Industrial plug-in connectors - Phoenix Contact

IP protection test
DIN EN 60529
IP6X: protection of the contact inserts
inside the housing against the ingress of
dust in the presence of a slight vacuum.
Parameters: vacuum: 20 mbar, test
duration: 8 hours
HEAVYCON EVO plug-in connectors
meet the requirements of IP65
protection: no discernable, visible
ingress of dust or water inside the
housing.
IPX5: protection against the harmful
effects of the ingress of jet water.
Parameters: jet nozzle: 6.3 mm,
volumetric water flow: 12.5 l/min,
minimum test duration: 3 minutes
Jet water test and dust test
Vibration test
IEC 60068-2-6
This test demonstrates the vibration
resistance of an electrical connection.
Harmonic, sinusoidal vibrations are
applied to the test object to simulate
rotating, pulsating or oscillating forces.
Along all three axes (xyz), frequencies
in the 10 - 2000 Hz range, for example,
are successively applied at a rate of
one octave per minute. The r.m.s.
value of the acceleration is 50 m/s 2 , for
example.
There must be no damage to the test
object that might impair further use or
adversely affect the constant electrical
values.
HEAVYCON EVO plug-in connectors
meet these high requirements and are
therefore suitable for applications on
construction vehicles and machinery,
for example.
Vibration test according to IEC 60068-2-6
Temperature shock test
IEC 60512-11-4, test 11d
In industrial applications, significant
temperature differences resulting
from the process may occur. In order
to simulate such ambient conditions,
the test objects are moved within the
space of a few seconds between the
lower and upper limit temperature
(e.g., -50°C to +85°C) of the product
and usually remain there for 45 minutes.
This must not result in damage that
might impair further use.
Thanks to the use of high-quality
materials, HEAVYCON EVO plug-in
connectors are suitable for applications
at an ambient temperature of -40°C
to +100°C with constant temperature
response.
HEAVYCON EVO plug-in connector in the
climatic chamber at -50°C
8 PHOENix CONTACT