lancer 85-3322 Manual

INSTALLATION AND SERVICE MANUAL
FOR
MINUTE MAID JUICER
TWO VALVE DISPENSER
Part Number 85-3322 Two Valve, Push Control 115V/60 Hz
Part Number 85-3332 Two Valve, Portion Control 115V/60 Hz
This manual supersedes and replaces 28-0703, dated 05/24/06
Please refer to the Lancer web site (www.lancercorp.com) for information relating to Lancer
Installation and Service Manuals, Instruction Sheets, Technical Bulletins, Service Bulletins, etc.
DATE: 08/23/06
P.N. 28–0703/01
FAX Engineering: • 210-310-7096
"Lancer" is the registered trademark of Lancer • Copyright — 2006 by Lancer, all rights reserved
6655 LANCER BLVD. • SAN ANTONIO, TEXAS 78219 USA • [phone]
FAX SALES
• NORTH AMERICA – 210-310-7245 • INTERNATIONAL SALES – 210-310-7242 • CUSTOMER SERVICE – 210-310-7242 •
• LATIN AMERICA – 210-310-7245 • EUROPE – 32-2-755-2399 • PACIFIC – 61-8-8268-1978 •

TABLE OF CONTENTS
TABLE OF CONTENTS ......................................................................................................................................i
ACCESSORIES FOR MINUTE MAID JUICER .................................................................................................ii
SPECIFICATIONS..............................................................................................................................................ii
1. INSTALLATION ...........................................................................................................................................1
1.1 RECEIVING........................................................................................................................................1
1.2 UNPACKING ......................................................................................................................................1
1.3 SELECTING COUNTER LOCATION .................................................................................................1
1.4 FILLING THE UNIT WITH WATER ....................................................................................................1
1.5 CONNECTING THE WATER SUPPLY ..............................................................................................2
1.6 CONNECTING THE ELECTRICAL POWER .....................................................................................2
1.7 KEY LOCK SWITCH ..........................................................................................................................2
1.8 INSTALLING THE CONCENTRATE PACKAGES..............................................................................2
1.9 PURGING THE WATER SYSTEM OF AIR........................................................................................2
2. OPERATING THE UNIT ..............................................................................................................................3
2.1 PRODUCT LOADING/UNLOADING ..................................................................................................3
2.2 SOLD OUT OPERATIONS.................................................................................................................4
2.3 SETTING RATIOS..............................................................................................................................4
2.4 DISPENSING CONFIGURATIONS ....................................................................................................6
2.5 OPERATION WITH “PUSH AND HOLD” ...........................................................................................6
2.6 OPERATION WITH “PORTION CONTROL”......................................................................................6
2.7 CLEANING AND SANITIZING INSTRUCTIONS ...............................................................................7
3. OPERATING PRINCIPLES .........................................................................................................................8
3.1 WATER SYSTEM ...............................................................................................................................8
3.2 CONCENTRATE DELIVERY SYSTEM..............................................................................................8
3.3 REFRIGERATION SYSTEM ..............................................................................................................8
3.4 ELECTRICAL SYSTEM......................................................................................................................9
3.5 ELECTRONIC SYSTEM ....................................................................................................................9
4. RELOCATING OR SHIPPING UNIT .........................................................................................................10
4.1 REMOVING AN OPERATING UNIT ................................................................................................10
4.2 TRANSPORTING UNIT ...................................................................................................................10
4.3 SHIPPING UNIT...............................................................................................................................10
5. REPAIR AND REPLACEMENT.................................................................................................................10
5.1 LIGHTED FRONT DISPLAY ............................................................................................................10
5.2 DOOR DISASSEMBLY.....................................................................................................................11
5.2.1 DOOR REMOVAL.............................................................................................................................11
5.2.2 DOOR BOARD REPLACEMENT .....................................................................................................11
5.2.3 ELECTRONIC LIGHT BOARD REPLACEMENT.............................................................................11
5.2.4 DOOR LOCK SOLENOID ................................................................................................................11
5.2.5 DOOR SEAL REPLACEMENT.........................................................................................................11
5.2.6 GAS STRUT REPLACEMENT.........................................................................................................12
5.3 CONDENSER FAN MOTOR REPLACEMENT................................................................................12
5.4 AGITATOR MOTOR REPLACEMENT .............................................................................................12
5.5 ICE BANK CONTROLLER...............................................................................................................12
5.6 TOP COVER REMOVAL ..................................................................................................................12
5.7 REFRIGERATION DECK REMOVAL...............................................................................................12
5.8 PRODUCT RECOGNITION/SOLD OUT SENSORS REMOVAL.....................................................13
5.9 PRODUCT CHAMBER CIRCULATION FAN REMOVAL .................................................................13
5.10 WATER CALIBRATIONS VALVE/FLOW WASHER REMOVAL .......................................................13
5.11 NOZZLE REPLACEMENT ...............................................................................................................14
5.12 DOOR SPOUT SEAL REPLACEMENT ...........................................................................................14
5.13 CONTROL BOX REMOVAL .............................................................................................................14
5.14 STEPPER MOTOR REMOVAL/REPLACEMENT............................................................................14
5.15 WRAPPER REMOVAL .....................................................................................................................15
6. TROUBLESHOOTING...............................................................................................................................15
REFRIGERATION SYSTEM ......................................................................................................................15
DISPENSING SYSTEM .............................................................................................................................16
7. ILLUSTRATIONS, PARTS LISTINGS, WIRING AND WATER FLOW DIAGRAMS ................................19
7.1 FRAME/INSULATION, TANK ASSEMBLY .......................................................................................19
7.2 INSULATED TANK ASSEMBLY .......................................................................................................20
7.3 PUMP PLATFORMS/FAN PLATE ASSEMBLY...........................................................................21-22
i

