JUDO PROFIMAT-PLUS
11
Installation
4.1.3 Installation position
ATTENTION
(see chapter “Safety information and
dangers due to non-compliance”)
Always install the filter in a vertical position
(± 5°)! Failure to observe this can cause
uncontrolled backwashing water to escape
and can result in water damage.
4.1.4 Mounting the built-in rotary
flanges (JPF
+
-A ¾" - 2")
Install using the supplied built-in rotary
flange. The built-in rotary flange is used as a
connecting element between the pipe and
the filter.
It is suitable for both horizontal and vertical
pipes.
The built-in rotary flange must be
installed in the direction of flow. This is
marked by a cast-in arrow (see fig. 5).
Failure to comply with this means the filter
cannot work.
ATTENTION
(see chapter “Safety information and
dangers due to non-compliance”)
The flange surface of the built-in rotary
flange must be in a horizontal position! The
built-in rotary flange must be fitted so that
mechanical stresses cannot occur! Other-
wise mechanical damage can result in the
built-in rotary flange. Otherwise mechanical
damage can result, the pipe may burst or the
built-in rotary flange can break. This can
result in major water damage.
In this case, people close to the filter are
exposed to a health risk due to the large
quantities of water.
Therefore, during installation, ensure that no
large forces act on the pipe, built-in rotary
flange and filter.
4.1.5 Installing the automatic
backwash protective filter
JPF
+
-A ¾" - 2"
The built-in rotary flange for the filter is
supplied with bayonet drill holes. The neces-
sary seals and screws for this filter have
already been mounted.
Do not unscrew the screws!
–
Insert the four flange screws in the
bayonet drill holes on the built-in rotary
flange (see fig. 4 I).
–
Turn the filter in a clockwise direction as
far as it will go (see fig. 4 II).
–
Tighten the four flange screws.
ATTENTION
(see chapter “Safety information and
dangers due to non-compliance”)
The section of the profiled flange gasket
must point towards the built-in rotary flange.
Failure to observe this can lead to leaks and
water escaping. This can in turn cause water
damage to the house and its installations
(see fig. 5).
Fig. 4:
Built-in rotary flange with bayonet fixture
Select the torque (approx. 4 Nm)
so that the gasket closes and the
filter is not damaged or strained!
I
II
