PW50BS - Water Softener HONEYWELL - Free user manual and instructions

Product type	Water softener
Brand	HONEYWELL
Model	PW50BS
Resin volume	15 liters
Regeneration water per cycle	78 liters
Service pressure	2.0 - 8.0 bar
Water temperature	5 - 30 °C
Ambient temperature	2 - 40 °C
Nominal flow rate (Δp=1.0 bar)	1.4 m³/h
Nominal flow rate (Δp=1.8 bar)	1.8 m³/h
Max backwash flow rate (Δp=1.8 bar)	1.6 m³/h
Power supply	24 V (external transformer)
Power consumption	2 W (during treatment)
Protection class	IP 22
Regeneration type	Electronic, delayed controlled quantity
Main functions	Timed regeneration controlled by volume, forced regeneration, bypass valve, hard/soft water mixing
Delivery contents	Tank, control valve, transformer, FK06 filter combination, adapter with bypass valve
Maintenance	Annual maintenance contract (single-family home), cleaning every 6 months
Routine maintenance	Check salt level (weekly), clean salt tank
Safety	Low protective voltage 24 V, max pressure 8 bar, IP22 protection
Spare parts	Honeywell maintenance kits, control valve, flowmeter, inlet hose

Frequently Asked Questions - PW50BS HONEYWELL

How to set the time on the softener?

Set the time using the and o buttons. Hold down the buttons to scroll through the display faster. The unit uses 24-hour mode.

How to perform a manual regeneration?

Briefly press the 5 seconds button. Manual regeneration starts immediately. You can also briefly press the button to schedule a regeneration at the programmed time.

What to do in case of power failure?

After a power failure, reset the time (Chapter 10.1). All other settings on the control center remain programmed. It is recommended to start a regeneration after power is restored.

How to adjust the residual water hardness?

Use the mixing needle valve to set the desired residual hardness (for example 10°f or 6°dH). Turn the adjustment knob until the desired value is reached. Do not turn further.

How often to check the salt level?

Check the salt pellet level at least once a week. If the level drops below 10 cm, add salt conforming to standard EN 973.

What to do in case of tank overflow?

Check if the internal pipe is clogged or leaking, and check the float valve. Contact customer service if necessary.

How to clean the salt tank?

Put the conditioner in 'bypass' position. Remove the cover and the lid of the tank. Clean the inside and outside of the tank and the brine hose with water and a cloth. Do not use any cleaning agents containing solvents.

What minimum water pressure is required?

The service pressure must be between 2.0 and 8.0 bar. If the pressure exceeds 8.0 bar, install a pressure reducer upstream.

How to bleed air after installation?

After commissioning, open a cold water tap. Set the unit to 'service' position. Bleed air for about 10 minutes. If noises persist, they will disappear after 2 to 3 regenerations.

What to do if the unit does not regenerate?

Check the flowmeter, the control valve settings, the internal electrical wiring and the pipes. If the problem persists, contact customer service.

USER MANUAL PW50BS HONEYWELL

Keep instructions for later use!

1. Follow the installation instructions.
2. Use the appliance
   according to its intended use
   in good condition
   with due regard to safety and risk of danger.
3. Note that the appliance is exclusively for use in the applications detailed in these installation instructions. Any other use will not be considered to comply with requirements and would invalidate the warranty.
4. Please take note that any assembly, commissioning, servicing and adjustment work may only be carried out by authorized persons.
5. Immediately rectify any malfunctions which may influence safety.

2. Functional description

Hard or medium-hard drinking water contains large amounts of lime, which can deposit in pipes, fittings and devices and result in irreparable damages.

KaltecSoft is based on the simple exchange of minerals. Calcium and magnesium is replaced by sodium, thus preventing additional scale build up.

3. Application

Medium Water

Water temperature 5-30°C

Operating pressure 2,0-8,0 bar

4. Technical data

Ambient temperature 2-40°C

Nominal pressure PN 10

Nominal flow rate ( p = 1,0 bar) 1,4m^3 /h

Nominal flow rate ( p = 1,8 bar) 1,8m^3 /h

Reverse rinsing max. ( p = 1,8 bar) 1,6m^3 /h

Supply voltage (ext. transformer) 230V / 50Hz

Protective extra low voltage 24 V

Power consumption 2 W (during treatment)

Protection class IP 22

Connection size 3/4" external

Connection sewerage 1/2" hose nozzle

5. Options

Type	Resin volume (l)	Waste water, regeneration water (l/regeneration)
PW50-AS KaltecSoft	10 litres	50
PW50-BS KaltecSoft	15 litres	78
PW50-CS KaltecSoft	20 litres	102

6. Scope of delivery

The water softener consists of:

Cabinet in modern, space-saving design
Electronic regeneration system controlled by volume
Control panel with status indicator
- Bottle with monodisperse ion exchanger
- Connector adapter, incl. Bypass valve
External transformer; the device is only fed with a protective low voltage of 24V
Filter combination FK06

7. Assembly

7.1 Installations Guidelines

All works should only be carried out by a qualified person
- Ensure that installation is not subject to freezing or extreme heat
- A drain connection within five meters distance or two meters height must be available. The drain hose must not be kinked in any way as this will lead to an overflow of the device
After the device has been installed, the time and the water hardness should be set on the appliance and a manual regeneration be initiated

If the supply pressure exceeds 8.0 bar, a pressure reducer has to be connected!

