Maxx Ice MIM50P Manuel utilisateur

User’s Manual (pages 1 - 28)

Mode d’emploi (pages 29 à 56)

Be sure ice maker is standing upright 24 hours prior to plug-in.

Assurez-vous que la machine à glaçons est debout 24 heures avant d'être branchée.

Automatic Undercounter Ice Maker

Machine à glaçon automatique

Model/Modèle: MIM50P

1

TABLE OF CONTENTS

Page

ICE MAKER SAFETY ................................................................................................... 2

IMPORTANT SAFEGUARDS ..................................................................................3 - 5

TECHNICAL INFORMATION ..................................................................................... 5

INTRODUCTION ........................................................................................................... 6

COMPONENT LOCATIONS ...................................................................................6 - 7

ICE MAKER INSTALLATION ..............................................................................7 - 15

Unpacking ...........................................................................................................7 - 8

Location requirements ........................................................................................8 - 9

Electrical requirements .....................................................................................9 - 10

Leveling the ice maker .......................................................................................... 10

Reversing the door swing ...................................................................................... 11

Water supply .......................................................................................................... 12

Drain ...............................................................................................................13 - 14

Installation types .................................................................................................... 15

OPERATION ..........................................................................................................16 - 20

Final check list before operation ........................................................................... 16

Operating method ...........................................................................................16 - 17

How the machine makes ice .................................................................................. 17

How the machine uses the water ....................................................................18 - 19

Schematic diagram ................................................................................................ 19

Normal sounds ....................................................................................................... 20

Preparing the ice maker for long storage ............................................................... 20

CLEANING AND MAINTENANCE ....................................................................20 - 26

Exterior cleaning .................................................................................................... 21

Interior cleaning ..............................................................................................21 - 22

Condenser cleaning ................................................................................................ 22

Water distribution tube cleaning ............................................................................ 23

Ice-making system cleaning ...........................................................................23 - 24

Control panel ......................................................................................................... 25

Ice size adjustment guide ..................................................................................25 - 26

MAJOR FUNCTIONS .................................................................................................. 26

TROUBLESHOOTING .........................................................................................27 - 28

FRENCH version of this manual ..........................................................................29 - 56

We reserve the right to make changes in specifications and design without prior notice.

2

ICE MAKER SAFETY

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 injure or kill you and others.

Safety messages will follow the Safety Alert Symbol and either

the words "DANGER", "WARNING" OR "CAUTION".

DANGER means that failure to heed this

safety statement may result in severe

personal injury or death.

WARNING means that failure to heed this

safety statement may result in extensive

product damage, serious personal injury or

death.

CAUTION means that failure to heed this

safety statement may result in minor or

moderate personal injury, or property or

equipment damage.

All safety messages will alert you to what the potential hazard is, tell you how to reduce the

chance of injury, and let you know what can happen if the instructions are not followed.

IMPORTANT SAFETY INSTRUCTIONS

WARNING: To reduce the risk of fire, electric shock or injury when using your ice

maker, follow these basic precautions:

· Plug into grounded 3-prong outlet. · Disconnect power before cleaning.

· Do not remove grounding prong. · Disconnect power before servicing.

· Do not use an adapter. · Replace all panels before operating.

· Do not use an extension cord. · Use two or more people to move & install ice maker.

SAVE THESE INSTRUCTIONS

3

IMPORTANT SAFEGUARDS

Before the ice maker is used, it must be properly positioned and installed as

described in this manual, so read the manual carefully. MAXX ICE strongly

recommends that you have a professional install your new machine. The

warranty may be affected or voided by an incorrect installation. To reduce the

risk of fire, electrical shock or injury when using the ice maker, follow basic precautions,

including the following:

 Plug into a grounded 3-prong outlet; do not remove grounding prong, do not use an

adapter, and do not use an extension cord.

 It is recommended that a separate circuit, serving only your ice maker, be provided. Use

receptacles that cannot be turned off by a switch or pull chain.

 Do not connect or disconnect the electric plug when your hands are wet.

 Never unplug the ice maker by pulling on the power cord. Always grip the firmly and

pull straight out from the outlet.

 Never clean ice maker parts with flammable fluids. Do not store or use gasoline or other

flammable vapors and liquids in the vicinity of this or any other appliance. The fumes

can create a fire hazard or explosion.

