, checking if
electrical resistance the clamping unit has
not increased beyond the permissible limit.
The test passed if:
• the conductor has neither slipped out the
terminal block nor been damaged
• the maximum permissible voltage drop has
not been exceeded
• and neither contact breaks have occurred
nor defined break time has been exceeded.wago.
Examples include railway authorities testing
rolling electrical equipment, the testing
performed multiple marine agencies (e.e.8
www.com
WAGO Rail-Mount Terminal Block Systems
Technical Information
Mechanical Tests
Tests and Testing Procedures per IEC/EN Standards (continued)
Other test types are performed using single
fixed frequency. Analyzing the
specimen behavior under the influence of
resonant frequencies performed using a
special testing procedure. Test duration minutes per axis.
The amplitude, acceleration and, particular, the frequency the vibration must vary during the test.e.
• Vibration Test per IEC/EN 60068-2-6; DNV GL, (Marine Applications); 61373 (Railway Applications)
. Some test specifi-
cations require the determination possible
resonant frequencies, i.
The smaller this value is, the smaller the con-
tact resistance the clamping unit.
In common test procedure, for example, wide frequency band continuously run 2000 Hz, different accelerations 20g and
different amplitudes mm.,
DNV Group, Lloyd’s Register Shipping). The exact test procedure
may vary considerably, depending how
the product will used. Voltage
drop measured before and after the test to
detect permanent failures, i., determining res-
onance occurs within the frequency spec-
trum passed through.
The test specimen must not damaged in
any way that might affect future use.g.
The vibration test determines whether vibrations, such those produced the vicinity machines vehicles, will permanently affect
the electrical connection, contact breaks will occur during vibrations.
Beyond these standard procedures, each
market segment performs additional testing. Using vibration table, the test specimen subjected vibration
in each the and axes (see pictures).
During vibrations, possible contact breaks
are monitored oscilloscope.
Though the requirements such testing
procedures are particularly demanding, test
arrangements are identical for all them
