AirSep MN165-1 G - Manual (Page 5)

[Read the Important Safety Rules section before operating this equipment.]
2
MN165-1 Rev G
Electrical shock hazard. Turn Off the unit and disconnect the power cord
from the electric outlet before you clean the unit to prevent accidental electrical
shock and burn hazard. Only your Equipment Provider or a qualified
service technician should remove the covers or service the unit.
Care should be taken to prevent the Oxygen Concentrator from getting wet or
allowing fluids to enter the unit. This can cause the unit to malfunction or shut
down, and cause an increased risk for electrical shock or burns.
Do not use liquid directly on the unit. A list of undesirable chemical agents
includes but is not limited to the following: alcohol and alcohol-based products,
concentrated chlorine-based products (ethylene chloride), and oil-based
products (Pine-Sol®, Lestoil®). These are NOT to be used to clean the plastic
housing on the Oxygen Concentrator, as they can damage the unit’s plastic.
Clean the cabinet, control panel, and power cord only with a mild household
cleaner applied with a damp cloth (not wet) or sponge, and then wipe all
surfaces dry. Do not allow any liquid to get inside the device.
The Oxygen Concentrator should not be used adjacent to or stacked with
other equipment. If adjacent or stacked use is unavoidable, the device should
be observed to verify normal operation.
No modification of this equipment is permitted.
Use of cables and adapters other than those specified, with the exception of
cables and adapters sold by the manufacturer of the medical electrical
equipment as replacement parts for internal components, may result in
increased emissions of decreased immunity of the Oxygen Concentrator.
Use only electrical voltage as specified on the specification label affixed to the
device.
Do not use extension cords with this unit or connect too many plugs into the
same electrical outlet. The use of extension cords could adversely affect the
performance of the device. Too many plugs into one outlet can result in an
overload to the electrical panel causing the breaker/fuse to activate or fire if
the breaker or fuse fails to operate.