 Before proceeding with cleaning and maintenance operations, make sure the power line

of the unit is disconnected and the water line is shut off.

 Before operating, put all panels back into place.

 Never allow children to operate, play with or crawl inside the ice maker.

 Do not touch the evaporator with your hand when the machine is operating.

 Unplug the ice maker or disconnect power before cleaning or servicing. Failure to do

so can result in electrical shock or death.

 Do not attempt to repair or replace any part of your ice maker unless it is specifically

recommended in this manual. All other servicing should be referred to a qualified

technician.

 Use two or more people to move and install the ice maker. Failure to do so can result in

back or other injury.

 Never install or operate the unit in an enclosed area, such as a closed cabinet. To ensure

proper ventilation for your ice maker, the front of the unit must be completely

unobstructed. Choose a well-ventilated area with temperatures above 50°F (10°C) and

below 100°F (38°C). This unit MUST be installed in an area protected from the elements,

such as wind, rain, water spray or drips.

 The ice maker should not be located next to ovens, grills or other sources of high heat.

 The ice maker must be installed with all electrical and water connections in accordance

with state and local codes. A standard electrical supply (115 V AC, 60 Hz, 15 A),

properly grounded in accordance with the National Electrical Code and local codes and

4

ordinances, is required.

 Do not kink or pinch the power supply cord between the ice maker and cabinet.

 The fuse (or circuit breaker) size should be 15 amperes.

 It is important for the ice maker to be leveled in order to work properly. Otherwise water

may not flow properly through the evaporator (ice mold). The ice production will be less

than normal. You may need to make several adjustments to level it.

 All installations must be in accordance with local plumbing code requirements.

 Make certain that hoses are not pinched, kinked or damaged during installation.

 Check for leaks after water line is connected.

 Although the unit has been tested and cleaned at the factory, due to long-term transit and

storage, the first batch of cubes must be discarded.

 Remove the packing materials and clean the ice maker before using.

 Turn on the water supply tap before switching on the ice maker. Never turn the water

supply tap off when the ice maker is working.

 Except to take ice from the unit, keep the door closed in order to reduce ice melting and

to promote proper ice formation.

 If the ice maker will not be used for a long time, before the next use it must be

thoroughly cleaned. Follow carefully any instructions provided for cleaning or use of

sanitizing solution. Do not leave any solution inside the ice maker after cleaning.

 Do not touch the condenser fins. They are sharp and can be easily damaged.

 DO NOT use solvent-based cleaning agents or abrasives on the interior. These cleaners

may transmit taste to the ice cubes, or damage or discolor the interior.

 The ice machine cleaner contains acids. Do not use or mix with any other solvent-based

cleaning products. Use rubber gloves to protect hands. Carefully read the safety

instructions on the container of the ice machine cleaner.

 Do not use the apparatus other than for its intended purpose.

SAVE THESE INSTRUCTIONS

Electrical Connection

Do not, under any circumstances, cut or remove the third (ground) prong from the power

cord. For personal safety, this appliance must be properly grounded. The power cord of

this appliance is equipped with a 3-prong grounding plug that mates with a standard

3-prong grounding wall outlet to minimize the possibility of electric shock hazard from

the appliance. Have the wall outlet and circuit checked by a qualified electrician to make

sure the outlet is properly grounded. When a standard 2-prong wall outlet is encountered,

it is your responsibility and obligation to have it replaced with a properly grounded

3-prong wall outlet. The ice maker should always be plugged into its own individual

electrical outlet which has a voltage rating that matches the rating label on the appliance.

This provides the best performance and also prevents overloading house wiring circuits

which could cause a fire hazard from overheated wires. Never unplug your ice maker by

pulling on the power cord. Always grip the plug firmly and pull straight out from the

outlet. Repair or replace immediately all power cords that have become frayed or

otherwise damaged. Do not use a cord that shows cracks or abrasion damage along its

length or at either end. When moving the ice maker, be careful not to damage the power

cord.

5

Extension Cord

Because of potential safety hazards under certain conditions, it is strongly recommended

that you do not use an extension cord with this ice maker.

