Ecosoft FPA Series User manual

Instruction manual
Ecosoft®media systems
Руководство по монтажу и настройке
систем очистки воды Ecosoft®

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
2
CONTENTS
1 Components 3
2 Installation 6
3 Programming 9
4 Precautions 12
5 Troubleshooting 13
6Specications 15
7 Installation sheet 22
8 Installation information 23
This appliance is not intended for use by persons (including children) with reduced
physical, sensory or mental capabilities, or lack of experience and knowledge, unless
they have been given supervision or instruction concerning use of the appliance by a
person responsible for their safety. Children should be supervised to ensure that they do
not play with the appliance.

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
1. COMPONENTS
1.1. Overview
Ecosoft media systems are automated water treatment appliances for household, business, and
industrial use.
Ecosoft media systems consist of a berglass reinforced plastic (FRP) tank, media bed, riser pipe,
and electronic digital control valve. The control valve regulates ow of water, estimates remaining
media capacity, performs regeneration of the media when necessary, and supports integration of the
appliance in your home automation system. The control valve fully automates your water treatment
unit while allowing you to manually operate it if necessary. Each media system will purify water for a
limited time or amount of treated water before the media becomes exhausted and requires regeneration
before continuing water treatment process. The concept is referred to as volume capacity of a lter.
Ecosoft WS1CE control valve is used with brine regenerable systems, and Ecosoft WS1CT control valve
is used with non-brine using systems.
WS1CE control valve is a ve-button operated control valve. It allows for exible conguration of your
water treatment appliance including user settings (display language, time of regeneration, energy
saving) and specialist settings (for a complete reference, see control valve programming manual). The
valve regenerates lter media using fast backwash, brine regeneration, slow rinse, and fast rinse. It is
used to operate water softeners and ECOMIX
®
multi-purpose systems.
WS1CT control valve is a three-button operated control valve. It allows to set up most important
parameters including time of day when the system regenerates, schedule or frequency of regeneration,
and regeneration program (for specialist use only). The control valve regenerates media with fast
backwash and fast forward rinse. It is the standard control valve for Filter Ag sediment ltration systems,
granular activated carbon systems, and catalytic carbon systems.
1.2. Ecosoft FK
®
Ecomix
®
advanced softening material for problem water
Well water will often contain concurrent concentrations of magnesium and calcium ions, iron, manganese,
ammonia and organic compounds complicating the problem of reducing mineral impurities to acceptable
norm.
Ukrainian scientists developed and patented a technology for eliminating these impurities in one step
within a single unit based on ECOMIX
®
lter media. Regeneration of the media is performed with sodium
chloride solution in an identical fashion to that of ion exchange water softening systems.
ECOMIX
®
is compound media comprising ion exchange and adsorptive components with synergistic
properties. Inside the water treatment system, Ecomix bed straties in layers that work in a complementary
fashion purifying water from the most commonly encountered raw water impurities: hardness, iron,
manganese, ammonia, and organic color.
For more information regarding ECOMIX
®
visit http://ecosoft.ws/.