If the supply pressure exceeds 4 bar, it is recommended to fit a pressure reducer upstream the device.

7.2 Assembly instructions

In order to avoid irreversible damages to the water conditioning device, all welding and soldering work in the immediate vicinity has to be completed prior to assembly!

1. Thoroughly flush pipework
2. Install the water conditioning device
   Note flow direction (indicated by arrow)
   Install without tension or bending stresses
3. Connect the water conditioning device
4. Connect the sewerage tube to the discharge connection (inner tube min. 13mm 1 / 2^ )

Make sure the seal is fitted properly!

8. Commissioning

Commissioning has to take place in the following order!

8.1 Flush and Deaerate

1. Set the water conditioning device to "Bypass" (handles to position cross)
2. Open the main water supply
3. Open the nearest cold water tap and allow the water to run. Impurities and soldering remains are flushed out of the pipework
4. Set the water conditioning device to "Service" (handles to position straight)
5. Deaerate the water conditioning device, flush device for approx. 10 minutes
6. Should the bypass unit be dripping, open and close again
7. Close the cold water tap

Noise development can occur during regeneration due to incompletedeaerating.However,this will disappear after 2-3 regenerations!

8.2 Cabinet

1. Remove covering cap and salt lid. The brine tube remains closed
2. Manually fill water into the cabinet The water level should be approx. 3 cm
3. Fill up the cabinet with a bag of block salt for softeners (according to DIN EN 973)

Wait until the brine formation is sufficient (1h - 12h)!

8.3 Time Setting

1. Connect the mains plug to the power supply o The power supply has to conduct continuous operat ing voltage and should not be connected to a switch
2. Set the time via the 和 and 和 buttons o The clock runs quicker when the 和 and 和 but-tons are held pressed

8.4 Determining Water Hardness

The raw water hardness can be requested from the responsible waterworks or determined via a hardness measuring instrument in the main water supply in front of the water conditioning device.

1. Set the water conditioning device to "Bypass" (handles to position cross)
2. Take a water sample at the first draw-off station
3. Determine the water hardness via a hardness measuring instrument
4. Set the water conditioning device to "Service" (handles to position straight)

8.5 Blending Setting

The desired residual hardness (mixing ratio between raw water and soft water) has to be set at the blending

It is recommended that drinking water keeps a residual hardness of 1.0 mmol/l (equals 100 ppm CaCO3 or 6^ ! The sodium content of the softened drinking water increases by 0.46mg / l per ppm removed hardness (by 46 mg/l per mmol/l removed hardness), and must not exceed the limit value of 200 mg/l!

1. Open sampling point
2. Remove cover from adjustment knob
3. Set blending

o Turn adjuster knob until the desired hardness is reached (recommended: 100 ppm)

o Do not turn in too far!

Position "max"

Position "closed"

In position "closed" no untreated water added to the soft water!

1. Fit cover to adjustment knob
2. Close sampling point
3. The water conditioning device is ready for operation

8.6 Calculating the Set Value for capacity

A value for the capacity has to be set at the water conditioning device according to the water hardness, and is calculated as follows:

Set value = Factor F: (Raw water - Residual Hardness)

Factor F + Figure 8.6

Example 1:

Water conditioning device PW50-AS

Factor F for ^ unit 28.000

Raw water hardness 24°dH

set residual hardness 8° dH

Set value = 28.000 : (24-8)

Set value = 1.750

Example 2:

Water conditioning device PW50-BS

Factor F for ^ unit 42.000

Raw water hardness 19°dH

set residual hardness 5^

Set value = 42.000 : (19-5)

Set value = 3.000

8.7 Capacity Setting

1. Simultaneously press the 和 and 和 buttons for 5 seconds

If p is displayed, press no further buttons (test mode manufacturer)!

Wait for approx. 10 seconds until the current time is redisplayed!

