Function and use ZJD series suck scanning self-cleaning filter applies to minor-filtration of suspended impurities Impurities micron particles 500-25 is a fine filtration devices. |
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Equipment structure and working principle ZJD series suck scanning self-cleaning filters using high-intensity wedge filter Johnson, through pressure control, automatic control regularly cleaned strainer. When the filter impurities accumulate within the "br> caused in the import and export filters surface pressure increases to a predetermined value, or set the timer to time, the electrical signal control box, rotating devices suck up the wheel, Meanwhile Pai "br> sewage valve is opened. At this time the pressure relief system drainage, Suction Nozzle in contact with the filter medial portion of a relative pressure below the lateral pressure of the filter vacuum, force some of the circulating water from the net foreign strainer "br> Suction Nozzle internal lateral inflow, adsorbed on particulate filter impurities flowing into and within Suction Nozzle from the sewage discharge valve. Johnson specially designed strainer in the network makes Suction Nozzle I had a jet effect any impurities will be from smooth on the inside wall sucked out. The entire cleaning process takes approximately 30-50 seconds, which will not stop, cleaning water consumption. |
Structure and dimensions ◆ ZJDT II suck scanning self-cleaning filters |
| Code |
Nominal diameter DN |
| 125125 |
150150 |
200200 |
250250 |
300300 |
350350 |
| NN |
3232 |
3232 |
4040 |
4040 |
5050 |
5050 |
| DD |
350350 |
450450 |
500500 |
600600 |
700700 |
800800 |
| BB |
300300 |
390390 |
415415 |
465465 |
510510 |
560560 |
| H1H1 |
750750 |
750750 |
800800 |
900900 |
900900 |
10001000 |
| HH |
14001400 |
14501450 |
15501550 |
17001700 |
18001800 |
19001900 |
| Reference flow m3 |
100100 |
150150 |
200200 |
300300 |
550550 |
900900 |
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ZJDT II suck scanning self-cleaning filters |
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◆ ZJDL II suck scanning self-cleaning filters |
| Code |
Nominal diameter DN |
| 5050 |
6565 |
8080 |
100100 |
125125 |
150150 |
200200 |
250250 |
300300 |
350350 |
| NN |
2525 |
2525 |
2525 |
2525 |
3232 |
3232 |
4040 |
4040 |
5050 |
5050 |
| DD |
350350 |
350350 |
400400 |
400400 |
450450 |
500500 |
700700 |
700700 |
900900 |
10001000 |
| H1H1 |
500500 |
500500 |
600600 |
600600 |
650650 |
700700 |
800800 |
800800 |
950950 |
10101010 |
| H2H2 |
800800 |
800800 |
900900 |
900900 |
950950 |
950950 |
12001200 |
12001200 |
16001600 |
18001800 |
| HH |
14001400 |
14001400 |
15001500 |
15001500 |
15701570 |
16001600 |
22002200 |
22002200 |
24002400 |
29002900 |
| LL |
580580 |
580580 |
625625 |
625625 |
700700 |
800800 |
10001000 |
10001000 |
12001200 |
13001300 |
| n-d1N-d1 |
3-Ф24 4-Ф263-EF EF 26 24 4- |
| dD |
300300 |
360360 |
360360 |
360360 |
410410 |
460460 |
665665 |
665665 |
860860 |
965965 |
| Reference flow m3 |
2020 |
2525 |
5555 |
100100 |
125125 |
170170 |
250250 |
450450 |
600600 |
950950 |
Note : This filter is based on the technical requirements that can be designed into the import and export at the same altitude. |