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
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1.3. Ecosoft FU
®
Dowex
®
cation exchange softening resin
Hardness of water is the single most costly water quality issue faced by homeowners, businesspeople,
and public executives. Some of the symptoms of excessive water hardness are limescale deposition
inside water pipes and appliances, overuse of detergent, poor lathering of soap, compromised plumbing
xture appearance, overuse of electric power by water heating appliances, poor skin and hair condition.
Water hardness is produced by calcium and magnesium ions in the water. Ion exchange softening is
a simple and convenient way to address water hardness. Ion exchange resins attract and retain ions
of metals dissolved in water and release harmless ions of sodium to balance out the charge. When
ion exchange capacity of the resin becomes depleted, the resin has to be regenerated to restore its
properties. During regeneration, concentrated salt brine seeps slowly through the bed, allowing sodium
ions to displace and ush out ions of hardness.
Chemically, the process is described by reaction:
2RNa + Ca(HCO
3
)
2
= R
2
Ca + 2NaHCO
3
where R stands for ion exchange valency
Regeneration of the cation exchange resin with sodium chloride solution takes the resin back into Na+ form:
R
2
Ca + 2NaCl = 2RNa + CaCl
2
ECOSOFT
®
water softeners use DOWEX
®
ion exchange resin produced by the Dow Chemical Company.
1.4. Ecosoft FPA
®
granular activated carbon systems
Granular activated carbon (GAC) is used for removing chlorine and chlorine compounds, natural organic
matter (humic substances), pollutants including petroleum products and pesticides, and improving
organoleptic properties of water.
Ecosoft FPA systems use Filtrasorb macroporous GAC well-suited for removal of organic impurities
found in natural raw water and chlorine removal. The media is regenerated by timer with backwash.
1.5. Ecosoft FPC
®
catalytic carbon systems
Centaur
®
catalytic carbon is used for correcting organoleptic properties of well water. It is particularly
e󰀨ective for removal of hydrogen sulde by catalytic oxidation and adsorption of the products.
It removes small concentrations of iron provided that surface ow will not exceed 10 m
3
/(h·m
2
), oxygen
concentration is in excess of stoichiometric demand, and pH is above 7. For e󰀨ective catalytic functioning,
Centaur requires dissolved oxygen concentration of at least 15% the mass of iron and 50% the mass
of H2S. Other oxidizing reagents can be injected in raw water to achieve the same desulfurization and
deironing e󰀩ciency. The media is regenerated by timer with backwash.
1.6. Ecosoft FP
®
multimedia systems
Filter Ag® is a granular media that is used for reduction of suspended solids by removing particulate
matter. The media consists of irregularly shaped grains, which trap and retain waterborne particles
by straining and adhesion. Common applications of Filter Ag® systems include pretreatment of high
turbidity water, removal of pre-oxidized iron oc, silt and other types of suspended matter.
Filter Ag® bed is regenerated with backwash.

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
1.7. Ecosoft WS1
®
control valve
Ecosoft control valve is an electronically operated piston valve. In service mode, it passes inuent water
through the lter bed and supplies treated water to the downstream pipework. In regeneration mode, the
control valve uses supply water to wash the lter bed and discards it to the drain. If any water is taken
downstream the system, untreated water will be supplied.
Ecosoft WS1CE control valve o󰀨ers the following functionality:
• Water meter, brine regeneration system, external motorized two-way valve or three-way valve
connectivity for hard water bypass shut-o󰀨
• Three optional conditions for initiating media regeneration
• Water usage and ow rate display
• 63-day memory and intelligent processing of stored usage history for predicting usage patterns and
optimal regeneration window
• Day override regeneration every 1…28 when usage does not warrant regeneration by meter
• Selectable display languages and units of measurement
• Factory presets.
Ecosoft FK/FU brine regenerable system

