Auto Backflush Type Self Cleaning Filter Housing
Auto Backflush Type Self Cleaning the filter is constructed of the filter housing, the The filter elements, back flushing valve, differential pressure gauge, differential pressure switch, dust Extraction assembly, geared motor with sensor and control panel. Filter housing can be offered in variety of materials such as various grades of stainless steel, carbon steel and alloy metal. Filter element can also be offered in wedge wire, multi-layered wiremesh, and plain wiremesh configuration, depending upon process requirements. These filters can offer filtration levels starting from 1 micron to 2000 microns. They are designed to deliver a flow rates up to 2000 m3/hr or even more than that with parallel configuration.
Filtration
Auto self-cleaning filters are designed for flow direction from inside to outside. Contaminated fluid enters into the the filter housing through the inlet connection. It passes the inner surface of the filter element, where suspended particles of defined micron rating are retained inside & clear filtered material comes out from the filter housing through the outlet connection. Suspended particles are retained inside the filter element which creates a layer of debris, resulting in an increase in differential pressure.
Filter element cleaning mechanism constructed of dust extraction assembly, which rotates inside the surface of filter element &moves upward‐ downward to ensure proper cleaning of filter element throughout the area. Dust extraction assembly is constructed of precisely designed nozzles at a pre-define distance from filter element surface. Such nozzles are equally placed perpendicularly to the center pipe, which rotates with the help of geared motor at a defined speed. Dust extraction assembly is also connected with the back flush valve that has finally an open end to the atmosphere. Once differential pressure reaches to its pre-set level, control panel sends to the back-flushing valve to an open. With pressure difference within filter the element & atmospheric pressure outside, it creates high suction inside the filter the element. Due to this suction pressure, debris/cake deposited on the element surface is pulled out through nozzles & finally discharge from filter housing through the flushing line. With high velocity of water within the nozzle creates a jet pressure to remove sticky cake deposition even with a small opening. This entire process of the back-flushing completed within 30 – 60 seconds depending upon the size of the filter element.
- Simple operation of filtration.
- Easy process of Backwash / Back flush.
- Less wastage of water for cleaning.
- No consumable cost.
- Minimum manual intervention.
- Uninterrupted through out all time, even during back flushing.
- Can handle high suspended load.
| Domestic water supply | Tooth Paste |
| Reverse osmosis | Glycol |
| softening | Cooling water |
| Ion exchange | Reclaimed water |
| Oil field | Ground water |
| Paint & Inks | Surface water removal |
| Solvents | Boiler backwater |
| Chemicals | Swimming pools |
| Latex | Landscape water |
| Adhesive | Green spray |
| Lubricants | Agriculture irrigation water |
FCIABFS-S11-M-100150450-D
| ABFS | Description | Style | Material | Size | Configuration | Design |
|---|---|---|---|---|---|---|
| 100 Micron – Good Manufacturing Practice | S11 – Style – 1 | A-SS 304 | 100 – Connection Size | SS 316 Sintered Multilayer wiremesh | Duplex | |
| 100 Micron – Good Manufacturing Practice | S12 – Style – 1 | B-SS 316 | 150 – Diameter Of Element | SS 304 Sintered Multilayer wiremesh | Simplex | |
| 100 Micron – ASME Sec VIII Div-1 | S21 – Style – 2 | C-SS 316 L | 450 – Length Of Element | SS 316 Wedge wire element | ||
| 100 Micron – ASME Sec VIII Div-1 | S22 – Style – 2 | D-CARBON STEEL | SS 304 Wedge wire element | |||
| E-CSRL | ||||||
| F-ASTM A 106 | ||||||
| G-ASTM A 517 | ||||||
| H-ASTM A 516 |