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Extremely Quiet 140mm ball-bearing fan decreases 17% noise level
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Stable 650W continuous output (at 50 operating environment)
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Complies with ATX 12V 2.2 & EPS 12V 2.91 version
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Three independent & dedicated +12V rails (12V1,12V2,12V3 ) provide stable and superior performance for PC system (combined loading of 52A).
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Support Dual core CPU, Quad core CPU, NVIDIA SLI and ATI Crossfire Multi-GPU Technologies.
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Modularised Cable Management to eliminate clutter and improve airflow inside the case.
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Independent Voltage Circuit: offers unflappable current delivery under heavy load.
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Strict voltage regulation (3%): provides steady voltage for system.
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Active Power Factor Correction (PF>0.99) and high efficiency (up to 85%).
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Japanese made capacitors.
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Green power design that meets energy star, blue angel requirements
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Protections: Over Current, Over Voltage, and Short-Circuit protection.
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Safety / EMI Approvals: CE, CB, TUV, FCC, UL, CUL, and BSMI certified.
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ATX12V 2.2
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EPS 12V
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AMD / IntelDaul Core Support
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12V Combined Output36A
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PCI Express
Connectors X2
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S-ATA Connectors X6
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Quiet Fan
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The 140mm QFan features a unique patent designed blade shape and a 360non-frame, effectively reducing the noise level. The air inlet is designed to increase air flow and reduce the sound of wind shear. Please see Figure 1, Figure 2
 Non frame 140mm QFan Figure 1
 Standard 140mm Fan Figure 2 |
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The QFan special five way air-intake housing design creates the best heat dissipation environment for the non-frame 140mm QFan at minimal noise level. Therefore, the fan at low speed setting yield a 17.1 dBA without compromising performance.Please see Figure 3, Figure 4, Figure 5
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The 140mm QFan effectively decrease the noise level inside the PSU. The reportas below:
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Standard Fan dB(A)
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QFan dB(A)
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4.75V(20~50% Load)
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20.7
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17.1
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6V(60% Load)
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25.6
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20.7
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12V(100% Load)
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40.1
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34.1
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140mm QFan & standard Fan comparison chart
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The 140mm ball bearing QFan effectively decreases the noise level inside the PSU. Performance report as below:   
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Standard Fan
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QFan
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1200 RPM
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18.6
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15
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1500 RPM
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20.7
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17.1
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Total Output Connector: |
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Technology Features: |
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Special design of non-frame cooling fan
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Unique Housing design: Multi-directional air intake increases airflow
while keeping the extreme low acoustic noise.
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Embedded Socket Design: |
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Model
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W0163
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Power
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650W
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Dimension
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150mm(L)x160mm(W)x86mm(H)
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Net Weight
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2.04 Kg
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Switches
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ATX Logic on-off additional power rocker switch
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PFC
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Active PFC (PF > 0.99)
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Cooling System
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140mm QFan
SPEED: 1900 10% RPM
AIR FLOW: 93 CFM
BEARING TYPE: Two Ball Bearing
Temp. Auto Control
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Noise
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17 dBA at 20% ~50% Loading
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P. G. Signal
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100-500 ms
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Efficiency
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Up to 85%
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Hold-up Time
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16ms at 80% of full load
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INPUT
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Input Voltage
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115 VAC ~ 230 VAC
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Input Frequency Range
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47 ~ 63 Hz
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MTBF
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120,000 hrs minimum
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Input Current
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100Vac / 8.0A max. 200Vac / 4.0A max.
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ENVIRONMENT
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Operating Temp.
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10 to 50
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Storage Temp.
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-20 to 70
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Operating Humidity
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20% to 90%, non-condensing
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Storage Humidity
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5% to 95%, non-condensing
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PROTECTION
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DC rail
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Trigger Point/Range
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Over Voltage Protection
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+3.3V trip point
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4.5 Vmax
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+5.0V trip point
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7.0 Vmax
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+12.0V trip point
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15.6 Vmax
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Over Current Protection
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Not over 240VA for +5V & +3.3V output voltage
21A to 29A for +12V rails
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Short Protection
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All output to GND
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Output Information
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AC INPUT
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115V/ 230V 8/4A 47~63Hz |
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DC OUTPUT
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+3.3V
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+5V
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+12V1
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+12V2
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+12V3
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+12V4
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-12V
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+5VSB
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Max Output Current
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30A
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28A
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18A
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18A
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18A
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18A
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0.8A
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3A
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Min Current
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0.5A
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2A
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1.0A
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1.0A
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1.0A
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1.0A
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0.0A
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0.0A
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Peak Current
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--
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--
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--
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--
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--
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--
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--
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3.5A
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Max Combined Wattage
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99W
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140W |
624W
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9.6W
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15W
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The continuous total output power is 650W, peak 750W(60 Sec).
The combined power of +5V & +3.3V is 180W max.
Total combined +12V output load not exceed 52A.
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 Conclusion:Thermaltake misses a recommendation by just a wee bit for handing in a power supply that performs spectacularly well but is brought down somewhat by a high price and not so good aesthetics. 
Conclusion:The results are very positive with a very high 85+ percent efficiency and high PFC across the board. The only slight drop was when we loaded the 3.3V and 5V fully the efficiency dropped to a fraction above 80 percent, but that still keeps it in the 80Plus range. In respect though, no one will ever need it in the real world but it's good to see Thermaltake successfully achieving what the PSU claims it can do.
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What is Eco-Friendly?
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| Thermaltake aims to develop power supply units that make contributions to preserving the environment. In this way, all Thermaltakes power supply designers take the Eco-Friendly Design guidelines into account when developing new products. Eco-Friendly Design is an engineering perspective in which at least one of the four eco-friendly design priorities (shown below) is considered and optimized. |
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Energy Saving
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Thermaltakes power supply designers are committed to reduce the energy consumption needed to use our products. Currently many of Thermaltake high performance power supply units have been certified by 80 PLUS Energy Efficiency Program for their excellent ability to energy saving. Thermaltake will continue to enhance the efficiency for our power supply units and also reduce the energy consumption needed to power our PSUs.
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Green Material
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| Thermaltake is committed to reduce or substitute the use of hazardous substances. We maintain strict control over the chemical substances used, and take steps whenever possible to avoid the use of hazardous substances. Currently all Thermaltake power supply units are made from green materials and all RoHS compliant. |
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Extremely Quiet
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Thermaltake is committed to reduce the noise generated by our power supply units. Researches have shown that noise can be annoying and even harmful to human health. To protect human health, some of our specific PSUs come with the patented QFan technology which minimizes the noise to the lowest level.
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Recyclable
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| Thermaltake is committed to incorporate recyclable materials into all the new power supply units whenever possible. Therefore all Thermaltake products comply with WEEE which requires recycling of electronic and electrical products. |
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