Platform Specifications
Platform Guide: VIPRION
®
9 - 3
System power consumption
The actual amount of power draw from the AC source depends on the type
and number of blades and the power supply AC source voltage and
redundancy configuration. Tables 9.3 and 9.4 show several possible
configurations and their typical and maximum power draw.
Table 9.3
AC mains total system power draw (low-line input)
Table 9.4
AC mains total system power draw (high-line input)
Blade quantity and type
Typical system power
draw
Maximum system power
draw
Number of power
supplies installed
1 x PB100
650W
875W
2
2 x PB100
950W
1250W
2
3 x PB100
1300W
1625W
4
4 x PB100
1600W
2000W
4
1 x PB200
675W
900W
2
2 x PB200
1000W
1300W
2
3 x PB200
1375W
1700W
4
4 x PB200
1700W
2100W
4
Blade quantity and type
Typical system power
draw
Maximum system power
draw
Number of power
supplies installed
1 x PB100
675W
900W
2
2 x PB100
975W
1275W
2
3 x PB100
1325W
1650W
4
4 x PB100
1625W
2025W
4
1 x PB200
700W
925W
2
2 x PB200
1025W
1325W
2
3 x PB200
1400W
1725W
4
4 x PB200
1725W
2125W
4
Summary of Contents for Viprion
Page 1: ...Platform Guide VIPRION MAN 0311 00 ...
Page 2: ......
Page 5: ...Table of Contents ...
Page 6: ......
Page 10: ......
Page 18: ......
Page 22: ...Chapter 2 2 4 ...
Page 24: ......
Page 33: ...4 VIPRION LEDs and Interfaces About LED behavior About platform interfaces ...
Page 34: ......
Page 44: ...Chapter 4 4 10 ...
Page 46: ......
Page 56: ...Chapter 5 5 10 ...
Page 58: ......
Page 66: ...Chapter 6 6 8 ...
Page 67: ...7 Platform Airflow Platform airflow information ...
Page 68: ......
Page 70: ...Chapter 7 7 2 ...
Page 71: ...8 Environmental Guidelines for the VIPRION Platform Environmental requirements ...
Page 72: ......
Page 76: ......
Page 84: ...Chapter 9 9 8 ...
Page 85: ...A Platform Specific Hazardous Substance Levels for China VIPRION chassis VIPRION blades ...
Page 86: ......
Page 89: ...Glossary ...
Page 90: ......
Page 93: ...Index ...
Page 94: ......