THANK YOU for purchasing this high-quality product. If you should experience a problem not covered in TROUBLESHOOTING,
please visit our website at www.maytag.com for additional information. If you still need assistance, call us at 1-800-688-9900.
In Canada, visit our website at www.maytag.ca or call us at 1-800-807-6777.
You will need your model and serial number, located on the inside wall of the ice maker compartment.
ICE MAKER SAFETY
Table of Contents / Índice / Table des matières
ICE MAKER SAFETY ...............................1
INSTALLATION INSTRUCTIONS............2
ICE MAKER USE ......................................7
ICE MAKER CARE ...................................8
TROUBLESHOOTING............................11
WARRANTY ............................................13
SEGURIDAD DE
LA FÁBRICA DE HIELO .........................14
INSTRUCCIONES DE INSTALACIÓN...15
USO DE LA FÁBRICA DE HIELO ..........21
CUIDADO DE LA
FÁBRICA DE HIELO...............................22
SOLUCIÓN DE PROBLEMAS................25
GARANTÍA...............................................27
SÉCURITÉ DE LA
MACHINE À GLAÇONS......................... 28
INSTRUCTIONS D’INSTALLATION...... 29
UTILISATION DE
LA MACHINE À GLAÇONS................... 35
ENTRETIEN DE
LA MACHINE À GLAÇONS................... 36
DÉPANNAGE.......................................... 39
GARANTIE.............................................. 41
ICE MAKER
USER INSTRUCTIONS
W10206510A
You can be killed or seriously injured if you don't immediately
You
can be killed or seriously injured if you don't
follow
All safety messages will tell you what the potential hazard is, tell you how to reduce the chance of injury, and tell you what can
happen if the instructions are not followed.
Your safety and the safety of others are very important.
We have provided many important safety messages in this manual and on your appliance. Always read and obey all safety
messages.
This is the safety alert symbol.
This symbol alerts you to potential hazards that can kill or hurt you and others.
All safety messages will follow the safety alert symbol and either the word “DANGER” or “WARNING.”
These words mean:
follow instructions.
instructions.
DANGER
WARNING
2
INSTALLATION INSTRUCTIONS
Unpack the Ice Maker
Removing Packaging Materials
Remove tape and glue from your ice maker before using.
■ To remove any remaining tape or glue from the exterior of the
ice maker, rub the area briskly with your thumb. Tape or glue
residue can also be easily removed by rubbing a small
amount of liquid dish soap over the adhesive with your
fingers. Wipe with warm water and dry.
■ Do not use sharp instruments, rubbing alcohol, flammable
fluids, or abrasive cleaners to remove tape or glue. Do not
use chlorine bleach on the stainless steel surfaces of the ice
maker. These products can damage the surface of your ice
maker.
Cleaning Before Use
After you remove all of the packaging materials, clean the inside
of your ice maker before using it. See the cleaning instructions in
the “Ice Maker Care” section.
Location Requirements
■ To ensure proper ventilation for your ice maker, the front side
must be completely unobstructed. The ice maker may be
closed-in on the top and three sides, but the installation
should allow the ice maker to be pulled forward for servicing
if necessary.
■ Installation of the ice maker requires a cold water supply inlet
of ¹⁄₄" (6.35 mm) OD soft copper tubing with a shutoff valve
and either a gravity-drain system or condensate pump to
carry the water to an existing drain.
■ Choose a well ventilated area with temperatures above 55°F
(13°C) and below 110°F (43°C). Best results are obtained
between 70°F (21°C) and 90°F (32°C).
■ This unit must be installed in an area sheltered from the
elements, such as wind, rain, water spray, or drip.
■ When installing the ice maker under a counter, follow the
recommended opening dimensions shown. Place electrical
and plumbing fixtures in the recommended location as
shown.
NOTES:
■ Be sure the power supply cord is not pinched between
the ice maker and the cabinet.
■ Be sure the water supply line is not pinched between the
ice maker and the cabinet.
■ Be sure the drain line (on some models) is not pinched
between the ice maker and the cabinet.
■ Choose a location where the floor is even. It is important for
the ice maker to be level in order to work properly. If needed,
you can adjust the height of the ice maker by changing the
height of the leveling legs. See “Leveling.”
IMPORTANT SAFETY INSTRUCTIONS
WARNING : To reduce the risk of fire, electric shock, or injury when using your ice maker, follow these basic
precautions
:
SAVE THESE INSTRUCTIONS
■ Plug into a grounded 3 prong outlet.
■ Do not remove ground prong.
■ Do not use an adapter.
■ Do not use an extension cord.
■ Disconnect power before cleaning.
■ Disconnect power before servicing.
■ Replace all parts and panels before operating.
■ Use two or more people to move and install ice maker.
WARNING
Excessive Weight Hazard
Use two or more people to move and install ice maker.
Failure to do so can result in back or other injury.
A. Recommended location for electrical
and plumbing fixtures
B. Floor level
11¹⁄₂"
(29.2 cm)
15"
(38.1 cm)
24"
(60.1 cm)
9"
(22.9 cm)
28¹⁄₂"
(72.4 cm)
34"
(86.4 cm)
Min.
34
¹⁄₂"
(87.6 cm)
Max.
3¹⁄₂"
(8.9 cm)
B
A
3
Electrical Requirements
Before you move your ice maker into its final location, it is
important to make sure you have the proper electrical
connection:
A 115 Volt, 60 Hz., AC only, 15- or 20-amp electrical supply,
properly grounded in accordance with the National Electrical
Code and local codes and ordinances, is required.
It is recommended that a separate circuit, serving only your ice
maker, be provided. Use a receptacle which cannot be turned off
by a switch or pull chain.
IMPORTANT: If this product is connected to a GFCI (Ground
Fault Circuit Interrupter) equipped outlet, nuisance tripping of the
power supply may occur, resulting in loss of cooling. Ice quality
may be affected. If nuisance tripping has occurred, and if the
condition of the ice appears poor, dispose of it.
Recommended grounding method
This appliance must be grounded. This appliance is equipped
with a power supply cord having a 3 prong grounding plug. The
cord must be plugged into a mating, 3 prong, grounding-type
wall receptacle, grounded in accordance with the National
Electrical Code and local codes and ordinances. If a mating wall
receptacle is not available, it is the personal responsibility of the
customer to have a properly grounded, 3 prong wall receptacle
installed by a qualified electrician.
Water Supply Requirements
A cold water supply with water pressure of between 30 and
120 psi (207 and 827 kPa) is required to operate the ice maker. If
you have questions about your water pressure, call a licensed,
qualified plumber.
Reverse Osmosis Water Supply
IMPORTANT:
■ Reverse osmosis water filtration systems can be used only
with ice maker installations that have a gravity drain. A
reverse osmosis system is not recommended for ice makers
that have a drain pump installed.
■ The pressure of the water supply coming out of a reverse
osmosis system going to the water inlet valve of the ice
maker needs to be between 30 and 120 psi (207 and
827 kPa).
If a reverse osmosis water filtration system is connected to your
cold water supply, the water pressure to the reverse osmosis
system needs to be a minimum of 40 to 60 psi (276 to 414 kPa).
NOTE: The reverse osmosis system must provide 1 gal. (3.8 L) of
water per hour to the ice maker for proper ice maker operation. If
a reverse osmosis system is desired, only a whole-house
capacity reverse osmosis system, capable of maintaining the
steady water supply required by the ice maker, is recommended.
Faucet capacity reverse osmosis systems are not able to
maintain the steady water supply required by the ice maker.
If the water pressure to the reverse osmosis system is less than
40 to 60 psi (276 to 414 kPa):
■ Check to see whether the sediment filter in the reverse
osmosis system is blocked. Replace the filter if necessary.
■ Allow the storage tank on the reverse osmosis system to refill
after heavy usage.
If you have questions about your water pressure, call a licensed,
qualified plumber.
Leveling
It is important for the ice maker to be level in order to work
properly. Depending upon where you install the ice maker, you
may need to make several adjustments to level it. You may also
use the leveling legs to lower the height of the ice maker for
undercounter installations.
Tools needed:
Gather the required tools and parts before starting installation.
■ 9" level
■ Adjustable wrench
NOTE: It is easier to adjust the leveling legs if you have another
person to assist you.