SPECIFICATIONS
7.4 DOOR STRUTS/TRIM ASSEMBLY .................................................................................................23
7.5 ELECTRICAL COMPONENT, DETAIL .............................................................................................24
7.6 CABINET ASSEMBLY ......................................................................................................................25
7.7 PERIPHERAL COMPONENTS/FINAL ASSEMBLY.........................................................................26
7.8 UNPACKING DETAIL .......................................................................................................................27
7.9 FLOW METER/SOLENOID ASSEMBLY..........................................................................................28
7.10 COMPRESSOR DECK ASSEMBLY ...........................................................................................29-30
7.11 LEFT DOOR ASSEMBLY (TYPICAL) .........................................................................................31-32
7.12 TOP COVER ASSEMBLY, DETAIL ..................................................................................................33
7.13 ASSEMBLED UNIT ..........................................................................................................................34
7.14 WATER FLOW DIAGRAM................................................................................................................35
7.15 WIRING DIAGRAM ..........................................................................................................................36
ii
TABLE OF CONTENTS (CONTINUED)
DIMENSIONS:
WIDTH 10 1/8 inches (257 mm)
DEPTH 25 1/2 inches (648 mm)
HEIGHT 33 inches (838 mm)
WEIGHT:
SHIPPING 125 pounds (56.7 kg)
EMPTY 112 pounds (50.8 kg)
OPERATING 160 pounds (72.6 kg)
ELECTRICAL REQUIREMENTS (running): 115 VAC, 60 Hz 7 Amps
WATER REQUIREMENTS: MINIMUM flowing pressure of 35 PSI, at a flow
rate of six (6) ounces per second (177 ml/sec)
MAXIMUM operating pressure of 90 PSI
WATER CONNECTION: 3/8” (9.525 mm) barbed hose fitting
ACCESSORIES FOR MINUTE MAID JUICER
Part Number Description
82-3789 Drop Down Drip Tray
REFRIGERATION: 1/4 Horsepower (HP) Compressor, using R134-A refrigerant
10.0 pounds (+/- 2.0 pounds) (4.54 kg) ice bank weight
6.5 gallon (24.6 liter) water bath capacity
DRINK CAPACITY:
More than 100 twelve (12) ounce drinks at three (3) per minute under 45oF at 75oF ambient.
More than 20 thirty-three (33) ounce drinks at one (1) per minute under 45oF at 75oF ambient.
More than 50 twelve (12) ounce drinks at two (2) per minute under 45oF at 90oF ambient.
More than 15 thirty-three (33) ounce drinks at one (1) per minute under 45oF at 90oF ambient.
NOTE
Water pipe connections and fixtures directly connected to a potable water supply must all be sized, installed,
and maintained according to Federal, State, and Local laws. The water supply must be protected by means
of an air gap, a backflow prevention device (located upstream of the CO2injection system) or another
approved method to comply with NSF standards. A backflow prevention device must comply with ASSE and
local standards. It is the responsibility of the installer to ensure compliance.

1
1. INSTALLATION
1.1 RECEIVING
Each shipment is completely tested under operating conditions and thoroughly inspected before
shipment. At time of shipment, the carrier accepts the Unit and any claim for damage must be made
with the carrier. Upon receiving Unit from the delivering carrier, carefully inspect carton for visible
indication(s) of damage. If damage exists, have carrier note same on bill of lading and file a claim
with the carrier.
1.2 UNPACKING
A. Cut packing band and remove.
B. Lift and remove top portion of carton.
C. Remove inner packing.
D. Remove package containing installation kit.
E. Lift plywood shipping base, and remove lower portion of carton.
F. Slide a corner of unit (on plywood shipping base) over the edge of counter and remove the
shipping screw and washer from unit.
G. Replace shipping screw and washer with a 3/8” x 16 stainless Phillips truss head from
installation kit.
H. Repeat procedure for remaining corners.
I. Slide unit off of plywood shipping base.
NOTE
Save the original carton, inner packing material, and plywood shipping base for future use in the
event unit is to be returned or transported.
J. Inspect Unit for concealed damage and if evident notify delivering carrier and file a claim against
same.
NOTE
If unit is to be transported to a different location for installation, it could be transported easier if
the unit is left firmly mounted to the shipping base.
1.3 SELECTING COUNTER LOCATION
A. Select a location close to a properly grounded electrical outlet and water supply that meets the
requirements listed on the Specification Page.
CAUTION
WITHOUT PROPER VENTILATION, THE UNIT’S COMPRESSOR WILL OVERHEAT, POSSIBLY
TRIP THE OVERLOAD PROTECTOR, AND HAVE SIGNIFICANTLY SHORTER LIFE.
B. Condenser air is drawn in the back of the Unit and exhausted out the top. The Unit requires a
minimum of four (4) inches between the wall, ceiling, and the back of the wrapper for proper
ventilation.
C. Seal unit to countertop by applying a small bead of clear silicone R.T.V. sealant around the
perimeter of the base platform. Use a sealant that is designated for countertop application.
1.4 FILLING THE UNIT WITH WATER
The water bath overflow is located in the back center of the product compartment, behind the pump
platform sheet metal plate.
A. Remove the top cover.
B. Remove the yellow cap.
C. Insert water hose into exposed hole.
D. Open front door.
E. Use a flashlight to see the overflow hole through the two upper rectangular slots in the pump
platform sheet metal plate.
F. Stop the water flow when water drips out from the overflow hole.
G. Shut the front door, and remove water hose.
H. Replace the yellow cap and replace the top cover.