TECHNICAL INFORMATION

Model: MIM50P

Electrical power: 115V AC ~ 60Hz

Power consumption: 12.2 kWh/100 lbs of ice

Ice-making /-harvest rated current: 3.0A/4.0A

Refrigerant: R134a, 3.88oz

High/Low side pressure: 350 psig/130 psig

Width x depth x height: 14⅝’’ x 23⅝” x 33”

Unit weight: 84 lbs

Maximum ice storage: 25 lbs

Ice-making capacity: 50 lbs/day*

Ice shape: Cube

Ice cube dimensions: 3/4″ x 3/4″ x 1″

The technical data and performance index listed above should be used for reference only.

They are subject to change.

*The actual quantity of ice produced per day can vary with room and water conditions.

The serial number is located on the rating label. Please retain the unit’s serial number and

have available for parts or service.

6

INTRODUCTION

The Maxx Ice MIM50P Ice Maker produces hard, crystal-clear, gourmet cube ice and

offers convenience for homeowners and hotel guests. An insulated ice storage bin is built

in. In addition, you have the option of using an internal or external drainage system.

This user's manual is intended as a resource for persons installing, using and servicing the

Model MIM50P. It contains valuable information on safety and maintenance. Maxx Ice

strongly recommends that this manual be kept in a place where it can be accessed when

needed.

The MIM series ice maker is designed and manufactured according to the highest

standards of safety and performance. It meets or exceeds the safety standard of UL563 and

sanitation standard of NSF12.

Asbury Foodservice assumes no liability or responsibility of any kind for products

manufactured by Maxx Ice that have been altered in any way, including the use of any

parts and/or other components not specifically approved by Asbury Foodservice or Asbury

Service Warranty & Parts. Maxx Ice reserves the right to make design changes and/or

improvements at any time. Specifications and designs are subject to change without

notice.

COMPONENT LOCATIONS

Water distribution tube

Evaporator (ice mold)

Water trough

Float

Ice storage bin

Control panel

Front louver panel

Door

Caster

7

ICE MAKER INSTALLATION

Unpacking

Remove packaging materials.

IMPORTANT: Do not remove any permanent instruction labels or the data label on

your ice maker.

Remove tape and glue from your ice maker before using.

 To remove any remaining tape or glue, 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. These products can damage the surface of your ice maker.

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.

Ice scoop

Power cord

Water inlet

Drain outlet

Water supply hose

Drain hose

8

Cleaning before use

After you remove all of the packaging materials, clean the inside of your ice maker before

using it. See "Interior cleaning" in the Cleaning and Maintenance section.

Location Requirements

INSTALLATION CLEARANCES:

 This ice maker should be properly installed by qualified personnel.

 To ensure proper ventilation for your ice maker, the front of the unit must be

completely unobstructed.

 When installing the ice maker under a counter, follow the recommended spacing

dimensions shown. Allow at least 4" (102 mm) clearance at rear, and 1" (25 mm) at top

and sides for proper air circulation. The installation should allow the ice maker to be

pulled forward for servicing if necessary.

 Choose a well ventilated area with room temperatures within the normal range. This

unit MUST be installed in an area protected from the elements, such as wind, rain,

water spray or drips.

 The unit should not be located next to ovens, grills or other high heat sources.

 Installation of the ice maker requires a cold water supply inlet of ¼-in. (6.35mm) soft

copper tubing with a shut-off valve.

 The ice maker requires a continuous water supply with a minimum pressure of 15 psig

and a static pressure not to exceed 80 psig. The temperature of the water feeding into

the ice maker should be between 41°F (5°C) and 90°F (32°C) for proper operation.

SIDE VIEW

TOP VIEW

Top of unit

Rear of unit

Front of unit

Side Side

4”

1”

9

 It is strongly recommended that a water filter be used. A filter, if it is of the

proper type, can remove taste and odors as well as particles. Some water is very hard,

and softened water may result in white, mushy cubes that stick together. Deionized

water is not recommended.

 The ice maker must be installed with electrical and water connections in accordance

with all state and local codes.

 The unit should be located on a firm and level surface. It is important for the ice maker

to be leveled in order to work properly. If needed, you can adjust the height of the ice

maker by revolving the caster. See the Leveling the Ice Maker section.

 A standard electrical supply (115V AC only, 60Hz, 15A), properly grounded in

accordance with the National Electrical Code and local codes and ordinances, is

required.

IMPORTANT: Do not kink or pinch the power supply cord between the icemaker and wall

or cabinet.

Electrical Requirements

Operating temperature should be within the range of normal room temperatures.

