Swiftech MCW6500-775T Thermoelectric Water Block

The MCW6500-T775 Thermoelectric Water Block (Intel LGA 775) comes fully assembled and ready to install. This unit is intended for advanced users that want to cool their CPU to extremely low temperatures. Due to the low temperatures produced by the MCW6500-T it's ideally suited for overclocking and extreme duty applications. The MCW6500-T should be used with high quality cooling systems such as the Swiftech H20 Apex Ultra Water Cooling Kit.

Please Note: The product requires appropriate insulation measures to prevent the formation of condensation in sensitive areas of the motherboard. Whereas Swiftech provides gaskets, and specific installation instructions for such assembly, utilization of this device is at the sole risk of the user.

Major Features

• 226Watts 25A at 12V thermoelectric module
• 1/2" barb fittings, for maximum flow rate
• Base Plate features Patent pending Diamond-Pin Matrix technology for optimal heat transfer, and turbulent flow. Out plate is lapped to 3/10 of mil, and mirror polished.
• "Dropped-deck" housing, as featured in the MCW5000 release 2 series water-blocks, to increase cooling fluid velocity through the Diamond-Pin Matrix area.
• Cold Plate is made from solid copper lapped to 0.0003" and mirror polished
• Out housing is CNC machined aluminum with anti-corrosion treatment.
• Requires removal of Intel Pentium 4 stock retention frame
• Fully gasketed assembly for condensation control

Bottom	Dropped-deck Housing	Diamond Pin Matrix

Power Supply Requirements

• Auxiliary power supply :
  • The TEC module is provided with "bare wires" to facilitate installation with screw type terminals.
  • We recommend the "Meanwell S320-12" power supply, rated for 25A at 12 Volts.
     
• While it is possible to connect the MCW5002-AT to the computer power-supply, users should be aware that only high-end power-supplies can accommodate the Peltier module 18amps current draw (at 12 volts). Accordingly, users should verify that their power supply features at least a 40 Amps ratings for the +12 volts rail.

Specifications

Thermoelectric module characteristics