Dell
PowerEdge T310 Technical Guide
Table 8. Formulas for Maximum Operating Temperature at Given Altitude
35 –
Maximum Altitude
(
meters
)
- 900
300
°C
35 –
Maximum Altitude
(
feet
)
- 2952.75
984.25
°C
95 –
(Maximum Altitude
(
meters
)
- 900) x 1.8
300
°F
95 –
(Maximum Altitude
(
feet
)
- 2952.75) x 1.8
984.25
°F
Table 9 shows the shock and vibration specifications for the PowerEdge T310.
Table 9. Shock and Vibration Specifications
0.26Grms at 5–500Hz for 15 minutes
1.88Grms at 10–250Hz for 15 minutes
One shock pulse in the positive z axis (one pulse on each side of the system)
of 31G for 2.6ms in the operational orientation
Six consecutively executed shock pulses in the positive and negative x, y, and
z axes (one pulse on each side of the system) of 71G for up to 2ms.
5.5 ENERGY STAR Compliance
To learn more about Dell and ENERGY STAR
®
qualified configurations, go to PowerEdge Servers
Engineered with Energy Smart Technologies on Dell.com.
5.6 Thermal
The thermal design of the PowerEdge T310 reflects the following:
• Closed-loop thermal fan speed control: The closed-loop thermal control method uses
feedback temperatures to dynamically determine proper fan speeds.
• Comprehensive thermal management: The PowerEdge T310 controls system cooling fan
speed based on several different responses from critical component sensors, such as processor
temperature, inlet ambient temperature, and system configurations. The thermal
management adjusts proper cooling for the system according to what the system really needs.
• Optimized Ventilation: The T310 chassis has a custom ventilation design for optimized air
flow path. Each component and peripheral is ensured sufficient air for cooling.
• Environmental Specifications: The optimized thermal management makes the T310 reliable
under a wide range of operating environments.
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