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TROUBLESHOOTING 

 

Page 12 

PROBLEM 

CAUSE 

SOLUTION 

Hard (untreated) water 
to service
 

Open or defective bypass 

Close or replace bypass 

Water softener in regeneration 

Wait  until  regeneration  finishes  or  manually 
advance regeneration to end 

Excessive water usage 

Initiate regeneration manually 

No salt in brine cabinet 

Add salt and initiate regeneration manually 

Salt bridging 

Break  salt  bridge(s)  and  initiate  regeneration 
manually 

Change in raw water hardness 

Measure  the  hardness  of  the  incoming 
untreated  water  and  adjust  programming 
accordingly 

Water softener fails to start a regeneration 

Refer to problem “Water softener fails to start 
a regeneration”  

Control valve fails to draw brine 

Refer to problem “Valve fails to draw brine” 

Decreasing exchange capacity of resin 

Clean or replace resin bed 

Loss of resin 

Refer to problem “Loss of resin” 

Leak at riser tube 

Verify that riser tube is seated correctly and is 
not cracked     

Residual hardness in 
treated water
 

Bypass not completely closed  

Close bypass 

Mixing valve open 

Check position of mixing valve 

Water softener fails to 
start a regeneration 

Faulty electrical supply 

Verify electrical service (fuse, transformer,...) 

Defective timer motor 

Replace timer motor 

Regeneration frequency not programmed 

Program regeneration frequency  

Body stem assembly switches continuously 

Check operating pressure; must be higher than 
1,4 bar 

Water softener uses 
too much salt
 

Excessive water in brine cabinet  

Refer  to  problem  “Excessive  water  in  brine 
cabinet” 

Water softener regenerates too frequently  

Verify regeneration frequency 

Excessive water in 
brine cabinet
 

Improper setting of float on brine valve 

Verify setting of float on brine valve 

Defective brine valve 

Verify brine valve 

Salt taste in treated 
water 

Excessive water in brine tank 

Refer  to  problem  “Excessive  water  in  brine 
tank”  

Injector clogged or undersized 

Verify injector 

Improper brine/slow rinse time setting 

Verify  that  brine/slow  rinse  time  corresponds 
to the proper salt level and amount of resin 

Loss of water pressure 

Mineral or iron build-up in resin tank 

Clean  resin  bed  and  control  valve;  increase 
regeneration frequency  

Plugged lower and/or upper distributor  

Verify that distributors are free of debris  

Crushed lower and/or upper distributor 

Replace distributor(s) 

Drain line from control 
valve flows 
continuously 

Water softener in regeneration 

Wait  until  regeneration  finishes  or  manually 
advance regeneration to end 

Faulty electrical supply 

Verify electrical service (fuse, transformer,...) 

Drain plunger stuck in open position 

Clean drain plunger 

Defective timer motor 

Replace timer motor 

Drain line from brine 
cabinet overflow flows 
continuously 

Excessive water in brine cabinet 

Refer  to  problem  “Excessive  water  in  brine 
cabinet” 

Leak between control valve and pressure tank 

Verify seal between  control valve and pressure 
tank 

Loss of resin 

Lower and/or upper distributor damaged 

Replace distributor(s) 

Leak between riser tube and upper distributor 

Verify that riser tube is seated correctly and is 
not cracked     

 

 

Содержание Micro Budget

Страница 1: ...2012 Aquion Inc OM EN MicroBudget Rev2012 03 O OW WN NE ER R S S M MA AN NU UA AL L Micro Budget WATER SOFTENER SYSTEM...

Страница 2: ...CORD Serial Number ______________________________________________ Model _______________________________________________________ Water Hardness inlet ______________________________________ Water Hardne...

Страница 3: ...hould only be undertaken by a competent person aware of the local codes in force All plumbing and electrical connections must be done in accordance with local codes Before setting up the water softene...

Страница 4: ...oiler house or freezing temperatures can occur the water softener cannot be exposed to outdoor elements such as direct sunlight or atmospheric precipitation do not install the water softener too close...

Страница 5: ...on treated water 1 Screw the elbow connections onto the control valve the long elbow onto the inlet port the short elbow onto the outlet port make sure to install the gasket seals Tighten the nuts fir...

Страница 6: ...ontrol valve secure it by means of a clamp 2 Run the drain hose to the drainage system and connect it to the stand pipe assuring sufficient air gap This drain line operates under pressure so it may be...

Страница 7: ...nical controller refer to section ELECTROMECHANICAL CONTROL PANEL INITIATE A REGENERATION 10 Manually initiate a regeneration refer to section ELECTROMECHANICAL CONTROL PANEL ADJUSTMENT RESIDUAL HARDN...

Страница 8: ...1 Push in the skipper tab E that is aligned with the day indicator C 2 Turn the timer knob K counter clockwise until the time of day in the time of day window L equals the time of regeneration in the...

Страница 9: ...e person Turn the timer knob K counter clockwise until the regeneration cams I are accessible loosen the locking screw H rotate the upper cam clockwise to extend the cycle time max 60 min do NOT rotat...

Страница 10: ...s OPEN outlet valve from water softener is OPEN BYPASS POSITION inlet valve to water softener is CLOSED outlet valve from water softener is CLOSED MAINTENANCE POSITION inlet valve to water softener is...

Страница 11: ...tool carefully push the salt to break it apart 3 pour warm water over the top of the salt to dissolve it BRINE CABINET To retain the appearance of the water softener simply wipe it with a damp cloth o...

Страница 12: ...sive water in brine cabinet Refer to problem Excessive water in brine cabinet Water softener regenerates too frequently Verify regeneration frequency Excessive water in brine cabinet Improper setting...

Страница 13: ...e restrictor Clean injector and or brine restrictor Plugged injector filter Clean injector filter Restricted drain line Verify drain line for kinks or restrictions Restricted brine line Verify brine l...

Страница 14: ...sage per regeneration kg 0 5 0 8 Exchange capacity per kg salt m x f 41 Exchange capacity per kg salt m x d 23 Recommended maximum service flow m hr 0 4 0 6 Rinse water usage per regeneration 3 bars L...

Страница 15: ......

Страница 16: ......

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