Figure 5, Preferred battery cabinet grounding configuration – Liebert 600T User Manual
Page 23

Configuring Your Ground and Neutral Connections 17
7.5
Preferred Grounding Configuration, Battery Systems
Figure 5
Preferred Battery Cabinet Grounding Configuration
Large, open-rack battery systems are normally either locally grounded or left ungrounded,
depending on local code requirements.
Battery cabinet systems, on the other hand, should be grounded to the UPS ground bus bar. Fig-
ure 7 above illustrates how a simple one-cabinet system would be grounded. For systems with
multiple cabinets, the same configuration would apply. However, for simplicity the installer can
connect all the battery cabinet grounds together and run a single ground conductor (in the same
conduit as the phase conductors) to the UPS ground.
GROUNDING
ELECTRODE
PER NEC 250-24
TO OUTPUT
DISTRIBUTION
- PS250-50S (12 pages)
- SGH STEAM SL-14050 (16 pages)
- Ship-Ahead Input/Output Cabinet NXL (20 pages)
- NfinityTM (44 pages)
- 4000 (59 pages)
- 230V (40 pages)
- PSP (32 pages)
- UPStation GXT (20 pages)
- UPSTATION GXT 2U (38 pages)
- UPS Systems PSI XR (32 pages)
- 600TTM (91 pages)
- Series 600T (128 pages)
- GXT2 - 3X1 (42 pages)
- Nfinity (44 pages)
- PowerSure PSA 350VA to 1000VA (8 pages)
- 2U (16 pages)
- PDUTM (156 pages)
- GXT2-6000 RT208 (52 pages)
- PowerSure Personal (12 pages)
- 2700VA (40 pages)
- Series 610 (44 pages)
- Emerson NX UPS System (88 pages)
- GXT 2U (44 pages)
- UPStation S VM12000 (38 pages)
- 1000kVA (120 pages)
- Nfinity 208 V / 240 V 60Hz (45 pages)
- UPS (28 pages)
- UPS System (121 pages)
- PowerSure PSI 1000 - 3000VA 60 Hz 120V (36 pages)
- GXT2-4500RT230 (40 pages)
- GXT2-6000RTL630 (44 pages)
- IntelliRack (2 pages)
- PowerSure PSA 350-1000VA (2 pages)
- 350-700 VA (11 pages)
- 500-650 VA (24 pages)
- PowerSure PS250-60S (13 pages)
- 130 kVA (102 pages)
- 30-130kVA (112 pages)
- GXT (23 pages)
- PSITM (34 pages)
- 600T (88 pages)
- 610 (104 pages)
- GXTTM (30 pages)
- 700-3000 VA (30 pages)