ATS-UC-QFLOW-100

dualFLOW™/quadFLOW™ CPU Coolers for Servers Description: Designed for cooling dense 1U or 2U applications using CPUs fit the Intel™ LGA2011 square and LGA2066 sockets (Socket R) Heat Sink Type: Heat Sink with Blower Heat Sink Attachment: Hardware Kit - ATS-HK152-R0 *Image is for illustration purposes only. Features & Benefits « Ideal for 1U and 2U applications where space and airflow are restricted «D  esigned for CPUs that fit the Intel™ LGA2011 square and LGA2066 sockets (Socket R) « Mechanical attachment is PEM, screws and spring – for other types of attachments contact ATS « Provided with Chomerics T670 thermal grease dualFLOW™ airflow direction « Hardware provides 9.2 PSI (63 kPa) when installed « PWM enabled blower: 10.8 VDC ~ 13.2 VDC operating voltage « Provides at least 20% improvement over comparable products on the market « To apply this heat sink to other high power devices and processors contact ATS « Patent Pending quadFLOW™ airflow direction Product Details R (°C/W) Max TDP (W) Application Notes 456 0.21 152 For PCB layouts with restricted airflow, aluminum fins reduce weight and air enters the heat sink from four directions Nickel Plated 436 0.20 160 For less-restricted PCB layouts, aluminum fins reduce weight and air enters the heat sink from two directions Cu Nickel Plated 580 0.20 160 For dense PCB layouts, copper fins improve heat spreading and air enters heat sink from four directions 80 Cu Nickel Plated 566 0.19 170 For less-dense PCB layouts, copper fins improve heat spreading and air enters heat sink from two directions 80 80 Cu Nickel Plated 493 0.20 160 For dense PCB layouts, vapor chamber base maximizes heat spreading from small heat sources and air enters from four directions 80 80 Cu Nickel Plated 479 0.20 160 For less-dense PCB layouts, vapor chamber base maximizes heat spreading from small heat sources and air enters from two directions P/N DIM A DIM B DIM C DIM D DIM E Fin Material Finish Weight (g) ATS-UCQFLOW-100 92.38 92.11 29 80 80 Al Nickel Plated ATS-UCDFLOW-100 92.38 92.11 29 80 80 Al ATS-UCQFLOW-200 92.38 92.11 29 80 80 ATS-UCDFLOW-200 92.38 92.11 29 80 ATS-UCQFLOW-VC-200 92.38 92.11 29 ATS-UCDFLOW-VC-200 92.38 92.11 29 BLOWER CONNECTOR C (2)(3) NOTES: 1. Thermal performance data are provided for reference only. Actual performance may vary by application. 2. Thermal resistance data are for 40 x 40mm component. 3. Thermal resistance is based on 100% duty cycle of the blower 4. The fan connector can be mated to a system in the following ways: via a computer motherboard”s included 4-pin header, to a standard 4-pin fan header such as the Molex 0470531000 or a standard 3-pin fan header. If a 3-pin header is used, the speed control option cannot be accessed. 5. Lead wires: Pin 1-Black (-), Pin 2-Red (+12V), Pin 3-Yellow (Tach), Pin 4-Blue (PWM) B 6. Max TDP (thermal design power) – maximum amount of heat generated by component A 7. ATS reserves the right to update or change its products without notice to improve the design or performance E 8. RoHS-6 and REACH compliant D For further technical information, please contact Advanced Thermal Solutions, Inc. 89-27 ACCESS ROAD, NORWOOD, MA 02062 USA | T: 781.769. 2800 | WWW.QATS.COM | ATS-HQ@QATS.COM R5_0219