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Acer TravelMate P653-M - ErP (Energy-related Product directive) te [...]

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Technical Documentation of (EU) No 617/2013<br />

<strong>Product</strong> type<br />

No<strong>te</strong>book compu<strong>te</strong>r<br />

<strong>Product</strong> ca<strong>te</strong>gory A B<br />

<strong>Acer</strong> Italy s.r.l,<br />

Manufacturer name, address<br />

Via Lepetit, 40, 20020 Laina<strong>te</strong> (MI) Italy<br />

<strong>Product</strong> model number<br />

Year of manufacture<br />

E TEC allowance with capability<br />

adjustments when discre<strong>te</strong> graphics cards<br />

are disabled (from 1 July 2014)<br />

E TEC allowance with capability<br />

adjustments when discre<strong>te</strong> graphics cards<br />

are enabled (from 1 July 2014)<br />

E TEC allowance with capability<br />

adjustments when discre<strong>te</strong> graphics cards<br />

are disabled (from 1 January 2016)<br />

E TEC allowance with capability<br />

adjustments when discre<strong>te</strong> graphics cards<br />

40.6 kWh/year 48 kWh/year<br />

Not applicable<br />

84.6 kWh/year<br />

31.6 kWh/year 36 kWh/year<br />

Not applicable<br />

58.6 kWh/year<br />

are enabled (from 1 January 2016)<br />

Whether all discre<strong>te</strong> graphics card are<br />

enabled during the <strong>te</strong>st<br />

Not applicable Yes<br />

Whether switchable graphics mode with<br />

UMA is driving the display during the <strong>te</strong>st<br />

Not applicable Yes<br />

E TEC of highest power-demanding<br />

configuration<br />

21.11 kWh/year 21.11 kWh/year<br />

Idle sta<strong>te</strong> power demand 7.25 Watt 7.25 Watt<br />

Sleep mode power demand 0.85 Watt 0.85 Watt<br />

Sleep mode with WOL enabled power<br />

demand<br />

0.88 Watt 0.88 Watt<br />

Off mode power demand 0.25 Watt 0.25 Watt<br />

Off mode with WOL enabled power<br />

demand<br />

0.29 Watt 0.29 Watt<br />

Maximum power demand Not applicable Not applicable<br />

In<strong>te</strong>rnal power supply (IPS) efficiency at<br />

10 %, 20 %, 50 % and 100 % of ra<strong>te</strong>d<br />

output power<br />

Ex<strong>te</strong>rnal power supply's (EPS) average<br />

active efficiency<br />

Noise levels (the declared A-weigh<strong>te</strong>d<br />

sound power level, L WAd ) of idle mode<br />

Not applicable<br />

<strong>TravelMa<strong>te</strong></strong> <strong>P653</strong><br />

2012<br />

Not applicable<br />

88.53% 88.53%<br />

3.24 B 3.24 B


Noise levels (the declared A-weigh<strong>te</strong>d<br />

sound power level, L WAd ) of "HDD random<br />

3.46 B 3.46 B<br />

seek" mode<br />

Minimum number of loading cycles that<br />

the bat<strong>te</strong>ries can withstand<br />

400 cycles 400 cycles<br />

Configuration of memory 2~ 8 GB 2~ 8 GB<br />

Configuration of in<strong>te</strong>rnal storage 1~2 piece 1~2 piece<br />

Configuration of discre<strong>te</strong> <strong>te</strong>levision tuner 0 piece 0 piece<br />

Configuration of discre<strong>te</strong> audio card 0 piece 0 piece<br />

Configuration of discre<strong>te</strong> graphics cards 0 piece 1 piece<br />

Configuration of discre<strong>te</strong> graphics cards<br />

ca<strong>te</strong>gory<br />

Not applicable G3<br />

The bat<strong>te</strong>ry in this product cannot be<br />

easily replaced by users themselves<br />

No<br />

No<br />

For products with an in<strong>te</strong>gra<strong>te</strong>d display,<br />

the total con<strong>te</strong>nt of mercury is<br />

0 mg 0 mg<br />

Measurement methodology for E TEC<br />

COMMISSION REGULATION (EU) No<br />

617/2013 of 26 June 2013 implementing<br />

Directive 2009/125/EC of the European<br />

Parliament and of the Council with regard<br />

to ecodesign requirements for compu<strong>te</strong>rs<br />

and compu<strong>te</strong>r servers:<br />

ANNEX II Ecodesign requirements and<br />

timetable:<br />

1.3.1. E TEC formula.<br />

Measurement methodology for idle mode<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.4. Measuring long idle mode;<br />

5.7. True RMS watt me<strong>te</strong>r specification;<br />

5.8. True RMS watt me<strong>te</strong>r accuracy;<br />

Annex E.2 (informative) ENERGY STAR ®<br />

V5 compliant <strong>te</strong>sting methodology.


