
50
SIVACON S8 Planning Principles –
In-line design, plug-in
Connection is effected directly at the switching device The
maximum cable cross sections that can be connected are
stated in the device catalogues. The in-line switch-discon-
nector allows the installation of a measuring instrument for
single-pole measurement. For three-pole measurement,
the measuring instruments can be installed in the device or
cable compartment door. The associated current transform-
ers are integrated into the in-line unit on the cable feeder
side.
The plug-in design for SIVACON S8 switchboard (Fig. 5/1)
with switching devices in in-line design with an incom-
ing-side plug contact allows easy and fast modification or
replacement under operating conditions. The pluggable
in-line units are operated directly at the device. Tab. 5/1
gives an overview of the general cubicle characteristics.
5 In-line design, plug-in
Tab. 5/1:
General cubicle characteristics for in-line design, plug-in
Application
range
- Incoming feeders up to 630 A
- Outgoing cable feeders up to 630 A
Degrees of protection
- Up to IP41
Ventilated
Cubicle dimensions
- Cubicle height
2,000, 2,200 mm
- Cubicle width (front connection in the cubicle)
1,000, 1,200 mm
Device compartment
- Height
1,550, 1,750 mm
- Width
600 mm
Form of internal separation
- Form 3b, 4b
Design options
- In-line switch-disconnectors 3NJ62 with fuses
- In-line switch-disconnectors SASIL plus with fuses (Jean Müller)
- Empty slot, device compartment
Fig. 5/1:
Cubicles for in-line design, plug-in: on the left for in-line switch-disconnectors 3NJ62 with fuses, on the right for switch-
disconnectors SASIL plus with fuses
Summary of Contents for Sivacon S8
Page 2: ......
Page 6: ...Chapter 1 System based power distribution ...
Page 23: ...20 SIVACON S8 Planning Principles SIVACON S8 System overview ...
Page 35: ...32 SIVACON S8 Planning Principles Circuit breaker design ...
Page 93: ...90 SIVACON S8 Planning Principles Conforming to standards and design verified ...