Dräger SPC 4800 Instructions For Use Manual page 8

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en Technical data
8.2 Resistance to permeation by liquids
Chemical Breakthrough-time
(min.)
Acetone
Dichloromethane
Hydrochloric acid 37 %
Sulphuric acid 96 %
Caustic soda 40 %
1) according to EN 14 325:2004
2) The breakthrough-time of the laminate glove is shorter. Overgloves are therefore also required.
The tests were performed in accordance with EN ISO 6529.
8.3 Resistance to liquid penetration
Chemical Penetration index
Butan-1-ol, undiluted
o-Xylene, undiluted
Caustic soda 10 %
Sulphuric acid 30 %
The tests were performed in accordance with ISO 6530.
8.4 Resistance to penetration of infectious
agents
Test Standard
Penetration by synthetic ISO 16603
blood
Penetration by Phi-X 174 ISO 16604
bacteriophage
Wet bacteria penetration ISO 22610
Penetration by liquid aero- ISO/DIS 22611
sol
1) according to EN 14 126:2003
The welded-on gloves are approved in accordance with EN ISO 374-5:2016
(Protective gloves against dangerous chemicals and micro-organisms).
8
1)
Class
> 480 6
2) 6
> 480
> 480 6
> 480 6
> 480 6
Repellency index
0.0 % 95 %
0.0 % 95 %
0.0 % 95 %
0.0 % 95 %
Result
1)
Class
20 kPa 6/6
20 kPa 6/6
Break- 6/6
through-
time:
>75 min.
log 3/3
>5 log cfu
8.5 Resistance of the suit material
CLF
Test method Standard
Abrasion resis- EN 530:2010 (method 2) >2000 cycles
tance
Flex-cracking EN ISO 7854/B:1997
resistance
Tear resistance EN ISO 9073-4:1997
(longitudinal)
Tear resistance EN ISO 9073-4:1997
(transverse)
Tensile strength EN ISO 13934-1:1999
(longitudinal)
Tensile strength EN ISO 13934-1:1999
(transverse)
Anti-static sur- EN 1149-1:2006
face
Penetration EN 863:1995
resistance
Flammability EN 13274-4:2001
(method 3)
Seam strength EN ISO 13935-2:2014
Instructions for use
Result Class
6
>1000 cycles - 1
<2500 cycles
114 N 5
118 N 5
243 N 3
236 N 3
-
7
2.62*10 Ω
28 N 2
Passed -
>100 N 3
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Dräger SPC 4800