NonStop NS2200 Series Planning Guide

Table 13 Heat Dissipation Worksheet for Seismic Racks
Heat Dissipation Worksheet for Rack Number ______
Total (BTU/hour)
Maximum Unit Heat (BTU/hour with
both lines powered)
Number
InstalledEnclosure Type
239 x (fuse panel load /160)
2
Fuse panel
1
1686Blade Element (8 GB)
1747Blade Element (16 GB)
1802Blade Element (32 GB)
1112VIO enclosure
1051DL380 G6 CLIM CG
546DL380p Gen8 CLIM CG
614M8391-24CG and
M8392-24CG Disk
Enclosure
31Disk drive 10k rpm
24Disk drive 15k rpm
20.5
200GB SAS 2.5” SSD,
Gen1
20.5200GB SAS 2.5” SSD,
Gen2
51160 DAT unit
137CG Maintenance switch
----Total Heat (BTU/hour)
1
Maximum value. Assumes full load per side of 70W.
2
Fuse panel load is the total nominal current on both sides
Power Load Worksheet, NS2200ST Seismic Rack
Enclosures in Seismic Racks
Power and current specifications for seismic racks are the sum of the power and current specifications
for each enclosure that are installed in the cabinet. Use the worksheet in Table 14 (page 149) to
calculate the power load for each rack and to indicate the breaker panel and fuse panel
configurations.
Table 14 Seismic Rack Power Load Worksheet
Power Load Worksheet for Rack Number ______
Fuse Size
Fuse Panel
2
SubtotalWatts per EnclosureNumber of Enclosures
Enclosure Type
1
----494Blade Element (8 GB)
----512Blade Element (16 GB)
----528Blade Element (32 GB)
326VIO Enclosure
308DL380 G6 CLIM CG
3
160DL380p Gen8 CLIM
CG
Power Load Worksheet, NS2200ST Seismic Rack 149