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Softeners

Water softeners are used to remove calcium and magnesium carbonate compounds, which are responsible for high water hardness. Hard water leads to the scale build-up and reduces the efficiency of heating devices and cleaning supplies. Moreover, soft water is much more beneficial to skin and hair, as well as it gives great savings on the use of cleaning products and detergents. Therefore, softeners are basic devices for both residential and industrial water treatment plants.

We sell residential water softeners and industrial water softeners used in boiler rooms, as a part of cooling systems or in other technological processes.

All our softeners are equipped with:

  • 5 – cycle automatic valve (US made)
  • softening media – ion exchange strong cation resin
  • high efficiency of hardness ion exchange
  • corrosion resistant fiberglass tank
  • regeneration and backwash fully automatic

Valve types

All compact and single-column water softeners are available in versions with a time clock system or a flow meter system of media regeneration.

A flow meter (volumetric) version – with a measurement of water consumption – regenerations take place according to the actual water intake with reserve up to a specified regeneration time. In terms of operating costs, it is a more economical and recommended version of water softeners.

Functions of a head in a flow meter version of a softener:

  • memory backup;
  • cycle length adjustment;
  • instantaneous flow indication;
  • an indication of the amount of water remaining until the next regeneration.

A time clock version – without a measurement of water consumption – regenerations take place at a set time, regardless of water consumption

Compcat softeners Single-tank softeners Twin-tank softeners

Compact softeners

A compact device consisting of an fiberglass tank placed inside a plastic brine tank (cabinet) and American control valves, which carry out media regeneration cycles automatically, using a salt dose from 0.5 to 1kg/m3 of water.

Seria Optim 05-30

Optim 05-30

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]
OPTIM 05

20 – 35

0,4 – 1,1

0,3

1,0

0,1

5
OPTIM 08

32 – 56

0,6 – 1,8

0,5

1,2

0,1

8
OPTIM 15

60 – 105

1,2 – 3,3

0,7

1,5

0,1

15
OPTIM 25

100 – 175

2,0 – 5,5

1,0

1,8

0,2

25
OPTIM 30

120 – 210

2,4 – 6,6

1,1

1,9

0,4

30

(1) Depends on used ion capacity
(2) At nominal flow rate

Single-tank softeners

A single-tank device consisting of an fiberglass tank and a separate plastic brine tank and American control valve that carries out media regeneration cycles automatically, using a salt dose from 0.5 to 1kg/m3 of water.

The regeneration of media, in this type of device, may take up to several hours which forces a pause in the softened water supply into the circulation.

Seria Optim 08-100

Optim 08-100

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

[kg/1reg.]

[m3/h]

[m3/h]

OPTIM 08

32 – 56

0,6 – 1,8

0,5

1,2

0,1

8

OPTIM 15

60 – 105

1,2 – 3,3

0,7

1,5

0,1

15

OPTIM 25

100 – 175

2,0 – 5,5

1,0

1,8

0,2

25

OPTIM 35

140 – 245

2,8 – 7,7

1,2

2,0

0,4

35

OPTIM 45

180 – 315

3,6 – 9,9

1,6

2,3

0,6

45

OPTIM 65

260 – 455

5,2 – 14,3

2,0

2,5

0,7

65

OPTIM 75

300 – 525

6,0 – 16,5

2,2

3,0

0,8

75

OPTIM 100

400 - 700

8,0 – 22,0

2,5

3,5

1,0

100
Seria Optim 105-245

Optim 105-245

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

OPTIM 105

400 - 700

8 – 22

3,0

4,2

0,6

100

OPTIM 125

520 – 910

10 – 29

3,2

4,5

0,6

130

OPTIM 145

600 – 1050

12 – 33

3,8

4,8

0,9

150

OPTIM 175

720 – 1260

14 – 40

4,5

5,0

1,1

180

OPTIM 205

840 – 1470

17 – 46

5,0

5,2

1,2

210

OPTIM 245

1000 – 1750

20 – 55

5,5

5,5

1,5

250
Seria Optim 130-1000

Optim 130-1000

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

OPTIM 130

520 – 910

10 – 29

3,2

5,2

0,1

130

OPTIM 180

720 – 1260

14 – 40

4,5

7,2

0,2

180

OPTIM 210

840 – 1470

17 – 46

5,3

8,4

0,3

210

OPTIM 300

1200 – 2100

24 – 66

7,5

12

0,4

300

OPTIM 500

2000 – 3500

40 – 110

12,5

20

0,6

500

OPTIM 700

2800 – 4900

56 – 154

17,5

22

1,0

700

OPTIM 1000

4000 – 7000

80 – 220

22 (25*)

