazomethane
Dimethylamine 1,1-Dimethylhydrazine
Ethylamine
Bromotri uoromethane
Formaldehyde Chlorodi uoromethane
Methanethiol Chloromethane
2-Propanethiol Dichlorodi uoromethane
Trichlorosilane Dichloro uoromethane
Trimethyl amine
1,1-Di uoroethane
Ketene
Methyl acetylene
Propane
Trichloro uoromethane
1,1,2,Trichloro -1,2,2 tri uoroethane
Ethylene Oxide
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