Automatic Brush Water Engineering Project Water Bag Filter in Carbon Steel

Automatic Brush Water Engineering Project Water Bag Filter in Carbon Steel

 
 Feature:
Welded wedge wire filtering element
Filtering surface cleaned by rotating brush
Safe and hygienic operation
Complete process and operator safety
Continuous unattended operation
Small foot print, least space occupation
Minimum maintenance
Zero emission to environment
 
FAQ:
 
01. What is the capacity (m3/hour)you required for this equipment?
02. What is the material for this filter?
Carbon steel ?or stainless steel (SS304/SS316)?
03. What is the filtration degree?
10 micron or 200 micron?
04. What is the power supply in your country?
220V/60Hz or other?
 
 
What is an Automatic Filter?
filter is self cleaning and operates on line pressure alone, eliminating the need for an external power source. As water passes through the water filter, the dirt particles are collected on the screen. This causes a drop in water pressure. When the pressure drop reaches a preset level, the cleaning cycle is initiated. The Vacuum Screen Cleaner aggressively suctions the dirt from the inside of the screen and flushes it out the drain.
 
The backwash cycle is accomplished in seconds without interrupting the main flow.
 
This technology can be used in cooling water filters, water tank filters, chiller water filters, sugar juice filters, sand filters, well water filters, r/o prefiltration, spray nozzle protection, white water filters, gland seal filters, screen water filters, industrial water filters, automatic strainers, and much much more.
Automatic Brush Strainers combine the advantages of high quality particle removal from different water sources (sewage, reservoirs, rivers, lakes, etc.) with a self-cleaning feature that provides a continuous water supply.  The strainers are designed for use in a wide range of industrial, municipal and irrigation applications and are ideal as an automatic pre-strainer to the V-Series filters.
 
The wedgewire screen is made of 316L stainless steel in order to withstand high dirt load and pressure. Cleaning of the screen is performed once the pressure loss (ΔP) across the filter has reached the pre-set value [up to 0.5 bar (7 psi)].
 
The flushing valve opens and pressure in the strainer body is significantly lowered resulting in a suction process through the flush valve. The electric motor simultaneously rotates the stainless steel brushes to remove debris from the screen effectively. The whole process takes 8-10 seconds, and the water supply is uninterrupted.
 
Standard Features:
Inlet/outlet on an axis of 90° (horizontal or vertical)
Strainer housing material of construction: Carbon Steel
      -  Strainers are electrostatically coated with polyester at a thickness of 150-200 micron and oven cured.
Strainers are supplied with a stainless steel wedgewire screen, available in varying micron size as needed: 200-4000 micron.
Inlet/outlet: Flanged 4" - 16" 
Maximum recommended working pressure: up to 10 bar (150 psi)
Minimum operating working pressure during flushing: 1 bar (15 psi)
Clean screen pressure loss: up to 0.1 bar (1.5 psi)
Control voltage: 380/220 VAC, 3 phase, 0.5 HP motor
Control system: electric control board 380/220/120/24 VAC
A time basis backup (preset by the operator) guarantees that the flushing cycle will occur even if the head loss has not triggered a flush cycle.
Continuous filtration, flow direction inside to out side, welded wedge wire filter element, continuous cleaning of filter element by motor driven rotating brushes, automatic discharging of dirty slurry based on preset timer and or preset differential pressure, custom designed to suitable pressure / flow / micron rating. 
 
 
Technical parameters:
 

 
APPLICATION
Cooling water filtration, Side stream filtration, Condensate water filtration, Effluent water thickening, Mixed juice purification in cane sugar plants, Column bottoms purification, Clarification of all low solids/high flow applications.