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       Zalman CNPS5700D-Cu From All 
      Angles  | 
  
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    The Fan:  
                    
          The fan duct is 
      pretty big, and directs the warm exhaust air from the heatsink to any 
      direction you              
          like since it swivels. The point though is to direct that 
      exhaust towards the rear case fan and get it out of the computer as quickly as possible. The fan hooks up   to   the motherboard via a 3-pin fan header or it can be connected to Zalman's fan mate one to 
      make the cooler run under silent operation.    | 
  
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       Top: The central spring holds the copper heatsink 
      which forms the heart of this cooler in place. The entire frame clips into 
      the heatsink retention mechanism, and the single clip is what applies the 
      force to the copper  fan section, and in turn the processor core. The fins (of which there are 
      lots) all all copper and measure about 0.2mm thick. The heatsink only accepts 80mm fans, or fan 
      adaptors.  | 
  
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    Side 
      A:  Looking from the front 
      and the back you can get a good idea of the scale of the fan duct. It is 
      literally about the size of the entire heatsink, and this is important. The fan duct works well directing the exhaust air, and actually improves cooling when installed by a very slight amount.            
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    Side B:             
                         
       Here again 
      we can see just how large the air duct really is on           
                         
       the CNPS5700D. The heatsink measures 150mm high, so if you have  very thin case chances 
      are that this heatsink may not fit entirely. The top of the air duct sits substantially 
      higher than the top of PCI or AGP card for example (by about 50mm roughly). | 
  
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       Heatsink Base: 
      The copper portion of the base of the CNPS5700D 
      measures 30mm by 38mm. The finish on 
      the base is really good as is the case with every Zalman heatsink we have 
      tested to date. Since the manufacturing process involves joining many thin pieces of copper 
      together it is necessary to mill the base flat. The results are razor smooth and that means 
      only a small amount of good quality thermal compound should be used.  |