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QuickSpecs
Technical Specifications
HP ProBook 4740s Notebook PC
Environmental Data
Eco-Label Certifications
System Configuration
Energy Consumption
Normal Operation
Sleep (Energy Star low
power mode)
Off
DA - 14306 Worldwide — Version 7 — April 25, 2013
PLASTIC/Polyethylene low density 25 g
PLASTIC/PET 3 g
PLASTIC/EPE-Expanded Polyethylene 60 g
OTHER/OTHER 20 g
The PAPER/Cardboard & misc packaging material is made from 80%
recycled content.
The PAPER/Corrugated packaging material is made from 80% recycled
content.
The PLASTIC/Polyethylene low density packaging material is made
from 65% recycled content
The PLASTIC/PET packaging material is made from 65% recycled
content
The PLASTIC/EPE-Expanded Polyethylene packaging material is made
from 65% recycled content
The OTHER/OTHER packaging material is made from 65% recycled
content
HP follows these guidelines to decrease the environmental impact of product
packaging:
Eliminate the use of heavy metals such as lead, chromium, mercury and
cadmium in packaging materials.
Eliminate the use of ozone-depleting substances (ODS) in packaging
materials.
Design packaging materials for ease of disassembly.
Maximize the use of post-consumer recycled content materials in
packaging materials.
Use readily recyclable packaging materials such as paper and
corrugated materials.
Reduce size and weight of packages to improve transportation fuel
efficiency.
Plastic packaging materials are marked according to ISO 11469 and DIN
6120 standards.
This product has received or is in the process of being certified to the following
approvals and may be labeled with one or more of these marks:
US ENERGY STAR qualified
IT ECO declaration
EPEAT Gold with a Microsoft OS where HP registers commercial notebook
products. See
http://www.epeat.net
The configuration used for the Energy Consumption and Declared Noise
Emissions data is based on a "Typically Configured Notebook"
115 VAC
6.35 W
0.94 W
0.63 W
HP ProBook 4440s/1s Notebook PC
HP ProBook 4540s Notebook PC
HP ProBook 4740s Notebook PC
for registration status in your country.
230 VAC
7.12 W
1.08 W
0.76 W
100 VAC
6.35 W
0.93 W
0.64 W
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