1.5 CONNECTING THE WATER SUPPLY
NOTE
This unit is to be installed with adequate backflow protection to comply with applicable
federal, state and local codes. This is an NSF requirement.
The unit can be installed with the water and electric supply entering the unit through an access plate
in the back of the wrapper, or through a hole in the countertop, directly into the unit.
A. Flush the water supply line thoroughly.
B. Remove drip tray by pulling up slightly, while lifting away from the Unit.
C. Remove splash plate by pulling the bottom up slightly, then out from the Unit.
D. The installation kit contains both a straight connector (for through the countertop) and an elbow
connector (for through the back of the Unit). Use the appropriate connector and securely attach
to the included tubing with clamp.
E. Lubricate the O-rings on the fitting with Lancer Lube and insert into the 1/4 turn shutoff valve
and secure with sliding clip. (On installations going through the back of the wrapper, remove the
cover plate on the back of the Unit and thread the tubing through the lower section of the
machine and out the back of the Unit.)
1.6 CONNECTING THE ELECTRICAL POWER
WARNING
THIS UNIT MUST BE ELECTRICALLY GROUNDED TO AVOID POSSIBLE FATAL ELECTRICAL
SHOCK OR SERIOUS INJURY TO THE OPERATOR. THE POWER CORD IS PROVIDED WITH
A THREE PRONG GROUNDED PLUG. IF A THREE HOLE GROUNDED OUTLET IS NOT
AVAILABLE, USE AN APPROVED METHOD TO GROUND THE UNIT.
A. Thread the unit power cord, following the water connection routing, and plug the female end of
the unit power cord into the outlet on the transformer box.
B. Connect the other end to the appropriate grounded outlet. The agitator motor will start running
immediately and will run continuously. The compressor and condenser fan are in parallel.
There is a five minute delay timer in this circuit. After that time has elapsed, the
compressor/condenser fan with start and run continuously until a complete ice bank is built. This
will take about two (2) hours, depending on ambient and water temperature.
1.7 KEY LOCK SWITCH
The key lock switch, located on the lower right hand front of the unit, has three positions. These
positions, taken clockwise, are:
A. OFF. In this position, the refrigeration system remains on but the door latch release solenoids
are deactivated. The merchandising panel is not lighted and the unit will not dispense product.
B. ON. In this position, the refrigeration system remains on, the door latch release solenoids are
deactivated, the front merchandising panel is lit, and the unit dispenses product.
C. FLUSH. In this position, the refrigeration system remains on, the door latch release solenoids
are activated, the front merchandising panel is lighted, but only the water solenoid coils are
activated. Set-up and Diagnostics are performed in this position.
1.8 INSTALLING THE CONCENTRATE PACKAGES
A. Turn key lock from the “ON” position to the “FLUSH” position.
B. Place the concentrate package on the platform, ensuring that the cap faces front.
C. Insert the “yellow” check valve “o-ring” side into the cap of the concentrate package.
D. Repeat procedures 1.8.B and 1.8.C for the one remaining position.
1.9 PURGING THE WATER SYSTEM OF AIR
A. Turn key lock from the “ON” position to the “FLUSH” position.
B. Place a cup beneath the left most (when facing the machine) dispensing nozzle and press the
PUSH or POUR/CANCEL buttons until a clear stream is observed.
C. Purge the remaining valve the same way, moving progressively to your right.
D. Rotate the key lock switch back to the “ON” position.
E. Dispense a small amount from each valve until product is visible in the stream.
F. The dispenser is ready to operate.
2

2. OPERATING THE UNIT
2.1 PRODUCT LOADING/UNLOADING
A. Thaw the Minute Pak®in a 40 degree
F cooler for 48-72 hours.
B. Shake the Minute Pak®well (see
Figure 1).
3
D. Open dispenser door (press the # key)
(see Figure 3). Then lift the door.
E. Install the Minute Pak®into the slot for the appropriate flavor.
F. Insert check valve into the Minute Pak®opening (see Figures 4 and 5).
Figure 4
G. Prime pump using the *key.
H. Dispense enough juice to prime the
pump (see Figure 6), until the dispensed
beverage appears consistent [dispense
approximately two to four (2-4) ounces of
product].
Figure 3
Figure 1
Figure 2
C. Turn unit to “Flush Mode” (key on
right bottom side of dispenser) (see
Figure 2).
Figure 5
Figure 6

2.2 SOLD OUT OPERATIONS
A. When the display shows SOLD OUT or
CHANGE PRODUCT, follow the loading
procedures to change the package.
B. Once the package is changed, touch the *in
the bottom left hand corner of each touch
pad affected until concentrate pours (see
Figure 7).
C. This will reset the sold out feature.
D. Continue with the loading procedures to
prime the pump.
4
Figure 7
2.3 SETTING RATIOS
A. Enter juice selection programming mode by simultaneously pressing
the * and #buttons.
B. Toggle up or down to select juice type (see Figure 8).
1. Press left hidden button to scroll down.
2. Press right hidden button to scroll.
C. Press pour/cancel (“PUSH” Button) when correct juice is identified.
Figure 8
NOTE:
For Other (non-standard brands),
toggle to “Other Custom” and
simultaneously press the * and #
buttons again.
• Display will default to 5:1.
• The left button will decrease
ratio by .25 ratio units.
• The right button will increase by
.25.

D. Check/Adjust Ratios
1. To check and/or adjust the ratio you measure the amount of water dispensed and then the
finished product dispensed into a graduated cylinder. You adjust the finished product to
equal the volume of water dispensed.
2. Process
a. Turn key switch to flush mode.
b. Purge water line until clear by pressing pour cancel button.
c. Press the * and #buttons on outside edge of door panel at the same time to access the
RATIO MODE (see Figures 9 and 10).
5
Figure 9
HIDDEN RATIO
CHECK/ADJUST
BUTTONS
POUR / CANCEL
E. To check ratio:
1. Press and release pour cancel
a. Water will pour automatically (use a 500 ml graduated cylinder,
see Figures 11 and 12, to catch dispensed water - note level of
water for use in step G below).
b. 450 ML should pour into cylinder - Each band is 5 ml (if off more
that two bands, then troubleshoot water sub-system).
F. Put cup under nozzle and press pour cancel. Throw first sample away.
G. Empty cylinder and place under nozzle assembly. Press and release
pour cancel.
1. Combined water and juice will dispense – Target is same as water
only level in step 1.
2. If within one band-width, return to operation.
Figure 12
Figure 10
Figure 11

H. If out of spec (finished product volume does not equal water volume), adjust the ratio by
pushing the * and #buttons: For example:
1. If the ratio is 4 bands below, toggle down to -4 using the * and #buttons (see Figure 13).
Press pour cancel and check volume again - Repeat until correct.
2. If the ratio is 3 bands above water level, toggle up to +3. Press pour cancel and check
volume again.
3. When the volume of combined product equals the water level, turn key switch to run position
and return unit to service.
NOTE:
This process should only be performed during startup, pump replacement or changing of
brand.
Figure 13
2.4 DISPENSING CONFIGURATIONS
The dispenser has two (2) different dispensing configurations, depending on the model. These
configurations are:
A. PUSH and HOLD. The is the basic machine where the touch sensor switch is pushed to start
dispensing and released to terminate the dispense.
B. PORTION CONTROL. This option has a different touch sensor switch and switch control board.
Each valve can be individually programmed to remember four (4) different dispense volumes
and then to dispense those volumes when the individual sections of the touch sensor switch is
activated.
2.5 OPERATION WITH “PUSH and HOLD”
A. Place a vessel on the target located on the Cup Rest.
B. Depress the “Push” area to start the flow of product.
C. Release the pressure on the switch to terminate the flow of product.
2.6 OPERATION WITH “PORTION CONTROL”
A. Place a vessel on the target located on the Cup Rest.
B. Activate the program mode for that valve by simultaneously depressing the “SMALL” and
“EXTRA LARGE” buttons.
C. Place a glass of the proper size (i.e., small, medium, large, or extra large) on the target on the
Cup Rest and depress the corresponding button.
D. Continue holding the button until the proper fill level is obtained.
E. Use the same procedure for setting the fill volume for the other sizes of glasses.
F. Push the “POUR/CANCEL” button to exit the program mode. The program will automatically
store the last fill volume that was dispensed through that button size before you exited the
program mode.
(This section continued on next page)
6

