Agilent Technologies 3070 Series - Page 173

© Agilent Technologies 1989–2002 Agilent 3070 / 79000 Site Preparation 10-12
Chapter 10: Site Preparation – Power Requirements for Older Systems: Series 3 Power Requirements and Connections (Prior to May 2001)
3-phase Delta 0ED 200 Figure 10-3 on
page 10-18
Figure 10-14
on page 10-29
Figure 10-25
on page 10-40
Figure 10-36
on page 10-51,
Figure 10-38
on page 10-53
Figure 10-54
on page 10-70
AWY, Figure
10-58 on
page 10-74
05C 220 Figure 10-3 on
page 10-18
Figure 10-14
on page 10-29
Figure 10-25
on page 10-40
Figure 10-36
on page 10-51,
Figure 10-38
on page 10-53
Figure 10-54
on page 10-70
0E3, Figure
10-58 on
page 10-74
05H 230 Figure 10-3 on
page 10-18
Figure 10-14
on page 10-29
Figure 10-25
on page 10-40
Figure 10-36
on page 10-51,
Figure 10-38
on page 10-53
Figure 10-54
on page 10-70
0EG, Figure
10-58 on
page 10-74
0E6 240 Figure 10-3 on
page 10-18
Figure 10-14
on page 10-29
Figure 10-25
on page 10-40
Figure 10-36
on page 10-51,
Figure 10-38
on page 10-53
Figure 10-54
on page 10-70
0EH, Figure
10-58 on
page 10-74
1. POTS and xDSL bays always require a separate power drop. For the standard 3-phase power options with supplied power cord use the first column. If sin-
gle-phase is absolutely required, use the options in the second column that is on the same line as the system power option. Rewiring of the PDU may be
required.
Table 10-3 Series 3 and 79000 family wiring diagram (3-phase power) (continued)
E1135C
Power
Option Voltage Testhead
L1
L3 L2
G