Filtering equipment self-cleaning rings 3 "battery 2 units WITH control unit

Ref: H363614731

2.420,00 VAT incl.

Filtering equipment self-cleaning rings 3 "battery 2 units WITH control unit
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Plastic filtration battery of 2 units of 3" at low pressure through a backwash system with filtered water.
Includes 24V AC control unit.

Features:

- Filter with internal crossed slotted rings made of synthetic material, installed in a telescopic format.
- Lids and bodies in polypropylene with opening by means of a quick stainless steel clamp and a hydraulic closing joint.
- Inlet/outlet manifolds in polyethylene PE100 in PN10 with ø110mm flange connection.
- Drainage collector in polyethylene PE100 in PN10 with 3" victaulic connection.
- Trifunctional suction cup for air purge.
- AISI 304 stainless steel pressure gauge from 0-6 bar.
- Three-way diaphragm hydraulic valves made of corrosion-proof polypropylene with a 3" victaulic connection.
- Recommended maximum flow: 60 m3/h.
- Filtering area: 3.040 cm2.
- Maximum working pressure 8 bar.
- Minimum backwash pressure 1 bar.
- Recommended maximum filtration volume: 30m³/h for each filter with a filtration degree of 130 microns.
- Automated backwash system by programmer commanded by differential pressure switch.

AGROMASAN filtration equipment data sheet

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AGROMASAN

Filtering equipment self-cleaning rings 3 "battery 2 units WITH control unit

Customer questions and answers

  1. 0 votes
    R

    The ring filter system that you indicate retains particles larger than 130 microns, so it does reduce colloids in suspension that exceed that size.

    The problem is that we should know the size of the colloids that you want to reduce. Its total elimination is very difficult since you would need to know the size of the colloids.

    In ring filter systems, you can reach up to a filtration degree of 50 microns, but it is advisable to increase the number of filters, since they cause high retention.

    If the size of the colloidal particles is less than 50 microns, ultrafiltration should be used, which can even reduce the size to 5 or 20 microns.

    All this depends on the size of the colloids and the amount of water to be filtered per hour that you need.

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