G. Follow the same procedures to set the fill volume for the remaining valves.
NOTE
Since the volume settings are unique to each valve, each valve can have four different dispense
volumes. Lemonade in valve position 1, for example, could have a different dispense volume
(i.e., “SMALL” , “MEDIUM” , etc.) than Orange Juice in valve position 2.
2.7 CLEANING AND SANITIZING INSTRUCTIONS
For optimum dispenser performance and highest drink quality, please follow the instructions listed
below for cleaning your dispenser. The instructions are also shown on the inside front cover of the
Dispenser.
CAUTION
DO NOT USE ANY POWDERS OR ABRASIVE CLEANING COMPOUNDS THAT WILL DAMAGE
FINISH.
A. Daily
1. Turn the dispenser to FLUSH Mode.
2. Flush each valve until clear water only is dispensed.
3. Remove and wash drip tray and cup rest in warm, soapy water using a mild detergent. Rinse
thoroughly with clean, warm water and reinstall drip tray and cup rest to dispenser.
4. Wipe down any areas where concentrate may have spilled or beverages splashed.
5. If doors were opened to wipe soiled areas, close the doors.
6. Ensure the drain tube into the drip tray is properly seated.
7. Follow the Loading procedures in the ON Mode.
WARNING
REMOVE SANITIZING SOLUTION FROM DISPENSER AS INSTRUCTED. RESIDUAL
SANITIZING SOLUTION LEFT IN SYSTEM COULD CREATE HEALTH HAZARD.
CAUTION
DO NOT SOAK NOZZLES IN CHLORINE SOLUTION OVERNIGHT. THIS WILL CAUSE
NOZZLES TO SWELL AND PLASTIC WILL BEGIN TO DETERIORATE.
B. Every Two Weeks
1. Turn key switch to “FLUSH MODE”, flush each valve of dispenser until clear water flows
from the nozzle.
2. Open door and lift up on the check valve (yellow elbow) to remove it from the Minute Pak®
container.
3. Remove Minute Pak container from dispenser and refrigerate.
7
4. Remove nozzles (see Figures 14 and 15). Wash thoroughly with warm, soapy water using
a mild detergent (see Figure 16). Rinse thoroughly with clean, warm water and replace.
DO NOT SOAK NOZZLES IN CHLORINE SOLUTION OVERNIGHT. THIS WILL CAUSE
NOZZLES TO SWELL AND PLASTIC WILL BEGIN TO DETERIORATE.
5. Using a funnel, fill each specially marked sanitizing container up to the top with COOL
chlorinated sanitizing solution (Diversol CX, or equivalent), minimum 100 PPM available
chlorine, but not to exceed 200 PPM; place sanitizing container in dispenser.
Figure 14 Figure 15 Figure 16 Figure 17

6. Replace check valve in sanitizing container.
7. Activate “PURGE BUTTON” for two (2) minutes ensuring concentrate lines are full of
solution. Let solution stand for five (5) minutes without dispensing.
8. For each valve, perform a second two (2) minute dispense and let stand for an additional
five (5) minutes.
9. Activate “PURGE BUTTON” until the sanitizing solution empties from the sanitizing
container.
10. Remove check valve from sanitizing container, remove sanitizing container, and pour out
any sanitizing solution that remains in the container.
11. Repeat for each valve.
12. Reinstall Minute Paks®, and connect check valves in containers. Replace nozzles (see
Figure 17)
13. Using the “PURGE BUTTON”, run the pump until only concentrate is dispensed, to remove
traces of sanitizing solution from the dispenser.
NOTE
Please note that a fresh water rinse cannot follow sanitization of equipment. Purge only
with the end use product. This is an NSF requirement.
14. Remove drip tray and cup rest. Wash thoroughly with warm, soapy water using a mild
detergent. Rinse thoroughly with clean, warm water.
15. Wipe the dispenser with a clean damp cloth, taking care to remove all product residue.
16. Replace drip tray, and cup rest.
17. Return key switch to “ON” position
18. Pour approximately two (2) ounces of finished drink product to fill nozzle.
3. OPERATING PRINCIPLES
3.1 WATER SYSTEM
Inlet water is plumbed through a 1/4 turn ball valve, in the front of the dispenser, to a stainless steel
tube (imbedded in the insulated tank assembly) where it connects to the copper Water Coil on the
left side of the ice bath tank. The water is chilled to below 40oF and fed through a Vacuum Breaker
to a distribution manifold. The manifold has four outlets that extend into the interior of the of the
refrigerated compartment. Each outlet connects to a flow meter/solenoid valve which operates the
water flow and measures the amount of water that was dispensed.
3.2 CONCENTRATE DELIVERY SYSTEM
When the dispensing valve is activated, concentrate is drawn from the bottom of the concentrate
container, up the integral dip tube and through the check valve and concentrate tube, to the inlet of
the concentrate pump.
It is metered by volume and pumped into the spout where it mixes with the water. The temperature
of the concentrate does not effect the °Brix as long as it is above 32°F (0°C). The volume output of
the concentrate pump is controlled electronically and can be adjusted to change the °Brix.
3.3 REFRIGERATION SYSTEM
The copper tube evaporator mounted to the compressor deck and located in the water bath
compartment of the insulated tank assembly, forms a ring of ice that weighs approximately
21 pounds. Additional water in the compartment is continuously circulated in the compartment by
the agitator motor to maintain a constant 32oF bath temperature. The copper water coil is
mounted to the dispenser and is located directly below the ice bank.
The insulated tank assembly is substantially fabricated out of aluminum plate. Heat is removed from
the concentrate compartment through conduction to the ice bath. Cool air is circulated in the
container compartment by a small fan mounted to the back plate of the container compartment.
When product is dispensed, water is drawn through the water coil and chilled. As ice is depleted,
the ice bank control senses that the ice is melting and turns the compressor and condenser fan on.
When the ice bank is rebuilt, the ice bank control turns the compressor and condenser fan motor
off. The compressor will periodically run to maintain the ice bank even though no drinks were
dispensed. If power to the unit was disrupted while the compressor was running, the compressor
8