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
6
2. INSTALLATION
Installation area must meet all applicable building code. Water and power supply,
and ambient conditions must meet Specication requirements of this manual.
Observe all local plumbing and electrical code when connecting system to utilities
• Install check valve when connecting the device to water mains as per IEC 61770. Install second
check valve after the system to prevent back ow.
• Particulate impurities (such as sand, scale or rust) may damage the control valve. To prevent
malfunction, install a point-of-entry sediment lter as shown on drawing in the end of this chapter.
• Fit the system with relevant sampling taps and pressure gauges shown on drawing. This will help
maintain and troubleshoot the system.
• Install vacuum relief valve as shown if using booster pump downstream of Ecosoft system. The FRP
tanks may implode when subjected to negative pressure.
• If your system does not include bypass, implement bypass pipeline to aid maintenance and
diagnostics.
2.1. FK, FU, FPA, FPC, FP Simplex
1. Install FRP tank on rm level surface capable of supporting its weight. Put riser pipe in the tank
bottom distributor rst. Ensure that top end of riser pipe is level with the top opening of FRP tank
(within +5 mm).
2. Plug or cap top end of the riser pipe to avoid letting media particles inside. Use funnel to pour the
media in the tank. When loading the tank, maintain vertical orientation of riser pipe. If the pipe tilts,
restore it to straight vertical direction. When nished, rinse thread of tank opening with water and
remove any media particles stuck in thread groove.
If assembling FPA, FPC, or FP system, ll the tank to 30% its height with water before proceeding.
3. Lock top distributor in circular slot at the bottom of control valve shank. Mate the distributor with top
end of riser pipe, then screw control valve on tank.
4. Install ¾″ pipe in control valve drain tting and run it to oor drain or pipe socket. Fix the drain pipe
end above oor drain to provide at least 1″ wide air gap.
5. If assembling FU or FK system, place the brine tank next to FRP tank. Install ⅜″ exible tube in brine
elbow and run it to brine tank. Remove tank lid and brine well cap, pull the tube inside the well and
connect it to brine valve, then re‑assemble in reverse order. Fill the brine tank with salt at least half
full.
6. Install connection tting kit: mate the tting to control valve ports and screw the coupling nuts on port
threads. Do not put any mechanical load on ttings or use them to support pipes.
Connect the system to water supply and downstream pipework without opening water supply shut-
o󰀨 valves. Observe correct ow direction when connecting pipes. Inuent and treated water ports
are indicated with arrows on control valve.
Start manual regeneration of the system. Scroll regeneration to backwash if it is not performed on
1st cycle of regeneration sequence. As soon as the control valve starts backwashing, slightly open
entry shut-o󰀨 valve to let water in the system. Air will escape via drain line with an audible hiss.
When water emerges from the drain line, open the entry valve completely. Carefully inspect the
system for leaks.
Let the system nish regeneration, then perform one more manual regeneration

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
2.2. FK, FU Cabinet
If your cabinet was delivered with pre-loaded media, place the cabinet in the installation spot, ll salt
compartment with salt, then perform step 6 of simplex installation procedure above.
1. Disconnect ⅜″ exible tube from brine elbow of control valve. Unmount the valve by screwing
counterclockwise. Remove the valve, then remove quick connector piece if present.
2. Plug or cap top end of the riser pipe to avoid letting media particles inside. Use funnel to carefully pour
the media in the tank. When loading the tank, maintain vertical orientation of riser pipe. If the pipe tilts,
restore it to straight vertical direction. When nished, rinse thread of tank opening with water and remove
any media particles stuck in thread groove. Install connector piece if necessary and screw control valve
back on FRP tank.
3. Place the cabinet in the installation spot. Install ¾″ pipe in control valve drain tting and run it to oor
drain or pipe socket. Fix the drain pipe end above oor drain to provide at least 1″ wide air gap. Open lid
and ll salt compartment with softener salt at least half full.
4. Install connection tting kit: mate the tting to control valve ports and screw the coupling nuts on port
threads. Do not put any mechanical load on ttings or use them to support pipes.
Connect the system to water supply and downstream pipework without opening water supply shut-
o󰀨 valves. Observe correct ow direction when connecting pipes. Inuent and treated water ports are
indicated with arrows on control valve.
Start manual regeneration of the system. Scroll regeneration to backwash if it is not performed on 1st
cycle of regeneration sequence. As soon as the control valve starts backwashing, slightly open entry
shut-o󰀨 valve to let water in the system. Air will escape via drain line with an audible hiss. When water
emerges from the drain line, open the entry valve completely. Carefully inspect the system for leaks.
Let the system nish regeneration, then start one more
2.3. FK, FU Twin
Twin systems are equipped with WS1CE Twin specially designed control valve. The valve has two special
side ports for connecting to twin tank. Twin operation allows for uninterrupted treated water supply without
the need to use raw water when the system is regenerating.
1. Install FRP tank on rm level surface capable of supporting its weight. Put riser pipe in the tank bottom
distributor rst. Ensure that top end of riser pipe is level with the top opening of FRP tank (within +5 mm).
2. Plug or cap top end of the riser pipe to avoid letting media particles inside. Use funnel to pour the media
in the tank. When loading the tank, maintain vertical orientation of riser pipe. If the pipe tilts, restore it to
straight vertical direction. When nished, rinse thread of tank opening with water and remove any media
particles stuck in thread groove. Repeat with the second tank
3. Lock top distributor in circular slot at the bottom of control valve shank. Install control valve on the lead
tank. Mate the distributor with top end of riser pipe, then screw control valve on tank. Turn the tank so
that the control valve’s side ports face the other tank. Attach second top distributor to in-out head and
screw it on the second tank. Use interconnectors pack to join in-out head with control valve. Fix the
coupling nuts rmly.
4. Install ¾″ pipe in control valve drain tting and run it to oor drain or pipe socket. Fix the drain pipe end
above oor drain to provide at least 1″ wide air gap.
5. Place the brine tank next to FRP tank. Install ⅜″ exible tube in brine elbow and run it to brine tank.
Remove tank lid and brine well cap, pull the tube inside the well and connect it to brine valve, then
re-assemble in reverse order. Fill the brine tank with salt at least half full
6. Install connection tting kit: mate the tting to control valve ports and screw the coupling nuts on port
threads. Do not put any mechanical load on ttings or use them to support pipes.
Connect the system to water supply and downstream pipework without opening water supply shut-
o󰀨 valves. Observe correct ow direction when connecting pipes. Inuent and treated water ports are
indicated with arrows on control valve.
Start manual regeneration of the system. Scroll regeneration to backwash if it is not performed on 1st
cycle of regeneration sequence. As soon as the control valve starts backwashing, slightly open entry
shut-o󰀨 valve to let water in the system. Air will escape via drain line with an audible hiss. When water
emerges from the drain line, open the entry valve completely. Carefully inspect the system for leaks.
Let the system nish regeneration, then perform one more manual regeneration.