1. Move the ice maker to its final location.
NOTE: If this is a built-in installation, move the ice maker as
close as possible to the final location.
2. Place the level on top of the product to see if the ice maker is
level from front to back and side to side.
3. Push up on the top front of the ice maker, and then locate the
leveling screws that are on the bottom front of the ice maker.
4. Using an adjustable wrench, change the height of the legs as
follows:
■ Turn the leveling leg to the right to lower that side of the
ice maker.
■ Turn the leveling leg to the left to raise that side of the ice
maker.
NOTE: The ice maker should not wobble. Use shims to add
stability when needed.
5. Push up on the top rear of the ice maker and locate the
leveling legs that are on the bottom rear of the ice maker.
6. Follow the instructions in Step 4 to change the height of the
legs.
7. Use the level to recheck the ice maker to see that it is even
from front to back and side to side. If the ice maker is not
level, repeat steps 2 to 5. If the ice maker is level, go to the
“Connect Water Supply” section.
Electrical Shock Hazard
Plug into a grounded 3 prong outlet.
Do not remove ground prong.
Do not use an adapter.
Do not use an extension cord.
Failure to follow these instructions can result in death,
fire, or electrical shock.
WARNING
4
Connect Water Supply
Read all directions before you begin.
IMPORTANT:
■ Plumbing shall be installed in accordance with the
International Plumbing Code and any local codes and
ordinances.
■ Use copper tubing or Whirlpool supply line, Part Number
8212547RP, and check for leaks.
■ Install tubing only in areas where temperatures will remain
above freezing.
Tools needed:
Gather the required tools and parts before starting installation.
■ Flat-blade screwdriver
■ ⁷⁄₁₆" and ¹⁄₂" open-end wrenches or two adjustable wrenches
■ ¹⁄₄" nut driver
NOTE: Do not use a piercing-type or ³⁄₁₆" (4.76 mm) saddle valve
which reduces water flow and clogs more easily.
Connecting the Water Line
1. Turn off main water supply. Turn on nearest faucet long
enough to clear line of water.
2. Using a ¹⁄₂" copper supply line with a quarter-turn shutoff
valve or the equivalent, connect the ice maker as shown.
NOTE: To allow sufficient water flow to the ice maker a
minimum ¹⁄₂" size copper supply line is recommended.
3. Now you are ready to connect the copper tubing. Use ¹⁄₄"
(6.35 mm) OD soft copper tubing for the cold water supply.
■ Ensure that you have the proper length needed for the
job. Be sure both ends of the copper tubing are cut
square.
■ Slip compression sleeve and compression nut on copper
tubing as shown. Insert end of tubing into outlet end
squarely as far as it will go. Screw compression nut onto
outlet end with adjustable wrench. Do not overtighten.
4. Place the free end of the tubing into a container or sink, and
turn on main water supply and flush out tubing until water is
clear. Turn off shutoff valve on the water pipe.
NOTE: Always drain the water line before making the final
connection to the inlet of the water valve to avoid possible
water valve malfunction.
5. Bend the copper tubing to meet the water line inlet which is
located on the back of the ice maker cabinet as shown.
Leave a coil of copper tubing to allow the ice maker to be
pulled out of the cabinet or away from the wall for service.
REAR VIEW
6. Remove and discard the short, black plastic tube from the
end of the water line inlet.
7. Thread the nut onto the coupling on the end of the tubing.
Tighten the nut by hand. Then tighten it with a wrench two
more turns. Do not overtighten.
NOTE: To avoid rattling, be sure the copper tubing does not
touch the cabinet’s side wall or other parts inside the cabinet.
8. Install the water supply tube clamp around the water supply
line to reduce strain on the coupling.
9. Turn shutoff valve ON.
10. Check for leaks. Tighten any connections (including
connections at the valve) or nuts that leak.
A. Bulb
B. Nut
A. Compression sleeve
B. Compression nut
C. Copper tubing
D. Coupling (purchased)
A
B
D
B CA
A. Water supply tube clamp
B. Vent hose (drain pump models only)
C. Water supply line
D. Inlet water tube clamp
E. Drain hose (drain pump models only)
A. Line to ice maker
B. Nut (purchased)
C. Ferrule (purchased)
D. Coupling (purchased)
E. Ferrule
F. Nut
G. Supplied line from
ice maker
A
C
D
E
B
D
E F G
A B C
5
Drain Connection
Gravity Drain System
Connect the ice maker drain to your drain in accordance with all
state and local codes and ordinances. If the ice maker is
provided with a gravity drain system, follow these guidelines
when installing drain lines. This will help keep water from flowing
back into the ice maker storage bin and potentially flowing onto
the floor causing water damage.
■ Drain lines must have a minimum of ⁵⁄₈" (15.88 mm) inside
diameter.
■ Drain lines must have a 1" drop per 48" (2.54 cm drop per
122 cm) of run or ¹⁄₄" drop per 12" (6.35 mm per 30.48 cm) of
run and must not have low points where water can settle.
■ The floor drains must be large enough to accommodate
drainage from all drains.
■ The ideal installation has a standpipe with a 1¹⁄₂" (3.81 cm) to
2" (5.08 cm) PVC drain reducer installed directly below the
outlet of the drain tube as shown. You must maintain a
1" (2.54 cm) air gap between the drain hose and the
standpipe.
■ It may be desirable to insulate the drain line thoroughly up to
the drain inlet.
SIDE VIEW
Drain Pump System (on some models)
Connect the ice maker drain to your drain in accordance with the
International Plumbing Code and any local codes and
ordinances.
NOTE: If the drain hose becomes twisted and water cannot
drain, your ice maker will not work.
Connecting the Drain
After ensuring that the drain system is adequate, follow these
steps to properly place the ice maker:
1. Plug into a grounded 3 prong outlet.
2. Style 1 - For gravity drain system, push the ice maker into
position so that the ice maker drain tube is positioned over
the PVC drain reducer. See “Gravity Drain System” earlier in
this section. Style 2 - For drain pump system connect the
drain pump outlet hose to the drain. See “Drain Pump
System” earlier in this section.
3. Recheck the ice maker to be sure that it is level. See
“Leveling.”
4. If it is required by your local sanitation code, seal the cabinet
to the floor with an approved caulking compound after all
water and electrical connections have been made.
A. Drain hose
B. 1" (2.54 cm) air gap
C. PVC drain reducer
D. Center of drain should be 23" (58.4 cm) from front of door,
with or without the ³⁄₄" (1.91 cm) panel on the door. The
drain should also be centered from left to right (7
⁵⁄₁₆
"
[18.56 cm] from either side of the ice maker).
1⁷⁄₈"
(4.8 cm)
23"
(58.4 cm)
2" - 1¹⁄₂"
(5 cm - 3.8 cm)
1" (2.54 cm)
A
D
C
B
Electrical Shock Hazard
Plug into a grounded 3 prong outlet.
Do not remove ground prong.
Do not use an adapter.
Do not use an extension cord.
Failure to follow these instructions can result in death,
fire, or electrical shock.
WARNING
WARNING
Excessive Weight Hazard
Use two or more people to move and install ice maker.
Failure to do so can result in back or other injury.
6
Ice Maker Door
Tools needed:
Gather the required tools and parts before starting installation.
Remove door
1. Unplug ice maker or disconnect power.
2. Remove the handle screws and handle (on some models).
Keep the parts together and set them aside.
3. Remove the hinge pin from the top hinge.
4. Remove the door from the hinges and screw the top hinge pin
back into the top hinge.
5. Reverse the door end caps as follows:
■ Remove the screw and end cap from the top corner.
Move it diagonally to the opposite side's bottom corner,
keeping the straight side of the end cap facing the front of
the ice maker.
■ Remove the screw and end cap from the bottom corner.
Move it diagonally to the opposite side's top corner,
keeping the straight side of the end cap facing the front of
the ice maker.
6. Set the door aside.
Reverse Hinges
1. Unscrew and remove the top hinge. Replace the screws in
the empty hinge holes.
2. Remove the screws from the bottom of the opposite side of
the ice maker cabinet. Turn the top hinge upside down so
that the hinge pin points up. Place the hinge on the bottom
opposite side of the ice maker and tighten screws.
3. Remove the plastic hinge pin sleeve from the “old” bottom
hinge and replace it on the new bottom hinge pin.
