Potentially Explosive Atmosphere; Eu Regulatory Conformance; Body Worn Operation - Huawei Mate 9 Quick Start Manual

•
Use only the following listed AC Adapters/Power Supplies:
HUAWEI: HW-050450B00, HW-050450E00,
HW-050450U00, HW-050450A00.
•
Please consult your doctor and the device manufacturer to
determine if operation of your phone may interfere with the
operation of your medical device.

Potentially Explosive Atmosphere

Power off your device in any area with a potentially explosive
atmosphere, and comply with all signs and instructions. Areas that
may have potentially explosive atmospheres include the areas
where you would normally be advised to turn off your vehicle
engine. Triggering of sparks in such areas could cause an explosion
or a fire, resulting in bodily injuries or even deaths. Do not power
on your device at refueling points such as service stations. Comply
with restrictions on the use of radio equipment in fuel depots,
storage, and distribution areas, and chemical plants. In addition,
adhere to restrictions in areas where blasting operations are in
progress. Before using the device, watch out for areas that have
potentially explosive atmospheres that are often, but not always,
clearly marked. Such locations include areas below the deck on
boats, chemical transfer or storage facilities, and areas where the
air contains chemicals or particles such as grain, dust, or metal
powders. Ask the manufacturers of vehicles using liquefied
petroleum gas (such as propane or butane) whether this device
can be safely used in their vicinity.

EU regulatory conformance

Body worn operation

The device complies with RF specifications when used near your
ear or at a distance of 0.5 cm from your body. Ensure that the
device accessories, such as a device case and device holster, are
not composed of metal components. Keep the device away from
your body to meet the distance requirement.
MHA-L09：The highest SAR value reported for this device type
when tested at the ear is 1.64 W/kg, and when properly worn on
the body is 1.36 W/kg.
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