would not restart immediately when power is re-established. There is a restart delay circuit
[approximately five (5) minutes] built into the ice bank control to prevent the compressor from
starting under pressure. This feature protects the compressor from premature failure.
The unit has a “lift out” refrigeration deck. The compressor, condenser, fan and agitation motors,
evaporator, and ice bank control system are mounted on a common deck plate. The deck is
attached to the insulated tank assembly in the back of the unit above the water bath compartment.
A removable grill mounted to the top cover provides access to the deck components. The
refrigeration deck assembly can also be separated from the unit by first removing the two doors,
followed by removing the top cover of the unit. After removing the mounting hardware, the deck can
be lifted up and out of the unit.
3.4 ELECTRICAL SYSTEM
WARNING
THIS UNIT MUST BE ELECTRICALLY GROUNDED TO AVOID POSSIBLE FATAL ELECTRICAL
SHOCK OR SERIOUS INJURY TO THE OPERATOR. THE POWER CORD IS PROVIDED WITH
A THREE PRONG GROUNDED PLUG. IF A THREE HOLE GROUNDED OUTLET IS NOT
AVAILABLE, USE AN APPROVED METHOD TO GROUND THE UNIT.
The unit’s power cord plugs directly into the transformer box located on the front, left corner of the
dispenser, behind the splash plate. The transformer box contains the transformer. The transformer
supplies 24 VDC power to the CPU (PN 52-2927). A jumper harness from the transformer box
connects the supply line power to the compressor deck.
The transformer, compressor, agitator, and condenser fan motor have internal circuit protection. The
24 VDC transformer has a manual reset button located on the side of the transformer.
3.5 ELECTRONIC SYSTEM
The dispenser’s electronic systems control all of the dispenser functions. The refrigeration system
is controlled by an electronic Ice Bank Controller located on the compressor deck. A printed circuit
board, located in the doors, operates the front display panel light and relays membrane switch
information to the electronics box. All other functions are controlled by the electronics box located
behind the splash plate. Sensors located in the refrigerated product compartment feed status
information to the electronics box which continuously monitors dispenser functions.
A. Water Solenoid/Flow Meter
(1) Inlet water is controlled by a combination solenoid valve/flow meter. When the dispense
mode is activated, the solenoid opens and water flows through the water coil, solenoid valve
and integral flow meter until it exits at the front of the unit. Each package slot has a
stainless nipple that connects to the mixer of the concentrate package when the package is
installed.
(2) The flow of water activates the integral digital flow meter which sends a pulse to the
microprocessor. The microprocessor continuously monitors the flow rate and adjusts the
concentrate drive motor to correct for any variations in flow rate due to pressure variations.
There is a flow control washer in the connecting tube, downstream from the solenoid
valve/flow meter that limits the flow rate to 1.5 ounces per second, in case there is excessive
water pressure at the installation site.
B. Lighted Front Display
The front door display is illuminated by high intensity LEDs. The printed circuit board is
located in the door below the light reflector.
C. Electronic Ice Bank Controller
The ice bank controller housing is mounted on the compressor deck. It connects to a probe
that is mounted to the evaporator coil. The probe allows the controller to measure the
difference in resistance between water and ice, and shuts the compressor off when the ice
bank grows enough to cover the probe. The printed circuit board inside the housing uses an
edge connector so that it can be easily serviced.
9

4. RELOCATING OR SHIPPING UNIT
4.1 REMOVING AN OPERATING UNIT
A. Remove concentrate packages (see Section 2.1).
B. Turn water supply OFF at the source. Activate one of the valves to drain the water from the
system.
C. Remove the splash plate. Slide the locking clip on the Shut Off Valve to release the inlet fitting
and remove the inlet fitting from the valve, leaving the valve connected to the unit.
D. Remove the water inlet line, either through the access plate in the rear of the unit or through the
bottom, depending on how the unit was installed.
WARNING
THIS UNIT MUST BE ELECTRICALLY GROUNDED TO AVOID POSSIBLE FATAL ELECTRICAL
SHOCK OR SERIOUS INJURY TO THE OPERATOR. THE POWER CORD IS PROVIDED WITH
A THREE PRONG GROUNDED PLUG. IF A THREE HOLE GROUNDED OUTLET IS NOT
AVAILABLE, USE AN APPROVED METHOD TO GROUND THE UNIT.
E. Turn the key switch OFF and disconnect the power cord from the electrical outlet.
F. Attach a suitable length of drain tubing to the drain outlet.
G. Place the free end of the drain tubing in a suitable receptacle [i.e., a floor drain or a five (5)
gallon container] and rotate the barbed section counterclockwise approximately 2.5 turns. The
fitting has a hexagonal section at the base to facilitate rotation.
H. Turn the barbed end clockwise approximately 2.5 turns to close drain and remove drain tubing.
NOTE
The unit will have up to 10 pounds of ice attached to the Evaporator Coils. If unit is to be
shipped any distance, it is strongly recommended that the ice be removed.
The ice can easily be removed by refilling the unit with moderately hot water through the filling
tube on the compressor deck to melt the ice, and then draining the water from the unit.
4.2 TRANSPORTING UNIT
WARNING
DO NOT LAY UNIT ON ITS SIDE OR BACK.
The best method for transporting the unit is to secure it to a plywood shipping base.
4.3 SHIPPING UNIT
If a unit is to be shipped by common carrier, it must be secured to the plywood shipping base and
repacked in the original carton with the inner packing material. For this reason, it is wise to retain
the original shipping materials.
5. REPAIR AND REPLACEMENT
5.1 LIGHTED FRONT DISPLAY
A. Turn unit to “Flush Mode” (key on right bottom side of dispenser) (see Figure 2).
B. Open dispenser door (press right # button on door panel to open door) (see Figure 3). Then lift
the door.
C. Turn the lens release handles on the lower part of the door liner one fourth (1/4) turn from the
“locked” position to the “open” position.
D. Lift front lens, graphic insert, and backing sheet out from the bottom edge of the lens, rotating
on the top edge until the locking tabs at the bottom clear the door shell, and the holding tabs on
the top edge can be disengaged from the door shell.
E. Place the graphic insert and backing sheet in the recess in the back of the door lens. Be sure
that these pieces are properly seated in the lens.
F. Grasp the lens on the lower portion of both sides with the exterior surface of the lens closest to
your body, while keeping the graphic insert and backing plate properly seated with your
fingertips.
G. Insert the tabs on the top edge in their mating slots, and rotate the bottom edge until the
locking tabs are seated in the door (this operation is easier if the door is closed). Be sure that
10

