Spire Quadro 3000 SP556S0 PWM CPU Cooler for Intel LGA 775 Socket - High Performance Cooling with PWM Fan - Perfect for Gaming PCs and Workstations

Product Description

Spire Quadro 3000 - SP556S0-PWM CPU Cooler socket 775 with PWM Fan

840556088530

Introducing the Quadro 3000. Designed to cool the socket 775 Intel LGA Prescott micro-processors. Utilizing our unique 12 point star aluminum high-density heat sink with massive copper core we have successfully created quality cost effective LGA 775 cpu cooler. Thermal grease is included in an injection syringe and pre-applied spring-screws guarantee safe and secure installation. The Spire Quadro 3000 is the professional SI solution for Intel 775 based systems.

Main Features:
Supports all new P4 Prescott LGA-775 micro-processors
Ø90x25mm Sleeve bearing PWM fan for silent operation
Extruded heat-sink with massive copper-core for optimal heat conductivity
Pre-mounted spring loaded secure retention

COMPATIBILITY:
The Quadro 3000 CPU Cooler is compatible with ATX and MICRO ATX systems based on 775 processor sockets.

Product Includes :
Multilanguage Owner Manual
S-420 White thermal grease 
Back-plate

PRODUCT SPECIFICATIONS:
Dimensions Heat sink: 95×95×32 mm (l × w × h) 
12VDC Fan: 92×92×25 mm
Bearing Sleeve bearing 
Rated speed Cooler: 500-3200 RPM +/-10% RPM +/-10% 
Rated power 2.16 W W 
Noise level: 21.0 dBA 
Air flow: 38.95 CFM at 2000 RPM+/-10% CFM 
Current: 0.18 A 
Connector: 4 pin PWM, main board 
Thermal resistance: 0.32 oC/W 
Thermal Grease Stars-420 white grease(Injection Tube,0.3g) 
Application Intel: Celeron D ~ 2.93 GHz (340J) 
Core 2 Duo ~ 3 GHz (775 Dual-core) 
Core 2 Quad ~ 2.66 GHz (775 Quad-core) 
Core Duo ~ 2.33 GHz (775 Dual-core) 
intel: Pentium D 950 ~ 3.4 GHz
Life hours Sleeve: 30.000 

CERTIFICATIONS:
CE Listed
RoHS Compliant
FC Marked

*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.