The Fully Automatic Box-Type Diaphragm Filter Press Reduces The Moisture Content Of The Municipal Wastewater
The automatic pulling plate filter press adopts PLC control, which can perform various operations on the filter press (such as pressing the filter plate, merging and opening the liquid collecting plate, loosening the filter plate, and pulling the filter plate), and has a remote control interface. , can be controlled by remote automatic operation.
A. Open flow filtration: There is a water nozzle on the liquid outlet hole below each filter plate, and the filtrate flows out from the water nozzle intuitively.
B. Undercurrent filtration: There is a liquid outlet channel hole below each filter plate, and the liquid outlet holes of several filter plates are connected to form a liquid outlet channel, which is discharged from the pipeline connected with the liquid outlet holes below the thrust plate. When the filter cake needs to be washed, there are open flow one-way washing and two-way washing, and dark flow one-way washing and two-way washing.
A. Open flow one-way washing is that the washing liquid enters in turn from the washing liquid inlet hole of the thrust plate, passes through the filter cloth and then passes through the filter cake, and flows out from the non-porous filter plate. At this time, the outlet nozzle of the perforated plate is closed. state, the liquid outlet nozzle of the non-orifice plate is in the open state.
B. Open flow two-way washing is that the washing liquid enters the holes on both sides above the thrust plate and washes it twice, that is, the washing liquid is washed from one side and then washed from the other side, and the outlet of the washing liquid is opposite to the inlet. Angle direction, so it is also called two-way cross washing.
C. Undercurrent unidirectional flow washing is that the washing liquid enters the perforated plate in turn from the washing liquid inlet hole of the thrust plate, passes through the filter cloth and then passes through the filter cake, and flows out from the non-porous filter plate.
D. Undercurrent two-way washing is that the washing liquid is washed twice successively from the two washing liquids on both sides above the stop plate, that is, the washing starts from the first
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Technical Features
Application Fields and onsite pictures:
Model | Filter Area | Plate size | Cake thickness | Filter chamber volume | Plate NO | Filtration pressure | Motor power | Weight | Dimensions L*W*H(mm) | Foundation Size(mm) | |||
L | B | D | H | ||||||||||
X_M^AZ30/870−30U_K^B | 30 | 870*870 | 30 | 460 | 23 | 0.6 | 2.2 | 2680 | 3180*1400*1230 | 2360 | 700 | 1380 | 785 |
X_M^AZ40/870−30U_K^B | 40 | 595 | 30 | 3050 | 3570*1400*1230 | 2750 | |||||||
X_M^AZ50/870−30U_K^B | 50 | 748 | 38 | 3456 | 4110*1400*1230 | 3290 | |||||||
X_M^AZ60/870−30U_K^B | 60 | 902 | 46 | 4003 | 4550*1400*1230 | 3730 | |||||||
X_M^AZ70/870−30U_K^B | 70 | 1056 | 54 | 4584 | 4990*1400*1230 | 4170 | |||||||
X_M^AZ80/870−30U_K^B | 80 | 1210 | 62 | 5082 | 5430*1400*1230 | 4610 | |||||||
X_M^AZ50/870−30U_K^B | 50 | 1000*1000 | 30 | 736 | 28 | ≥0.6 | 4 | 4128 | 4040*1500*1400 | 3120 | 780 | 1480 | 870 |
X_M^AZ60/870−30U_K^B | 60 | 889 | 34 | 4636 | 4460*1500*1400 | 3480 | |||||||
X_M^AZ70/870−30U_K^B | 70 | 1041 | 40 | 5143 | 4760*1500*1400 | 3840 | |||||||
X_M^AZ80/870−30U_K^B | 80 | 1193 | 46 | 5651 | 5120*1500*1400 | 4200 | |||||||
X_M^AZ100/870−30U_K^B | 100 | 1475 | 57 | 6628 | 5780*1500*1400 | 4860 | |||||||
X_M^AZ120/870−30U_K^B | 120 | 1777 | 69 | 7644 | 6500*1500*1400 | 5580 | |||||||
X_M^AZ100/1250−30U_K^B | 100 | 1250*1250 | 30 | 1468 | 36 | ≥0.6 | 4 | 8307 | 5020*1800*1600 | 3970 | 850 | 1740 | 995 |
X_M^AZ120/1250−30U_K^B | 120 | 1746 | 43 | 9308 | 5470*1800*1600 | 4430 | |||||||
X_M^AZ140/1250−30U_K^B | 140 | 2063 | 51 | 10455 | 5990*1800*1600 | 4950 | |||||||
X_M^AZ160/1250−30U_K^B | 160 | 2341 | 58 | 11492 | 6450*1800*1600 | 5400 | |||||||
X_M^AZ180/1250−30U_K^B | 180 | 2619 | 65 | 12494 | 6905*1800*1600 | 5860 | |||||||
X_M^AZ200/1250−30U_K^B | 200 | 2896 | 72 | 13504 | 7360*1800*1600 | 6310 | |||||||
X_M^AZ220/1250−30U_K^B | 220 | 3214 | 80 | 14652 | 7880*1800*1600 | 6830 | |||||||
X_M^AZ250/1250−30U_K^B | 250 | 3650 | 91 | 16227 | 8600*1800*1600 | 7550 | |||||||
X_M^AZ200/1500−35U_K^B | 200 | 1500*1500 | 35 | 2998 | 49 | ≥0.6 | 7.5 | 20030 | 6400*2200*1900 | 5250 | 1170 | 1990 | 1070 |
X_M^AZ250/1500−35U_K^B | 250 | 3594 | 61 | 22978 | 7225*2200*1900 | 6090 | |||||||
X_M^AZ300/1500−35U_K^B | 300 | 4347 | 74 | 26026 | 8130*2200*1900 | 6990 | |||||||
X_M^AZ350/1500−35U_K^B | 350 | 5043 | 86 | 29220 | 8950*2200*1900 | 7840 | |||||||
X_M^AZ400/1500−35U_K^B | 400 | 5796 | 99 | 32574 | 9880*2200*1900 | 8750 | |||||||
X_M^AZ450/1500−35U_K^B | 450 | 6492 | 111 | 35586 | 10690*2200*1900 | 9590 | |||||||
X_M^AZ500/1500−35U_K^B | 500 | 7187 | 123 | 38606 | 11560*2200*1900 | 10430 | |||||||
X_M^AZ600/2000−40U_K^B | 600 | 2000*2000 | 40 | 8926 | 85 | ≥0.6 | 15 | 49000 | 11100*3000*2500 | 9200 | 1660 | 2000 | 1050 |
X_M^AZ700/2000−40U_K^B | 700 | 10380 | 99 | 53000 | 12200*3000*2500 | 10300 | |||||||
X_M^AZ800/2000−40U_K^B | 800 | 11210 | 107 | 57000 | 13350*3000*2500 | 11450 | |||||||
X_M^AZ900/2000−40U_K^B | 900 | 13290 | 127 | 61000 | 14500*3000*2500 | 12600 | |||||||
X_M^AZ1000/2000−40U_K^B | 1000 | 14740 | 141 | 65000 | 15600*3000*2500 | 15600 |