Normal operating water temperature should be between 41°F (5°C) and 90°F

(32°C). Operation of the ice maker for extended periods out- side of these

normal temperature ranges may affect production capacity.

Electrical Shock Hazard

Plug into a grounded 3-prong outlet.

Never remove the ground prong from the plug.

Never use an adapter.

Never use an extension cord.

Failure to follow these instructions can result in fire, electrical

shock or death.

10

Before you move your ice maker into its final location, it is important to make sure you

have the proper electrical connection:

A standard electrical supply (115V AC only, 60Hz, 15A), properly grounded in accordance

with the National Electrical Code and local codes and ordinances, is required. The ice

maker should always be plugged into its own individual electrical outlet.

It is recommended that a separate circuit, serving only your ice maker, be provided. Use a

receptacle that cannot be turned off by a switch or pull chain.

The fuse (or circuit breaker) size should be 15 amperes.

Recommended grounding method

For your personal safety, this appliance must be grounded. This appliance is equipped with

a power supply cord having a 3-prong grounding plug. To minimize possible shock hazard,

the cord must be plugged into a mating 3-pronged and 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.

Leveling the Ice Maker

It is important for the ice maker to be leveled in order

to work properly. Otherwise water will not flow

properly through the evaporator (ice mold). The

ice production will be less than normal, and may

be noisy. The unit can be raised or lowered by rotating

the plastic sheaths around each of the four rolling

casters on the bottom of the machine. If you

find that the surface is not level, rotate the casters

until the ice maker becomes level. You may need

to make several adjustments to level it. We

recommend using a carpenter’s level to check

the machine.

1. Place a carpenter’s level on top of the unit to see if the ice maker is level from front to

back and side to side.

2. Adjust the height of the casters as follows:

Turn the leveling casters to the right to lower that side of the ice maker.

Turn the leveling casters to the left to raise that side of the ice maker.

You will find that the casters make it easy for one person to move the machine. This is

useful for cleaning and sanitizing the surface on which the ice maker is installed because it

allows you to move the unit and have easy access to the surface to be cleaned.

IMPORTANT: When the ice maker is ready to be installed in a cabinet or directly on the

floor, you must adjust the feet to level the ice maker and lock the rollers. If the floor is

level, just revolve the two front feet to touch the floor.

down

up

11

Reversing the Door Swing

Tools needed: flathead screwdriver, Phillips screwdriver

IMPORTANT: Before you begin, unplug the ice maker or disconnect power.

To remove door from hinges:

1. Using a flathead screwdriver, separate the axis from Hinge 1. Set aside.

2. Open the door about 20°around the axis of Bottom Hinge 2, then lift the door off

Bottom Hinge 2 and set door aside.

To replace door on hinges:

1. Using a flathead screwdriver, remove the plug buttons from the screw holes opposite

the door hinges, top and bottom. Set aside.

2. Replace the axis on the Hinge 1 and tighten it firmly. Remove Hinge 1 and place it on

the opposite bottom side.

3. Remove Hinge 2 and place it on the opposite top side. Separate the axis from Hinge 2

and set it aside.

4. Align the door on Bottom Hinge 1 and replace axis on Hinge 2. Tighten it firmly.

Place the handle on the side of the door away from the hinge side.

5. Push the plug buttons into the original screw holes.

See Figure below.

12

Water Supply

The water supply should be ready at the point of installation. The water supply pressure

should be a minimum of 15 psig with a static pressure not more than 80 psig. (A wall

outlet directly behind the ice machine will make installation easier.)

IMPORTANT:

1. All installations must be in accordance with local plumbing code requirements.

Professional installation is recommended.

2. Make certain the hoses are not pinched or kinked or damaged during installation.

3. Check for leaks after connection.

Tools required:

½-in. open-end wrench, Phillips screwdriver

Connecting the water line:

1. Turn off main water supply. Turn on the nearest faucet long enough to clear line of

water.

2. Find a ½-in. to ¾-in. vertical cold water pipe near the installation location. The

distance should be less than 9 feet. The water supply hose provided with the ice maker

is about 9 feet long.

3. A shut-off valve must be installed to the main water supply. If the water pipe has a

plain piece of copper tubing, attach a ¼” O.D. compression union to the tubing and

remove the nut.

4. Connect the nut of the water supply hose to the tap, and connect the other end with the

water inlet. Tighten firmly by hand, then one-half turn with wrench.