1. Enter the calculated set value via the 和 and 和 buttons
2. Press the button three times to save the setting

9. Operation

9.1 Control Buttons, Display and Indicators

9.2 Display during Operation

During normal operation the time and residual capacity are displayed alternately

Time

Residual volume (litre)

9.3 Display during Regeneration

During regeneration the active regeneration phase is displayed. In addition to the phase number the remaining time of the active regeneration phase is also displayed. After all 4 regeneration phases have been completed, the water conditioning device returns to normal operation

Regeneration Phase 2, Remaining time 27 Minutes

9.4 "Bypass" function

9.4.1"Bypass" position

In this position the raw water is not softened

The raw water runs, via the bypass valve, through the connection adaptor back into the drinking water supply

9.4.2"Service" position

In this position the raw water is softened and blended with hard water as to the setting of the blending adjuster

9.4.3Start-Up operation

For the first 1-2 week running period the brand-new water conditioning device is in start-up operation

During this period noise development can occur during regeneration but will automatically disappear after approx. 1-2 weeks

8.8 Manual Regeneration

Press the button 5 seconds

Manual regeneration starts immediately

Flushing takes place via the drain tube during regeneration!

The total time required for all 4 regeneration phases is:

approx. 52 min/PW50-AS

approx. 77 min/PW50-BS

approx. 102 min/PW50-CS

10. Settings

10.1 Time

Input: 24-hour mode

1. Set the time via the 和 and 和 buttons o The clock runs quicker when the 和 and 和 but-tons are held pressed

Time

10.2 Control valve

All settings at the control valve have to be entered in the check list!

Incorrect parameter changes can lead to substantial property damages!

In order to accept changes for the control valve settings, run the programming until the end. Proceed with the button!

10.2.1 Capacity setting

1. Simultaneously press the and buttons for 5 seconds

If p = -2 is displayed, press no further buttons (test mode manufacturer)!

Wait for approx. 10 seconds until the current time is redisplayed!

1. Enter the calculated set value via the but-tons
2. Press the button once to go to the next setting

In operation or water consumption the residual capacity is reduced from the set amount to zero.

Residual volume 530 litres

Residual volume 0 litres

10.2.2Time-delayed, volume-controlled regeneration

Regeneration is triggered at the set time if the remaining capacity does not suffice for the next full day

Set to 02:00 a.m. at the factory!

Input: 24-hour mode

Time regeneration

1. Press the × and buttons to change the time
2. Press the button once to go to the next setting

10.2.3Forced regeneration

If the programmed number of days between two regenerations has been reached, a forced regeneration is triggered at the set time. The forced regeneration is triggered irrespective of the residual volume. Set to 7 days at the factory!
Input: OFF up to 99 days

Forced regeneration

1. Press the × and buttons to change the number of days
2. Press the button once to accept all the changes

10.3 Manual Regeneration

There are two manual regeneration possibilities available

1. Possibility

Press the button 5 seconds

Manual regeneration starts immediately

1. Possibility

Briefly press the key

Manual regeneration starts at the set time

Operating display flashes

10.3.1 Change to the next regeneration phase

1. Press the button once to go to the next regeneration phase If the water conditioning device is in between two phases (phase display flashes), pressing the button has no effect

11. Power Failure

11.1 Settings

The time has to be reentered after a power failure (Chapter 10.1)

All the control valve settings remain and are restored once the power supply has been reconnected

11.2 General Information

After the power supply has been reconnected, it is recommended to start a manual regeneration (Chapter 10.3)

12. Maintenance

12.1 Block Salt Level

To be checked frequently (e.g. weekly).

1. Remove the covering cap from the cabinet
2. Remove the salt lid from the cabinet
3. Check the level in the cabinet
4. If the salt level has fallen below 10cm Refill block salt (Chapter 8.2)
5. Attach the salt lid
6. Replace the covering cap on the cabinet

12.2 Maintenance

According to European and national standards, regular maintenance measures must be taken. Honeywell provides suitable maintenance kits

Maintenance work should only be carried out be qual-ified staff!

Device for single-family houses interval: annually

Device for apartment blocks, public institutions interval: every 6 months

12.3 Cleaning

Interval: every 6 months (depending on local conditions)

To be carried out by an installation company

To be carried out by the operator

Do not use cleaning agents that contain solvents when cleaning the plastic parts!

Detergents must not be allowed to enter the environment or the sewerage system!

1. Set the water conditioning device to "Bypass" (handles to position cross)
2. Remove the covering cap from the cabinet
3. Remove the salt lid from the cabinet
4. Check the inner and outer brine tube for contamination and salt deposits
5. Clean the inner and outer parts with water and a cloth
6. Check the inner and outer cabinet for contamination and salt deposits
7. Clean the inner and outer parts with water and a cloth
8. Attach the salt lid
9. Replace the covering cap on the cabinet
10. Set the water conditioning device to "Service" (handles to position straight)

13. Disposal

Cabinet made of high-quality plastic material
- All components subject to pressure in glass-fibre-reinforced plastics
All components to brine in Noryl

Observe the local requirements regarding correct waste recycling/disposal!

