Eaton 9 55 Series, Руководство пользователя

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Seismic Data Requirements for Eaton UPS Equipment Installation User’s Guide 164000050—Rev 05 7
Table 5. 9390 Unit Seismic Displacement Requirements (Continued)
Type
Front to Back Side to Side
100-160 UPS kVA 48 mm 48 mm
UPS 100-160 kVA w/sidecar 48 mm 48 mm
20-80 kVA IDC 140 mm 140 mm
100-160 kVA IDC 108 mm 108 mm
IAC-B and IAC-T 36 mm 36 mm
IAC-D 36 mm 36 mm
Consideration must be given to attachments (conduits, bus duct, etc.) made to the top of the equipment.
Attachments must have provisions to accommodate the displacement of the equipment indicated in
Table 5 .
Entry from the bottom of the equipment eliminates the need for accommodating this motion for attachments.
33..22 C Ceenntteerr ooff G Grraavviittyy
For seismic calculations, the center of gravity can be approximated using the dimensions in Table 6 with
respect to the left side bracket's front mounting hole (x,y,z origin).
Table 6. 9390 Unit Center of Gravity Specifications
Type
X (left to right)
Y (front to rear)
Z (bottom to top)
20-80 kVA UPS 252 mm 248 mm 940 mm
20-80 kVA UPS w/sidecar 393 mm 248 mm 940 mm
100-160 UPS kVA 482 mm 248 mm 965 mm
UPS 100-160 kVA w/sidecar
540 mm 248 mm 965 mm
20-80 kVA IDC 482 mm 248 mm 965 mm
100-160 kVA IDC
575 mm 248 mm 965 mm
IAC-B and IAC-T 319 mm 248 mm 965 mm
IAC-D 319 mm 248 mm 965 mm
33..33 P Poow weerr C Caabblleess
It is recommended that power cables be lashed together at least every meter within the equipment. Refer to
the appropriate Eaton UPS instruction and operation manual for other requirements related to securing power
cables.
33..44 99339900 FFlloooorr P Pllaann S Seeccuurriinngg D Diim meennssiioonnss
Figure 3 through Figure 9 detail the measurements for attaching the 9390 seismic brackets to the floor of the
building. The drawings are for reference only and are not to scale. Dimension are in millimeters (inches).
Eaton 9390 Foundation Plan and Mounting Requirements