Zero PINNACLE ZERTEC Bedienungsanleitung Seite 5

EN397 & AS/NZS 1801
TANDARD CASCO MULTI-IMPATTO PINNACLE: IBRIDO PER LA MASSIMA PROTEZIONE
PINNACLE MULTI-IMPACT HELMET STANDARDS: HYBRID FOR HIGHEST PROTECTION
CROWN IMPACT
TEST
EN12492
3KG
1M
49
JOULES
NO TEST!
3KG 3KG
1M 1M
100
JOULES
100
JOULES
25
JOULES
25
JOULES
49 JOULES
5KG
at 1m
3KG
at 1m
CROWN IMPACT TEST
AS/NZS 1801:1997
EN 397:2012
49
JOULES
MULTI SIDE IMPACT TEST
NO TEST!
3KG
1M
100
JOULES
100
JOULES
25
JOULES
25
JOULES
25
JOULES
100 JOULES
25
JOULES
5KG
25 JOULES 25 JOULES
at 2m
5KG 5KG
at 0.5m at 0.5m
25 JOULES
5KG
at 0.5m
MULTI SIDE AND
CROWN IMPACT TESTS
EN 12492: 2012
3KG
1M
INDUSTRIAL HELMET
Testing is only carried out to the top of the helmet. A 49J
impact only to the crown of the helmet measures the shock
absorption and a penetration test with a 3kg conical striker
from 1m. There is no side impact test in this standard- only
3KG
1M
a lateral rigidity test, which is a slow, progressive force
loading, and is not an impact test. Includes optional standards
for lateral deformation. EN 397 requires a chinstrap which
is designed to release under load with a force of 150N< F
<250N. AS/NZS 1801:1997 helmets make attachment of a
releasing type chinstrap an option only.
THE HELMET FOR MOUNTAINEERS
Pinnacle helmets complies to the mountaineering standards
and is approved by the manufacturer for industrial use. Impact
25
JOULES
tested with two 5kg strikers: a hemispherical striker is drop-
25
ped from 2m onto the crown of the helmet and a flat striker
JOULES
from 500mm on to the front, rear & side by tilting the hea-
dform to 30°. In all cases, the transmitted force through the
neck of the headform does not exceed 10kN. Two penetration
tests with a 3kg pointed striker are also performed within any
point around the shell of the helmet without making contact
with the headform. Exceeds the shock absorption and impact
tests of AS/NZS 1801 & EN397. Non releasing chinstrap F
>500 DaN for helmet retention during an incident.
42%
0.1%
25 JOULES
5KG
at 0.5m
Performance over EN 12492 requirements with
integrated Koroyd components.
5
STANDARDS DESCRIPTION
SUPERIOR LIGHTWEIGHT
ENERGY ABSORPTION
RISK OF A SKULL FRACTURE
FROM PEAK FORCE*