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
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2
4
5
6
89
10
11
12
15
13
14
16
17
18
3
19
201
7
Recommended piping and instrumentation setup for Ecosoft media system
Ref.
no. Item
1. Main water pipe
2. Main water shuto󰀨 valve
3. Point of entry valve
4. Sampling tap
5. Pressure gauge
6. Sediment lter housing
7. Pressure gauge
8. Ecosoft FK/FU water treatment system
9. Ecosoft FPA/FPC/FP water treatment system
10. FK/FU brine tank
11. Vacuum relief valve
12. Ultraviolet disinfection entry valve
13. Ultraviolet disinfection bypass valve
14. Ultraviolet disinfection exit valve
15. Ultraviolet disinfection system
16. Pressure gauge
17. Sampling tap
18. Main bypass valve
19. Water supply shuto󰀨 valve
20. Water supply pipe

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
3. PROGRAMMING
3.1. WS1CE control valve setup
After installing Ecosoft FK or FU system, the control valve has to be set up as follows.
1. Enter Installer Settings by holding NEXT + ▲ simultaneously for three seconds. To change setting,
use ▲ or ▼ buttons, to save and move to the next step press NEXT.
Language menu will show.
Select display language
Enter raw water hardness (note: units of hardness are selectable in OEM conguration setup — see
control valve instruction for detailed reference).
Set Day Override (maximum number of days in service, after which control valve will carry out
preventive regeneration).
Enter preferred time of delayed regeneration, hours then minutes (factory set to 2 AM).
Turn o󰀨 display backlight 5 minutes after last keypad input event. Pressing NEXT will exit the menu.

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
10
2. Set current time by pressing CLOCK.
3.2. WS1DV control valve setup
1. Set time of day.
From the Time of Day display, press and hold NEXT until the SET
indicator and the hour ash
Use UP or DOWN to set the hour. Press NEXT to go to the next
display.
Use UP or DOWN to set the minutes. Press NEXT to return to
user level displays.
2. OEM installer settings.
STEP 1I – From normal mode, press UP and NEXT simultaneously
for about 3 seconds and release.
STEP 2I – Inlet Water Hardness (PPM) - Set the amount of in uent
hardness using UP or DOWN. Press NEXT to go to Step 3I. Press
REGEN to exit OEM Installer Settings.
This screen will only be displayed when “rES” is selected in step 3S.