the graphic insert and backing plate are in position and have not slipped down. If this occurs,
the lens will bind at the top and could break the top tabs.
H. Open door and turn lens release handles to the locked position.
5.2 DOOR DISASSEMBLY
5.2.1 DOOR REMOVAL
A. Open door. Turn key switch to OFF position and disconnect the harness at the top of the
door.
B. Gently push upward on the door to relieve the door’s weight from the gas spring and slide
the pin out of the clevis that anchors the gas spring to the door. Rotate the gas spring
down and out of your way.
C. While supporting the door with one hand, lift the hinge pin tabs up out of the retaining slots
and slide the tabs toward the center of the door.
D. Remove the door.
5.2.2 DOOR BOARD REPLACEMENT
A. Turn key switch to OFF position.
B. Remove the lens (see Section 5.1).
C. Remove the four (4) screws on the back side of the door, that secure the liner to the door
shell, and lift the front door shell enough to disconnect the door board to light board
harness. The door shell can now be removed.
D. Remove the screws that secure the spiders onto the door board. Remove the door board
by lifting the back end up first, so it slips out of the front tabs holding it down.
E. Replace the door board and secure the spiders back on.
F. While supporting the bottom of the door shell with one hand, reconnect the door board to
the light board harness. This is best accomplished with the door closed and the top of the
door shell angled away from the unit
G. Secure door shell to the door liner with the four (4) screws
5.2.3. ELECTRONIC LIGHT BOARD REPLACEMENT
A. Turn key switch to OFF position.
B. Remove the lens (see Section 5.1) and door shell (see Section 5.2.2.A).
C. Remove the two (2) screws securing the light board to the inner door assembly.
D. Remove light board by unplugging the door board to light board harness.
E. Replace board and secure with screws.
F. Reconnect the light holder harness and secure the light holder/reflector assembly to the
door liner with the four screws.
G. Replace the door shell and secure with four (4) screws.
H. Replace lens assembly (see Section 5.1).
5.2.4. DOOR LOCK SOLENOID
A. Open door and remove the four screws that secure the solenoid mounting bracket to the
interior surface of the door liner.
B. Gently slide the bracket out of the door liner and unplug the connector.
C. Loosen the large nut the secures the solenoid coil to the bracket and slide the solenoid
assembly out of the slot in the bracket. Orient the bracket with the hatch turned up to
prevent the plunger from falling out once it clears the bracket.
D. Replace the solenoid assembly and secure with the large nut. Check to ensure the
plunger lead-in angle faces the back side of the bracket, that the plunger moves freely,
and does not bind. Adjust the position of the coil, if necessary.
E. Connect harness and slide door latch assembly into slots in back of door liner. Secure
with mounting screws.
5.2.5. DOOR SEAL REPLACEMENT
A. Grasp lip of door seal and gently pull the seal from the retaining slot in the back of the
door liner.
B. Lubricate the new seal with soapy water and insert of the retaining section of the seal
(starting first at each corner) into the slot in the door liner.
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C. Slowly work the remaining sections of the gasket until the gasket is completely seated.
5.2.6 GAS STRUT REPLACEMENT
A. Open door.
B. Gently push upward on the door to relieve the door’s weight from the gas spring and slide
the pin out of the clevis that anchors the gas spring to the door. Rotate the gas spring
down and out of your way.
C. Remove the pin that secures the gas spring to the top clevis in a similar way.
D. Align the hole in the large end of the gas spring with the clevis that is mounted to the top
of the unit’s interior.
E. Insert the retaining pin.
F. Open the door fully to align the hole at the shaft end of the gas spring with the door
mounted clevis and insert the retaining pin.
5.3 CONDENSER FAN MOTOR REPLACEMENT
A. Unplug unit.
B. Remove the two screws that secure the top grill to the top cover, and remove grill.
C. Unplug harness connecting condenser motor to the ice bank control box.
D. Remove the four screws that mount the condenser fan to the deck, and remove the motor/fan
assembly.
E. Replacement is the reverse of removal.
5.4 AGITATOR MOTOR REPLACEMENT
A. Unplug unit and remove the grill from the top cover (see Section 5.3).
B. Remove the four screws that mount the condenser fan to the deck, and move the motor/fan
assembly out of the way.
C. Unplug harness connecting agitator motor to the ice bank control box.
D. Remove screws securing the motor bracket to the deck plate and withdraw the agitator motor
vertically until the propeller clears the deck.
E. Replacement is the reverse of removal.
5.5 ICE BANK CONTROLLER
A. Unplug Unit and remove the grill from the top cover (see Section 5.3).
B. Remove the screw that secures the cover of the ice bank controller box and remove the cover.
C. The ice bank controller is contained on the printed circuit board. To remove the board, grasp
the top edge of the board and pull up.
D. Replace the printed circuit board by aligning the edges of the board with the slots in the guides.
Push the card straight down, seating the board firmly in the edge connector.
E. Slide the cover into position on the controller box, with the bottom tabs engaged in the slots on
the deck and secure with the screw.
5.6 TOP COVER REMOVAL
A. Remove the door (see Section 5.2.1).
B. Remove the two outer screws on the top face of door frame.
NOTE
There are three (3) screws on the top face of the door frame; however, the middle screw above
the door opening is not used to secure the top cover.
C. Remove the three screws on the back of the top cover that secures the top cover to the frame.
D. Gently work the top cover up and off of the unit, starting at the front and alternating to the back,
until the tabs holding the front of the top cover clear the top to the door frame.
E. Remove the top cover.
F. Replacement is the reverse of removal. Be careful to align the tabs in their respective slots and
work the top cover down into position.
5.7 REFRIGERATION DECK REMOVAL
A. Unplug unit.
B. Remove the top cover (see Section 5.6).
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C. Remove the four screws that secure the deck to the insulated tank assembly (a 3/8” socket and
a long extension are required).
D. Unplug the main power harness from the ice bank control box.
E. Locate a suitable location to place the deck once it is removed, considering that the melting ice
will allow the deck to slide easily and make a mess.
F. Position yourself on the counter, secure your weight lifting belt, and grasp the lifting handles on
the deck.
G. Using proper lifting techniques, lift the deck straight up until the evaporator and ice bank clear
the top of the wrapper. Place the deck on that suitable location, resting it on the bottom surface
of the ice.
NOTE
The help of an assistant would make this step easier, as the deck needs to be lifted up
relatively straight to prevent the ice bank from wedging against the sides of the tank.
H. Check that the main power harness is secured and out of the way, and replace the deck by
lowering the assembly straight down into the water bath compartment. Check to ensure the
guide pins on the tank line up with the holes in the deck.
I. Secure the deck to the tank with the four screws.
J. Connect the main power harness to the ice bank control box.
K. Replace the top grid and secure with the two screws.
5.8 PRODUCT RECOGNITION/SOLD OUT SENSORS REMOVAL
There are two (2) sold out sensors; one for each valve.
A. Remove the concentrate product (see Section 2.1).
B. Turn key switch to OFF position.
C. Remove nozzle by “wiggling” it out of the water fitting and concentrate delivery tube.
D. Remove both the left and right platform base.
E. Remove the thumb screws that secure the pump assembly platform base to the cabinet.
F. Tilt the pump assembly platform base forward.
G. Remove the screws that secure the sold out sensor to the pump assembly platform base.
H. Unplug the waterproof connector.
I. Replacement is accomplished in the reverse order of removal.
5.9 PRODUCT CHAMBER CIRCULATION FAN REMOVAL
A. Remove the concentrate product (see Section 2.1).
B. Turn key switch to OFF position.
C. Remove nozzle by “wiggling” it out of the water fitting and concentrate delivery tube.
D. Remove both the left and right platform base.
E. Remove the thumb screws that secure the pump assembly platform base to the cabinet.
F. Tilt the pump assembly platform base forward.
G. Remove the two screws that secure the back plate to the back wall of the unit.
H. Lift the plate up slightly, while tipping the top edge toward you, to disengage the bottom edge
from the tabs on the bottom of the base.
I. Rotate the assembly to provide access to the connector. Unplug the connector and remove the
assembly.
J. Remove the four screws that secure the fan assembly to the back plate.
K. Replacement is the reverse of removal.
5.10 WATER CALIBRATIONS VALVE/FLOW WASHER REMOVAL
A. Remove the concentrate product (see Section 2.1).
B. Turn key switch to OFF position.
C. Remove nozzle by “wiggling” it out of the water fitting and concentrate delivery tube.
D. Remove both the left and right platform base.
E. Remove the thumb screws that secure the pump assembly platform base to the cabinet.
F. Tilt the pump assembly platform base forward.
G. Remove back plate/fan assembly (see Section 5.8).
H. Disconnect waterproof connectors on solenoid and flowmeter.
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I. Slide the two retainers on the top and bottom of the water calibrations valve assembly to the
“disengage” position.
J. Push the water calibrations valve assembly down until the outlet connector tube telescopes into
the base of the unit.
K. While holding the outlet connector tube, lift up on the water calibrations valve assembly to
disengage it from the outlet connector tube.
L. Remove the water calibrations valve assembly, being careful not to lose the flow washer that is
fitted in the top end of the outlet connector tube.
M. Replacement is as follows:
(1) Place the flow washer in the end of the connector tube, being careful to place the concave
side of the flow washer down.
(2) Position the outlet end of the water calibrations valve assembly on the outlet connector tube
and fasten secure, by sliding the retainer on the water calibrations valve assembly to the
locked position.
(3) Lift up on the water calibrations valve assembly to withdraw the outlet connector tube from
the base of the unit, and fit the assembly to the manifold outlet.
(4) Secure the water calibrations valve assembly to the manifold outlet by sliding the retainer to
the locked position.
(5) Reconnect the waterproof connectors.
(6) Replace the back plate/fan assembly making sure that the wire leads are not pinched
between the back plate and the base of the unit and that the bottom edge of the back plate
fits between the pairs of standing ribs of the base. Secure the back plate with the two
screws.
5.11 NOZZLE REPLACEMENT
A. Remove nozzle by “wiggling” it out of the water fitting and concentrate delivery tube.
CAUTION
DO NOT OVER TIGHTEN WATER INLET NOZZLE, AS SERIOUS DAMAGE TO THE UNIT MAY
RESULT.
B. Install the nozzle in the unit, being careful not to nick the o-ring, and tighten until snug, slightly
more than finger tight.
5.12 DOOR SPOUT SEAL REPLACEMENT
A. Remove the center screw that secures the door spout seal to the the unit, and remove the seal
assembly.
B. Carefully clean any residue that may be present on the base tank.
C. Install new door spout seal assembly and secure with screw.
5.13 CONTROL BOX REMOVAL
A. Remove the drip tray by gently lifting the drip tray up and away from the unit.
B. Remove the splash plate by pulling the bottom up slightly, then out from the unit. If there is a
drop down drip tray, remove the two screws holding the drip tray to remove the drop down drip
tray.
C. Remove the drain tube from the bracket (mounted on the side of the control box) by pulling up
until it clears the bracket.
WARNING:
DISCONNECT POWER BEFORE ATTEMPTING TO REMOVE THE CONTROL BOX.
D. Remove the three (3) thumbscrews holding the control box. Remove the control box and place
it front face down.
E. Disconnect all harnesses leading from the control box.
F. Replacement is the reverse of removal.
5.14 STEPPER MOTOR REMOVAL/REPLACEMENT
There are two (2) stepper motors; one for each valve.
A. Remove the concentrate product (see Section 2.1).
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B. Turn key switch to OFF position.
C. Remove nozzle by “wiggling” it out of the water fitting and concentrate delivery tube.
D. Remove both the left and right platform base.
E. Remove the thumb screws that secure the pump assembly platform base to the cabinet.
F. Tilt the pump assembly platform base forward.
G. Remove the four (4) screws that secure the stepper motor to the pump assembly platform base.
H. Unplug the waterproof connector.
I. Remove the motor by pulling out the pump assembly
J. Replacement is the reverse of removal.
5.15 WRAPPER REMOVAL
A. Unplug unit.
B. Remove drip tray and splashplate.
C. If unit is plumbed through wrapper hole at the back of the unit, turn water supply OFF. Turn
water ball valve, located behind drive motors, to OFF position. Remove water supply, including
ball valve (this will prevent water from draining from the water supply), from the unit. Remove
power cord from unit.
D. Remove door (see Section 5.2.1).
E. Remove top cover (see Section 5.6).
F. Unplug keyswitch from electrical box.
G. All wrapper screws are located on the left and right vertical faces on the front of the unit.
1. Splash plate area: Remove all six (6) screws.
2. Door area: There are five (5) screws on each side. Loosen the second (2nd) and fourth
(4th) screws.
H. Spread the wrapper apart at the front of the unit, and then carefully remove wrapper.
I. Replacement is reverse of removal.
6. TROUBLESHOOTING
REFRIGERATION SYSTEM
WARNING:
THE COMPRESSOR DECK IS FED BY LINE VOLTAGE. DISCONNECT POWER BEFORE
ATTEMPTING TO REPAIR ANY COMPONENTS ON THE DECK.
The refrigeration system basically consists of a compressor, condenser, evaporator, fan, and
control box. The components are mounted on a common base or deck. The fan and compressor
are electrically connected in parallel. The ice bank control module, located in the control box, is
connected to a probe that is mounted to the evaporator coils. The probe senses the presence of ice
and signals the controller to turn the compressor/fan off. The probe has to be in water for the
compressor to run. The module also has a delay (approximately 5 minutes) to prevent the motor
from starting under load. This would occur if the power were interrupted, as well as on initial
start-up.
The ice bank control module (inside the control box) has a red and a green LED mounted on the
board. The green light indicates that line voltage is being supplied to the module. The red LED will
be on when the controller instructs the compressor to run.
Causes are listed in order of probability.
TROUBLE CAUSE REMEDY
6.1 Compressor does not A. Possible relay failure on ice A. Check LEDs on PCB. If Green
shut off. Unit frozen up. bank control board. light is on and red light is off,
replace printed circuit board.
B. Probe moved out of proper B. Check LEDs on PCB If both lights
location. Faulty probe. are on, disconnect probe harness
from board. If red light turns off
and compressor stops running,
pull deck and check probe.
15

