FM10_flex.qxp_Innenseiten_FM10 flex.qxd 08.02.18 16:29 Seite 11
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ATTENTION!
We hereby explicitly state that we have no li-
ability whatsoever under the German Product
Liability Law for any damage caused as a result
of unauthorised repairs or by the use of re-
placement parts that were not original GLO-
RIA spare parts, and where the repair work was
not done by our after-sales service section or
an authorised technician. This also applies to
accessory parts.
DANGER!
Danger of life from fire and/or explosion!
Danger to life if the device is not used as in-
tended! For this reason, observe the following
safety instructions:
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When handling hazardous substances al-
ways wear appropriate protective clothing,
including protective gloves and breathing
protection.Avoid any sources of ignition in
the vicinity and ensure that the work
place is well ventilated.
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Inflammable media may not be applied
with this device.
WARNING!
Contact with cleaning fluids poses a
health risk!
Inhaling, swallowing or skin contact with
cleaning fluids may impair your health to
some extent. If symptoms occur, or in case
of doubt, consult a doctor. Consult a doctor
if you develop symptoms or are unsure.
For this reason, observe the following safety
instructions:
- Observe the safety instructions on the
cleaning substance labels. Safety goggles,
protective gloves or other protective
measures are advised when using certain
foam cleaners.
- Always request a safety data sheet accor-
ding to 1907/2006/EC from the spraying
agent manufacturer. This states the re-
commended protective equipment and
measures for each agent.
Elements of the device
A Release button
B Pump handle
C Safety / pressure relief valve
D Valve body complete
E Joint piece
F Spray pipe
G Foam cartridge
H Connecting nipple
I Gasket
J Flatspraynozzle
K Locking nut
L Tank
Intended Use
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The foam sprayer FM10 flex is designed for
foaming liquid cleaning agents as far as those
agents do not affect the materials used.
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The device may only be used for applying media
which are suitable for foaming. Foam forma-
tion is influenced by:
1. the concentration of the medium in the so-
lution.
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