Maintenance Work; Operator Responsibilities - Honeywell KaltecSoft Notice D'installation

Adding regenerative salt:
Refill the salt not later than the current filling is 15 cm above
the base of the salt storage container.
Open the cover (see chapter 1.5 No. 1). Pour regenerative
salt into the storage area.
Refill the unit in such a way that no dirt can get into the salt
container (if necessary, clean the packages containing the
salt before use).
Clean the salt container (A) or brine system (B) with clean
water if it gets dirty.
Salt usage:
Your water softener is controlled by a microprocessor which
constantly monitors water usage.
The system will build up a history of your water requirements
and calculate the most economical regeneration pattern.
This will ensure a constant supply of softened water whilst
maintaining high levels of water and salt efficiency.
As your water softener uses a proportional brining system,
more frequent regenerations do not necessarily mean high
water / salt usage.
Increase in number or residents:
Sudden changes in your water usage should not affect your
water softeners performance.
If however, the number of guests staying with you increases,
you will notice that the water usage patterns will alter.
This may cause your water softener to regenerate more often
than normal.
As the water usage returns to its normal level, the number of
regenerations will also return to normal.
Cabinet Water Level:
During normal operation the water level inside the water
softener cabinet will rise and fall as required by the
regeneration process.
If the water softener is used within the specified
operationalparameters the water level should not reach the
overflow connection.
If however an overflow situation occurs please refer to the
troubleshooting section (chapter 6) to diagnose the problem.
Following any overflow situation reduce the water level and
initiate a manual regeneration as described above.
Check the water level weekly and following any
unplanned event, e.g. powerfailure.
4.3 Setting the hardness of blended
water (see Chapter 3.6 Sub-Chapter 7.
too)
After the initial set-up the softener and entering the supply
water hardness, test the outcoming, treated water hardness
downstream from the softener, on one of the nearest cold
water tap by using the water hardness tester.
Adjust with the blending valve (Chapter 3.5 - Nr.3) until the
desired value is reached.
Honeywell GmbH
GB
Hardness in
°dH
8.4
11.2
14.2
16.8
19.6
22.4
= Days between regeneration
To transfer the water hardness °dH and °fH to ppm
(mg/l) the table in chapter Reference Data for
Hardness Adjustment.
5 Maintenance

5.1 Maintenance work

The operator must regularly perform the following checks to
guarantee that the unit functions properly.
Check the regenerative and refill after use.
Check the water hardness:
The hardness of drinking water and the set blended water
hardness must be checked 2x annually and the hardness of
the blended water must be corrected when required.
Check for leaks, visual inspection:
Check connection lines and connections for leaks. Check for
dirt in the regenerative storage area and brine cavity every
two months and clean and flush with clear water if necessary.
The intervals between checks are recommended minimums
and must be adjusted according to site conditions.

5.2 Operator responsibilities

All technical equipment requires regular servicing in order to
guarantee optimal functionality.
Keep yourself up to date with regard to the quality and
pressure ratio of the water which is to be treated. If the water
quality changes, the settings may need to be changed.
Consult a specialist if this is required.
Regular checks by the operator are required for the warranty
and proper functioning of the unit. The water softener must be
inspected regularly in accordance with the conditions of
operation and use.
Operator checks intervals:
After use:
2x Annually
2x Annually
1x Annually
12
Min. average and max.
settings
Max. Average
8 6
7 5
6 4
5 3
4 2
3 1
Refill regeneration salt
Check pressure
Check water quality
Clean brine container
MU0H-1420 GE23 R0618
Min.
4
3
2
1
1
1