Measurement methodology for sleep<br />

mode<br />

Measurement methodology for off mode<br />

Measurement methodology for IPS<br />

efficiency<br />

Measurement methodology for EPS<br />

efficiency<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.3. Measuring sleep mode;<br />

5.4. Test conditions;<br />

5.7. True RMS watt me<strong>te</strong>r specification;<br />

5.8. True RMS watt me<strong>te</strong>r accuracy.<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.2. Measuring off mode;<br />

5.4. Test conditions;<br />

5.7. True RMS watt me<strong>te</strong>r specification;<br />

5.8. True RMS watt me<strong>te</strong>r accuracy.<br />

Not applicable<br />

EN 50563:2011 Ex<strong>te</strong>rnal a.c.—d.c. and<br />

a.c.—a.c. power supplies — De<strong>te</strong>rmination<br />

of no-load power and average efficiency of<br />

active modes.


ECMA-109 2 nd edition (December 1987)<br />

Declared Noise Emission Values of<br />

Compu<strong>te</strong>r and Business Equipment:<br />

4. De<strong>te</strong>rmination of the declared noise<br />

emission values.<br />

ECMA-74 11 th edition (December 2010)<br />

Measurement of Airborne Noise emit<strong>te</strong>d<br />

by Information Technology and<br />

Telecommunications Equipment:<br />

Measurement methodology for noise level 5. Installation and operating instructions;<br />

6. Method for de<strong>te</strong>rmination of sound<br />

power levels of equipment in reverberation<br />

<strong>te</strong>st rooms;<br />

7. Method for de<strong>te</strong>rmination of sound<br />

power levels of equipment under<br />

essentially free-field conditions over a<br />

reflecting plane;<br />

Annex C.15 Equipment ca<strong>te</strong>gory:<br />

personal compu<strong>te</strong>rs and workstations.<br />

Measurement methodology for bat<strong>te</strong>ry<br />

loading cycles<br />

Sequence of s<strong>te</strong>ps for achieving a stable<br />

condition with respect to power demand<br />

Description of how sleep mode was<br />

selec<strong>te</strong>d or programmed<br />

EN 61960:2011 Secondary cells and<br />

bat<strong>te</strong>ries containing alkaline or other nonacid<br />

electroly<strong>te</strong>s — Secondary lithium cells<br />

and bat<strong>te</strong>ries for portable applications:<br />

7.6.1 General;<br />

7.6.3 Endurance in cycles (accelera<strong>te</strong>d<br />

<strong>te</strong>st procedure).<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.2. Measuring off mode;<br />

5.3.3. Measuring sleep mode;<br />

5.3.4. Measuring long idle mode.<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.3. Measuring sleep mode.


Description of how off mode was selec<strong>te</strong>d<br />

or programmed<br />

Sequence of events required to reach the<br />

mode where the equipment automatically<br />

changes to sleep mode<br />

Sequence of events required to reach the<br />

mode where the equipment automatically<br />

changes to off mode<br />

The length of time af<strong>te</strong>r a period of user<br />

inactivity in which the compu<strong>te</strong>r<br />

automatically reaches a power mode that<br />

has a lower power demand requirement<br />

than sleep mode<br />

The length of time before the display<br />

sleep mode is set to activa<strong>te</strong> af<strong>te</strong>r user<br />

inactivity<br />

User information on the energy-saving<br />

po<strong>te</strong>ntial of power management<br />

functionality<br />

User information on how to enable the<br />

power management functionality<br />

Test parame<strong>te</strong>r for ambient <strong>te</strong>mperature<br />

Test parame<strong>te</strong>r for <strong>te</strong>st voltage<br />

Test parame<strong>te</strong>r for frequency<br />

Test parame<strong>te</strong>r for total harmonic<br />

distortion of the electricity supply sys<strong>te</strong>m<br />

Test parame<strong>te</strong>r for information and<br />

documentation on the instrumentation,<br />

set-up and circuits used for electrical<br />

<strong>te</strong>sting<br />

EN 62623:2013 — Desktop and no<strong>te</strong>book<br />

compu<strong>te</strong>rs — Measurement of energy<br />

consumption:<br />

5.2. Test setup;<br />

5.3.2. Measuring off mode.<br />

ENERGY STAR ® Program Requirements<br />

<strong>Product</strong> Specification for Compu<strong>te</strong>rs,<br />

Eligibility Cri<strong>te</strong>ria Version 6.0, Rev. Oct-<br />

2013:<br />

1.D.4 Sleep Mode.<br />

Not applicable<br />

30 minu<strong>te</strong>s<br />

10 minu<strong>te</strong>s<br />

http://www.energystar.gov/index.cfm?c=po<br />

wer_mgt.pr_power_mgt_users<br />

http://www.energystar.gov/index.cfm?c=po<br />

wer_mgt.pr_power_mgt_users<br />

25 ℃<br />

230 V<br />

50 Hz<br />

2 %<br />

AC power source: Ex<strong>te</strong>ch 6910;<br />

Power me<strong>te</strong>r: Chroma 66200

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