HP ProBook 440 G1 Specification page 44

QuickSpecs
Technical Specifications
HP ProBook 470 G1 Notebook PC
System Configuration
Energy Consumption
(in accordance with US ENERGY
STAR® test method)
Normal Operation
Sleep
Off
Heat Dissipation*
Normal Operation
Sleep
Off
ISO1043.
This product contains 0% post-consumer recycled plastic (by wt.)
This product is 96.08% recycle-able when properly disposed of at end of life.
Packaging Materials
External:
PAPER/Corrugated 560.5 g
Internal:
PLASTIC/EPE-Expanded Polyethylene 37 g
PLASTIC/Polyethylene low density 24 g
PLASTIC/PET 2.5 g
OTHER/OTHER 20 g
The PAPER/Corrugated packaging material is made from 40 % recycled content.
The PLASTIC/EPE-Expanded Polyethylene packaging is made from 40 % recycled content.
The PLASTIC/Polyethylene low density packaging is made from 40 % recycled content.
The PLASTIC/PET packaging is made from 40 % recycled content.
The OTHER/OTHER packaging is made from 40 % recycled content.
The configuration used for the Energy Consumption and Declared Noise Emissions data for the
Notebook model is based on a "Typically Configured Notebook".
115VAC, 60Hz
8.49 W
0.48 W
0.33 W
NOTE:
Energy efficiency data listed is for an ENERGY STAR® compliant product if offered within the model
family . HP computers marked with the ENERGY STAR® Logo are compliant with the applicable U.S.
Environmental Protection Agency (EPA) ENERGY STAR® specifications for computers. If a model
family does not offer ENERGY STAR® compliant configurations, then energy efficiency data listed is
for a typically configured PC featuring a hard disk drive, a high efficiency power supply, and a
Microsoft Windows® operating system.
115VAC, 60Hz
29 BTU/hr
2 BTU/hr
1 BTU/hr
*NOTE: Heat dissipation is calculated based on the measured watts, assuming the service level is
attained for one hour.
DA - 14785 Worldwide — Version 3 — January 8, 2014
HP ProBook 440 G1 Notebook PC
HP ProBook 450 G1 Notebook PC
HP ProBook 470 G1 Notebook PC
230VAC, 50Hz
8.91 W
0.57 W
0.42 W
230VAC, 50Hz
30 BTU/hr
2 BTU/hr
1 BTU/hr
100VAC, 60Hz
8.84 W
0.46 W
0.33 W
100VAC, 60Hz
30 BTU/hr
2 BTU/hr
1 BTU/hr
Page 44