Acer Predator G6-720 User Manual download pdf

Product type

Product category B D

Manufacturer name, address

Product model number Predator G6-720 B Predator G6-720 D

Year of manufacture

TEC

allowance with capability

adjustments when discrete graphics cards

are disabled (from 1 January 2016)

199 kWh/year 235 kWh/year

TEC

allowance with capability

adjustments when discrete graphics cards

are enabled (from 1 January 2016)

321 kWh/year 357 kWh/year

Whether all discrete graphics card are

enabled during the test

Yes Yes

Whether switchable graphics mode with

UMA is driving the display during the test

No No

TEC

of highest power-demanding

configuration

207.58 kWh/year 214.26 kWh/year

Idle state power demand 58.58 Watt 60.49 Watt

Sleep mode power demand 2.75 Watt 2.7 Watt

Sleep mode with WOL enabled power

demand

2.75 Watt 2.73 Watt

Off mode power demand 0.23 Watt 0.23 Watt

Off mode with WOL enabled power

demand

0.23 Watt 0.23 Watt

Maximum power demand Not applicable Not applicable

Internal power supply (IPS) efficiency at

10 %, 20 %, 50 % and 100 % of rated

output power

External power supply's (EPS) average

active efficiency

Not applicable Not applicable

Noise levels (the declared A-weighted

sound power level, L

WAd

) of idle mode

3.85 B 3.85 B

Noise levels (the declared A-weighted

sound power level, L

WAd

) of "HDD random

seek" mode

3.80 B 3.80 B

Technical Documentation of (EU) No 617/2013

Desktop computer

Acer Italy s.r.l,

Via Lepetit, 40, 20020 Lainate (MI) Italy

2017

Output Load 100% , Efficiency 87.72%

Output Load 50% , Efficiency 91.2%

Output Load 20% , Efficiency 90.41%

Output Load 10% , Efficiency 86.46%

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Summary of Contents

Page 1

Product typeProduct category B DManufacturer name, addressProduct model number Predator G6-720 B Predator G6-720 DYear of manufactureETEC allowance

Page 2

Minimum number of loading cycles thatthe batteries can withstandNot applicable Not applicableConfiguration of memory 4~64 G 4-64 GConfiguration of int

Page 3

Measurement methodology for sleepmodeMeasurement methodology for off modeMeasurement methodology for IPSefficiencyMeasurement methodology for EPSeffic

Page 4

Measurement methodology for noise levelMeasurement methodology for batteryloading cyclesSequence of steps for achieving a stablecondition with respect

Page 5

Description of how off mode was selectedor programmedSequence of events required to reach themode where the equipment automaticallychanges to sleep mo

Page 6

Test parameter for information anddocumentation on the instrumentation,set-up and circuits used for electricaltestingDigital Power Meter- Yokogawa WT2