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AZUD LUXON MFE
Automatic electric screen filters suitable for all applications, and available in a wide range of micron sizes, all with the same high quality guarantee of AZUD.
Max. flow: 564 m³/h (2483 gpm).
Advantage
-
Low maintenance.
The lid with hinge reduces the labours when opening the filter.
-
Energy efficient.
The consumption during the flushing cycle is minimal. -
Wide selection of screens.
From 80 to 1.000 micron. -
Versatility.
From 4” to 12”. -
Resistance.
Temperatures to 60ºC. -
Large screen area.
Up to 12.000 cm². -
Resistant material.
The screen is manufactured in high quality stainless steel. -
Time saving.
The filtration process and the flushing cycle occur simultaneously. -
Easy instalation.
The filters are delivered to be installed.
Specifications
- MFE 2400 M
- MFE 4800 M
- MFE 7200 M
- MFE 9600 M
- MFE 12000 M
Screen support
Molded screen
Manifold
4″ – 6″
Filtration area (cm²)
2400
Screen support
Molded screen
Manifold
4″ – 6″ – 8″
Filtration area (cm²)
4800
Screen support
Molded screen
Manifold
6″ – 8″ – 10″
Filtration area (cm²)
7200
Screen support
Molded screen
Manifold
8″ – 10″ – 12″
Filtration area (cm²)
9600
Screen support
Molded screen
Manifold
8″ – 10″ – 12″
Filtration area (cm²)
12000
Additional Info.
FILTRATION PHASE
Raw water enters from the inlet manifold to the coarse screen,trapping larger particles that could interfere with the filtercleaning mechanism -in vertical models, large and heavyparticles are separated by gravity.
Then water flows IN-OUT through the weave wire screen, trapping in the inner screen surface bigger particles than the filtration degree. Clean waterflows out through the outlet manifold . Particles build-up createsa filter cake that increases the pressure differential between inletand outlet, and this activates the cleaning cycle when the pre-setpoint is reached.
SELF-CLEANING PHASE
Clean water supply is not interrupted when the cleaning cycle isactivated. The cleaning phase starts with the opening of the drainvalve, that creates a pressure gradient between the pressurizedinner filter and the atmosphere. At the same time, the suctionnozzle scanner spirals along the complete inner surface of the screen.
As a result of the pressure difference, a high velocity SuctionEffect is created at the inlet of the nozzles, making the waterflows OUT- IN through the filter element and vacuuming all theparticles retained on the screen surface.
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