HPC-560-A12S

Patented built-in real-time system power consumption monitor

Power consumption monitor is essentially a wattage meter built-in which eliminates the power supply wattage requirement guesswork. User can now visualize how much power in watts is being consumed operating the system; and therefore, how much power reserve this power supply is capable of supporting additional devices (subtract the wattage in display by 560 watts).

This meter takes out the fear of overloading your power supply when you are in need of installing additional devices to your system. For example, if the maximum system power consumption is shown to be 150w, then you would have additional 410w of reserve power to accomodate additional video cards or drives. Also, you would have an idea how costly it is to operate the system 24/7.

People currently buy higher wattage power supply than they need because: We just don't know how much wattage our systems need exactly from a power supply. A lot of power supplies in the market are over-rated in wattage claim that users feel that they never seem to get a powerful enough power supply.

System Administrators, Technicians, Engineers, and PC builders:

No more guess work on how strong of a power supply you would need for any system. You can use this unit to gauge the maximum system wattage requirement first, then install an appropriate lower cost lower wattage power supply for the system. You no longer have to over-supply each and every system.

Disclaimer: We recommend using a lower cost HIGH POWER^® models in this method of appropriating the right power supply wattage for each system as all models from HIGH POWER^® are accurately rated. Use of many cheap over-rated power supply models that are currently flooding the market may return disappointing result.

Advanced Double Forward circuit design and double-layer PCB manufacturing with flush mount SMT components. The result is a high efficency (over 80%) power supply with improved reliablity, reduced heat-dissipation, more energy-efficient, and longer-lasting. -- Ideal for critical 24/7 data center server application where 40%^* of the operational spending is on power.
^*According to Information Week's Dec 4, 2006 issue on Hewlett-Packard data center cooling & power strategy

RoHS Compliant - made with hazardous-free components
RoHS is the Restriction Of the use of certain Hazardous Substances in electrical and electronic equipment. This has been a standard in Europe and is now becoming a standard in the world. Not only lead, but cadium, mercury, hexavalent chromium, polybrominated biphenyl (PBB), and polybrominated diphenyl ether (PBDE) flame retardants are limited as well.

Comprehensive support for

ATX, BTX, and EPS12V form factors
- electrically & mechanically

NVIDIA^®SLI Ready
ATI Radeon^® Crossfire Ready

Support Intel Xeon, Pentium D, Extreme Edition, Core 2 Quad, Core 2 Duo, Core 2 Extreme, Quad Core, and AMD 64 X2, Phenom Quad Core based systems

ACTIVE PFC for reduced harmonic distortion

Full range AC input with automatic AC input voltage selection

Intel ATX 12V V2.2

Triple +12V Output Rails - Three independent + 12V output rails ensure safe and stable operation under heavy operation.

Support Xeon, Pentium D, and AMD 64 X2 Processor Based System

Integrated case fan controller built-in

All new complete 6*Star^tm protection system:

    * Over Voltage Protection
    * Under Voltage Protection
    * Over Current Protection
    * Over Temperature Protection
    * Short Circuit Protection
    * Over Power Protection

All cables come pre-sleeved

Gold coated terminal connectors

Large quiet 12cm with twin ball bearing fan for an ultimate balance of low noise and vital reliability. Internal electronic components migrated to flush surface mount SMT parts for improved air flow.

Noise Test Report (under 25 degree C ambient temperature)

Performed by an independent test lab unaffiliated with HIGH POWER^®

DC OUTPUT	FAN SPEED	NOISE LEVEL
112 Watts	727 RPM	20.5 dBA
280 Watts	1580 RPM	25 dBA
500 Watts	1605 RPM	33 dBA
560 Watts	1606 RPM	35 dBA

Patented EZ-Extract (squeeze-and-pull) Peripheral Power Connectors

Dimensions: 150(W) x 86(H) x 140(D) mm

Pin	Signal	Wire Color	Pin	Signal	Wire Color
1	+3.3V	Orange	13	+3.3V	Orange
2	+3.3V	Orange	14	-12V	Blue
3	COM (GND)	Black	15	COM (GND)	Black
4	+5V	Red	16	Power On	Green
5	COM (GND)	Black	17	COM (GND)	Black
6	+5V	Red	18	COM (GND)	Black
7	COM (GND)	Black	19	COM (GND)	Black
8	Power Good	Gray	20	N/C	N/C
9	+5 V Standby	Purple	21	+5V	Red
10	+12V1	Yellow	22	+5V	Red
11	+12V1	Yellow	23	+5V	Red
12	+3.3V	Orange	24	COM (GND)	Black

Pin	Signal	Wire Color
1	+3.3V	Orange
2	COM (GND)	Black
3	+5V	Red
4	COM (GND)	Black
5	+12V2	Yellow

Pin	Signal	Wire Color
1	+12V3	Yellow
2	COM (GND)	Black
3	COM (GND)	Black
4	+5V	Red

Pin	Signal	Wire Color
1	+12V3	Yellow
2	COM (GND)	Black
3	COM (GND)	Black
4	+5V	Red

Pin	Signal	Wire Color
1	+12V1	Yellow
2	+12V1	Yellow
3	+12V1	Yellow
4	COM (GND)	Black
5	COM (GND)	Black
6	COM (GND)	Black