Kenmore 808353 manual WATER, Detergent and the Automatic Dishwasher

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A. WATER, DETERGENT AND THE AUTOMATIC

DISHWASHER

Water

Water is a primary ingredient in determining automatic dishwashing result5 The minerafs in water, when in sufficient quantity, wilt cause spotting, filming and the possible discoloration of some metals. The minerals which account tot the greatest difficulty are calcium and magnesium These minerals delermine the hardness ol the water

Theaefin[tibn of hard _ate_: varies s6h_ewP;at However[ m6s{-a_Jthor[fies a'greeG4th the following scaie "

0 to 4 grains hardness per gatlon - soft water

4 to 8 grains hardness per gallon - medium water 8 to 12 grains hardness per gallon - hard water over 12 grains hardness per gallon - very hard water

Automatic dishwashing results are v_stb/y affected when calcium and magnesium are present in a concentration ot eight grains per gallon ol more As their concentration increases, the problems of spotting and filming can increase proportionately

When spotting and filming are caused by hard water conditions, they wilt normally be evident on glassware and table- ware (silverware! within a short period of time Over a longer period of time, hard water film can build up on the racl.:s, walls, spray mechanism and heating element of the dishwasher itself The development of hard wa'ter film on the dishwasher may cause additional problems and reduce the efficiency of the dishw_tsher due to the build-up of the time deposits on the pump area, drain hoses, etc

If water supplied to the dishwasher is less than !0 grains hard, spotting and filming can be controlled satisfactorily by the amount of detergent used. in a properly functioning dishwasher

When correct amounts of detergent are used for the availing water conditions, the water softening ingredients wilt also dissolve calcium and magnesium which have deposited on dishware surfaces in preceding dishwashing cycles

In medium and hard water conditions, the amount of detergent used should be increased We recommend fdhng the

detergent cups under these conditions In some very hard water conditions, it may also be advisable to place addi- tional detergent in the dishwasher for the main wash cycle

When the total hardness of the water exceeds 12 grains per gallon, it may be advisable to install a water conditioning unit to remove the catcium and magnesium from the water, in order to insure continuous excellent automatic dish- washing results Also keep in mind that when a customer already has a water softener that it may not be function- _nq correctly or it may not be able to handle the capacity needed for the size of the household

REMOVAL AND CONTROL OF HARD WATER FILM

A 5% or 6% acidic solution, such as vinegar, will remove hard water film and may be used lo determine its presence on glassware Place a small amount of vinegar in a bowl and allow filmed glassware to soak in the vinegar for 3 to 10 minutes Remove from vinegar, rinse and blot dry tf the film present was due to hard water, it will have been re- moved

The following "home" method may be used to remove hard water film from glassware and the dishwasher: Allow dishwasher to fill for the main wash cycle; place two cups vinegar in the water and allow machine 1o complete the entire cycle Do not place metalware, plasricvvare, silverware, cutlery, or detergent m dJsh_c'asher when performing [h_ fffm _tnpping prodes_

The Automatic Dishwasher

The automatic dishwasher is blamed for many problems over which it exercises no control A properly funclioning dishwasher, properly loaded, using the recommended amount of a good dishwasl_er detergent and having the speci* fled water charge will do an excellent job of cleaning

Some of the problems that do arise and are caused by conditions other than functional characleristics of the dish* washer are as follows:

