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INTRODUCTION This Job Aid, “ELECTRONIC CONTROL WASHER WITH CALYPSO WASH MOTION,” (Part No. 8078010), provides specific information on the new features and design elements of Whirlpool Electronic Control washers with Calypso Wash Motion. “ELECTRONIC CONTROL WASHER WITH CALYPSO WASH MOTION” has been compiled to pro- vide the most recent information on design, features, troubleshooting, service and repair procedures. GOALS AND OBJECTIVES The goal of this Job Aid is to provide detailed information
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TABLE OF CONTENTS MODEL/SERIAL PLATE MODEL/SERIAL PLATE MODEL/SERIAL PLATE MODEL/SERIAL PLATE MODEL/SERIAL PLATE DESIGNATOR...............................................ii DESIGNATOR...............................................ii DESIGNATOR...............................................ii DESIGNATOR...............................................ii DESIGNATOR...............................................ii Section One INSTALLATION CONSIDERATIONS INSTALLATION CONSIDERATIONS ...................
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MODEL/SERIAL NUMBER PLATE SERIAL NUMBER DESIGNATOR SERIAL NUMBER C L 36 50001 MANUFACTURING SITE Model/Serial Number Plate C = Clyde, OH (Under Lid) YEAR OF MANUFACTURE L = 2001 WEEK OF MANUFACTURE PRODUCT SEQUENCE NUMBER MODEL NUMBER DESIGNATOR MODEL NUMBER 5 K Q GW V 9 9 9 0 G = Domestic Laundry Gold L = Domestic Laundry V = Vanguard Technology W = Resource Saver Cycles (1-9) 9 = 9 or more Wash/ Spin Combinations 5 = Water Temperature Combinations 1-5 = Water Levels 9 = Infinite Water Level
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SECTION ONE INSTALLATION CONSIDERATIONS National Electrical Code, ANSI/NFPA 70-latest edition and all local codes and ordinances. INSTALLATION Fig. 1-1 INSTRUCTIONS Proper installation is your responsibility. You will need A water heater set to deliver a minimum of 120°F (49°C) water to the washer. A grounded electrical outlet located within 4 ft. (1.2 m) of where 1. 3-prong grounding plug the power cord is attached to the back of the washer. See 2. 3-prong grounding-type wall receptacle “Elec
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Tools needed and Selecting a Location Selecting the proper location for your washer improves performance Parts Supplied and minimizes noise and possible washer “walk.” Assemble the necessary tools and supplies before beginning the Your washer can be installed in a basement, laundry room, closet washer installation. Do not re-install into the washer, the or recessed area. See “Drain System.” styrofoam that contains the supplied parts. Proper installation is the consumer’s responsibility. To con
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Drain System The washer can be installed using the standpipe drain system Alternate Parts You May Need (floor or wall), the laundry tub drain system or the floor drain sys- tem. Select the drain hose installation method you need. See “Alternate Parts You May Need.” If You Have You Will Need to Buy Laundry tub or Sump pump system (if not already standpipe taller available) than 96 in. Fig. 1-5 (2.4 cm) Overhead sewer Standard 20 gal (76L) 39 in. (99 cm) tall drain tub or utility sink and sump p
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2. Tilt the washer forward and remove the wood block. Gently For a laundry tub drain or standpipe lower the washer to the floor. Connecting the drain hose “hook” to the corrugated drain hose 3. Prop up the front of the washer about 4 in. (10.2 cm) with a wood block or similar object. The block needs to support the 1. Open the yellow single-wire clamp and slide over the end of weight of the washer. the drain hose about 4 inches. (Pliers optional) 4. Screw the lock nut onto each foot to within
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4. Attach the hose with the blue coupling to the COLD (left) inlet Leveling the Washer valve. Screw on coupling by hand. Using the pliers, tighten the coupling an additional two-thirds turn. Properly leveling your washer prevents excessive noise and NOTE: Do not overtighten. Damage to the valve may result. vibration. 1 2 1. Check the levelness of the washer by placing a level on the top of the washer, first side-to-side, then front-to-back. Fig. 1-14 1. Cold water inlet valve (blue) Fig. 1-
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Use & Care Information Due to the unique washing action of the CALYPSO™ washer, it is strongly recommended that the consumer use a High Efficiency detergent. High Efficiency detergents are formulated to control sudsing which may occur with use of regular detergents. If the consumer does not wish to use HE detergent, it is recommended to use 1/2 the normal amount. In soft water locations, the quantity may need to be reduced even further. Only LIQUID chlorine bleach should be used in the Bleach
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SECTION TWO THEORY OF OPERATION NUTATION nu-ta-tion \ n(y)ü-’ta-shen\ n The spiral movement of the axis of a rotating body, such as the oscillation of a spinning top. CONTROL PANEL Sta tus So a k Wa s h Rinse Extra Sp in & Rinse Fluff Cycle Complete Extra Heavy Hot Cold Heavy Warm Warm Assure d No Nor rm ma all Warm Cold Wa te r Te m p Estimated T ime Light Cold Cold L o ud er Options Remaining Softer Refresh Cold Cold Off St a r t Sto p Canc el Fig. 2-1 CYCLE DESCRIPTIONS DESCRIPTION
