EK Water Blocks EK-XTOP DDC 3.2 PWM Elite - Plexi (incl. pum

Product information: EK-XTOP DDC 3.2 PWM Elite - Plexi (incl. pump) EK-XTOP DDC 3.2 PWM Elite - Plexi (incl. pump) is a High-Performance water cooling pump. The core of the unit is the market-proven EK-DDC 3.2 PWM water pump (4-pin PWM FAN header). This unit offers increased hydraulic performance (up to 15 %) compared to original factory top. PWM control allows for automatic pump speed regulation depending on your CPU temperature. Full performance on demand or whisper quiet operation in idle mode! This top features two G1/4 threaded ports of which one is an inlet on top and one is an outlet on the side of the unit. EK recommends EK-ACF series compression fittings. Despite a remarkably small footprint of 2.4 square, the pump features an astounding 7m of head to provide superior flow rates in todays most complex liquid cooled systems. The pump is also a high reliability, high pressure industrial pump, featuring a 50,000 hour MTBF (5 year lifetime). The pump is nested inside the EK-DDC Heatsink Housing. This vastly improves the cooling performance of the motor and electronics and thus prolongs the lifespan of the water pump. Optimal heat transfer is ensured by the use of thermal pad inside the housing. Due to its metallic construction and finned design EK-DDC Heatsink Housing amplifies the effect of airflow therefore placing the water pump in front of any fan or radiator will dramatically improve the cooling performance. EK-DDC Heatsink Housing is made from cast ZAMAK (zinc, aluminum, magnesium, copper) alloy and features nickel plated finish. This product also features vibration dampening rubber mounting system which effectively de-couples the water pump from the rest of the computer chassis. EK-XTOP DDC 3.2 PWM Elite - Plexi can also be upgraded with either EK-UNI Pump Bracket (120mm FAN) - Regular or Vertical which allow installation of the product in any position with 120mm type fan hole pattern as shown on the picture below:Specifications: - Dimensions (W x ...