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Contents Automatic Dishwashers We Service Wh,t We Sell If ever you need us -- were available You Can Count On UsSears t Contents Introduction WATER, Detergent and the Automatic Dishwasher Removal and Control of Hard Water FilmExtremely hot water Bronze Tarnish on Silverware Possible Cause & SolutionFilming Black Marks on DinnerwareCleaningmineraldepositsfromporcelainsurfaces Attach Screws Access PanelInstallation 2HOLE or Larger Drain Hose Connected to DisposerOr y Branch Sink X,,T LeftDrain Hoseconnectionto Sink Drain Drain Hose Connection Through FloorCutting Access Holes Inlet Valve ,JUNCTION BOX AssemblyElectrical Circuit Conductorground WireGreen Ground Screw GROUND1NGINSTRUCTIONSReen Ground Screw Shut OFF VA LV EHOT Wate Line Trap P or Above DrainHOW to POSITION, ALIGN, and LEVEL, Your Dishwasher Sink AI Left Sink AT RightTWO Ways to Anchor Your Dishwasher Two Level Wash Feature Wjash SystemSwitch Testing Water Charge LevelSpray Arm Assembly TttttThree Level Wash System PushlodgedparticlesBearing Assembly Removal of Mtddle Spray ArmRemoval of Upper Spray Arm Only Side Water Inlet ValvePlunger Hole Line Water Pressure Washer Atmospheric PRESSURE£ BPlunger Diaphragm Flow WasherTesting Sen/zcing45 sec Metal Washer Flow Plastic RetainerCurved Side Screen Sealer Washer MarkingPage Towaterinletvalve WA1ERiNLETASSEMBLYSide Water Inlet, Steam Trap and Venting PlasticnutMotor and Pump Assembly Assembled Inner DoorExit Flow of Moist AIR During DRY Cycle Vent Pump Assembly PU M P PlateBottom of Relay Main Motor and RelayPage Housin With the recirculating System Uses Same Pump Housing aS u LLevel Tower Pump 5y,srem This Osed Off For this Reason He bwer Utltz,es a. lowerTimer Testing the Motor and RelayMotor Main or Run Winding Check Position RelaystartCheck the voltage as shown in Position C TAR. T .,..BLUE-ORANGE Timer t- RelayMotor Start Circuit Wash and Rinse Cycle Motor 5tart Circuit Drain CycleWash 115Volt Supply Motor Start Relay Or Connected Directly to Terminal Block of DishwasherTerminal WAs.ER CA U T/OiM Center Motor Shaft with Pump Housing With Service Tool ROD Motor nstaltationInstall Ihese Screws First TUB Hoses and Couplers No TEHose and Coupler Assembly 8 compact model Faucet Coupler RingSleevegasket Dispensers Detergent DLpenser- B/-Metal OperatedDescription Into Fill Neck Wetting Agent Dispenser Bi-Metal OperatedFill Neck Scoop Wetting Agent Liquid Drainsback .J NtosuppFIGUP,E CAM TimersCAM Switch MotorSelector Switches Checking The 5-Button SwttchMylar Jacket Thermostats and Temperature IndicatorsSam-Wash or High Temperature Wash/Rin.se Thermostat Checking Thermostat OperationFigurego Iii ii!ii!!i!i IiiiiiiiiDRY SanM4/ash Delay Circuit4tfi Rinse Water Heat Option Hot RinseSanitize Delay Light Circuit Power Sani Wash Cycle Selector Page FIGUREG3C Page Door and Float Switches Door Latches and SwitchesTCH on FLO Switch Cycle Charts Ester Line Charts ExampleFill Phase Normal Cycle Page Relay Switch Opens After Motor Starts First Wash Normal CycleVoltage Checks Continuity Check Door Assemblies One Piece Outer Door Control PanelTwo Piece Outer Door Control Panel Anti Tilt Assembly38 Portable Models Arm Replacement 8 Dishwashers£RING Racks END CAP RackTub Gaskets Upper Front Lower Rear RollerTo Replace Page Cord Reel Caster Replacement Potlable Dishwashers CastersTubs Drying System Convection MethodForced Air Method SeRE A sEMBL Checking Blower OperadonHeating Elements Heating ElementOperation Eatersymbol Heater TestingHot Dry Cool Dry Power Miser SWHch Power Miser Circuits Single Pole Double Throw Switch Power MiserOrange BUS Timer Heater WhiteBlower Trouble Shooting General Trouble ShootingCheck selector switch per wiring diagram Turn knob until pitot light burns never turn into fill Instructions Motor Shaft Seal are Lever Water Leaks Door liner807042 806863806565 806898DIV 22 Source 587 Part Noo