◆Summary
Water hardness is mainly calcium (Ca2), magnesium (Mg2) ions formed. When the raw water containing hardness ions within the resin layer through the softener, the water of the calcium (Ca2), magnesium (Mg2) ion exchange resin adsorption was also the quality of the release of other objects of sodium (Na2) ions. Outflow from the water softener in the water is softened to remove hardness ions. When the resin to absorb a certain amount of calcium (Ca2), magnesium (Mg2) ions, you must be regenerated. Regeneration of salt is salt water rinse tank in the resin layer, the hardness ions on the resin and then replace it, with the regeneration of waste water discharge tank, the resin to soften and restore the exchange capacity. Multi-valve automatic water softener system consists of multiple control diaphragm (hydraulic and pneumatic), multi-valve controller, the resin tank, salt containers. Control procedures were based on pre-set diaphragm to control the various hydraulic issued a directive to complete the breaking of each pathway to achieve the regeneration of all running processes.
Widely used in various industrial and commercial demineralized water preparation, such as boiler feed water, recycled water to add water, add water, heating and air conditioning systems and various industrial process water. Processing hundreds of tons of water to thousands of tons.
◆ Feature1, The valve used to perform operations at home and abroad have used very sophisticated hydraulic or pneumatic diaphragm valves, can be equipped with Ø600-Ø3000 tank. Body material reinforced plastics, corrosion resistance, long service life. Life of 30 years body, diaphragm service life more than eight years. 2, Performs the operation of the valve easy to install, easy to maintain, non-professionals to complete the inspection, maintenance, replacement and other operations. 3, JMA multi-valve controller to set the process any time and easy operation. 4, A power outage only to manually rotate the distributor to complete the procedural steps, easy to operate. 5, The regeneration method can be selected according to user requirements upstream or downstream.
|
|
freshwater yield |
control mode |
with controller |
marks |
1 |
JMT-750 |
8.0-10 |
Single tank time control |
JMA×1 |
Specific parameters and see that technology parameter table1 |
2 |
JMT-900 |
15-20 |
3 |
JMT-1200 |
20-25 |
4 |
JMT-1500 |
30-40 |
5 |
JMT-1800 |
50-60 |
6 |
JMT-2000 |
60-70 |
7 |
JMQ-750 |
8.0-10 |
Single tank flow control |
JMB+JMA×1 |
Specific parameters and see that technology parameter table1 |
8 |
JMQ-900 |
15-20 |
9 |
JMQ-1200 |
20-25 |
10 |
JMQ-1500 |
30-40 |
11 |
JMQ-1800 |
50-60 |
12 |
JMQ-2000 |
60-70 |
13 |
JMD2-750 |
8-10 |
Dual tank、single flowmeter、one with a prepared |
JMB+JMA×2 |
Specific parameters and see that technology parameter table2 |
14 |
JMD2-900 |
15-20 |
15 |
JMD2-1200 |
20-25 |
16 |
JMD2-1500 |
35-40 |
17 |
JMD2-1800 |
50-60 |
18 |
JMD2-2000 |
60-70 |
19 |
JMC2-750 |
16-20 |
Double cans of single flowmeter working at the same time take turns regeneration |
JMB+JMA×2 |
Specific parameters and see that technology parameter table3 |
20 |
JMC2-900 |
30-40 |
21 |
JMC2-1200 |
40-50 |
22 |
JMC2-1500 |
70-80 |
23 |
JMC2-1800 |
100-120 |
24 |
JMC2-2000 |
120-140 |
25 |
JME2-750 |
16-20 |
Double cans of double flowmeter working at the same time take turns regeneration |
JMC+JMA×2 |
Specific parameters and see that technology parameter table3 |
26 |
JME2-900 |
30-40 |
27 |
JME2-1200 |
40-50 |
28 |
JME2-1500 |
70-80 |
29 |
JME2-1800 |
100-120 |
30 |
JME2-2000 |
120-140 |
31 |
JMD3-900 |
30-40 |
Three cans of、single flowmeter、with a for two |
JMB+JMA×3 |
Specific parameters and see that technology parameter table4 |
32 |
JMD3-1200 |
40-50 |
33 |
JMD3-1500 |
70-80 |
34 |
JMD3-1800 |
100-120 |
35 |
JMD3-2000 |
120-140 |
36 |
JMD3-2500 |
200-250 |
37 |
JMD3-3000 |
280-350 |
38 |
JMC3-900 |
46-60 |
|
JMB+JMA×3 |
Specific parameters and see that technology parameter table5 |
39 |
JMC3-1200 |
60-75 |
40 |
JMC3-1500 |
100-120 |
41 |
JMC3-1800 |
150-180 |
42 |
JMC3-2000 |
180-210 |
43 |
JMC3-2500 |
300-350 |
44 |
JMC3-3000 |
420-490 |
45 |
JME3-900 |
45-60 |
Three cans of three flowmeter working at the same time take turns regeneration |
JMC+JMA×3 |
Specific parameters and see that technology parameter table5 |
46 |
JME3-1200 |
60-75 |
47 |
JME3-1500 |
100-120 |
48 |
JME3-1800 |
150-180 |
49 |
JME3-2000 |
180-210 |
50 |
JME3-2500 |
300-350 |
51 |
JME3-3000 |
420-490 |
52 |
JMD4-900 |
45-60 |
|
JMB+JMA×4 |
Specific parameters and see that technology parameter table6 |
53 |
JMD4-1200 |
60-75 |
54 |
JMD4-1500 |
100-120 |
55 |
JMD4-1800 |
150-180 |
56 |
JMD4-2000 |
180-210 |
57 |
JMD4-2500 |
300-350 |
58 |
JMD4-3000 |
420-490 |
59 |
JMC4-900 |
60-80 |
Four cans of single flowmeter working at the same time take turns regeneration |
JMB+JMA×4 |
Specific parameters and see that technology parameter table7 |
60 |
JMC4-1200 |
80-100 |
61 |
JMC4-1500 |
120-160 |
62 |
JMC4-1800 |
200-240 |
63 |
JMC4-2000 |
240-280 |
64 |
JMC4-2500 |
400-460 |
65 |
JMC4-3000 |
560-700 |
|