4. Remove the “old” bottom hinge screws and hinge. Replace
the screws in the empty hinge holes.
5. Remove the screws from the top of the opposite side of the
ice maker cabinet. Turn the hinge upside down so that the
hinge pin points down. Place the hinge on the top opposite
side of the ice maker and tighten the screws.
6. Remove the top hinge pin.
Replace Door
1. Place plastic hinge pin sleeve in the top hinge hole on the
door. Align the door with the top hinge hole and replace the
top hinge pin.
2. Replace the handle and handle screws.
Top Hinge
Bottom Hinge
■ ⁵⁄₁₆" wrench ■ Flat putty knife
■ ¹⁄₄" wrench ■ Phillips screwdriver
Hinge pin
⁵⁄₁₆" Hex-head hinge screw
Handle screw End Cap screw
A. Top corner open (no end cap)
B. Beginning top corner end cap
C. Beginning bottom corner end cap
D. Bottom corner open (no end cap)
A
B
D
C
C
D
B
A
A. Hinge pin
B. Hinge pin sleeve
C. Hinge
D. Hex-head hinge screw
A. Hex-head hinge screw
B. Hinge pin sleeve
C. Hinge
D. Hinge pin
D
C
B
A
D
C
B
A
7
Reverse Door Catch
1. Remove the hole plugs from the opposite side of the door
and set aside.
2. Remove the screws from the magnetic door catch and
replace it on the opposite side of the door.
3. Push the hole plugs into place on the opposite side of the
door.
4. Plug into a grounded 3 prong outlet.
Normal Sounds
Your new ice maker may make sounds that are not familiar to
you. Because the sounds are new to you, you might be
concerned about them. Most of the new sounds are normal. Hard
surfaces such as floors, walls and cabinets can make the sounds
seem louder than they actually are. The following describes the
kinds of sounds that might be new to you and what may be
making them.
■ You will hear a buzzing sound when the water valve opens to
fill the water reservoir for each cycle.
■ Rattling noises may come from the flow of the refrigerant or
the water line. Items stored on top of the ice maker can also
make noises.
■ The high-efficiency compressor may make a pulsating or high
pitched sound.
■ Water running over the evaporator plate may make a
splashing sound.
■ Water running from the evaporator plate to the water reservoir
may make a splashing sound.
■ As each cycle ends, you may hear a gurgling sound due to
the refrigerant flowing in your ice maker.
■ You may hear air being forced over the condenser by the
condenser fan.
■ During the harvest cycle, you may hear a “thud” when the ice
sheet slides from the evaporator onto the cutter grid.
■ When you first start the ice maker, you may hear water
running continuously. The ice maker is programmed to run a
rinse cycle before it begins to make ice.
ICE MAKER USE
How Your Ice Maker Works
When you first start your ice maker, the water pan will fill and the
system will rinse itself before starting to make ice. The rinsing
process takes about 5 minutes.
Under normal operating conditions, the ice maker will cycle at
preset temperatures. The ice level sensor located in the ice
storage bin will monitor the ice levels.
IMPORTANT:
■ If the water supply to the ice maker is turned off, be sure to
set the ice maker control to OFF.
■ The ice maker is designed to make clear ice from the majority
of water sources on a daily basis. If your results are
unsatisfactory, your water may need to be filtered or treated.
The Ice Making Process
1. Water is constantly circulated over a freezing plate. As the
water freezes into ice, the minerals in the water are rejected.
This produces a sheet of ice with a low mineral content.
2. When the desired thickness is reached, the ice sheet is
released and slides onto a cutter grid. The grid divides the
sheet into individual cubes.
Electrical Shock Hazard
Plug into a grounded 3 prong outlet.
Do not remove ground prong.
Do not use an adapter.
Do not use an extension cord.
Failure to follow these instructions can result in death,
fire, or electrical shock.
WARNING
8
3. The water containing the rejected minerals is drained after
each freezing cycle.
4. Fresh water enters the machine for the next ice making cycle.
5. Cubes fall into the storage bin. When the bin is full, the ice
maker shuts off automatically and restarts when more ice is
needed. The ice bin is not refrigerated, and some melting will
occur. The amount of melting varies with room temperature.
NOTE: As the room and water temperatures vary, so will the
amount of ice produced and stored. This means that higher
operating temperatures result in reduced ice production.
Using the Controls
1. To start the normal ice making cycle, select ON.
2. To stop ice maker operation, select OFF.
NOTES:
■ Pressing the ON/OFF switch does not shut off power to
the ice maker.
■ Allow 24 hours to produce the first batch of ice. Discard
the first batch produced.
Lock Mode
The control panel can be turned off for easy cleaning or to avoid
unintentional activation by small children or pets.
NOTE: The lock feature does not shut off power to the ice maker
or to the ice maker bin light. It simply deactivates the control
panel.
1. To lock the control panel, press and hold the LOCK button
until the indicator appears.
2. To unlock the control panel, press and hold the LOCK button
until the indicator disappears.
Service Light
The service light indicates when service is needed. If the service
light turns on, turn the ice maker off and back on. If the service
light turns on again, call for service.
Cleaning Needed Status Light
The Cleaning Needed Status light will help you know when it is
time to clean your ice maker. The light will change to yellow. This
tells you it is almost time to clean your ice maker. It is
recommended that you clean the ice maker when the status light
changes to red OR ice production decreases significantly. To
clean your ice maker, see “Ice Maker System” in the “Cleaning”
section.
ICE MAKER CARE
Cleaning
The ice making system and the air cooled condenser need to be
cleaned regularly for the ice maker to operate at peak efficiency
and to avoid premature failure of system components. See the
“Ice Maker System” and the “Condenser” sections.
Exterior Surfaces
Wash the exterior enamel surfaces and gaskets with warm water
and mild soap or detergent. Wipe and dry. Regular use of a good
household appliance cleaner and wax will help maintain the
finish. Do not use abrasive cleaners on enamel surfaces as they
may scratch the finish.
For products with a stainless steel exterior, use a clean sponge or
soft cloth and a mild detergent in warm water. Do not use
abrasive or harsh cleaners. Do not use chlorine bleach on
stainless steel surfaces.
Ice Maker System
Minerals that are removed from water during the freezing cycle
will eventually form a hard scaly deposit in the water system.
Cleaning the system regularly helps remove the mineral scale
buildup. How often you need to clean the system depends upon
how hard your water is. With hard water of 15 to 20 grains/gal.
(4 to 5 grains/liter), you may need to clean the system as often as
every 6 months.
NOTE: Use one 16 oz (473 mL) bottle of approved ice maker
cleaner. To order, call 1-800-442-9991 and ask for Part Number
4396808. In Canada, call 1-800-807-6777.
1. Turn off the ice maker.
2. Wait 5 to 10 minutes for the ice to fall into the storage bin.
Remove all ice from the storage bin.
3. Unscrew the drain cap from the bottom of the water pan
located inside the storage bin as shown. Allow the water to
drain completely.
4. Replace the drain cap securely on the water pan. If the drain
cap is loose, water will empty from the water pan and you will
have either thin ice or no ice.
5. Read and follow all handling information on the cleaner bottle
before completing the steps below. Use one 16 oz (473 mL)
bottle of approved ice maker cleaner.
6. Pour one bottle of solution into the water pan. Fill the bottle
twice with tap water and pour it into the water pan.
A. Water pan
B. Water pan thumb screws
C. Drain cap
A
B
C
B
9
7. Press and hold the CLEAN button. See “Using the Controls.”
The light will blink, indicating that the cleaning cycle is in
process. When the indicator light turns green (approximately
70 minutes), the cleaning cycle is complete. During the
cleaning cycle, the system will both clean and rinse itself.
8. After the cleaning cycle is complete, remove the drain cap
from the water pan. Look for any cleaning solution left in the
water pan. If cleaning solution drains from the water pan, you
should run the clean cycle again. Be sure to replace the drain
cap securely on the water pan. If the drain cap is loose, water
will empty from the water pan and you will have either thin ice
or no ice.
NOTE: Severe scale buildup may require repeated cleaning with
a fresh quantity of cleaning solution.
9. Press the ON button to resume ice production.
Condenser
A dirty or clogged condenser:
■ Obstructs proper airflow.
■ Reduces ice making capacity.
