Installing the Power Module
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● The material of the protective grounding conductor must be the same as the
material of the power cable. If this is not the case, the specific resistance of the
protective grounding conductor must not be higher than the specific resistance
of the power cables. The relevant diameter of the power cables is the diameter
of the line supply cable, and not the diameter of the motor cables.
● In the case of power cables up to 35 mm
2
, the ground cable must have a cross
section of at least 10 mm
2
(16 mm² Al).
● For power cables with a diameter of more than 35 mm
2
, the protective
grounding conductor must have at least half of the size of the cross-section of
the power cable.
● If possible, use at least 16 mm
2
for the copper equipotential-bonding cable.
Diagram Cable type Dimensions
A B C D
FSA power cables 10 mm
0.39 inches
60 mm
2.36
inches
- 90 mm
3.54 inches
FSA motor cables 10 mm
0.39 inches
60 mm
2.36
inches
10 mm
0.39 inches
60 mm
2.36 inches
FSB motor cables 10 mm
0.39 inches
60 mm
2.36
inches
- 50 mm
1.96 inches
FSC power cables 10 mm
0.39 inches
50 mm
1.96
inches
10 mm
0.39 inches
40 mm
1.57 inches
FSC motor cables 10 mm
0.39 inches
50 mm
1.96
inches
- 70 mm
2.75 inches
Table 8: Overview of cables
No shielding dimensions are indicated for the input power cables because they
are generally unshielded cables.
1. Expose the shield around the length C in order to ensure that devices with an
EMC filter of Class B conform to EMC category C1.
2. When the cable is fed through the base plate, also expose the shield around
the length D (see sketch above, at the end of "D") and insert the cable through
the conductively connected EMC cable gland.
Cable cross-section of the
grounding conductors
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