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P
PERFORMANCE
POWER SUPPLY
PERFORMANCE Series
USER Manual
RP500-2
RP500-2-S
RP550-2
RP550-2-S
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PERFORMANCE Specification 1. AC Input RP500-2, RP500-2-S AC Input Voltage : 115V(100-120V) / 230V(200-240V) AC Input Frequency : 47 - 63 HZ AC input Current : 10.0A(RMS) for 115VAC Input, 60Hz 5.5A(RMS) for 230VAC Input, 50Hz RP550-2, RP550-2-S AC Input Voltage : 115V(100-120V) / 230V(200-240V) AC Input Frequency : 47 - 63 HZ AC input Current : 12A(RMS) for 115VAC Input, 60Hz 6A(RMS) for 230VAC Input, 50Hz 2. DC Output 2.1 Voltage
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PERFORMANCE 2.2 Efficiency The power supply is a minimum of 72% efficient under typical load. The “Energy Star” efficiency of the power supply is a minimum of 50% when the AC input power is 60W. 2.3 Remote ON/OFF control The power supply DC outputs (with the exception of +5 VSB which is always available) are enabled with an active-low, TTL-compatible signal (“PS-ON”), When PS-ON is pulled to TTL low, the DC outputs are enabled. When PS-ON is pulled to TTL high or open-circuited, the DC outpu
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PERFORMANCE 3.2 Short Circuit Protection A short circuit on any DC output will cause the power to latch. The power supply will withstand a continuous short circuit to the output without damage or overseers to the unit. The +5VSB can be shorted indefinitely and will recover automatically when the short is removed. 3.3 No Load Operation No hazardous conditions or damage to the supply will occur with all of the DC output connectors disconnected from the load. 3.4 Over Power Protection(OPP) The p
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PERFORMANCE 5. Regulatory Compliance 5.1 Safety Requirement -CSA -UL -TUV -FCC CLASS B 5.2 Dielectric Strength Primary to Secondary: 1500 VAC for 1~3 seconds. Primary to Frame Ground: 1500 VAC for 1~3 seconds. 5.3 Insulation Resistance Primary to Secondary: 20 Meg. ohm Minimum. Primary to Frame Ground: 20 Meg. ohm Minimum. 5.4 Ground Leakage Current The power supply ground leakage current shall be less than 3.5mA. 5.5 Ground Continuity The power supply grounding continuity shall be less than 10
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PERFORMANCE Connectors • 20+4 pin Main Connector x 1 • 4 pin ATX +12V Connector x 1 • 8 pin EPS +12V Connector x 1 • 6 pin PCI-Express Connector x 1 • 4 pin Peripheral Connector X 8 • 5 pin SATA Connector x 2 • 4 pin Floppy Connector x 2 7 POWER SUPPLY © 2004-2006 Rosewill Inc. All rights reserved by Rosewill
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PERFORMANCE Installation 1. Installing Power Supply Affix the power supply to the case with screws. 2. 20+4 pin Main Connector NOTE : 1. Confirm 20 pin or 24 pin main connector your motherboard needs before the installation. 2. 4 pin here is used for switching between 20 & 24 pin only. 20 pin Plug the 20 pin connector onto Take the 20 pin connector. the motherboard. 8 POWER SUPPLY © 2004-2006 Rosewill Inc. All rights reserved by Rosewill
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PERFORMANCE 24 pin Take the 24 pin connector Plug the 20 pin part onto the motherboard Plug the 4 pin part onto the motherboard NOTE : You can also hold 20 pin and 4 pin connectors together then plug them into the 24 pin socket 9 POWER SUPPLY © 2004-2006 Rosewill Inc. All rights reserved by Rosewill
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PERFORMANCE 3. 4 pin ATX +12V or 8 pin EPS +12V Connector NOTE : 1. The 4 pin ATX +12V connector or 8 pin EPS +12V connector is used for motherboard. 2. Confirm 4 pin ATX +12V or 8 pin EPS +12V connector your motherboard needs before the installation. 4 pin ATX +12V connector 8 pin EPS +12V connector 4. 6 pin PCI-Express Connector. 5. 4 pin Peripheral Connector The 6 pin PCI-Express connector The 4 pin Peripheral connector used for HDD, used for video card only. Optical Drive and othe
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PERFORMANCE 8. Before starting your system • Select the proper voltage setting. • Attach the power cord to the power supply (US = 115V) • Connect the power cord to a power • Confirm the power supply is on source. ON OFF • Select the Fan Speed setting. 1=T= Fastest Speed (Great cooling but noisy) 2=A= Auto Control (Recommended) 3=L= Slowest Speed (Silent but bad cooling, NOT recommended) NOTE : Slowest Fan Speed may make the power supply & your system UN-stable. 11 POWER SUPPLY ©
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