Parameter

Unit

Capacity of bed

dm3

11

17

Type of bed

-

cation-exchanger strongly acid

Maximum momentary flow intensity

m3/h

0,9

1,3

Average ion-exchange capacity

m3x0f

70

125

Maximum 24-hour productivity in automatic mode at a residual hardness <1 0 dH
and raw water hardness:
- 10 0 dH
- 14 0 dH
- 18 0 dH
- 23 0 dH

-

3,9
2,8
2,2
1,7

7,0
5,0
3,9
3,1

Maximum total level of Fe++ i Mn++

ppm

2,2 without warranty of removal

Activation of regeneration

-

with use of capacity based on prediction with forced
regeneration system

Regeneration system

-

countercurrent

Preparation of brine

-

from soft water

Maximum salt consumption
for one regeneration at maximum bed consumption

kg

1,7

3,2

Strictly required type of regeneration salt

-

regeneration salt in form of tablets
PN 86/84081/01/02; DIN 19 604

Maximum momentary flow intensity of water needed for regeneration

m3/h
dm3/min

0,55
9,20

0,60
11,00

Approximate water consumption for one regeneration at maximum bed consumption

dm3

60 - 80

85 - 115

Time of regeneration

h:min

ok. 1:00

ok. 2:00

Minimum and maximum water temperature

0 C

4 - 49

Power supply

V/Hz

24/50

Power consumption
- during operation
- during regeneration

W
W

<3
<15

Maximum working pressure during the flow

bar

1,4

Maximum working pressure

bar

8

-

Programming and display
of a present time

-

yes

Programming of regeneration
starting hour

-

yes

Programming of raw water hardness

-

yes 1 - 50 0 dH

yes

Programming of economical
regeneration mode

-

no

no

Immediate regeneration

-

yes

Regeneration at the nearest
programmed hour

-

yes

Bed cleaning in case of usage
of water of increased
suspension content

-

no

no

Automatic regeneration in case of lack of water consumption

-

yes

yes
programmed for 7 days

Indicator of treated water flow

-

yes

Memory of starting date

-

yes

Regeneration counter

-

yes

cm

Model

Control

Fully automatic control (elektronic, logical based upon prognosis)

Resin type

Strongly sour kationite

Resin quantity

25 dm3

Average ionexchange capacity

180 m3x°f

Flow intensity

2,5 m3/h

Efficiency between regeneration
in auto mode by the water
hardness 320 mgCaCO3/dm3

5,6 m3
5 600 dm3

Regeneration launch

By volume based upon prognosis

Regeneration system

Against current

Brine preparation

Out of soft water

Aprox. salt consumption on 1
regeneration by used out resin

4,5 kg

Type of salt (Regeneration)

Salt tablets PN 86/C-84081/01/02; DIN 19 604

Max momentum intensity of water flow
necessery in regeneration process

11,4 dm3/min

Approximate consumption of water for a regeneration

140 - 160 dm3

Regen. duration

Approx 120 min

Working temp. range of water

4 - 49 oC

Minimal working bar (pressure)

1,4 bar

Max. working pressure

8,0 bar

Power

24 V/50 Hz

Power consumption during work

< 3 W

Power consumption during regener.

< 15 W

Inlet diameter

1"

Size (height x wide x depth)

123 cm x 47 cm x 47 cm

Programming of time

YES

Hour of regeneration start

YES

Raw water hardness programming

YES (86°dH)

Eco regeneration process

YES

Sudden regeneration

YES

Nearest programmed hour regeneration

YES

Resin cleaning program by using strongly contaminated water

YES

Auto regeneration in case of problems with water intake

YES (1-7 days possible program mode)

Clean water flow indicator

YES

Date of initial launch memory

YES

Regeneration count system

YES

AC adaptor

YES

Contaminated flush out water outlet hose

YES

Mounting assemble details

NO

Bypass

YES

+ bypass with hardness regulator

NO

Model

Jedn.

Capacity of bed

dm3

60

Type of bed

-

kationit silnie kwaśny

Maximum momentary flow intensity

m3/h

3,6

Average ion-exchange capacity

m3x0f

395

Maximum 24-hour productivity
in automatic mode at a residual
hardness <1 0 dH and raw water hardness:
- 10 0 dH
- 14 0 dH
- 18 0 dH
- 23 0 dH

-

22,2
15,9
12,3
9,7

Maximum total level of Fe++ i Mn++

ppm

2,2 without warranty of removal

Activation of regeneration

-

nwith use of capacity based on prediction
with forced regeneration system

Regeneration system

-

countercurrent

Preparation of brine

-

from soft water

Maximum salt consumption for one regeneration
at maximum bed consumption

kg

9

Strictly required type of regeneration salt

-

regeneration salt in form of tablets PN 86/84081/01/02; DIN 19 604

Maximum momentary flow intensity of water needed for regeneration

m3/h
dm3/min

0,69
11,50

Approximate water consumption for one regeneration at maximum bed consumption

dm3

280 - 430

Time of regeneration

h:min

ok. 3:30

Minimum and maximum water temperature

0 C

4 - 49

Power supply

V/Hz

24/50

Power consumption
- during operation
- during regeneration

W
W

<3
<15

Maximum working pressure during the flow

bar

1,4

Maximum working pressure

bar

8

-

Programming and display of a present time

-

yes

Programming of regeneration starting hour

-

yes

Programming of raw water hardness

-

tak 1 - 120 0 dH

Programming of economical regeneration mode

-

no

Immediate regeneration

-

yes

Regeneration at the nearest programmed hour

-

yes

Bed cleaning in case of usage of water
of increased suspension content

-

yes

Automatic regeneration in case
of lack of water consumption

-

yes

Indicator of treated water flow

-

yes

Memory of starting date

-

yes

Regeneration counter

-

yes

cm