User manual GIGABYTE ODIN PRO 800W

[. . . ] As a member of the global community, Gigabyte provides environment friendly products and observes the European Union's Restriction of Hazardous Substances (RoHS) directive, which limits the use of lead, mercury, cadmium and other hazardous substances in electronic products. From components and material selection to production processes, making up of accessories, packaging/color boxes etc; GIGABYTE has carefully examined and designed this product to be 100% RoHS compliant. 2 English GIGABYTE will continue to develop RoHS compliant PC components and provide valuable resources to promote and advance RoHS directive goals and objectives. The following are not covered by the warranty: 1. Using the product incorrectly or in a manner other than the designed purpose. [. . . ] USB Data Connector For ODIN GT series power supply only, please refer to the motherboard's user manual for connecting the USB data connector to motherboard's USB port or using the USB converter to connect the rear I/O. Pin 1 2 3 4 5 Signal Data Data + Ground 20AWG (Wire) White Green Black Incorrect connector installation may possible burn out the motherboard and other components. Be sure to observe the instructions on installation in the manual. Double check the pin definition color to match with motherboard's users' manual. 9 English 1-3-9. Fan Speed Control connectors Pin 1 2 3 Signal Com +5VDC Signal 24 AWG (Wire) Black Red Yellow 1-3-10. Smart Cable Management - Fan Speed Control connectors Pin 1 2 3 Signal Com +5VDC Signal 24 AWG (Wire) Black Red Yellow 1-3-11. Smart cable management - Thermal sensor Smart cable management Thermal sensor Connector CAUTION Don't place the Thermal sensor between CPU and Cooler; it will damage the thermal sensor and probably cause the CPU overheating, and could damage the CPU. 2. Specification 2-1 INPUT Model Name GE-S800A-D1 GE-S680A-D1 GE-S550A-D1 2-1-1 VOLTAGE Minimum 90 90 90 Nominal 115~230 115~230 115~230 Maximum 264 264 264 Units VAC rms VAC rms VAC rms 2-1-2 FREQUENCY 47Hz~63Hz 10 English 2-1-3 CURRENT 115Vac - 8. 0A max / 230Vax - 4. 0A max 115Vac - 10. 0A max / 230Vax - 5. 0A max (800W only) 2-1-4 INRUSH CURRENT 55A max. when AC input 115Vac at 25°C cold start 110A max. when AC input 230Vac at 25°C cold start 2-1-5 POWER EFFICIENCY 80% (min) at full load (typical) and 115Vac and 230Vac input (For 20%, 50%, 100% load condition) 2-1-6 LEAKAGE CURRENT 3. 5mA max. 2-1-7 POWER FACTOR PF> 0. 9 2-2 OUTPUT Voltage Max Load *1 Min Load Peak Load Regula tion Ripple & Noise +5V 28. 0 A 2. 0 A -+5, -4% 50 mV +3. 3V 30. 0 A 0. 5 A -+5, -3% 50 mV +12V1 18. 0 A 1. 0 A -+5, -4% 120 mV +12V2 18. 0 A 1. 0 A -+5, -4% 120 mV +12V3 18. 0A 25. 0A 1. 0 A -+5, -4% 120 mV +12V4 18. 0A/ 25. 0A 1. 0 A -+5, -4% 120 mV -12V 0. 8 A 0. 0 A -+9, -5% 120 mV +5Vsb 3. 0 A 0. 0 A 3. 5 A +5, -4% 50 mV 11 *1 The continuous total power is 800W MAX (GE-S800A-D1; GE-M800A-D1)/680W (GE-S680A-D1; GE-M680A-D1)/ 550W (GE-S550A-D1; GE-M550A-D1) - The Combined power of +5V +3. 3V is 180W max. (GES800A-D1; GE-M800A-D1; GE-S680A-D1; GE-M680AD1)/140W (GE-S550A-D1; GE-M550A-D1) - Peak currents may last up to 12 seconds with no more than one occurrence per minute. - Total combined +12V output load not exceeding 62A (GES800A-D1; GE-M800A-D1)/52A (GE-S680A-D1; GE-M680AD1)/41A (GE-S550A-D1; GE-M550A-D1) English 2-3 REMOTE ON/OFF TTL High/PS-OFF; TTL Low/PS-ON VIL = 0. 8V max, IIL = -1. 6mAmax@Vin=0. 4V VIH = 2. 0V min @ Iin=-200uA, VIH = 5. 25Vmax@open ckt. 2-4 HOLD-UP TIME 16msec (min. ) at 80% of full load at 230Vac input 2-5 POWER GOOD DELAY 100-500 msec 2-6 POWER FAIL DELAY >1msec. 2-7 TURN-ON DELAY TIME 2000 msec max. At nominal line full load 2-8 TRANSIENT OVERSHOOT Step load changes of up to 50% of full load, while other loads remains constant within the rating. The DC output voltage will stay within regulation during the 20% load changes. Load slew rating is 0. 5A/uS and capacitive load as below: +5V 1000uF +3. 3V 1000uF +12V1 2200uF +12V2 2200uF +12V3 2200uF +12V4 2200uF -12V NA +5Vsb 1uF 2-9 RISE TIME 20ms max at full load AC Line +5V sb Remote Enable +5V P. G. 12 English t 1: TURN-ON DELAY TIME t 2: RISE TIME t 3: POWER GOOD DELAY t 4: POWER FAIL DELAY t 5: HOLD-UP TIME 2-10 PROTECTION When OCP, OVP, OTP, or short protection is triggered, the main output will be latched off. The main outputs can be reset by cycling the DC remote on/off or AC power +5Vsb output is automatically recovered when a fault condition is removed. 2-10-1. OVER CURRENT PROTECTION No exceeding 240VA every output voltage (Beside of 12V) +12V1, +12V2 output 25A max (GE-S800A-D1; GE-M800A-D1; GE-S680A-D1; GE-M680A-D1) +12V3, +12V4 output 38A max (GE-S800A-D1; GE-M800A-D1; GE-S680A-D1; GE-M680A-D1) +3. 3V output +5. 0V output +12. 0V output 4. 5V max. 15. 6V max. 2-10-2. OVER VOLTAGE PROTECTION 2-10-3. UNDER VOLTAGE PROTECTION 12V1 & 12V2 output 9. 5V min 12V3 & 12V4 output 9. 5V min +5V output 4. 1V min +3. 3V output 2. 55V min All output to GND 2-10-4. SHORT PROTECTION 2-10-5. OVER TEMPERATURE PROTECTION The power supply includes an over- temperature sensor, which can trip and shutdown the power supply at 100°C. This allows Odin GT power supply to monitor and control the speed of the fans you've connected (Odin GT only). CAUTION: Do not connect to the CPU fan 12. Connect Smart Cable Management - Thermal Sensor cable, use the thermal tape to stick the thermal sensor to the surface where you want to monitor the temperature. The thermal tape has an insulating property. It can be used in high temperature environment. Caution: Do not place the thermal sensor between the CPU and Cooler; it will damage the thermal sensor and CPU. [. . . ] Disconnect all the power connectors from the power supply to motherboard, and the peripheral devices such as the case fan, hard drives, and floppy drives, etc. Use the USB converter kit to connect the Power supply to another computer, and install Power Tuner. Short the connector as in the image below, or use ODIN GT PSU jump start kit to start ODIN GT power supply. Use the USB converter to connect the Odin GT power supply to another computer. [. . . ]