■ Causes higher than recommended operating temperatures
which may lead to component failure.
1. Unplug ice maker or disconnect power.
2. Remove the two screws in the lower access panel and the
two screws from the base grille area of the front panel
support.
3. Pull the bottom forward and then pull down to remove the
lower access panel.
4. Remove dirt and lint from the condenser fins and the unit
compartment with a brush attachment on a vacuum cleaner.
5. Replace the lower access panel using the four screws.
6. Plug in ice maker or reconnect power.
Interior Components
1. Unplug ice maker or disconnect power.
2. Open the storage bin door and remove any ice that is in the
bin.
3. Remove the drain cap from the water pan and drain
thoroughly. Replace the drain cap securely on the water pan.
If the drain cap is loose, water will empty from the water pan,
and you will have either thin ice or no ice.
4. Remove the two screws that hold the cutter grid cover in
place and remove the cutter grid cover.
5. Unplug the wiring harness from the left side of the cutter grid.
6. Unplug the ice level sensor from the right side of the cutter
grid. Pull the ice level sensor down and forward away from
the cutter grid.
7. Remove the right-hand and left-hand screws. Lift the cutter
grid up and out.
NOTE: Make sure the plastic spacer from the right-hand side
of the cutter grid bracket stays with the cutter grid.
8. Remove the two thumb screws that hold the water pan in
place. Push down with one hand on the front of the pan while
pulling forward on the bottom back side.
WARNING
Electrical Shock Hazard
Disconnect power before cleaning.
Replace all parts and panels before operating.
Failure to do so can result in death or electrical shock.
A. Cutter grid cover
B. Screws
A. Cutter grid harness
B. Screw
C. Cutter grid
D. Ice level sensor harness
E. Plastic spacer
F. S cr ew
A. Water pan
B. Water pan thumb screws
C. Drain cap
A
B
A
B
C
D
E
F
A
B
C
B
10
9. Remove, clean and replace the ice scoop and ice scoop
holder.
■ After removing the ice scoop, remove the holder by
removing the two thumb screws.
■ Wash the ice scoop holder along with the other interior
components using the following instructions.
■ Replace the ice scoop holder by replacing the thumb
screws.
10. Wash the interior components (cutter grid, exterior of hoses,
and water pan) and the storage bin, door gasket, ice scoop,
and ice scoop holder with mild soap or detergent and warm
water. Rinse in clean water. Then clean the same parts with a
solution of 1 tbs (15 mL) of household bleach in 1 gal. (3.8 L)
warm water. Rinse again thoroughly in clean water.
NOTE: Do not remove hoses. Do not wash plastic parts in
dishwasher. They cannot withstand temperatures above
145°F (63°C).
11. Replace water pan by pushing back on the bottom with one
hand while pushing up and back on the top. Secure the water
pan by replacing both screws.
12. Check the following:
■ Drain cap from the water pan is securely in place. If the
drain cap is loose, water will empty from the water pan,
and you will have either thin ice or no ice.
■ Hose from water pan is inserted into storage bin drain
opening.
13. Slide the cutter grid back into place and secure it by
replacing the right-hand screw and plastic spacer. Then
tighten the left-hand screw. Reconnect the cutter grid
harness and the ice level sensor harness.
14. Replace the plastic cutter grid cover and the two screws.
15. Plug in ice maker or reconnect power.
Vacation and Moving Care
To shut down the ice maker:
1. Unplug ice maker or disconnect power.
2. Remove all ice from storage bin.
3. Shut off the water supply.
4. Remove the two screws in the lower access panel and the
two screws from the base grille area of the front panel
support. Pull forward to remove the lower access panel.
5. Disconnect the inlet and outlet lines to water valve. Allow
these lines to drain and then reconnect to the valve.
6. Replace lower access panel and screws.
7. Drain water from water pan by removing the drain cap.
8. If the room temperature will drop below 32°F (0°C), water
must be removed from the drain line.
For ice makers with a drain pump installed:
■ Plug in ice maker or reconnect power.
■ Turn ice maker off and remove all remaining ice from ice
bin.
■ Pour 1 qt (0.95 L) of water into the ice bin near the drain
and let the unit stand for approximately 5 minutes. This
will allow the water in the bin to drain into the drain pump
so that the pump will remove the remaining water from
the ice bin and the drain pump.
■ Unplug ice maker or disconnect power.
9. Before using again, clean the ice maker and storage bin.
10. Plug into a grounded 3 prong outlet.
NOTE: All components of the ice maker are permanently
lubricated at the factory. They should not require any additional
oiling throughout the normal life of the machine.
A. Thumb screws
B. Ice scoop holder
B
A
WARNING
Electrical Shock Hazard
Disconnect power before servicing.
Replace all parts and panels before operating.
Failure to do so can result in death or electrical shock.
11
TROUBLESHOOTING
First try the solutions suggested here or visit our website and reference FAQs (Frequently Asked Questions)
to possibly avoid the cost of a service call.
In the U.S.A., www.maytag.com In Canada, www.maytag.ca
Ice Maker Operation
Your ice maker will not operate
■ Is the power cord plugged in? Plug into a grounded 3 prong
outlet.
■ Is the control set to ON? Be sure that the control is set to
ON.
■ Has a household fuse blown, or has a circuit breaker
tripped? Replace the fuse or reset the circuit breaker. If the
problem continues, call an electrician.
■ Is the room temperature cooler than normal? Room
temperature must be above 55°F (13°C). Otherwise, bin
thermostat may sense cold room temperature and shut off
even though the bin is not full of ice. Also, unit may not restart
once it does shut off.
■ Does the green light come on when the Clean button is
pushed? The ice maker is receiving power but may need
cleaning. See “Cleaning.”
■ Does the ice maker have a drain pump? If there was a large
amount of water added to the ice maker, wait a few minutes
for the drain pump to clear. If there is still water in the bin,
check to see whether the drain hose is kinked.
Ice maker seems noisy
■ Is water being circulated through the ice maker? This is
normal operation. Water is added once per ice-making cycle.
■ Is the water in the reservoir overflowing? This is normal.
This overflow helps to purge minerals that were removed from
the water during the ice making process.
■ Is there a “whooshing” sound? Check the following things:
■ Make sure that the water supply is hooked up and turned
on.
■ Make sure that the drain cap is tight and the water drain
pan pump is securely attached to the water pan.
■ Is there ice between the evaporator plate and the cutting
grid? Check that the ice maker is level. See “Leveling.” If the
ice maker is level, and the problem persists, run a cleaning
cycle. See “Cleaning.”
Ice Production
Ice maker runs but produces no ice
■ Is the control set to ON? Be sure that the control is set to
ON.
■ Is the water supply connected? Make sure the water supply
is properly connected and turned on.
■ Is the drain cap securely in place? If the drain cap is loose,
water will empty from the water pan, and you will have either
thin ice or no ice. Tighten the drain cap.
■ Is there debris in the drain tube? Clean the drain tube.
■ Is there a kink in the drain line? Be sure that there are no
kinks in the line.
■ Is the service light flashing on and off continually? Call for
service.
Electrical Shock Hazard
Plug into a grounded 3 prong outlet.
Do not remove ground prong.
Do not use an adapter.
Do not use an extension cord.
Failure to follow these instructions can result in death,
fire, or electrical shock.
WARNING
12
Ice maker runs but produces very little ice
■ Is the room temperature hotter than normal? Room
temperatures of more than 90°F (32°C) will normally reduce
ice production.
■ Is the condenser dirty? Dirt or lint may be blocking the
airflow through the condenser. See “Condenser” in the
“Cleaning” section.
■ Is there scale buildup in the ice maker? If there is white
scale buildup in the ice maker’s water or freezing system, you
should clean the ice maker. See “Interior Components” in the
“Cleaning” section.
■ Is the drain cap securely in place? If the drain cap is loose,
water will empty from the water pan, and you will have either
thin ice or no ice. Tighten the drain cap if it is loose.
Grid is not cutting ice sheets
■ Is the cutter grid securely in place? Check the cutter grid
harness plug to make sure the connection is intact. See
“Interior Components” section of “Cleaning” for instructions
on cutter grid removal.
Ice Quality
Off taste, odor or gray color in the ice
■ Is there unusually high mineral content in the water
supply? The water may need to be filtered or treated.
