FSP/Fortron Everest 85plus 500
Contents
1. 12V1 01A 9 0A 18 0A 12V1 0 1A 9 04 18 0A 12V2 0 0A 9 0A 18 0A 12V2 0 0A 9 04 18 0A 12V3 0 0A 9 0A 18 0A 12V3 0 0A 9 0A 18 0A 12V4 0 0A 9 0A 18 0A 12V4 0 0A 9 0A 18 0A 12V 0 0A 0 44 0 8A 12V 0 0A 0 44 0 84 5Vsb 0 04 1 5A 3 0A 5Vsb 0 0A 1 5A 3 0A 1 3 3V amp 5V maximum output is 140W 1 3 3V amp 5V maximum output is 140W 2 Total power is 500 Watts 2 Total power is 600 Watts 3 Model EVEREST 85PLUS 700 4 Model EVEREST 85PLUS 800 OUTPUT MINIMUM NORMAL MAXIMUM OUTPUT MINIMUM NORMAL MAXIMUM VOLTAGE LOAD LOAD LOAD VOLTAGE 3 3V 0 0A 5V 0 54 12V1 0 1A 12V2 0 0A 12V3 0 0A 4 12V4 0 0A 12V 0 0A 5Vsb 0 1A 1 3 3V amp 5V maximum output is 140W 1 3 3V amp 5V maximum output is 175W 2 Total power is 700 Watts 2 Total power is 800 Watts All specifications are subject to change without notice 03 Ee Protection A Over Voltage Protection B OVER CURRENT PROTECTION 12V1 12V4 13 0V 16 5V C Over Current Protection There will be protection from an output over current event The power supply may shut down from such an event and require power on restart D SHORT CIRCUIT PROTECTION Output short circuit is defined to be a short circuit load of less than 0 1 ohm In the event of an output short circuit condition on 3 3V 5V or 12V output the power supply will shut down and latch off without damage to the power supply The power supply shall return to normal operation after the short cir2. English A Installation Instructions Disconnect all mains power from the computer at the plug Remove the case cover from your PC system Unplug all power connectors from the old power supply Remove the four screws from the rear of the case that hold the old power supply to the chassis then remove the old power supply from the case 5 Screw the four screws into the rear of the case that hold the FSP power supply to the chassis 6 Reconnect all power connectors from the FSP power supply to the computer components The plugs will only fit one way so if they don t fit do not try to force them just try them the other way round 7 Ensure no screws remain loose inside the casing as these could potentially short circuit your motherboard 8 Replace the case cover Se E Electrical Specification A Input Voltage 1 Model EVEREST 85PLUS 500 100VAC 240VAC 50Hz 60Hz 2 Model EVEREST 85PLUS 600 100VAC 240VAC 50Hz 60Hz 3 Model EVEREST 85PLUS 700 100VAC 240VAC 50Hz 60Hz 4 Model EVEREST 85PLUS 800 100VAC 240VAC 50Hz 60Hz B Output Voltage 1 Model EVEREST 85PLUS 500 2 Model EVEREST 85PLUS 600 OUTPUT MINIMUM NORMAL MAXIMUM OUTPUT MINIMUM NORMAL MAXIMUM VOLTAGE LOAD LOAD LOAD VOLTAGE LOAD LOAD LOAD 3 3V 0 0A 18 0A 30 0A 3 3V 0 0A 18 0A 30 0A 5V 0 5 15 0A 30 0A 5V 0 5A 15 0A 30 0A
3. cuit has been removed and the power switch has been turned off for no more than 2 seconds In the event of an output short circuit condition on 12V output the power supply will not be damaged The power supply shall return to normal operation as soon as the short circuit has been removed and the power switch has been turned off for no more than 2 seconds a Safety and EMI The power supply unit have been certified by the following safety and EMI certifications CE CB cUL FCC VDE 5 Warning 1 Do not open the top cover of the power supply unit 2 Please avoid exposing the power supply to high humidity G Trouble shooting If the power supply unit fails to function properly please check the following gt Is the AC input plugged in properly and electrical outlet switched on gt Check that all the output connectors are connected properly to all the components gt Disconnection the power cord from the unit can reset the power supply unit However if the power supply still does not function properly please contact your original vendor or retailer for repair or replacement Please refer to the FSP website for further information www FSPLifeStyle com 04
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