Redundant EPS 12V
500W 2U Power Supply
Emacs / Zippy
R2W-6500P (P/N: B000840014)
PS-R2-ZP-R2W-6500P
Down Load:
Dimension: (WxDxH)
- 101 x 84 x 300 mm
-
3.98 x
3.31 x 11.81 inch
- 3-31/32 x 3-5/16 x
11-13/16
inch
Connectors:
- 1x 24-pin Main
Connector
- 1x
8-pin EPS 12V
- 1x
4-pin P4 12V
- 1x
6-pin AUX
- 13x
4-pin Peripheral / IDE Power
- 3x
4-pin Floppy Power
- 1x 2-pin
3.68mm Buzzer Reset
- 1x 2-pin
2.54mm TTL Signal
- 1x
LED
Features:
- Active PFC (full
range), meet IEC-1000-3-2 Class D
- 12V Max. Current: 32A
- Temperature Range:
Operating 0°C ~ 40°C Storage: -20°C ~ 70°C
- Humidity:
Operating: 20%-95%
Non-Operating: 10%-95%
- Remarks: 85% is normal
condition and 95% is with special coating process.
- Dual EMI Noise Inlet
Filter: FCC Class B, CISPR22 Class B
- Safety: UL 1950, CSA
22.2 No/ 950, TUV IEC 950
- Hot-Swappable /
Hot-Pluggable Redundancy Function
- Hold Up Time: 16ms
minimum at full load & 90VAC input voltage
- Use 48-pin industrial
connectors
- Cooling: 2x 38x38x28
mm DC Fans (Module)
- AC Inlet in each
module
- Serial ATA optional
Specification:
- Output Wattage: 500W
- ATX 2.03, ATX12V(P4),
EPS12V, WTX, AMD-GES
- Best Solution for:
Server, Workstation, Storage System, IPC
-
Dimension: (WxDxH)
101 x 84 x 300 mm
3.98 x
3.31 x 11.81 inch
3-31/32 x 3-5/16 x
11-13/16
inch
- Voltage: 105~264 VAC
Full Range
-
Output
Characteristics:
Output
Voltage |
Min. Output
Current |
Max. Output
Current |
Peak Output
Current |
Regulation
Load |
Regulation
Line |
Output Ripple &
Noise Max. [P-P] |
+5V |
2.0 |
30.00 |
--- |
±5% |
±1% |
50mV |
+12V |
2.0 |
32 |
--- |
±5% |
±1% |
120mV |
-5V |
0.05 |
0.7 |
--- |
+5% ~ -10% |
±1% |
120mV |
-12V |
0.05 |
0.7 |
--- |
+5% ~ -10% |
±1% |
120mV |
3.3V |
1 |
24 |
--- |
±5% |
±1% |
50mV |
+5VSB |
0.1 |
2 |
--- |
+6% ~ -5% |
±1% |
50mV |
Remarks:
> Total Current of +5V and +3.3V not exceed 43A
> Total Output Power not exceed 500W |
* The power
supply is for chassis assembly only and is not allowed to be operated as
stand-alone component. Final assembly has to comply with corresponding
EMC and safety regulations. |