EVGA NEX1500 classified, Руководство пользователя

Страница: 4 / 6

6 7
1500W Power Supply User Manual 1500W Power Supply User Manual
Advanced Features
VOLTAGE AND CURRENT MONITORING
EVGA SuperNova software allows you to monitor your power supply’s performance in real time, so you can
gauge your system’s power usage and your power supply’s health. SuperNOVA allows you to monitor up to six
performance characteristics at once, including the voltage of all rails, output current, input current and voltage, fan
speed, power consumption, efficiency, and more! Finally, you can adjust the output of your +12V rail from 11.8V to
12.6V or anywhere in-between for maximum overclocking performance. SuperNova can be downloaded at
EVGA.com
OVERCLOCK YOUR POWER SUPPLY
At EVGA, we know that squeezing the best performance out of your system sometimes means taking risks.
Therefore we offer the ability to raise the trip point of this unit’s Over Power Protection, to allow the unit to be
overloaded to a degree. In effect, your 1500W power supply becomes a 1650W power supply, allowing you to
push your system to its limits. You can enable this feature through our SuperNOVA software, or by manual switch
located on the power supply next to the on/off switch – DIP switch #2.
Note:
EVGA “OC Mode” will only work with 230VAC input. If user activates OC Mode on 115VAC input the OC
Mode will be disabled and the Over Current and Over Power protections will remain set at 1500W.
SINGLE / MULTIPLE RAIL TOGGLE
The NEX-1500 comes with Over Current Protection on the +12V rail enabled by default, dividing it into
eight 20A
(240W) +12V rails . This protects your system and the power supply from overloading and certain types of short
circuit . This protection should normally be invisible to overclockers and has no effect on power supply
performance or efficiency . However, under extreme conditions it may be possible to trip the multi-rail +12V OCP
on accident, causing the power supply to shut down. In these situations we allow you to disable multi-rail +12V
OCP, turning it into a
single rail power supply. This can be done through our SuperNOVA software, or by manual
switch located on the power supply next to the on/off switch – DIP switch #3.
MANUAL FAN CONTROL
The NEX-1500 has a PWM controlled fan that balances cooling performance and efficiency versus noise and fan
wear. However, fan control is fully adjustable via our SuperNOVA software. (
NOTE: If a low fan speed is insufficient
to keep the power supply cool, user input may be overridden to prevent unit Over Temperature shutdown). If noise
levels and fan wear are not a concern for you, you can manually set the fan speed to 100% via a manual switch
located on the power supply next to the on/off switch – DIP switch #4.
Cable Configuration
Modular Connector
Cables (distance to first
connector)
Cable Color +12V Rail
MB 1x ATX 24/20 pin (750mm) Black +12V1
CPU0
1x EPS12V 8 pin + PCIe 6
pin (750mm)
1x EPS12V 8 pin + PCIe 6
pin x2 (750mm)
Black
+12V2 / +12V3
CPU1 +12V5 / +12V6
VGA0
4x PCIe 6+2 pin x2
(750mm)
4x PCIe 6+2 pin x2
(600mm)
Red
+12V1
VGA1 +12V4
VGA2 +12V3
VGA3 +12V8
VGA4 +12V4
VGA5 +12V5
VGA6 +12V6
VGA7 +12V7
SATA0
2x SATA 5 pin x3 (650mm)
1x SATA 5 pin x3 (550mm)
1x SATA 5 pin x3 (450mm)
Black +12V8
SATA1
SATA2
SATA3
PERP0
2x Molex 4 pin x4 (550mm) Black +12V7
PERP1
USB 1x USB (850mm) Black N/A
N/A
1x Molex -> FPP 4 pin
x2 adapter (150mm)
Black N/A
8. Connect the AC power cord to your power supply and to
the wall, and turn the power switch to the ON position.