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The Spire CloudSat System Integration CPU Cooler is made out of a high-quality aluminum omni-directional heat-sink. Ensuring airflow is directed to the hot components on the mainboard, topped with a Spire 95x25mm powerful round fan. Installation is made easy to the 1156 & 1366 sockets with the Intel approved push-pins, no tools are required. Ready to cool up to the hot 95W Core i3 and Core i5 micro-processors, the CloudSat is satisfaction guaranteed.
Main Features:
* Aluminum omni-directional finned heat-sink
* Large base for maximizing contact dissipation area
* Silent 95x25mm round fan design
* Maximum 46.46 CFM at 2200 RPM
* Intel approved push-pin installation
* Tool-free, time saving & secure retention
* S420 Thermal compound pre-applied
* 2 Year manufacturer warranty
Compatibility:
The CloudSat is compatible with ATX and Micro-ATX platforms, socket 1156 and 1366 for the Intel Core i3, i5 and Core i7 micro-processors.
MSRP:
€11,95 / $13,95 Product Includes :
* Multi-Language Owner Manual * Stars-420 White grease pre-applied
 | Product Specification |  |
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Socket 1156 / 1155 / 1366 / 775
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| Dimensions | | Heat sink : | 95×95×40 mm (l × w × h) | | 12VDC Fan : | 95×95×25 mm |
| | Material | AL | | Bearing | Sleeve bearing | | Rated speed | | Cooler : | 2200 RPM +/-10% | | Only Fan : | 2200 RPM +/-10% |
| | Rated power | 1.92 W | | Rated Voltage | 12 V | | Noise level | 26.0 dBA | | Air flow | 46.46 CFM | | Current | 0.18 A | | Connector | 3 PIN (2510) | | Application | Intel Core i3
Intel Core i5
Intel Core i7 Cooler
| | TDP | 95 W | | Thermal resistance | 0.356 oC/W | | Thermal paste | Stars-350 | | Static Pressure | 2.11 mmH2O | | Life hours | 30000H | | Operating Temperature | -10~70 oC | | Storage Temperature | -40~70 oC | | Warranty | 3 years | | Packaging type | Color Box | | Package includes | manual | | N.W | 0.32 KG | | G.W | 0.457 KG | | Life hours | Sleeve: 30.000 | | UPC Code | 6943051205113 |
| * All Spire CPU cooling products come with thermal compound either pre-applied onto the cooler or in an injection tube. Compound will begin to function at its optimum potential, after a gradual increase in heat-dissipation, approximately 150 hours (6days) after initial application. |
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| * All technical data shown above are measurements from our own laboratory. Product images shown may differ from actual product. Specifications are subject to change without prior notice. |
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