Download Print this page

Additional Information - HP ProBook 4535s Quickspecs

Notebook pc
Hide thumbs Also See for ProBook 4535s:

Advertisement

QuickSpecs
Technical Specifications
Additional
information
DA - 14044 North America — Version 12 — August 2, 2012
Mercury greater the 5ppm by weight
Cadmium greater than 10ppm by weight
The battery type and chemistry used in the product is:
CR2032 (coin cell), Li-ion
6-cell high capacity Lithium-Ion battery (optional 8 cell available)
This product is in compliance with the Restrictions of Hazardous Substances
(RoHS) directive - 2002/95/EC.
This HP product is designed to comply with the Waste Electrical and Electronic
Equipment (WEEE) Directive - 2002/96/EC.
This product is in compliance with California Proposition 65 (State of
California; Safe Drinking Water and Toxic Enforcement Act of 1986).
This product is in compliance with the IEEE 1680 (EPEAT) standard at the Gold
level, see
www.epeat.net
Plastics parts weighing over 25 grams used in the product are marked per ISO
11469 and ISO1043.
This product contains 0% post consumer recycled plastic (by wt.)
This product is greater than 95.1% recycle-able when properly disposed of at
end of life.
Packaging Materials
External:
Corrugated 115 g
Corrugated carton 455 g
CANON bags - several layers 5 g
Internal:
Polyethylene low density 15 g
Molded Pulp 190 g
The Corrugated packaging material is made from 80% recycled content.
The Corrugated carton packaging material is made from 80% recycled
content.
The CANON bags - several layers packaging material is made from 80%
recycled content.
The Polyethylene low density packaging material is made from 60%
recycled content.
The Molded Pulp packaging material is made from 60% 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
HP ProBook 4535s Notebook PC
Page 32

Advertisement

loading