6.2 Compressor will not run. A. Unit not connected to A. Connect unit power cord to
electrical outlet. electrical outlet.
B. Power supply electrical B. Reset circuit breaker or replace
Note: breaker tripped or fuse blown. fuse. If problem persists:
The ice bank controller 1. Check unit for electrical short.
has a delay on start of 2. Electrical circuit overloaded.
initial power up or after Switch to another circuit.
interruption of power. C. No water in water bath. C. Check water bath and add until
Wait at least 5 minutes overflow is observed.
before trouble shooting. D. Faulty thermal overload on D. Check overload on compressor.
compressor. Replace if required.
E. Compressor deck not plugged E. Plug compressor deck IN.
into power supply.
F. Ice bank not plugged in to ice F. Plug probe IN to ice bank.
bank control PCB. control PCB
G. Defective ice bank control G. Replace ice bank control PCB.
PCB.
H. Defective compressor. H. Replace compressor deck.
6.3 Compressor does NOT A. Improper or loose wiring. A. Correct wiring. Refer to wiring
start, but hums. diagram.
B. Low voltage. B. Measure voltage across common
and run terminal on compressor.
Voltage must not drop below 90%
of rated voltage.
C. Starting relay defective. C. Replace compressor relay.
D. Defective compressor. D. Replace compressor deck.
6.4 Compressor starts and A. Improper or loose wiring. A. Correct wiring. Refer to wiring
runs a short time, but diagram.
shuts off on overload. B. Low voltage. B. Measure voltage across common
and run terminal on compressor.
Voltage must not drop below 90%
of rated voltage.
C. Excessively high refrigerant C. 1. Defective fan motor. Replace.
pressure on high side. 2. Dirty condenser. Clean.
3. Inadequate ventilation. Check
for obstructions at intake/
exhaust grills.
D. Incorrect relay or overload. D. Replace relay or overload, as
required.
6.5 Warm drinks, A. Hot incoming water supply A. Switch to cold water supply.
compressor runs. (from hot water supply).
B. Low refrigerant supply. B. Replace compressor deck.
C. Defective condenser fan C. Replace condenser fan motor.
motor.
D. Dirty condenser. D. Clean condenser.
E. Inadequate ventilation. E. Check for obstructions at air
intake/exhaust.
F. Agitator motor defective. F. Replace agitator motor.
DISPENSING SYSTEM
WARNING:
TURN OFF THE POWER AT THE KEY SWITCH BEFORE ATTEMPTING TO REMOVING ANY OF
THE CIRCUIT BOARDS.
The Dispensing System is controlled by the main CPU located in the main electronics box, behind
the splash plate.
The dispensing system is a duplex system, in that each door independently controls the two valves
in that particular half of the dispenser. Troubleshooting can be greatly simplified by swapping
16
TROUBLE CAUSE REMEDY

