IBM C2B 2.25 Brick On Sled carrier 128-pin HPC - Manual (Page 82)

USER RESPONSIBLE F O R V E R I F Y I N G VERSION A N D COMPLETENESS
O E M F U N C T I O N A L SPECIFICATION ULTRASTAR X P (DFHC) SSA M O D E L S 1.12/2.25 GB - 1.0" H I G H
7.2.4 Operating Shock
N o permanent damage will occur to the drive when subjected to a 10 G half sine wave shock pulse of
11 milliseconds duration.
N o permanent damage will occur to the drive when subjected to a 10 G half sine wave shock pulse of
2 millisecond duration.
The shock pulses are applied in either direction in each of three mutually perpendicular axis, one axis at a
time.
7.2.5 Nonoperating Shock
Translational Shock
N o damage will occur if the un-packaged drive is not subjected to a square wave shock greater than a
"faired" value of 35 Gs applied to all three axis for a period of 20 milliseconds, one direction at a time.
N o damage will occur if the un-packaged drive is not subjected to an 11 millisecond half sine wave shock
greater than 70 Gs applied to all three axis, one direction at a time.
N o damage will occur if the un-packaged drive is not subjected to a 2 millisecond half sine wave shock
greater than 125 Gs applied to all three axis, one direction at a time.
Rotational Shock
N o damage will occur if the un-packaged drive is not subjected to an 11 millisecond half sine wave shock
greater than 7,000 radians per second squared applied to all three axis, one direction at a time.
N o damage will occur if the unpackaged drive is not subjected to a 2 millisecond half sine wave shock
greater than 15,000 radians per second squared applied to all three axis, one direction at a time.
7.3 Contaminants
The corrosive gas concentration expected to be typically encountered is Subclass G1; the particulate environ-
ment is expected to be P1 of C-S 1-9700-000 (1/89).
Table 17. Non-operating Vibration Levels
Frequency 5 hz to 7 hz 7 hz to 200 hz
Amplitude 0.8 inch DA 2.0 G peak
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