the case
of the ring earther, these must implemented in
such way that they are permanently resistant cor-
rosion.
Connections from the ring earther into the building
should located above the maximum groundwater
level. 2360 1
Connecting parts
If connections are made the earth, e.g.4571,
is used. Only
tested connection components accordance with
DIN 62561-1 (IEC 62561-1) may used.g.4 Versions
Earthing systems can consist either type a
type earther. Detachable connections the ground must
be protected against corrosion (plastic corrosion pro-
tection strip).
Connections between foundation earthers/functional
equipotential bonding cables and the reinforcement,
or between functional equipotential bonding cables
and the ring earther, and with the connection lugs,
can take the form bolted joints, clamped joints or
welded joints. 1. Alternatively, wall penetrations sealed against
pressurised water (type RD10) should used. Tying wire not acceptable.4404 1.4571, must always
be used.
Corrosion protection
Inside sealing troughs and contact with perimeter
insulation (DIN 18014) and potentially corrosive
areas, rustproof stainless steel with molybdenum
content 2%, e.
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159
Chapter The external lightning protection system
.4404 1. These connectors must additionally fitted
with corrosion protection strip.4.TBS
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The planning aid can used to
determine grid widths and versions
for the foundation earthing system
for individual projects.g.
Wall penetration sealed against pressurised water DW
RD10, item no. Different versions each are avail-
able, suit different application situations.
2. recommended that stainless steel with a
molybdenum content 2%, e. 1