working parts, such as driver boards, from one side of the dispenser to the other side of the
dispenser. Similarly, the right and left door harnesses can be swapped at the electronic control box
to aid in trouble-shooting door problems.
Before troubleshooting a problem with the Electronic Control System, first perform a few initial tests
to aid in diagnosing the problem.
1. Be sure that the unit is plugged in.
2. Remove the splash plate and check all harness connections to the Electronic Control Box.
3. Turn the key switch to the ON position, and observe if the door lights illuminate.
4. Open the door and verify that the circulation fan is operating.
5. Check the harnesses at the top of the door to be sure they are completely engaged and latched.
6. Check the status of the LEDs on the front of the control box to be sure that all boards are
powered up properly to indicate the status of the machine.
7. Install a package in all of the valve positions. If packages are already installed, remove them
and reinstall to reset the SOLD OUT status.
Causes are listed in order of probability.
TROUBLE CAUSE REMEDY
6.6 Packages load properly A. No water supply. A. Check that unit is connected to an
but dispenser does not adequate water supply. Check that
function on all valves. 1/4 turn inlet valve on dispenser is
Low water pressure open.
signs come on the door
Board LCD.
6.7 Packages load properly, A. Product sold out. A. Check that valve position does not
but dispenser does not have an empty package and that
function on some Refill Now light on door is off.
valves. (Light will be off if there is a
useable package properly loaded in
the valve position. An empty
package will have non-blinking
Refill Now light.)
B. Sold out feature malfunction. B. Check if Refill Now light on the
door goes out after inserting a
known good package from another
valve position and prime the pump
as shown in Section 2.2. If the
light does not go out, it indicates
either a faulty sold out emitter
module. Replace as necessary.
C. No signal from the water C. 1. Inspect connections of
calibration valve. Low water harnesses from insulated tank
pressure sign comes on. assembly to Electronic Control
Box. Rectify if necessary
2. Remove Fan plate and check
connections at water calibration
valve. Rectify if necessary.
3. Swap suspect water calibration
valve with a known working
assembly and retest. If
suspect valve now functions,
replace water calibration valve
assembly (see Sec. 5.9).
6.8 Packages load properly A. Key switch in rinse mode. A. Turn key switch to the dispense
but dispenser only position.
dispenses water from B. Faulty key switch. B. Replace key switch assembly.
all valves.
17