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Aeration / deaeration plant L251

Aeration/deaeration plant, max. throughput 250 m³/h

Natural aeration/deaeration plant with air connections on both sides to improve the hygiene in drinking water reservoirs.

Completely made of 1.4307 (AISI 304 L) stainless steel except the filter material, shielded arc welded, acid-treated in a pickling bath and passivated. Ready-to-operate installation, without brickwork, plastering, chiselling and electrical work, without drain pipe.

Louvre, attack-proof, pre-finished, rigid design, with a stable frame, slats and 1 x 1 mm insect screen. The insect screen serves as first filter stage and prevents the ingress of small animals, insects and organic coarse material. Minimum size 500 x 300 mm.

Air line in partial lengths according to the specific local conditions, with a connecting plate designed to suit the louvre (item 1.0) for air-tight bolted fixing to the interior structure wall, with pipe connection piece. Pipeline longitudinal welded seam stainless steel pipe, bends as required, flexible joints, including fixing material, foam rubber gasket and mounting brackets.

Cylindrical air filter unit L251, with connection pieces on both sides, suitable for the air line, with filter for suspended matter H13, with central 1/2“ condensate drain and ball valve for connection to the customer’s drain pipe. The air filter unit is designed for installation directly into the air line. The air filter unit houses a filter for suspended matter that achieves a separation degree of up to 99.99% in accordance with DIN EN 1822 for optimal supply air purification. The inspection opening in the casing ensures easy filter replacement. A pressure transducer controls filter pollution.

Safety valve type 170-1 as an additional overpressure/underpressure protection for the structure in case of malfunctions. The reaction pressure is 1000 Pa.

HUBER aeration and deaeration plant type L251 with safety valve and radial tube fan for active forced ventilation
HUBER Aeration/Deaeration Plant type L251 with safety valve and centrifugal in-line fan for active forced aeration
Ventilation of two separate water chambers by means of HUBER Air Filter Unit L251
Ventilation of two separate water chambers by HUBER Air Filter Unit L251
HUBER Air Filter BLA 251 and HUBER Water Chamber Door TT1.1 W
Water chamber ventilation
Air filter unit L251, vertical installation with safety valve
Active forced ventilation with HUBER Air Filter unit type L251 and HUBER Double Security Door TT2.2/RC3
Active forced ventilation with HUBER Air Filter unit type L251 and HUBER Double Security Door TT2.2/RC3
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Options

General Options
  • 1.4404 (AISI 316 L) stainless steel
  • Radial pipe ventilator for installation in DN variable air line, for forced ventilation
  • With power supply unit for regulating the pressure transducer from 230V to 24V
      Optional equipment and spare parts
      • Suspended material filter, filter class H13, separation efficiency 99.99% in compliance with DIN EN 1822, for type L251.

      Media

      Videos and Animations

      FAQ

      Frequently Asked Questions

      If there are no water level fluctuations in the drinking water reservoir and therefore no natural air exchange can take place, we can optionally work with a fan in the air duct. This ensures an optimal air exchange in the reservoir.

      The air filters installed in HUBER aeration/deaeration plants comply with the current standards EN ISO 16890 and DIN EN 1822.

      Case Studies

      HUBER Solutions in Operation

      img-casestudy-03-11-sd-erneuern-01
      04/04/2019

      Old installations – a ticking bomb?

      The regular inspection of installations is an important aspect not to be underestimated where drinking water and...

      Continue reading
      img-casestudy-18-03-luftfilter-01
      19/03/2018

      Good reasons to use air filters in water reservoirs

      One could almost forget that our most important resource water is highly sensitive and gives life not only to humans and...

      Continue reading
      img-casestudy-15-03-kondensatminimierung-01
      23/03/2015 Utzenaich, Austria

      Minimised condensation in water chambers through forced ventilation

      In some water chambers, drops of condensate form on the ceiling and walls. The forced ventilation in the Utzenaich...

      Continue reading
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