■ Is there mineral scale buildup? Clean your ice maker. See
“Ice Maker System” in the “Cleaning” section.
■ Are there food items stored in the ice bin? Do not store any
foods in the ice bin.
■ Were all the packaging materials removed? Make sure that
all packaging materials were removed at the time of
installation.
Thin, soft or clumps of ice
■ Is there unusually high mineral content in the water
supply? The water may need to be filtered or treated.
■ Is there mineral scale buildup? Clean your ice maker. See
“Ice Maker System” in the “Cleaning” section.
■ Are there clumps of ice in the bin? If ice is not used
regularly it will melt and form clumps. Break the clumps with
the ice scoop provided.
Plumbing Problems
■ Is the drain hose aligned over the drain? Move the ice
maker to align the drain. See “Connect Water Supply.”
NOTE: Service technicians cannot repair plumbing problems
outside of the ice maker. Call a licensed, qualified plumber.
WARNING
Electrical Shock Hazard
Disconnect power before servicing.
Replace all parts and panels before operating.
Failure to do so can result in death or electrical shock.
WARNING
Excessive Weight Hazard
Use two or more people to move and install ice maker.
Failure to do so can result in back or other injury.
13
MAYTAG
®
MAJOR APPLIANCE WARRANTY
LIMITED WARRANTY
For one year from the date of purchase, when this major appliance is operated and maintained according to instructions attached to or
furnished with the product, Maytag brand of Whirlpool Corporation or Whirlpool Canada LP (hereafter “Maytag”) will pay for factory
specified parts and repair labor to correct defects in materials or workmanship. Service must be provided by a Maytag designated
service company. This limited warranty is valid only in the United States or Canada and applies only when the major appliance is used in
the country in which it was purchased. Outside the 50 United States and Canada, this limited warranty does not apply. Proof of original
purchase date is required to obtain service under this limited warranty.
ITEMS EXCLUDED FROM WARRANTY
This limited warranty does not cover:
1. Service calls to correct the installation of your major appliance, to instruct you on how to use your major appliance, to replace or
repair house fuses, or to correct house wiring or plumbing.
2. Service calls to repair or replace appliance light bulbs, air filters or water filters. Consumable parts are excluded from warranty
coverage.
3. Repairs when your major appliance is used for other than normal, single-family household use or when it is used in a manner that is
contrary to published user or operator instructions and/or installation instructions.
4. Damage resulting from accident, alteration, misuse, abuse, fire, flood, acts of God, improper installation, installation not in
accordance with electrical or plumbing codes, or use of consumables or cleaning products not approved by Maytag.
5. Cosmetic damage, including scratches, dents, chips or other damage to the finish of your major appliance, unless such damage
results from defects in materials or workmanship and is reported to Maytag within 30 days from the date of purchase.
6. Any food loss due to refrigerator or freezer product failures.
7. Costs associated with the removal from your home of your major appliance for repairs. This major appliance is designed to be
repaired in the home and only in-home service is covered by this warranty.
8. Repairs to parts or systems resulting from unauthorized modifications made to the appliance.
9. Expenses for travel and transportation for product service if your major appliance is located in a remote area where service by an
authorized Maytag servicer is not available.
10. The removal and reinstallation of your major appliance if it is installed in an inaccessible location or is not installed in accordance
with published installation instructions.
11. Major appliances with original model/serial numbers that have been removed, altered or cannot be easily determined. This warranty
is void if the factory applied serial number has been altered or removed from your major appliance.
The cost of repair or replacement under these excluded circumstances shall be borne by the customer.
DISCLAIMER OF IMPLIED WARRANTIES; LIMITATION OF REMEDIES
CUSTOMER'S SOLE AND EXCLUSIVE REMEDY UNDER THIS LIMITED WARRANTY SHALL BE PRODUCT REPAIR AS PROVIDED
HEREIN. IMPLIED WARRANTIES, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE,
ARE LIMITED TO ONE YEAR OR THE SHORTEST PERIOD ALLOWED BY LAW. MAYTAG SHALL NOT BE LIABLE FOR INCIDENTAL OR
CONSEQUENTIAL DAMAGES. SOME STATES AND PROVINCES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL
OR CONSEQUENTIAL DAMAGES, OR LIMITATIONS ON THE DURATION OF IMPLIED WARRANTIES OF MERCHANTABILITY OR
FITNESS, SO THESE EXCLUSIONS OR LIMITATIONS MAY NOT APPLY TO YOU. THIS WARRANTY GIVES YOU SPECIFIC LEGAL
RIGHTS, AND YOU MAY ALSO HAVE OTHER RIGHTS WHICH VARY FROM STATE TO STATE OR PROVINCE TO PROVINCE.
If outside the 50 United States and Canada, contact your authorized Maytag dealer to determine if another warranty applies.
9/07
For additional product information, in the U.S.A., visit www.maytag.com
In Canada, visit www.maytag.ca
If you do not have access to the Internet and you need assistance using your product or you would like to schedule service, you may
contact Maytag at the number below.
Have your complete model number ready. You can find your model number and serial number on the label, located on the inside wall of
the ice maker compartment.
For assistance or service in the U.S.A., call 1-800-688-9900. In Canada, call 1-800-807-6777.
If you need further assistance, you can write to Maytag with any questions or concerns at the address below:
In the U.S.A.:
Maytag Brand Home Appliances
Customer eXperience Center
553 Benson Road
Benton Harbor, MI 49022-2692
In Canada:
Maytag Brand Home Appliances
Customer eXperience Centre
1901 Minnesota Court
Mississauga, Ontario L5N 3A7
Please include a daytime phone number in your correspondence.
Please keep this User Instructions and model number information for future reference.
14
LE AGRADECEMOS la compra de este producto de alta calidad. Si usted experimenta un problema que no se haya cubierto en
SOLUCIÓN DE PROBLEMAS, visite nuestro sitio de internet en www.maytag.com para obtener información adicional. Si
considera que aún necesita ayuda, llámenos al 1-800-688-9900. En Canadá, visite nuestro sitio de internet en www.maytag.ca o
llámenos al 1-800-807-6777.
Necesitará tener a mano su número de modelo y de serie ubicados
en la pared interior del compartimiento de la fábrica de hielo.
SEGURIDAD DE LA FÁBRICA DE HIELO
INSTRUCCIONES PARA EL
USUARIO DE LA FÁBRICA DE HIELO
Si no sigue las instrucciones de inmediato, usted puede
morir o sufrir una lesión grave.
Si no sigue las instrucciones, usted puede morir o sufrir
una lesión grave.
Todos los mensajes de seguridad le dirán el peligro potencial, le dirán cómo reducir las posibilidades de sufrir una lesión y lo que
puede suceder si no se siguen las instrucciones.
Su seguridad y la seguridad de los demás es muy importante.
Hemos incluido muchos mensajes importantes de seguridad en este manual y en su electrodoméstico. Lea y obedezca siempre
todos los mensajes de seguridad.
ADVERTENCIA
PELIGRO
Este es el símbolo de advertencia de seguridad.
Este símbolo le llama la atención sobre peligros potenciales que pueden ocasionar la muerte o una lesión a
usted y a los demás.
Todos los mensajes de seguridad irán a continuación del símbolo de advertencia de seguridad y de la palabra
“PELIGRO” o “ADVERTENCIA”. Estas palabras significan:
INSTRUCCIONES IMPORTANTES DE SEGURIDAD
ADVERTENCIA:
Para reducir el riesgo de incendio, choque eléctrico o lesiones personales al usar
la fábrica de hielo, siga estas precauciones básicas:
GUARDE ESTAS INSTRUCCIONES
■
Conecte a un contacto de pared de conexión a tierra de
3 terminales.
■
No quite el terminal de conexión a tierra.
■
No use un adaptador.
■
No use un cable eléctrico de extensión.
■
Desconecte el suministro de energía antes de limpiarla.
■
Desconecte el suministro de energía antes de darle
servicio.
■
Vuelva a colocar todos los componentes y paneles
antes de hacerla funcionar.
■
Use dos o más personas para mover e instalar la
fábrica de hielo.
15
INSTRUCCIONES DE INSTALACIÓN
Desempaque la fábrica de hielo
Cómo quitar los materiales de empaque
Quite las cintas y la goma de su fábrica de hielo antes de usarla.