22 (40*)

1,7

1000

(1) Depends on used ion capacity
(2) At nominal flow rate

Twin-tank softeners

A twin-tank device is made of two epoxy tanks, a plastic brine tank and two American control valves with a flow meter system, which run media regeneration cycles automatically using a salt dose from 0.5 to 1 kg/m3 of water. This type of device may operate in two modes: parallel and alternating.

In case of parallel work, both tanks work simultaneously which allows filtration for higher maximum flows, but at the same time forces a pause in the softened water supply into the circuit. It is caused by media regeneration which may take up to a couple of hours.

The alternating work allows the continuous operation of the device i.e. one tank is filled with media and operating and the other one is in a regenerating cycle at that time.

 

Seria Duo Optim 08-100

Duo Optim 08-100 (data for 1 column)

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

DUO-OPTIM 08

32 – 56

0,6 – 1,8

0,5

1,2/2,4*

0,1

8

DUO-OPTIM 15

60 – 105

1,2 – 3,3

0,7

1,5/3,0*

0,1

15

DUO-OPTIM 25

100 – 175

2,0 – 5,5

1,0

1,8/3,6*

0,2

25

DUO-OPTIM 35

140 – 245

2,8 – 7,7

1,2

2,0/4,0*

0,4

35

DUO-OPTIM 45

180 – 315

3,6 – 9,9

1,6

2,3,/4,6*

0,6

45

DUO-OPTIM 65

260 – 455

5,2 – 14,3

2,0

2,5,/5,0*

0,7

65

DUO-OPTIM 75

300 – 525

6,0 – 16,5

2,2

3,0/6,0*

0,8

75

DUO-OPTIM 100

400 - 700

8,0 – 22,0

2,5

3,5/7,0*

1,0

100
Seria Duo Optim 105-245

Duo Optim 105-245 (data for 1 column)

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

DUO-OPTIM 105

400 - 700

8 – 22

3,0

4,2/8,4*

0,6

100

DUO-OPTIM 125

520 – 910

10 – 29

3,2

4,5/9,0*

0,6

130

DUO-OPTIM 145

600 – 1050

12 – 33

3,8

4,8/9,6*

0,9

150

DUO-OPTIM 175

720 – 1260

14 – 40

4,5

5,0/10,0*

1,1

180

DUO-OPTIM 205

840 – 1470

17 – 46

5,0

5,2/10,4*

1,2

210

DUO-OPTIM 245

1000 – 1750

20 – 55

5,5

5,5/11,0*

1,5

250
Seria Optim 130-1000

Duo Optim 130 – 1000 (data for 1 column)

MODEL

Ion capacity

[oF x m3]

Salt consumption(1)

[kg/1reg.]

Nominal flow rate

[m3/h]

Maximal flow rate

[m3/h]

Pressure drop (2)

[bar]

Resin volume

[dm3]

DUO-OPTIM 130

520 – 910

10 – 29

3,2

5,2/10,4*

0,1

130

DUO-OPTIM 180

720 – 1260

14 – 40

4,5

7,2/14,4*

0,2

180

DUO-OPTIM 210

840 – 1470

17 – 46

5,3

8,4/16,8*

0,3

210

DUO-OPTIM 300

1200 – 2100

24 – 66

7,5

12/24*

0,4

300

DUO-OPTIM 500

2000 – 3500

40 – 110

12,5

20/40*

0,6

500

DUO-OPTIM 700

2800 – 4900

56 – 154

17,5

22/44*

1,0

700

DUO-OPTIM 1000

4000 – 7000

80 – 220

22 

22 /44*

1,7

1000

(1) Depends on used ion capacity
(2) At nominal flow rate
(*) Aside from regeneration when both column are in service (Twin Parralel version only)