14. Troubleshooting

Problem	Cause	Remedy
No water supply to the device	Shut-off device in the bypass is not open or only partially open	Open shut off valve fully
	Pipework of the drinking water supply is calcified or blocked	Clean or replace the pipework
Device does not regenerate	Flow meter is defective	Check and, if necessary, replace the flow meter (CS*)
	Incorrect settings at the control valve	Check the control valve settings
	Water meter is contaminated or defective	Clean and, if necessary, replace water meter (CS*)
	Internal electric cabling is defective	Check internal electric cabling (CS*)
		Call Technical Customer Service
	Wrong connection of connecting hoses	Connect the flexible connection lines correctly
	Control head is defective	Call Technical Customer Service
Nothing is displayed	Power supply has been interrupted	Check power supply (mains plug, fuse)
	Control head is defective	Call Technical Customer Service
Incorrect time is displayed	Power failure occurred	Set the time
Tank overflows	Internal pipework is contaminated or leaking	Check pipework (CS*)
	Float valve is defective	Check float valve (CS*)
Insufficient function	Device not deaerated	Deaerate device
	Device is in "Bypass" position	Set device to "Service" position
	Incorrect settings at the control valve	Check the control valve settings
	Storage tank is almost or completely empty	Check salt level
	Wrong block salt	Use block salt for softeners DIN EN 973
	Blending has been set incorrectly	Check blending valve and mixing ratio
	Control valve is contaminated or defective	Clean control valve or, if necessary, replace control head (CS*)
		Check the control valve settings
Permanent regeneration	Control head is defective	Call Technical Customer Service
	Incorrect settings at the control valve	Check the control valve settings
No brine intake	Incorrect settings at the control valve	Check the control valve settings
	Brine tube is leaking	Replace brine tube
	Drain tube is blocked	Clean and, if necessary, replace drain tube
	Min. operating pressure not available	Min. operating pressure is 2.0 bar
Permanent discharge into sewerage tube	Back pressure in drain tube is too high	Clean and, if necessary, replace sewerage tube
	Control head is defective	Call Technical Customer Service
High salt consumption	Incorrect settings at the control valve	Check the control valve settings
	Blending has been set incorrectly	Check blending valve and mixing ratio
	Too much water in the storage tank	Fault "too much water in the storage tank"
No or insufficient salt consumption	Incorrect settings at the control valve	Check the control valve settings
	Blending has been set incorrectly	Check blending valve and mixing ratio
	Brine tube is contaminated	Clean brine tube
	Bypass is closed	Open Bypass
Saline water	Min. operating pressure not available	Min. operating pressure is 2.0 bar
	Incorrect settings at the control valve	Check the control valve settings
	Brine valve is contaminated or defective	Clean and, if necessary, replace brine valve (CS*)
	Control head is defective	Call Technical Customer Service
Differential pressure at the device is too high	Construction of the device is too small	Call Technical Customer Service
	Blending has been closed too widely	Check blending and mixing ratio
Water pressure reduction / slowly decreasing effectiveness	Pipework of the drinking water supply is calcified or blocked	Clean or replace the pipework
	Control valve is contaminated or defective	Clean control valve or, if necessary, replace control head (CS*)
	Water meter is contaminated or defective	Clean and, if necessary, replace water meter (CS*)
	Increasing iron deposit in the resin	Exchange resin (CS*)
Too much water in the storage tank	Brine tube is contaminated	Clean brine tube
	Drain tube is blocked	Clean and, if necessary, replace drain tube
	Incorrect settings at the control valve	Check the control valve settings
	Brine valve is contaminated or defective	Clean and, if necessary, replace brine valve (CS*)

*CS = Customer Service

Dim. raccord 3/4" AG

Raccordement effluents Embout a olive 1/2"

5. Variantes

9.4.1 Position "by-pass"

9.4.2 Position "service"

Automation and Control Solutions

Honeywell GmbH

Hardhofweg

D-74821 Mosbach

Phone: [phone]

Fax: [phone]

http://europe.hbc.honeywell.com

www.honeywell.com

Manufactured for and on behalf of the

Environmental and Combustion Controls Division of

Honeywell Technologies Sàrl, Z.A. La Pièce 16,

1180 Rolle, Switzerland by its Authorised Representative Honeywell GmbH

MU1H-1412GE23 R0110

Subject to change

1 Safety Guidelines 8
2 Functional description 8
3 Application 8
4 Technical data 8
5 Options 8
6 Scope of delivery 8
7Assembly 8
8 Commissioning 9
9 Operation 10
10 Settings 11
11 Power Failure 11
12 Maintenance 11
13 Disposal 12
14 Troubleshooting 12

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