Hydrocyclone Sand Separators Irrigation Water Filtration
Product Description:
Hydrocyclone Sand Separators utilize a conical shaped separator that accelerates the velocity of water maximizing separation of sand and other solid matter with greater than 90% efficiency. Flushing frequency is reduced due to the large holding capacity of our sedimentation tanks. Netafim Hydrocyclones protect the irrigation components from damage and abrasion caused by debris and add years of performance to the life of your irrigation system.
Product characteristics:
Conical shape accelerates the velocity of the water increasing centrifical forces and maximizing separation.
Easy to operate and maintain with no moving parts or screens.
No headloss build-up or clogging during separation.
Specially designed rubber cone/insert protects the neck from erosion and increases separation.
Large holding capacity of sedimention tank reduces flushing frequency.
Maximum anti-corrosion protection with durable and long-lasting coating materials.
Working principle
Hydrocyclone sand separator is based on the principle of centrifugal sedimentation and density difference, At a certain pressure, the flow into the device, have a strong rotary motion, due to the different densities of sand and water, under the effect of centrifugal force, centripetal buoyancy, fluid drag force, so that the low density of the water rises, discharged from the overflow port, high density of sand from the bottom, so as to achieve the purpose of grit removal. Under certain terms and conditions, the higher water pressure,
the higher the grit removal rate, it can also be fixed in parallel.
Scope of application
1,Domestic and industrial: river water, ground water, well water grit removal, coal washing water, industrial processing, solid-liquid separation;
2,Geothermal air conditioning water system to replace the current use of Ah type fan coil before decontamination, the complete elimination of the fan coil clogging dirt deposition and cooling water systems chiller condenser water decontamination, impurity control suspended solids and other issues;
3,Recycling water reuse: especially for steel, thermal, chemical, petroleum, mining, pharmaceutical, textile, electronics, food, paper and other industrial local quality miscellaneous drainage treatment and reuse;
4,Water, sewage treatment: reused water, sewage treatment plant, reduce fine filtration system into operation
Technical parameters:
Model of sand filter |
Flow rate
(T/h) |
Water inlet (mm) |
Water outlet (mm) |
Ø diameter of cylinder
(mm) |
A1
(mm) |
B1
(mm) |
B2
(mm) |
H1
(mm) |
H2
(mm) |
H3
(mm) |
| YLXC–40I |
25 |
40 |
25 |
273 |
220 |
113 |
220 |
640 |
140 |
860 |
| YLXC–50I |
40 |
50 |
25 |
273 |
220 |
108 |
230 |
680 |
140 |
910 |
| YLXC–65I |
50 |
65 |
25 |
325 |
220 |
124 |
240 |
780 |
140 |
1030 |
| YLXC–80I |
60 |
80 |
40 |
325 |
220 |
118 |
250 |
830 |
180 |
1095 |
| YLXC–100I |
100 |
100 |
40 |
377 |
220 |
134 |
260 |
920 |
200 |
1205 |
| YLXC–125I |
160 |
125 |
50 |
377 |
320 |
122 |
300 |
980 |
200 |
1310 |
| YLXC–150I |
200 |
150 |
50 |
478 |
380 |
150 |
360 |
1010 |
200 |
1410 |
| YLXC–200I |
250 |
200 |
50 |
620 |
440 |
200 |
430 |
1065 |
200 |
1550 |
| YLXC–250I |
300 |
250 |
65 |
720 |
500 |
225 |
520 |
1170 |
200 |
1750 |
| YLXC–300I |
500 |
300 |
65 |
820 |
580 |
274 |
590 |
1375 |
250 |
1990 |
Installation Precautions
1. Hydrocyclone sand separator should be installed in the main pipe of water supply network and fixed on the
base, we need to add a bypass between the inlet and outlet.
2. In order to ensure smooth water flow in front of the device should be installed intake and intake period equal
diameter of straight pipe length equivalent to 10 to 15 times the diameter of the intake.
3. The equipment should be installed around the reserve has enough space for maintenance.
4.During normal operation, the need to open the inlet and outlet valves, close the drain valve and bypass valve.
5.depending on how much sand content of regular source of water decontamination platoon sand, open the
drain valve at the sewage, water can flow out until the sewage process does not affect the normal use of water.
6.After sewage, close the drain valve.
7. If lack of sand discharge pressure, close the valve at the outlet.
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