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Does that old 250W not cut it anymore? Runing a few peltiers on that Athlon? Looking for something with a little more juice.... have a look this 350W monster with M/B fan speed monitor from Enermax.
84% Rating:
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Enermax EG351P-V |
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Enermax 350W Powersupply Overview
Does that old 250W not cut it anymore? Running a few
peltiers on that Athlon or CuMine? Looking for something with a little more juice.... then have
a look this 350W monster with motherboard fanspeed monitor from Enermax.
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- 350W ATX-E Power Supply
- 90mm BB intake fan
- 80mm BB exhaust fan
- Thermally controlled fans, with
visible BB
- MB Fan speed monitor
- Noiseless, Long life
- Meets Intel 2.01 & 2.03
Ver.
- Real "sleeping mode" PS (fan
control)
- 8 HDD, 1 FDD connectors
- 115V/230V
- 1 meter long wire
leads
- Cost: $80
CDN
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Probably the first thing anyone who has this
powersupply will notice are the clear fan blades which visibly show off the Ball Bearings.
I guess Enermax realize a lot of OEM's claim to use ball bearing based fan systems
but don't always deliver. We've had one or two experiences with that. Mfg's
insisted ball bearings were used, but with closer inspections (ie taking the fan
apart) sleeve bearings were what was actually used. Granted it may be a
little thing to worry about, but I have several powersupplies that have been
junked because the sleeve bearings dried out and seized, therein causing the
powersupply to go above its rated operating temp. Nothing like the smell of flux
coming from one's computer to get the heart racing...
The EG351P-V we have was put into a mini-server case, an essentially bar
fridge sized contraption. The areas which house the motherboard and cards is
separated by a wall from the hard drive and another components like the CD-ROM.
The powersupply is located in this region, so the wires have to travel a ways to
get to the mother board, and any case fans. Enter in the long ATX power
connector - about 30", and the three sets of HDD connectors which stretch about 1
meter. Long wires a definite must for a server case, and an added luxury for a
full tower.
The only problem we saw with the powersupply had to
do with the fan monitoring cable. It worked well enough, but the
fan speed was lower because of the sheer size of the fan, and the
particular monitoring software we used (AOpen) assumed it was a bad fan,
rather then a case fan. Its a great feature to have, so long as the
software behind it is good. |
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Full Specs
Model
No. |
EG351P-VE |
I/P |
Voltage
rating |
90V~135V
AC or 180V~265V AC (selected by slide switch) |
Iin=115/230Vac |
10A/6A
|
Frequency
|
47Hz~63Hz
|
Inrush
current |
40A max.
/ 115V; 80A max. / 230V (at cold start) |
O/P |
DC
Voltage |
Ripple &
Noise |
Total
Reg. |
Output current
rating MIN / MAX |
3.3V
|
50mV
|
4%
|
0A /
30A |
+5V
|
50mV
|
5%
|
8A /
32A |
+12V
|
120mV
|
5%
|
3A /
12A |
-5V |
50mV
|
10%
|
0A /
1A |
-12V
|
120mV
|
10%
|
0A /
1A |
+5Vsb
|
50mV
|
5%
|
0A /
1.8A |
3.3V
& +5V |
160W |
TOTAL O/P
|
330W |
Hold up time
|
17ms min. at
230V AC full load |
Over Power
Protection |
105%~160% of
max load |
Over Voltage
Protection |
+5V:
5.6V~6.9V +3.3V:
3.7V~4.5V |
Efficiency
|
70% min. at
full load |
Cooling
|
Air
convention by +12V DC fan |
Operation
Temperature |
0oC~25oCfor full rating of
load, decrease to
zero Watts O/P at 70oC |
Storage
Temperature |
-20oC~80oC |
Humidity
|
Operating: to
85% relative humidity ,
non-condensing
At 25oC Storage : to
95% relative humidity ,
non-condensing
At 50oC |
MTBF
|
100K hours at
25oC, 70% full
rated load |
EMC
|
EN 55022
Class B FCC Class
B IEC 801-2, 3,
4, 5 |
Dimension
|
W150 x H86 x
D140 (mm) |
Contents of Article: Enermax EG351P-V
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