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
3.3. WS1CT control valve setup
After installing Ecosoft FPA, FPC, or FP system, the control valve has to be set up as follows.
1. Enter Installer Settings by holding NEXT + ▲ simultaneously for three seconds. To change setting,
use ▲ or ▼ buttons, to save and move to the next step press SET.
Set regeneration time of day, hours then minutes (factory set to 2 AM).
Select current day of week.
STEP 3I – Service Water Hardness (PPM) - If a mixing valve is
installed in the valve, service hardness needs to be set. Setting
range is always less than the setting in Step 2I. This screen will only
be displayed when ‘rES’ is selected in Step 3S. Press NEXT to go
to Step 4I. Press REGEN to return to previous step.
STEP 4I – Day Override - Adjust day override from 1 - 28 days
or OFF using UP or DOWN. Press NEXT to go to Step 5I. Press
REGEN to return to previous step.
STEP 5I – Time of Regeneration, Hour - Set the time (hour) for
regeneration using UP or DOWN. The default time is 2:00 a.m. This
display will show “on 0” if “on 0” is selected in Step 3S. Press NEXT
to go to Step 6I. Press REGEN to return to previous step.
STEP 6I – Time of Regeneration, Minutes - Set the time (minutes) for
regeneration using UP or DOWN. The default time is 2:00 a.m. This
display will not appear if “on 0” is selected in Step 3S. Press NEXT to
exit Installer Settings. Press REGEN to return to previous step.

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
12
4. PRECAUTIONS
Remove power, shut o󰀨 water supply and release pressure in the system before doing
any maintenance or repair. Protect from moisture inside parts of control valve.
Do not stress or load lter tank
• Keep track of salt in brine tank or salt compartment of cabinet. Replenish when necessary.
• To avoid fouling of media during prolonged downtime without power/water supply, ll the FRP tank
with brine as follows. Start manual regeneration, wait 20 minutes into the brine stage, then shut o󰀨
water supply and scroll regeneration cycles back to service. Then, turn o󰀨 control valve.
• Perform regeneration when starting service after downtime.
• Inspect connections for leaks at least once in three months.
• Routinely check current time in control valve and correct if necessary.
• Maintain sediment prelter regularly.
Filter cartridge must be replaced if pressure drop exceeds 1 bar (14 psi)
2. Set current time by pressing SET.
See control valve manual for more information.
Activate or deactivate regeneration on Sunday night using ▲ or ▼ buttons. Regeneration on this
day will be performed if arrow is displayed against Regen
Similarly, activate or deactivate regeneration on Monday night using ▲ or ▼ buttons. Regeneration
on this day will be performed if arrow is displayed against Regen.
Scroll over all days of the week and select days for regeneration, then exit menu.
If the control valve is congured to regenerate once in 1…99 days, this option will be shown instead
of 1 week regeneration schedule

