Protective Clothing; Protection Against Radiation And Burns; Emc Device Classification - Parkside PFDS 33 B4 Mode D'emploi

Safety instructions
through work clothes),
the output voltages of the
welding device in no-load
operation must not be higher
than 48 Volts (effective value).
Based on the output voltage
this welding device may be
used in these conditions.
z Protective clothing
Whilst working, the welder
„
must protect all body parts
from radiation and against
burns by means of appropriate
clothing and face protection.
Remember the following steps:
– Put on protective clothing
before welding.
– Wear gloves.
– Open windows to ensure
air supply.
– Wear protective goggles.
Wear gauntlet gloves made of
„
suitable material (leather) on
both hands. These must be in
good condition.
Wear suitable aprons to
„
protect clothing from sparks
and burns. If work such as
overhead welding is required,
wear a protective suit and,
if necessary, a head guard.
36 GB/NI/IE
z Protection against
radiation and burns
Warn of the danger to the
„
eyes by hanging up a sign
saying "Caution! Do not look
into flames!". If possible,
shield the work areas to
protect persons in the vicinity.
Keep unauthorised persons
away from the welding area.
Walls in the direct vicinity
„
of fixed work areas should
be neither light coloured nor
glossy. Windows should be
blocked off to at least head
height to prevent the escape or
reflection of radiation, e.g. by
painting with a suitable paint.
z EMC device classification
As per the standard
IEC 60974-10, this welding
device is a welding unit
with class A electromagnetic
compatibility. Thus it complies
with the corresponding
requirements for industrial and
domestic use. In residential
areas, it can be connected to
the public low-voltage supply
systems.
Even if the flux cored wire welder
complies with the emission limit