Description
Purpose and scope
Filters designed to protect pipeline systems from the ingress of foreign particles. The filter is installed before the protected element, captures and collects all solid particles whose size exceeds the cell size of the filter element. The filter can be installed in the pipeline in horizontal position and vertical position. The direction of flow in the pipeline must match the direction indicated by the arrow on the filter housing. For vertical installation the direction of flow should be from top to bottom.
Joining to the pipeline – flanged.
Used on pipelines for cleaning oil, water (hot and cold), compressed air, technical gases and other environments. Environment is transported in pipelines must meet the NTD.
Filtering element:
- Steel 12KH18N10T stainless steel mesh size according to customer's requirement.
- Other types of filter elements according to customer's requirement, including filter elements of plane type.
Filters are made with a quick-release coverfor easy change or cleaning of the filter material.
In case of clogging of the mesh filter element, remove the cover, remove filter element and wash it in warm water. Condensation and dirt from the body are removed through the pipe in the lower part of the body.
Specifications (PN 1,6 – 16,0)
Working environment |
Environment in respect to which the materials used are corrosion-resistant. |
Nominal pressure, MPa (kgf/cm2) |
1,6 – 16,0 (16-160) |
Working environment temperature |
from -60 °C to +560 °C |
Climatic version |
U1, UHL1, HL1 GOST 15150 – 69 |
The direction of movement of the working environment |
In the direction of flow (arrow) |
Filters liquid and gas can be produced in modular design. In the block are two filters – primary and backup. Having two filters gives you the opportunity not to stop the supply of the purified environment, while disabling one of them. Line switching is performed using a three-way ball valve.
The design of filters ensures manufacturability, reliability during its lifetime, the possibility of inspection (including inner surface), cleaning, flushing, purging and repair, condition monitoring for diagnosis.
Decoding a symbol of filter mesh:
Filter mesh FSF..B.In.G-D, where:
А – nominal diameter of DN– 025, 032, 040, 050, 080, 100, 150, 200, 250, 300, 350, 400, 500 mm;
B – nominal pressure PN– 016, 025, 040, 063, 080,100, 160 kgf/cm2;
В – material case and flange – NJ – 12X18H10T (14KH17N2), With – steel 20, CL – 09G2S;
G – the cell size in the grid, in mm;
An example entry designation filter mesh DN 80 PN 16 stainless-steel 09G2S with a cell size in a grid of 1.2 mm: Filter mesh FSF.080.016.CL-1,2.
Overall dimensions of the filter, mm |
||||
DN |
PNkgf/cm2 |
H, mm |
N1, mm |
By, mm |
25 |
16, 25, 40 |
230 |
120 |
197 |
63, 80,100 and 160 |
174 |
|||
32 |
16, 25 |
280 |
138 |
188 |
40 |
194 |
|||
63, 80, 100 |
228 |
|||
160 |
238 |
|||
40 |
16, 25, 40 |
310 |
143 |
216 |
63 |
220 |
|||
80, 100 |
224 |
|||
160 |
234 |
|||
50 |
16, 25, 40 |
370 |
166 |
292 |
63, 80, 100 |
244 |
|||
160 |
258 |
|||
80 |
16, 25, 40 |
610 |
280 |
380 |
63 |
414 |
|||
80, 100 |
444 |
|||
160 |
450 |
|||
100 |
16 |
700 |
310 |
429 |
25 |
445 |
|||
40 |
459 |
|||
63 |
483 |
|||
80, 100 |
523 |
|||
160 |
529 |
|||
150 |
16 |
980 |
419 |
583 |
25, 40 |
Five hundred ninety nine |
|||
63 |
673 |
|||
80, 100 |
713 |
|||
160 |
723 |
|||
200 |
16 |
1290 |
543 |
732 |
25 |
766 |
|||
40 |
786 |
|||
63 |
836 |
|||
80, 100 |
896 |
|||
160 |
906 |
|||
250 |
16 |
1450 |
760 |
890 |
25 |
910 |
|||
40 |
956 |
|||
63 |
990 |
|||
80, 100 |
1080 |
|||
160 |
1090 |