Step 4:
Carrying out the equipotential bonding
Local equipotential bonding must provided the
inverter.
Initial situation
External lightning protection
system (according to
DIN 62305)
No outside lightning
protection system earthing cable
connection
Measure Separation distance ac-
cording IEC 62305
maintained
Equipotential
bonding
Surge
protection
Sample
product
picture
Adapt the lightning protec-
tion system
according DIN 62305
Yes min.Four steps comprehensive protection systems
Step 1:
Check the separation distance
If the required separation distance cannot com-
plied with, then the metallic parts must intercon-
nected able carry lightning current. lightning
current arrestor (type 1).
Step 2:
Check the protection measures
Measures for lightning protection equipotential bond-
ing are used the and the side, e. mm² DC: Type 2
V20-C 3PH-1000
5094608
AC: Type 2
V20 3+NPE
5095223
Overview protection measures
TBS
Blitzschutz-Leitfaden
2018
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Chapter The internal lightning protection system
.
Step 3:
Include data cables
Data cables must included the protection
concept. mm² DC: Type 1+2
V-PV-T1+2-1000
5094230
AC: Type 1+2
V50 3+NPE
5093526
Requirements testing:
LBO, Vds 2010, risk ana-
lysis,
…
- min. mm² DC: Type 2
V20-C 3PH-1000
5094608
AC: Type 1+2
V50 3+NPE
5093526
No min.g
