Spire Storm 954 CPU Cooler SP954S7 - High Performance Cooling for Intel LGA 1156 & 1366 Sockets - Ideal for Gaming PCs & Workstations

Product Description

*Discontinued**

Spire Storm 954 CPU Cooler SP954S7 for Intel 1156 and 1366 sockets

The Spire Storm CPU Cooler Series are designed with the price cautious user in mind. The Storm 954 is the universal Intel version, silent and cost effective. The Storm 954 is applicable to the Intel 1156 and 1366 sockets. The star heat-sink is made with a large copper core insert, topped with our new Storm series silent fan. The Storm fan is mounted with tool-free Ant-Vive rubber screws. Installation is made easy with the Intel approved push-pins, no tools are required. Ready to cool up to the hot 130W micro-processors the Storm 954 is the satisfaction guaranteed Intel cooler from Spire.

Main Features:
* Aluminum star heat-sink with copper core insert
* UV-reactant 90x35mm silent fan design
* Four anti-vibe rubber fan mounts
* S420 Thermal compound included
* Tool-free, time saving & secure retention

Compatibility:
LGA1156, LGA1366, based ATX, MICRO ATX and MINI ITX platforms

Product Includes :
*Multi-Language Owner Manual *Stars-420 White grease
Product Specification
Socket 1156 / 1366 Cooling kit
Dimensions Heat sink : 95×95×41 mm (l × w × h)
12VDC Fan : 98×98×35 mm

Bearing Sleeve bearing
Rated speed Cooler : Cooler: 2400 RPM +/- 10%
Only fan: 2300 RPM +/-10%

Rated power 2.04 W
Noise level 22.0 dBA
Air flow 50.38 CFM at 2400 rpm +/-10% CFM
Current 0.17 A
Connector 3 pin, main board
Thermal resistance 0.285 oC/W
Thermal Grease Stars-420 white grease(Injection Tube,0.5g)
Application Intel : Core i3 1156
Core i5 ~ 2.66 GHz 1156
Core i7 ~ 3.20 GHz 1366

Life hours Sleeve: 30.000
Features 98*35mm Storm blue fan design
UV-reactant fan blades
Anti-Vibe & Tool-free rubber fan screws
Near silent at 22.0dBA
Aluminum Star Heat-Sink
Large Copper Core

Supports the latest Intel Micro-Processors up to 130W

*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 168 hours (7days) after initial application.