Dräger SPC 4900 Instrucciones De Uso página 9

in usage
In storage
1) AlphaTec is a registered trade mark of Ansell Ltd.
2) Melinex is a registered trade mark of DuPont.
8.2 Whole suit test performance
Test method
Type 3: Jet test (EN ISO 17491-3:2008)
Type 4: High level spray test (EN ISO 17491-
4:2008, Method B)
Type 5: Particle aerosol inward leakage test
(EN ISO 13982-2)
Type 6: Low level spray test (EN ISO 17491-
4:2008, Method A)
8.3 Resistance to permeation by liquids
The suit has passed the permeation test with the below chemicals:
Chemical Breakthrough-
time (min.)
Acetone > 480
Methanol > 480
The tests were performed in accordance with EN ISO 6529.
8.4 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.
8.5 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
Penetration by microbes, ISO/DIS 22612
dry
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).
Instructions for use |
Dräger SPC 4900
Observe operating temperatures of the
respiratory protective equipment!
-15 °C to +25 °C
Test
result
passed
passed
passed L
jmn,82/90
%; L
S,8/10
passed
EN class ISO 16602 class
6 4
6 4
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
log <1 3/3
8.6 Resistance of the suit material
CLF
Test method
Abrasion resistance
Flex-cracking resistance
Tear resistance (longitudinal)
Tear resistance (transverse)
Tensile strength (longitudinal) EN ISO 13934-
Tensile strength (transverse)
≤ 30
≤ 15 %
Anti-static surface
Puncture resistance
Flammability
Seam strength
Technical data
Standard Result
EN 530:2010 >2000 cycles
(method 2)
EN ISO 7854/B:1997 >1000 cycles -
<2500 cycles
EN ISO 9073-4:1997 114 N
EN ISO 9073-4:1997 118 N
243 N
1:1999
EN ISO 13934- 236 N
1:1999
EN 1149-1:2006 7
2.62*10 Ω
EN 863:1995 28 N
EN 13274-4:2001 Passed
(method 3)
EN ISO 13935- >240 N
2:2014
| en
Clas
s
6
1
5
5
3
3
-
2
-
4
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