User manual ZEROTHERM GX810 QUIET HEATPIPE TEMP CONTROLLED VGA COOLER

[. . . ] Installation Guide Please read this installation guide carefully before installation Model ZEROtherm® VGA Cooler GX800, GX810 Features Heat Pipe & 2-ball Bearing Blower Fan Copper 6mm heat pipe for max. heat transfer 2-ball bearing blower fan adapted Compatible with latest NVIDIA & ATi Support up to NVIDIA® GeForce® 7900 GTX Support up to ATi Radeon X1900XTX Killer performance Copper base & 140pcs of extremely thins aluminum fins Optimized air flow & fin pitch Silence Innovations Automatic fan speed control(900~2, 500rpm) Acoustical noise level: 16. 95~29. 85dBA(±10%) Specifications Items Platform Heat Pipe Heatsink Material Base Material Weight Size Input power Bearing type Fan speed Acoustical noise Connector About 148. 5g Models GX800 GX810 NVIDIA & ATi Graphics card 6mm, Sintered wick type, 1ea Aluminum Copper About 188. 2g Copper 116 x 100 x 32 mm (4. 6 x 3. 9 x 1. 3 inch) 2. 4W (12VDCx0. 2A) 2-Ball bearing 900~2, 500rpm±10% 16. 95~29. 85dBA @900~2, 500rpm 3pin-3wire to M/B or to PSU Components VGA cooler, 1 Memory heat sink, 8 Thermal grease, 1 Standard Knurling-screw, 4 Standard Knurling-nut, 4 SLi/CrossFire Knurling-nut, 4 SLi/CrossFire Spring-screw, 4 Patents Registered Trade Mark: 40-0564565-0000 Patent application pending around the world including US, EU, Japan, China and Taiwan Installation Guide Please read this installation guide carefully before installation Compatible VGA Cards & Screws Installation Guide Holes NVIDIA GeForce 6600 Series (Except 6600 AGP) NVIDIA GeForce 7600 Series NVIDIA GeForce 6800 Series NVIDIA GeForce 7800 Series NVIDIA GeForce 7900 Series ATI ATI ATI ATI Radeon X1800 Series Radeon X1900 Series Radeon X1300 Series Radeon X1600 Series Exploded View When not using SLi/CrossFire When using SLi/CrossFire Standard Knurling-screw SLi/CrossFire Knurling-nut Standard Knurling-nut SLi/CrossFire Spring-screw Notice This VGA cooler is designed to be installed on ATi & NVIDIA reference cards It is possible that there is an interference between this cooler and some VGA cards. [. . . ] The thermal tapes on the memory heat sink ate not reusable because the adhesiveness will be reduced after their first attachment. Paste the thermal grease on your GPU (or VPU) Paste the thermal grease on the core your GPU (or VPU) of your VGA card like <picture 2>. <picture 2> knurling3. Install the standard knurling-screws Install the end of standard knurling-screws on the VGA cooler like <picture 3>. Please check the list of Compatible VGA Card & Screws Installation Holes before installing the screws. <picture 3> knurling4. Fasten the standard knurling-nuts Insert the VGA cooler into the holes on your VGA card and fasten the standard knurling-nuts like <picture 4> Make sure that the base of the VGA cooler and the GPU (or VPU) are completely in contact with each other. <picture 4> Excessive force may result in malfunction or damage to the core of your GPU (or VPU). fan5. Connect the fan-connector Insert your VGA card into the PCI (or AGP) slot and connect the 3-pin connector to your motherboard or to your power supply unit like <picture 5>. Do not connect the 3-pin connector to your VGA card. <picture 5> Installation Guide Please read this installation guide carefully before installation Installation for SLi/CrossFire users 1. Attach the memory heat sinks Remove the previous VGA cooler from your VGA card. Attach 8 pcs of memory heat sinks on the RAM of your VGA card like <picture 6>. The thermal tapes on the memory heat sink ate not reusable because the adhesiveness will be reduced after their first attachment. Paste the thermal grease on your GPU (or VPU) Paste the thermal grease on the core your GPU (or VPU) of your VGA card like <picture 7>. <picture 7> knurling3. [. . . ] Connect the fan-connector Insert your VGA card into the PCI (or AGP) slot and connect the 3-pin connector to your motherboard or to your power supply unit like <picture 10>. Do not connect the 3-pin connector to your VGA card <picture 10> [. . . ]