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OPERATIONAL CYCLE DEFAULT WASH AND SPIN MAIN WASH ACTION FINAL SPIN CYCLES Whitest Whites 275 NPM nutate 800 RPM 300 NPM nutate 800 RPM Heavy Duty 800 RPM Normal 275 NPM nutate Jeans/Darks 250 NPM nutate 800 RPM 400 RPM Bulky Items 250 NPM nutate Quick Wash 250 NPM nutate 800 RPM 60 RPM spin and spray wash 400 RPM Delicate Casual 300 RPM Wool 60 RPM spin and spray wash Hand Wash 60 RPM spin and spray wash 400 RPM 800 RPM Rinse & Spin N/A-not a wash Extend Spin N/A-not a wash 800 RPM NOTE: NPM =
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Water Temp The WATER TEMP keypad provides for selection of different wash and rinse combinations. Water fill temperatures can be either HOT (hot water valve only), WARM (both the hot and cold water valves) or COLD (cold water valve only). Fills during rinses may be COLD until the final rinse/spin interval. The WATER TEMP can be changed at any time during the wash cycle. The action takes place during a water fill, or the next water fill. Changes late in the cycle are allowed, but may not be a
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THERMISTOR RESISTANCE CHART THERMISTOR RESISTANCE TEMP RESISTANCE VALUE ° F 40 126k - 135k ohms 50 97k - 102k ohms 60 75k - 78k ohms 70 58k - 61k ohms 80 46k - 47k ohms 90 36k - 37k ohms 100 28k - 30k ohms 110 23k - 24k ohms 120 18k - 19k ohms 130 15k - 16k ohms 140 12k - 13k ohms 150 10k - 11k ohms Additional Options DESCRIPTIONS OPTIONS Loosens soils when added to a cycle. Selection of Soak SOAK will add approximately 16 minutes to the wash portion of the cycle. Extra Rinse Adds an additional
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MACHINE CONTROLLER The Machine Controller interprets the consumer inputs from the keyswitch pads to operate the cycle selected. The Machine Controller interfaces with the Motor Controller to operate the Drive motor and Pump motor through their vari- ous functions during the cycle. The Machine Controller also directly operates the water fill and dispenser solenoids, interprets the thermistor readings, lid switch condition, as well as the position of the contacts in the Operating and Flood Press
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Peekaboo Mode The Peekaboo mode allows the user the opportunity to look into the washer during a wash action. During the Peekaboo Mode, the electronic control will allow the machine to nutate at 150 NPM for a maximum of 5-seconds after the washer lid is opened. When the lid is closed, the Start pad must be pressed to continue the cycle. NUTATION The Calypso washer achieves a significant en- ergy savings by utilizing less water than a tradi- Water is Sprayed on Wash Load tional top loading machi
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In the spin mode, the top of the leveler is positioned to be in line with the nutate shaft. This levels the outer wash plate so that the spin basket spins without an out of balance condition that would be caused by a tilted wash plate. The leveler shift mechanism is moved from nutate to spin by the nutate shaft direction and an interfer- ence with the inner wash plate embossment. Note position of hub tab Shift Mechanism (Spin Position) Leveler in spin position. Fig. 2-6 UNIVERSAL JOINT During N
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DRIVE SYSTEM The Drive Motor operates the nutate and spin functions by reversing direction. The Drive Motor is linked to the drive mechanisms by a stretch belt. The belt transfers the motion of the Drive Motor to a Drive Pulley. The Drive Pulley has a splined hub, into which the Nutate Shaft is inserted and is in motion in whichever direction the Drive Pulley is turning. The Drive Pulley, Drive Motor and Drive Belt all turn in a clock-wise direction, as viewed from underneath when the system
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PRESSURE SWITCHES The washer uses two pressure switches to control the amount of water entering the tub and to protect against an overfill condition. The operating pressure switch, marked OPR, controls the amount of water that enters the tub during normal wash and rinse functions. This switch operates in the same manner as similar pressure switches through a pressure switch tube, diaphragm and switch. The switch contact is normally closed and will open on pressure rise. The overfill pressure
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RECIRCULATION AND DRAIN Water Pump/Pump Motor The pump is directly driven by a separate reversible 120 VAC 60 Hz motor. By being reversible, the motor provides for two separate operations of the washer. Outer Tub The Outer Tub sump plays a role in the drain and water recirculation function The sump area includes two check balls that direct water flow when the water pump operates in the drain and recirc direction. When water is present in the tub, the check Recirculation Check Ball balls will f
