CATADIOPTRIC PEARLS
DISTRIBUTING KIT
With the new distribution system of reflecting pearls, the
“VIKING
LINER PLUS”
unit can produce a more visible and therefore safer
roadway indication, even in the worst weather conditions.
The pearlized distribution kit is composed of a drop tank with two
openings, two rubber tubes that carry the reflecting pearls to the
dispensers.
www.larius.com
16
VIKING LINER PLUS 2K
ED. 03 - 01/2021 - Cod. 150161
Absolutely avoid spraying solvents in closed
environments. It is also recommended to keep
the spray gun away from the pump in order to
prevent vapours from coming into contact with
the electrical motor.
Make sure the product to be used is compatible
with the materials employed for manufacturing
the equipment
(stainless steel and aluminium)
.
For this purpose, please contact the supplier of
the product.
L
M
• Open the re-circulation valv
e (
K7
)
and
(
K8
).
• Close the re-circulation valve
(
K7
) and (
K8
).
•
Remove any solvent remaining within the tubes by activating
the manual and automatic guns.
•
As soon as the pump begins to idle, turn the handle (
K5
)
and (
K6
) to minimum to stop the system.
• Visually check that the washing liquid starts to re-circulate
within the tank
(
K9
)
e
(
K10
).
• Stop the internal combustion engine.
• At this point the machine is ready. If water-based paints are
to be used, after the washing with solvent, it is recommended
to wash the tank again with soap and water, then rinse with
clean water
(repeating the previously described procedures)
.
• Insert the automatic guns trigger lock and fix the nozzles.
• Make sure the product is suitable to be used with a spray
gun.
• Mix and filter the product before using it. For filtration
use
CLOSE-MESH
(ref. 214)
and
LARGE-MESH
(ref. 215)
LARIUS METEX
braids
.
PREPARATION OF THE PAINT
• Fill the tank
(
L1
)
and (
L2)
with the paint.
Never use products containing halogen hydrocarbons
(as methyle-
ne chloride)
. If these products come into contact with aluminium
parts of the equipment can provoke dangerous chemical reactions
with risk of explosion.
K7
Fig. 4K
Fig. 5K
K8
K9
K10
Fig. 6K
L1
L2
Fig. 1L