■ Para eliminar los residuos de cinta o goma del exterior de la
fábrica de hielo, frote el área enérgicamente con su dedo
pulgar. Los residuos de la cinta adhesiva o goma también
pueden quitarse frotando un poco de detergente líquido para
vajillas con los dedos. Limpie con agua tibia y seque.
■ No use instrumentos filosos, alcohol para fricciones, líquidos
inflamables, o productos de limpieza abrasivos para eliminar
los restos de cinta o goma. No use blanqueador con cloro en
las superficies de acero inoxidable de la fábrica de hielo.
Estos productos pueden dañar la superficie de la fábrica de
hielo.
Limpieza antes del uso
Luego de quitar todos los materiales de empaque, limpie el
interior de su fábrica de hielo antes de usarla. Consulte las
instrucciones de limpieza en la sección “Cuidado de su fábrica
de hielo”.
Requisitos de ubicación
■ Para asegurar la ventilación adecuada de su fábrica de hielo,
la parte del frente debe mantenerse completamente libre de
obstrucciones. La parte superior y los tres lados de la fábrica
de hielo pueden estar cerrados, pero la instalación debe ser
hecha de manera que la fábrica de hielo pueda ser movida
hacia adelante para hacerle el servicio, si fuera necesario.
■ La instalación de la fábrica de hielo requiere una entrada de
suministro de agua fría con tubería de cobre blando de ¹⁄₄"
(6,35 mm) de diámetro exterior y una válvula de cierre, así
como también un sistema de desagüe por gravedad o una
bomba condensadora para llevar el agua a un desagüe ya
existente.
■ Elija un área bien ventilada con temperaturas por encima de
los 55ºF (13ºC) y por debajo de los 110ºF (43ºC). Los mejores
resultados se logran con temperaturas que oscilan entre 70ºF
(21ºC) y 90ºF (32ºC).
■ Esta unidad debe ser instalada en un área protegida de las
inclemencias del tiempo, tales como el viento, lluvia, rocío de
agua o goteos.
■ Cuando instale la fábrica de hielo debajo de un mostrador,
siga las dimensiones de abertura recomendadas que se
ilustran a continuación. Coloque accesorios eléctricos o de
plomería en la ubicación recomendada como se indica.
NOTAS:
■ Asegúrese de que el cable de alimentación eléctrica no
esté prensado entre la fábrica de hielo y el armario.
■ Asegúrese de que la línea de suministro de agua no esté
prensada entre la fábrica de hielo y el armario.
■ Asegúrese de que la línea de desagüe (en algunos
modelos) no esté prensada entre la fábrica de hielo y el
armario.
■ Elija una ubicación donde el piso esté nivelado. Es
importante que la fábrica de hielo esté nivelada para su
funcionamiento adecuado. De ser necesario, usted puede
regular la altura de la fábrica de hielo cambiando la altura de
las patas niveladoras. Consulte la sección “Nivelación”.
ADVERTENCIA
Peligro de Peso Excesivo
Use dos o más personas para mover e instalar
la fábrica de hielo.
No seguir esta instrucción puede ocasionar una
lesión en la espalda u otro tipo de lesiones.
A. Ubicación recomendada para
accesorios eléctricos y de plomería
B. Nivel del piso
11¹⁄₂"
(29,2 cm)
15"
(38,1 cm)
24"
(60,1 cm)
9"
(22,9 cm)
28¹⁄₂"
(72,4 cm)
34"
(86,4 cm)
Min.
34
¹⁄₂"
(87,6 cm)
Max.
3¹⁄₂"
(8,9 cm)
B
A
16
Requisitos eléctricos
Antes de trasladar la fábrica de hielo a su ubicación final, es
importante cerciorarse de que tenga la conexión eléctrica
apropiada:
Se requiere un circuito de suministro eléctrico con fusibles de 15
ó 20 Amp., de 115 V, 60 Hz, de CA solamente, conectado
adecuadamente a tierra de acuerdo con el Código Nacional de
Electricidad y con las normas y códigos locales.
Se recomienda tener un circuito separado que sirva sólo para la
fábrica de hielo. Use un contacto que no pueda ser
desconectado con un interruptor o con una cadenilla de tiro.
IMPORTANTE: Si este producto está conectado a un
tomacorriente equipado con GFCI (Ground Fault Circuit
Interrupter - Interruptor de circuito de falla eléctrica de puesta a
tierra), puede ocurrir un disparo brusco del suministro de
corriente, lo que resultará en una pérdida de enfriamiento. Esto
puede afectar la calidad del hielo. Si ha ocurrido un disparo
brusco, y el hielo aparenta estar en malas condiciones,
deshágase del mismo.
Método recomendado para la conexión a tierra
Este electrodoméstico debe ser conectado a tierra. Este
electrodoméstico está equipado con un cable eléctrico provisto
de un enchufe de tres terminales conectado a tierra. El cable
debe ser enchufado en un contacto apropiado de pared de tres
terminales, conectado a tierra de acuerdo con el Código
Nacional de Electricidad y con los códigos y normas locales. Si
no hubiera un contacto de pared adecuado, el cliente tiene la
responsabilidad de contratar a un electricista calificado para
instalar un contacto de pared apropiado de tres terminales con
conexión a tierra.
Requisitos del suministro de agua
Se necesita un suministro de agua fría con presión de agua entre
30 y 120 lbs/pulg² (207 a 827 kPa) para hacer funcionar la fábrica
de hielo. Si usted tiene preguntas acerca de la presión de agua,
llame a un plomero competente autorizado.
Suministro de agua de ósmosis inversa
IMPORTANTE:
■ Los sistemas de filtración de agua por ósmosis inversa
pueden usarse solamente con las instalaciones de fábrica de
hielo que tengan un desagüe por gravedad. No se
recomienda un sistema de ósmosis inversa para las fábricas
de hielo que tengan instalada una bomba de desagüe.
■ La presión del suministro de agua que sale de un sistema de
ósmosis inversa y va a la válvula de entrada de agua de la
fábrica de hielo necesitará ser entre 30 y 120 lbs/pulg² (207 a
827 kPa).
Si se conecta un sistema de filtración de agua de ósmosis
inversa al suministro de agua fría, la presión de agua al sistema
de ósmosis inversa necesitará ser de un mínimo de 40 a
60 lbs/pulg² (276 a 414 kPa).
NOTA: El sistema de ósmosis inversa debe suministrar 1 galón
(3,8 L) de agua por hora a la fábrica de hielo para que ésta
funcione adecuadamente. Si se desea un sistema de ósmosis
inversa, se recomienda solamente un sistema de ósmosis inversa
con capacidad para toda la casa, que sea capaz de mantener el
suministro continuo de agua requerido por la fábrica de hielo.
Los sistemas de ósmosis inversa con capacidad adecuada para
grifos no pueden mantener el suministro continuo de agua
requerido por la fábrica de hielo.
Si la presión del agua del sistema de ósmosis inversa es menor
de 40 a 60 lbs/pulg² (276 a 414 kPa):
■ Verifique si el filtro de sedimentos en el sistema de ósmosis
inversa está bloqueado y reemplácelo si fuera necesario.
■ Deje que se vuelva a llenar el tanque de almacenaje del
sistema de ósmosis inversa después del uso intenso.
Si tiene preguntas acerca de la presión del agua, llame a un
plomero competente autorizado.
Nivelación
Es importante que la fábrica de hielo esté nivelada para que
funcione adecuadamente. Dependiendo del lugar donde instale
la fábrica de hielo, puede necesitar hacer varios ajustes para
nivelarla. También puede usar las patas niveladoras para reducir
la altura de la fábrica de hielo para las instalaciones debajo de
mostradores.
Herramientas necesarias:
Reúna las herramientas y piezas necesarias antes de comenzar
la instalación.
■ Nivel de 9"
■ Llave de tuercas ajustable
NOTA: Es más fácil ajustar las patas niveladoras si tiene otra
persona para ayudarlo.
1. Mueva la fábrica de hielo a su ubicación final.
NOTA: Si ésta es una instalación empotrada, mueva la
fábrica de hielo tan cerca de su ubicación final como sea
posible.
2. Coloque el nivel en la parte superior del producto para ver si
la fábrica de hielo está nivelada desde adelante hacia atrás y
de lado a lado.