13
INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
5. TROUBLESHOOTING
PROBLEM CAUSE CORRECTION
Decreased service ow
capacity
1. Decreased supply water pressure. 1. Increase supply water pressure.
2. Clogged lter bed. 2. See par. 3.
3. Obstructed/clogged drain line. 3. Inspect and clean the drain line.
4. Clogged control valve. 4. Take apart, inspect and clean the
control valve.
5. No Hard Water Bypass Valve failure
(if installed).
5. Inspect and repair the valve.
Decreased quality of
treated water.
1. Faulty chemical analysis of water. 1. Perform one more test using freshly
prepared reagents.
2. Supply water chemistry has
changed.
2. Make new check analysis and if
changed contact your dealer.
3. Bypass is in bypass position. 3. Turn bypass to operating position.
4. Riser pipe or seals are damaged. 4. Take apart the conditioner, repair/
replace the pipe and replace or lubri-
cate the seals if needed.
5. Clogged lter bed. 5. See par. 3.
6. Filter media loss due to entrain-
ment.
6. See par. 4.
7. Poor/improper lter bed regener-
ation.
7. See par. 6.
8. Leakage of raw water inside the
control valve.
8. Take apart the control valve, inspect
and replace or lubricate the seals if
needed.
Clogged lter bed. 1. Insu󰀩cient backwash ow rate. 1. Check backwash ow rate. If supply
pressure is within the limits and the
ow rate is insu󰀩cient, inspect and
clean the drain line ow control or
replace it if needed.
2. Insu󰀩cient backwash stage
duration.
2. Increase the duration of backwash
stage.
3. Clogged top distributor. 3. Clean the top distributor.
4. Excessive backwash ow rate. 4. Check backwash ow rate. If supply
pressure is within the limits and the
ow rate is exceeding, change drain
line ow control (contact your dealer).
Filter media entrainment. 1. Filter media is entrained and carried
away during backwash stage.
1. Inspect the top distributor. Replace
if needed.
2. Filter media is entrained and carried
away during service.
2. Inspect the bottom distributor.
Replace if needed.

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
14
PROBLEM CAUSE CORRECTION
System does not
regenerate.
1. No electric power. 1. Check power supply.
2. No/insu󰀩cient salt in brine tank. 2. Chech the amount of salt in brine
tank and add salt if needed.
3. Brine is not drawn during the
regeneration or not all brine is
drawn.
3. See par. 6.
4. Control valve is out of order or
settings were changed.
4. Check the control valve and its
settings (see the manual for the
control valve).
5. Brine tank is not relled or is relled
with less water than needed.
5. See par. 7.
Brine is not drawn during
the regeneration or not all
brine is drawn.
1. Low supply water pressure. 1. Check supply water pressure.
2. Brine injector or brine tube is
clogged.
2. Clean brine injector and/or brine
tube.
3. Clogged basket or salt crystals on
ball in air check valve.
3. Clean air check valve basket and/
or ball.
4. High pressure drop on the lter
(control valve, distributors or lter
media are clogged).
4. See par. 1, 4.
5. Brine line is not airtight so air is
injected.
5. Check airtightness of the drain line.
6. Control valve settings were
changed.
6. Increase brine stage duration.
Brine tank is not relled
or is relled with less
water than needed
1. Low supply water pressure. Проверить давление исходной
воды.
2. Brine injector or brine tube is
clogged.
Прочистить инжектор и трубку
подачи рассола.
3. Stuck ball in the air check valve. Прочистить дренаж шахты
рассольного клапана,
отрегулировать поплавок
рассольного клапана.
4. Control valve settings have been
changed.
Увеличить длительность
стадии наполнения
бака-солерастворителя,
отрегулировать рассольный клапан.
Excessive salt
consumption during
renegeration
5. Brine tank oat hangs too low in the
brine well.
Перепрограммировать
управляющий клапан, опустить
поплавок рассольного клапана.
2. В бак-солерастворитель
поступает избыточное
количество воды.
См. п. 9.
Brine tank is lled with
excessive amount of
water
1. Повышенное давление исходной
воды.
Уменьшить давление исходной
воды.
2. Изменены настройки
управляющего клапана или
рассольного клапана.
Перепрограммировать
управляющий клапан или
отрегулировать рассольный клапан.

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INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
6. SPECIFICATIONS
Ecosoft FK
®
Ecomix systems
Requirements and limitations
Installation room
Ambient temperature +5°C…+40°C
Relative humidity ≤80%
Operating environment
indoor; free of corrosive vapors, airborne dust,
and brous matter; sheltered from weather
and direct sunlight
Power supply
Electrical rating 230 V, 50 Hz (EU adapter)
Power 6 VA
Water supply
Pressure 2-6 bar (30-90 psi)
Water temperature +4°C…+30°C
Prelter rating 100 μm
Maximum inuent concentrations
Hardness
750 mg CaCO
3
/L
42 °dH
45 gpg
Iron 15 mg/L
Manganese 3 mg/L
Ammonia 4 mg/L
Chemical oxygen demand 20 mg/L O
2
Total dissolved solids 4000 mg/L

