User's Manual

210
15
Safety Information
15.1 Safety information
Read this information
Your
O
2
Xda Flame Pocket PC Phone has been designed, manufactured and tested not
to exceed the limits for exposure to electromagnetic fi elds recommended by the Council
of the European Union and the FCC rule of the United States. These limits are part of
comprehensive guidelines developed by independent scientifi c organizations.
European standards provide for the amount of radio frequency electromagnetic energy
absorbed by the body when using a phone to be measured by reference to the Specifi c
Absorption Rate (SAR). The SAR limit for the general public is currently 2 watts per kilogram
averaged over 10 grams of body tissue of head tissue (<2.0W/kg @ 10g) and the FCC public
is currently 1.6 watts per kilogram averaged over 1 grams of head and body tissue (<1.6W/kg
@ 1g).
The maximum SAR values for the
O
2
Xda Flame are
• 0.751 W/kg @10g (CE)
• 0.461 W/kg @1g (FCC) head
• 0.339 W/kg @1g (FCC) body
15.2 Phone care
You should never
attempt to open the phone casing. There are no user-serviceable parts
You should never
You should never
inside and you might damage sensitive electronic circuits and components. Unauthorized
disassembly will void the warranty.
You should never
leave your phone in the window of your car or otherwise expose it to
You should never
You should never
strong sunlight or excessive heat for a prolonged period. This may damage it.
You should never
handle your phone with wet hands or expose it to moisture or liquids of
You should never
You should never
any kind. Continuous changes from a cold to a warm environment may lead to condensation
inside the phone, resulting in corrosion and possible damage.
If you pack your phone in your suitcase during travel, beware damage. Cramming a suitcase
may crack the LCD display. Remember to switch off your wireless connections during air
travel.
As with all other radio devices, touching the built-in antenna area during telephone
conversation may impair the quality and lead to shorter standby time due to increased power
consumption.