Panasonic AW-360C10 Operating Instructions Manual page 28

Do not aim the lens at the sun or strong light.
≥ Doing so may cause your camera head to malfunction
Caution regarding laser beams
≥ The MOS sensor may be damaged if any of the lenses is subjected to light from a laser beam. Take sufficient care
to prevent laser beams from striking the lenses when recording in an environment where laser devices are used.
Cleaning
When cleaning, do not use benzine or thinner.
≥ Using benzine or paint thinners may deform the camera head and/or cause the surface finish to peel off.
≥ Before proceeding with maintenance, disconnect the camera head option cable and the HDMI Cable from the
camera head.
≥ Use a soft, clean cloth to wipe the camera head. To remove stubborn dirt, wipe the camera head with a cloth
moistened with kitchen detergent that has been diluted with water and then use a dry cloth to take up the remaining
moisture.
Do not leave the unit in direct contact with the skin when in use.
≥ Low temperature burns may result if the skin is left in direct contact with the high temperature parts of the unit or
heated air from the ventilation openings of the unit.
Use a support such as a tripod when using the unit for long periods.
About condensation (when the lenses are fogged up)
Condensation is caused by a sudden change in temperature or humidity. For example, it occurs when the unit is
moved from outdoors or a cold room to a warm room. Be careful of condensation since it causes lens stains, fungus
and malfunction.
When taking the unit to a location which has a different temperature, if the unit is accustomed to the room temperature
of the destination for 1 hour, condensation can be prevented. (If there is a large temperature difference, place the unit
inside a plastic bag or similar, remove as much air as possible from the bag, then seal the bag.)
If condensation occurs, remove the Camera head option cable and HDMI Cables, and leave the unit for about 1 hour.
The fogging will clear naturally when the temperature of the unit becomes close to the ambient temperature.
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