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
16
Model range
Model
Overall dimensions1, m (width × depth × height) Nominal ow rate, m3/h Quantity of media, L Consumption of salt per regeneration, kg NaCl Consumption of water per regeneration, m3 Minimum required ow capacity2 @ 2 bar, m3/h
FK-1018 Cab 0,35×0,55×0,7 1,2 12 1,2 0,12 0,8
FK-0835 Cab 0,35×0,55×1,1 0,8 18 1,8 0,18 0,8
FK-1035 Cab 0,35×0,55×1,1 1,3 25 2,5 0,3 0,8
FK-1035 0,9×0,5×1,1 0,8 25 2,5 0,3 0,8
FK-1054 1,0×0,6×1,6 1,2 37 3,7 0,4 0,8
FK-1252 1,0×0,6×1,6 1,8 50 5,0 0,5 1,0
FK-1354 1,0×0,6×1,6 2,1 62 6,2 0,6 1,2
FK-1465 1,1×0,6×1,9 2,5 75 7,5 0,8 1,5
FK-1665 1,1×0,6×1,9 3,3 100 10,0 1,0 2,0
FK-2162 1,4×1,0×2,0 5,5 150 15,0 1,5 3,4
FK-1035 Twin 1,4×0,5×1,1 0,8 50 2,5 0,3 0,8
FK-1054 Twin 1,5×0,6×1,6 1,2 74 3,7 0,4 0,8
FK-1252 Twin 1,5×0,6×1,6 1,8 100 5,0 0,5 1,0
FK-1354 Twin 1,6×0,6×1,6 2,1 124 6,2 0,6 1,2
FK-1465 Twin 1,7×0,6×1,9 2,5 150 7,5 0,8 1,5
FK-1665 Twin 1,8×0,6×1,9 3,3 200 10,0 1,0 2,0
FK-2162 Twin 2,2×1,0×2,0 5,5 300 15,0 1,5 3,4
1may vary depending on arrangement of pieces
2 supply water ow rate required for proper regeneration of system

17
INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
Ecosoft FU
®
softening systems
Requirements and limitations
Installation room
Ambient temperature +5°C…+40°C
Relative humidity ≤80%
Operating environment
indoor; free of corrosive vapors, airborne dust,
and brous matter; sheltered from weather
and direct sunlight
Power supply
Electrical rating 230 V, 50 Hz (EU adapter)
Power 6 VA
Water supply
Pressure 2-6 bar (30-90 psi)
Water temperature +4°C…+30°C
Prelter rating 100 μm
Maximum inuent concentrations
Hardness
750 mg CaCO
3
/L
42 °dH
45 gpg
Iron 0,2 mg/L
Manganese 0,05 mg/L