3. Empuje hacia arriba en la parte superior frontal de la fábrica
de hielo y luego localice los tornillos niveladores que se
encuentran en la parte inferior frontal de la fábrica de hielo.
4. Usando una llave de tuercas ajustable, cambie la altura de las
patas de la siguiente manera:
■ Gire la pata niveladora hacia la derecha para bajar ese
lado de la fábrica de hielo.
■ Gire la pata niveladora hacia la izquierda para levantar
ese lado de la fábrica de hielo.
NOTA: La fábrica de hielo no debe tambalearse. Use calzas
para agregarle estabilidad cuando sea necesario.
ADVERTENCIA
Peligro de Choque Eléctrico
Conecte a un contacto de pared de conexión a tierra de
3 terminales.
No quite la terminal de conexión a tierra.
No use un adaptador.
No use un cable eléctrico de extensión.
No seguir estas instrucciones puede ocasionar
la muerte, incendio o choque eléctrico.
17
5. Empuje hacia arriba en la parte superior trasera de la fábrica
de hielo y localice las patas niveladoras que se encuentran en
la parte inferior trasera de la fábrica de hielo.
6. Siga las instrucciones del paso 4 para cambiar la altura de las
patas.
7. Use el nivel para volver a verificar la fábrica de hielo y ver si
está nivelada desde adelante hacia atrás y de lado a lado. Si
la fábrica de hielo no está nivelada, repita los pasos del 2 al 5.
Si la fábrica de hielo está nivelada, proceda a la sección
“Conexión del suministro de agua”.
Conexión del suministro de agua
Lea todas las instrucciones antes de comenzar.
IMPORTANTE:
■ Todas las instalaciones de plomería deben efectuarse de
conformidad con el Código de plomería internacional y los
códigos y ordenanzas de plomería locales.
■ Use tubería de cobre o una línea de suministro de Whirlpool,
Pieza número 8212547RP y revise si hay fugas.
■ Instale la tubería sólo en áreas donde las temperaturas
permanezcan encima del punto de congelación.
Herramientas necesarias:
Reúna las herramientas y piezas necesarias antes de comenzar
la instalación.
■ Destornillador de hoja plana
■ Llaves de extremo abierto de ⁷⁄₁₆" y ¹⁄₂" o dos llaves de
tuercas ajustables
■ Llave de tuercas de ¹⁄₄"
NOTA: No use válvulas del tipo perforado o de montura de ³⁄₁₆"
(4,76 mm), las cuales reducen el flujo de agua y se obstruyen con
mayor facilidad.
Conexión de la tubería de agua
1. Cierre el suministro principal del agua. Abra el grifo más
cercano el tiempo suficiente para limpiar la tubería del agua.
2. Usando una línea de suministro de cobre de ½" con una
válvula de cierre de un cuarto de vuelta o una equivalente,
conecte la fábrica de hielo a la tubería existente, como se
muestra.
NOTA: Para permitir que haya suficiente flujo de agua hacia
la fábrica de hielo, se recomienda usar una línea de
suministro de ½" como mínimo.
3. Ahora está listo para conectar la tubería de cobre. Use una
tubería de cobre blando de ¹⁄₄" (6,35 mm) de diámetro
exterior para el suministro de agua fría.
■ Asegúrese de tener la longitud adecuada necesaria para
el trabajo. Cerciórese de que ambos extremos de la
tubería de cobre estén cortados en ángulo recto.
■ Deslice la manga de compresión y la tuerca de
compresión en la tubería de cobre según se ilustra.
Introduzca el extremo de la tubería en el extremo de
salida en ángulo recto hasta donde sea posible. Atornille
la tuerca de compresión con el extremo de salida usando
la llave de tuercas ajustable. No ajuste demasiado.
4. Coloque el extremo libre de la tubería en un recipiente o un
fregadero, y abra el suministro principal del agua y deje correr
el agua por la tubería hasta que el agua salga limpia. Cierre la
válvula de cierre del tubo de agua.
NOTA: Siempre desagüe la tubería de agua antes de efectuar
la conexión final al orificio de entrada de la válvula de agua
para evitar un probable mal funcionamiento de la válvula de
agua.
5. Doble la tubería de cobre para poder encajarla en el orificio
de entrada de agua, que está ubicado en la parte trasera de
la carcasa de la fábrica de hielo, según se ilustra. Deje un
serpentín de tubería de cobre para permitir sacar la fábrica de
hielo del armario o lejos de la pared para el servicio.
VISTA POSTERIOR
6. Retire y descarte el tubo corto negro de plástico del extremo
de la entrada de la línea de agua.
A. Bulbo
B. Tuerca
A
B
A. Manga de compresión
B. Tuerca de compresión
C. Tubería de cobre
D. Acoplamiento (comprado)
A. Abrazadera para la tubería del suministro de agua
B. Manguera de ventilación (en modelos con bomba
de desagüe solamente)
C. Línea de suministro de agua
D. Abrazadera para el tubo de entrada de agua
E. Manguera de desagüe (en modelos con bomba
de desagüe solamente)
D
B CA
A
C
D
E
B
18
7. Enrosque la tuerca dentro del acoplamiento en el extremo de
la tubería. Apriete la tuerca con la mano, y luego apriétela con
la llave de tuercas ajustable dos giros más. No apriete
demasiado.
NOTA: Para evitar ruidos molestos, asegúrese de que la
tubería de cobre no toque la pared lateral de la carcasa u
otras partes dentro de la carcasa.
8. Instale la abrazadera para tubos de suministro de agua
alrededor de la línea de suministro de agua, para reducir la
tensión en el acoplamiento.
9. ABRA la válvula de cierre.
10. Revise si hay fugas. Ajuste las conexiones (incluso las de la
válvula) o tuercas que tengan fugas.
Conexión del desagüe
Sistema de desagüe por gravedad
Conecte la manguera de desagüe de la fábrica de hielo a su
desagüe de conformidad con todos los códigos y ordenanzas
locales y estatales. Si la fábrica de hielo viene con un sistema de
desagüe por gravedad, siga estas directrices cuando instale las
líneas de desagüe. Esto evitará que el agua regrese al cajón de
almacenaje de la fábrica de hielo y probablemente caiga en el
piso ocasionando daños.
■ Las líneas de desagüe deben tener un mínimo de ⁵⁄₈"
(15,88 mm) de diámetro interno.
■ Las líneas de desagüe deben tener 1" de caída por cada 48"
(2,54 cm de caída por cada 122 cm) de recorrido o ¹⁄₄" de
caída por cada 12" (6,35 mm por cada 30,48 cm) de recorrido
y no deben tener puntos bajos donde el agua pueda
asentarse.
■ Los desagües por el piso deben ser lo suficientemente
grandes para contener el agua de todos los desagües.
■ La instalación ideal tiene un tubo vertical con un reductor de
desagüe de PVC de 1¹⁄₂" (3,81 cm) a 2" (5,08 cm), instalado
directamente debajo del orificio de salida del tubo de
desagüe según se ilustra. Usted debe mantener un espacio
de aire de 1" (2,54 cm) entre la manguera de la bomba de
desagüe y el tubo vertical.
■ Sería ideal aislar la línea de desagüe completamente hasta el
orificio de entrada del desagüe.
VISTA LATERAL
Sistema de la bomba de desagüe (en algunos modelos)
Conecte el desagüe de la fábrica de hielo a su desagüe, de
conformidad con el Código de Plomería Internacional y todos los
códigos y ordenanzas locales.
NOTA: Si la manguera de desagüe se retuerce y el agua no se
puede desaguar, la fábrica de hielo no funcionará.
Conexión del desagüe
Luego de asegurarse de que el sistema de desagüe es el
adecuado, siga estos pasos para colocar la fábrica de hielo en un
lugar apropiado:
1. Conecte a un contacto de pared de conexión a tierra de
3 terminales.
A Tubería a la fábrica de hielo
B. Tuerca (comprada)
C. Férula (comprada)
D. Acoplamiento (comprado)
E. Férula
F. Tuerca
G. Línea provista de la
fábrica de hielo
D
E F G
A B C
A. Manguera de desagüe
B. Espacio de aire de 1" (2,54 cm)
C. Reductor de desagüe de PVC
D. El centro del desagüe debe estar 23" (58,4 cm) desde el frente
de la puerta, con o sin el panel de ³⁄₄" (1,91 cm) en la puerta. El
desagüe debe también estar centrado de izquierda a derecha
(7 ⁵⁄₁₆" [18,56 cm] de cada lado de la fábrica de hielo).
