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 80 PLUS Certified
With up to 86% efficiency(230V AC, 50% load), its
80 PLUS certified and guarantees higher efficiency compared to uncertified products.
80 PLUS is an energy efficiency certification program administered by Ecos Consulting of the U.S.A.
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Outstanding Reliability and Stability
Japanese capacitors are incorporated in the 1st stage smoothing circuit for reliability and stability even after an extended period of operation.
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| Two-Forward Switching Design
The Two-Forward Switching Design minimizes switching loss and internal heat, for enhanced reliability and stability.
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ATX12V v2.3
The latest PSU design standard is incorporated for compatibility with a wide range of CPUs, motherboards, and graphic cards.
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| Dual Rail +12V DC Output
Two independent +12V outputs for core components facilitate high stability operation.
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Dual Graphic Cards Support
6-Pin and 6+2 Pin PCI-E Connectors are provided for dual graphic card setups.
ATI CrossFire X Certified
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| Ultra Quiet 120mm Fan
An ultra quiet cooling fan increases airflow while minimizing noise for an ultra quiet computing environment.
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Active PFC for Improved Power Factor & Reduced Harmonics
By implementing Active PFC (Power Factor Correction), instead of Passive PFC with a Power Factor (PF) of 75%, the PF is improved up to 99% while harmful harmonic frequencies are reduced to meet the Line Harmonic Distortion Requirement of EC61000-3-2 Class D.
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| ATX20+4 Pin Mainboard Power Connector
The ATX20+4 Pin connector enhances compatibility for both 20-Pin and 24-Pin type motherboard power connectors.
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Supports ATX12V CPU 4-Pin & EPS12V CPU 8-Pin
The two ATX12V CPU 2+2 (4-Pin) power cables can be combined to form an EPS12V CPU 8-Pin power cable.
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| Sleeved Cables
All power cables are sleeved for easy cable management and improved air circulation inside the computer case.
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Multiple Safety Features
Safety features including Over-Voltage Protection, Over-Current Protection, Short-Circuit Protection, Under-Voltage Protection, and Over-Temperature Protection safely protect the system.
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| Meets WEEE & RoHS Standards
ZM600-ST Complies with WEEE & RoHS environmental directives of the European Union.
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International Safety and EMC Certifications
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Output Power Cable Specifications |
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Electrical & Physical Characteristics |
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| AC Input Range |
Voltage |
115VAC ~ 240VAC |
DC Output |
| Frequency |
47Hz~63Hz |
Output V. |
Output Load Rating |
Combined
Power |
AC Input Current
(Rated) |
115VAC |
10A |
Imin |
Imax |
Ipeak |
| 230VAC |
5A |
+3.3V |
0.1A |
24A |
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140W |
600W |
| PFC Type |
Active PFC |
+5V |
0.2A |
24A |
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| Power Factor |
99% Maximum
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+12V1 |
0.1A |
30A |
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500W |
Inrush Current Limit
(@ Cold start at 25C) |
115VAC |
50A |
+12V2 |
0.5A |
30A |
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| 230VAC |
100A |
-12V |
0.0A |
0.3A |
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| Efficiency |
86% Maximum @230VAC, Typical load |
+5VSB |
0.0A |
2.5A |
3.5A |
DC Output
Voltage
Regulations |
Output V. |
Regulation Range |
At Full
Load |
Protection Features |
| +3.3VDC |
5% +3.14V~+3.47V |
Over Voltage Protection(OVP) |
| +5VDC |
5% +4.75V~+5.25V |
Over Current Protection(OCP) |
| +12V1DC |
5% +11.4V~+12.6V |
Short Circuit Protection(SCP) |
| +12V2DC |
5% +11.4V~+12.6V |
Over Temperature Protection(OTP) |
| -12VDC |
10% -10.8V~-13.0V |
Under Voltage Protection(UVP) |
| +5VSB |
5% +4.75V~+5.25V |
Ambient Temperature |
DC Output
Ripple
& Noise |
Output V. |
Specification |
At Full
Load |
Operation |
0C ~ +40C |
| +3.3VDC |
50mV |
Storage |
-20C ~ +80C |
| +5VDC |
50mV |
Ambient Humidity |
| +12V1DC |
120mV |
Operation |
5%RH ~ 95%RH |
| +12V2DC |
120mV |
Storage |
5%RH ~ 95%RH |
| -12VDC |
120mV |
Dimensions |
| +5VSB |
50mV |
140(L) x 150(W) x 86(H) mm |
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- One (1) Power Supply
- Five (5) Cable Ties
- Four (4) Fixing Bolts
- One (1) AC Power Cable
- One (1) Users Manual |
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| Zalman affixes a Computer Noise Prevention System (CNPS) mark to all components used for noiseless computers. |
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Plugging the main power connector P1 into the motherboard while the product is connected to the AC power source may result in damage to the motherboard. |
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Make sure that the connectors are connected to their designated locations, and that the connectors are not oriented in the wrong direction when connecting the DC output connectors. |
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If the Power On light fails to light up when the main power button is pressed after completing the installation procedure, then some devices may be plugged in incorrectly or the motherboard may be faulty. |
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