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
18
Model range
Model
Overall dimensions1, m (width × depth × height) Nominal ow rate, m3/h Quantity of media, L Consumption of salt per regeneration, kg NaCl Consumption of water per regeneration, m3 Minimum required ow capacity2 @ 2 bar, m3/h
FU-0817 Cab 0,25×0,45×0,65 0,8 80,8 0,1 0,6
FU-1018 Cab 0,35×0,55×1,1 0,8 12 1,2 0,12 0,8
FU-0835 Cab 0,35×0,55×1,1 1,3 18 1,8 0,18 0,8
FU-1035 Cab 0,35×0,55×1,1 2,0 25 2,5 0,3 0,8
FU-1035 0,9×0,5×1,1 2,0 25 2,5 0,3 0,8
FU-1054 1,0×0,6×1,6 2,0 37 3,7 0,4 0,8
FU-1252 1,0×0,6×1,6 2,9 50 5,0 0,5 1,0
FU-1354 1,0×0,6×1,6 3,5 62 6,2 0,6 1,2
FU-1465 1,1×0,6×1,9 4,0 75 7,5 0,8 1,5
FU-1665 1,1×0,6×1,9 5,2 100 10,0 1,0 2,0
FU-2162 1,4×1,0×2,0 7,0 150 15,0 1,5 3,4
FU-1035 Twin 1,4×0,5×1,1 2,0 50 2,5 0,3 0,8
FU-1054 Twin 1,5×0,6×1,6 2,0 74 3,7 0,4 0,8
FU-1252 Twin 1,5×0,6×1,6 2,9 100 5,0 0,5 1,0
FU-1354 Twin 1,6×0,6×1,6 3,5 124 6,2 0,6 1,2
FU-1465 Twin 1,7×0,6×1,9 4,0 150 7,5 0,8 1,5
FU-1665 Twin 1,8×0,6×1,9 5,2 200 10,0 1,0 2,0
FU-2162 Twin 2,2×1,0×2,0 7,0 300 15,0 1,5 3,4
1may vary depending on arrangement of pieces
2 supply water ow rate required for proper regeneration of system

19
INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
Model range
Model
Overall dimensions, m (width × depth × height) Nominal ow rate, m3/h
Quantity of media, kg Consumption of water per regeneration, m3 Required ow capacity, m3/h1
FPA-1035 0,3×0,3×1,1 0,6 25 0,3-0,4 1,0
FPA-1054 0,3×0,3×1,6 0,6 25 0,3-0,4 1,0
FPA-1252 0,4×0,4×1,6 0,9 25 0,4-0,6 1,5
FPA-1354 0,4×0,4×1,6 1,0 50 0,5-0,7 1,7
FPA-1465 0,4×0,4×1,9 1,2 50 0,5-0,8 2,0
FPA-1665 0,5×0,5×1,9 1,6 75 0,7-1,0 2,5
FPA-2162 0,6×0,6×2,0 2,6 75 1,2-1,8 4,5
1 supply water ow rate required for proper regeneration of system
Ecosoft FPA
®
activated carbon systems
Requirements and limitations
Installation room
Ambient temperature +5°C…+40°C
Relative humidity ≤80%
Operating environment
indoor; free of corrosive vapors, airborne dust,
and brous matter; sheltered from weather
and direct sunlight
Power supply
Electrical rating 230 V, 50 Hz (EU adapter)
Power 6 VA
Water supply
Pressure 2-6 bar (30-90 psi)
Water temperature +4°C…+30°C
Prelter rating 100 μm

INSTRUCTION MANUAL ECOSOFT®MEDIA SYSTEMS
20
Model range
Model
Overall dimensions, m (width × depth × height) Nominal ow rate, m3/h
Quantity of media, kg Consumption of water per regeneration, m3 Required ow capacity, m3/h1
FPC-1035 0,3×0,3×1,1 0,6 15 0,3-0,5 1,2
FPC-1054 0,3×0,3×1,6 0,6 15 0,3-0,5 1,2
FPC-1252 0,4×0,4×1,6 0,9 30 0,5-0,7 1,7
FPC-1354 0,4×0,4×1,6 1,0 30 0,5-0,8 2,0
FPC-1465 0,4×0,4×1,9 1,2 45 0,6-0,9 2,3
FPC-1665 0,5×0,5×1,9 1,6 60 0,8-1,2 3,0
FPC-2162 0,6×0,6×2,0 2,6 75 1,2-1,8 4,5
1 supply water ow rate required for proper regeneration of system
Ecosoft FPC
®
catalytic carbon systems
Requirements and limitations
Installation room
Ambient temperature +5°C…+40°C
Relative humidity ≤80%
Operating environment
indoor; free of corrosive vapors, airborne dust,
and brous matter; sheltered from weather
and direct sunlight
Power supply
Electrical rating 230 V, 50 Hz (EU adapter)
Power 6 VA
Water supply
Pressure 2-6 bar (30-90 psi)
Water temperature +4°C…+30°C
Prelter rating 100 μm