1⁷⁄₈"
(4,8 cm)
23"
(58,4 cm)
2" - 1¹⁄₂"
(5 cm - 3,8 cm)
1" (2,54 cm)
A
D
C
B
ADVERTENCIA
Peligro de Choque Eléctrico
Conecte a un contacto de pared de conexión a tierra de
3 terminales.
No quite la terminal de conexión a tierra.
No use un adaptador.
No use un cable eléctrico de extensión.
No seguir estas instrucciones puede ocasionar
la muerte, incendio o choque eléctrico.
19
2. Estilo 1 - Para el sistema de desagüe por gravedad, empuje
la fábrica de hielo a su posición de modo que el tubo de
desagüe de la fábrica de hielo esté ubicado encima del
reductor de desagüe de PVC. Vea “Sistema de desagüe por
gravedad” anteriormente en esta sección. Estilo 2 - Para el
sistema de bomba de desagüe, conecte la manguera de
salida de la bomba al desagüe. Vea “Sistema de bomba de
desagüe” anteriormente en esta sección.
3. Vuelva a revisar la fábrica de hielo para asegurarse de que
esté nivelada. Consulte la sección “Nivelación”.
4. Si el código de higiene local lo requiere, selle la carcasa al
piso con masilla de calafateo aprobada después de haber
efectuado todas las conexiones eléctricas y de agua.
Puerta de la fábrica de hielo
Herramientas necesarias:
Reúna las herramientas y piezas necesarias antes de comenzar
la instalación.
Quite la puerta
1. Desenchufe la fábrica de hielo o desconecte el suministro de
energía.
2. Quite la manija y los tornillos de la misma (en algunos
modelos). Guarde las partes juntas y póngalas aparte.
3. Quite el pasador de la bisagra superior.
4. Saque la puerta de las bisagras y atornille el pasador de la
bisagra superior de nuevo en la bisagra superior.
5. Invierta las cubiertas del extremo de la puerta de la manera
siguiente:
■ Quite el tornillo y la cubierta del extremo de la esquina
superior. Muévalo diagonalmente hacia la esquina inferior
opuesta, manteniendo el lado derecho de la cubierta del
extremo mirando hacia el frente de la fábrica de hielo.
■ Quite el tornillo y la cubierta del extremo de la esquina
inferior. Muévalo diagonalmente hacia la esquina superior
opuesta, manteniendo el lado derecho de la cubierta del
extremo mirando hacia el frente de la fábrica de hielo.
6. Ponga la puerta a un lado.
Invierta las bisagras
1. Destornille y saque la bisagra superior. Vuelva a colocar los
tornillos en los orificios vacíos para la bisagra.
2. Saque los tornillos de la parte inferior del lado opuesto de la
carcasa de la fábrica de hielo. Dé vuelta la bisagra superior
de manera que el pasador de la misma apunte hacia arriba.
Coloque la bisagra en el lado inferior opuesto de la fábrica de
hielo y ajuste los tornillos.
3. Saque la funda plástica del pasador de bisagra de la bisagra
inferior “vieja” y vuelva a colocarla en el nuevo pasador de la
bisagra inferior.
4. Saque los tornillos “viejos” de la bisagra inferior y la bisagra.
Vuelva a colocar los tornillos en los orificios vacíos para la
bisagra.
5. Saque los tornillos de la parte superior del lado opuesto de la
carcasa de la fábrica de hielo. Dé vuelta la bisagra de manera
que el pasador de la misma apunte hacia abajo. Coloque la
bisagra en el lado superior opuesto de la fábrica de hielo y
ajuste los tornillos.
6. Saque el pasador de la bisagra superior.
Vuelva a colocar la puerta
1. Coloque la funda plástica del pasador de la bisagra en el
orificio de la bisagra superior en la puerta. Alinee la puerta
con el orificio de la bisagra superior y vuelva a colocar el
pasador de la bisagra superior.
2. Vuelva a colocar la manija y los tornillos de la misma.
■ Llave de tuercas de ⁵⁄₁₆" ■ Cuchillo plano para
masilla
■ Llave de tuercas de ¹⁄₄" ■ Destornillador Phillips
Pasador de bisagra Tornillo de cabeza hexagonal
para bisagra de
⁵⁄₁₆"
Tornillo para manija Tornillo de la cubierta del
extremo
ADVERTENCIA
Peligro de Peso Excesivo
Use dos o más personas para mover e instalar
la fábrica de hielo.
No seguir esta instrucción puede ocasionar una
lesión en la espalda u otro tipo de lesiones.
A. Esquina superior abierta (sin la
cubierta del extremo)
B. Cubierta del extremo al comienzo
de la esquina superior
C. Cubierta del extremo al comienzo
de la esquina inferior
D. Esquina inferior abierta (sin la
cubierta del extremo)
A
B
D
C
C
D
B
A
20
Bisagra superior
Bisagra inferior
Cómo invertir el seguro de la puerta
1. Saque los tapones de los orificios del lado opuesto de la
puerta y déjelos aparte.
2. Saque los tornillos del seguro magnético de la puerta y
vuelva a colocarlo en el lado opuesto de la puerta.
3. Empuje los tapones de los orificios a su lugar en el lado
opuesto de la puerta.
4. Conecte a un contacto de pared de conexión a tierra de
3 terminales.
Sonidos normales
Su fábrica de hielo nueva puede producir algunos sonidos que
no le sean familiares. Es posible que usted esté preocupado
debido a que se trata de sonidos que no escuchó con
anterioridad. La mayor parte de los sonidos nuevos son
normales. Las superficies duras, como serían los pisos, paredes
y armarios pueden hacerlos sonar más fuerte de lo que son
realmente. A continuación se describen los tipos de sonidos que
pudieran ser nuevos para usted y qué es lo que los produce.
■ Cuando la válvula de agua se abre para llenar el depósito de
agua para cada ciclo, se pudiera escuchar un zumbido.
■ El caudal del refrigerante o de la línea de agua pudiera
ocasionar ruidos de vibraciones. También los artículos que
están almacenados encima de la fábrica de hielo pueden
producir ruidos.
■ El compresor de alta eficiencia pudiera producir un sonido
pulsante o agudo.
■ El agua corriendo sobre la placa del evaporador pudiera
producir un sonido de salpicaduras.
■ El agua corriendo de la placa del evaporador hacia el
depósito de agua pudiera producir un sonido de
salpicaduras.
■ Al final de cada ciclo, pudiera escucharse un sonido de
borboteo debido al caudal del refrigerante fluyendo en la
fábrica de hielo.
■ Es posible escuchar un sonido como de aire forzado por el
ventilador del condensador por encima del condensador.
■ Es posible escuchar un “ruido sordo” durante el ciclo de
recolección, cuando la capa de hielo se desliza del
evaporador hacia la rejilla de corte.
■ Al encender la fábrica de hielo por primera vez, se pudiera
escuchar agua que fluye continuamente. La fábrica de hielo
está programada para ejecutar un ciclo de enjuague antes de
iniciar la fabricación del hielo.
A. Pasador de la bisagra
B. Manga del pasador de la bisagra
C. Bisagra
D. Tornillo de cabeza hexagonal
para bisagra
A. Tornillo de cabeza hexagonal para bisagra
B. Manga del pasador de la bisagra
C. Bisagra
D. Pasador de la bisagra
D
C
B
A
D
C
B
A
ADVERTENCIA
Peligro de Choque Eléctrico
Conecte a un contacto de pared de conexión a tierra de
3 terminales.
No quite la terminal de conexión a tierra.
No use un adaptador.
No use un cable eléctrico de extensión.
No seguir estas instrucciones puede ocasionar
la muerte, incendio o choque eléctrico.
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
-
10
-
11
-
12
-
13
-
14
-
15
-
16
-
17
-
18
-
19
-
20
-
21
-
22
-
23
-
24
-
25
-
26
-
27
-
28
-
29
-
30
-
31
-
32
-
33
-
34
-
35
-
36
-
37
-
38
-
39
-
40
-
41
-
42
