Figure 11. Transition Connection To Ampgard; Figure 12. Hardware For Transition To Ampgard; Figure 13. Low Voltage Pathway; Figure 14. Low Voltage Wireway - Eaton SC9000 EP Installation Manual

Medium voltage drives
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The Ampgard-Drive connection is made by passing hardware
through the Ampgard side sheet (Figure 11) into the
Tinnerman nuts of the transition and requires the use
of 5/16-18 x 2 HHCS, (2) flat washers, lock washer, and
spacer—Eaton PN 25A4184H01, 0.625OD x 0.328ID x 0.85
LGH and torqued to 10–14 ft-lb (Figure 12).

Figure 11. Transition connection to Ampgard

Figure 12. Hardware for transition to Ampgard

Low voltage connection
Low voltage pathways for drive-to-drive and shipping splits
within a drive are located in the upper front area of the side
sheet (Figure 15).Within the drive, low voltage cables are
routed along the top front of the cabinet (Figure 13) and in
some cases are nested in wireways (Figure 14).

Figure 13. Low voltage pathway

Ampgard
structure
connection
point

Figure 14. Low voltage wireway

Hardware
required for
connection of
Ampgard to
transition
section
SC9000 EP medium voltage drives IB020001EN—February 2016 www.eaton.com
Chapter 4: Handling, storage, and installation
Low voltage
path-top
front
Low voltage
wireway
19

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