5. Turn on main water supply and tap. Check for water supply connection leaks. Tighten

every connection (including connection at the water inlet).

IMPORTANT: When you connect the water supply hose and the drain hose, pay attention

to the indications of “Water inlet” and “Drain outlet” on the machine.

13

Drain

You must connect the drain line before using the ice maker. Follow the steps below.

There are two types of ice machine modes, one that drains by gravity and one that has an

internal drain pump.

This unit can pump out water up to a rise of 1.5m (59”)

or over a horizontal length of 1.5m (59”).

14

Connecting the drain line:

NOTE: If there is a drain line near the ice maker, the best choice is to drain water to

the drain line through the drain water hose provided with ice maker.

1. Locate the floor drain near the ice maker. The distance should be less than 5 feet since

the length of the long drain water hose provided with the ice maker is about 5 feet.

2. Find the drain outlet on the back of ice maker. Connect the water draining hose to the

drain outlet, and insert the other end of the hose into the drain line.

NOTE: Never allow the drain hose to hang or loop higher than the floor of the ice

storage bin.

3. All horizontal runs of drain lines must have a fall of ¼” per foot. An air gap will likely

be required between the ice maker drain tube and the drain/waste receptacle. A

standpipe with a trap below it would be acceptable for the drain/waste receptacle. A

floor drain is also acceptable. If this is not possible, the use of the condensate pump is

recommended.

4. Pour 1 gallon of water into the ice storage bin to check for leaks in the drainage system.

Tighten any connections that leak.

IMPORTANT: This ice maker is not a freezer. Infrequent drainage will

cause a high rate of melting in the ice storage bin.

15

Installation Types

This ice maker has been designed for Mobile (free-standing) installation. However, it can

also be Enclosed (as under a cabinet) or Built-in (sealed to the floor). In any case, there

must be adequate air space around the unit for ventilation.

Mobile installation:

A mobile installation will allow you to install the ice maker free-standing in any place you

desire provided you have access to a water supply. You must follow the stated instructions

for

a. Electrical requirements

b. Water supply

c. Leveling the ice maker.

Enclosed Installation:

An enclosed installation will allow you to install the ice maker under a cabinet or in a

kitchen cabinet provided the required clearance space around the ice maker is respected.

This installation has the same requirements as a mobile installation.

Built-in installation:

If this method of installation is chosen, it will still be necessary to allow adequate

ventilation space around the unit. The following additional items must be observed.

1. Place ice maker in front of installation location. Remove the feet and place the unit flat

on the floor or on a platform depending on your installation requirements.

2. The water supply line must be plumbed before connecting to the ice maker.

3. Turn on main water supply and tap. Check for water supply connection leaks. Tighten

every connection (including connection at the water inlet).

4. If the electrical outlet for the ice maker is behind the cabinet, plug in the ice maker.

5. Push the ice maker into position.

6. Seal all around the cabinet to the floor with an approved caulking compound.

IMPORTANT: Be sure the drain hose is connected and fed into the drain line before the

ice maker is moved into its final position.

16

OPERATION

Final Check List before Operation

1. Have all packing materials and tape been removed from the interior and exterior of the

ice maker?

2. Did you clean the ice storage bin?

3. Have the installation instructions been followed, including connecting the machine to

water and electricity?

4. Has the machine been leveled?

5. Is the ice maker in a site where the ambient temperature is within the range of normal

room temperatures and the water temperature between 41°F (5°C) and 90°F (32°C) all

year round?

6. Has the water supply pressure been checked to ensure a minimum of 15 psig with a

static pressure not to exceed 80 psig?

7. Is there a clearance of at least 4” (102mm) at the rear, and 1” (25 mm) at top and sides

for proper air circulation?

8. Has the power supply voltage been checked or tested against the nameplate rating?

And has proper grounding been installed in the ice maker?

9. Is the ice maker plugged in?

10. Have you turned on the main water supply and tap?

11. Have you checked for leaks at all water supply connections?

Operating Method

1. Turn on the water tap, let the water trough fill, then press the ON/OFF button on the front

panel. The ice maker will start working automatically.

2. After 3 minutes, the machine will automatically go to the ice-making stage, and the

sound of water flowing will be heard.

3. When the batch of ice has been fully formed, ice will automatically be harvested to the

Bin full stage

Ice making stage

Ice harvest stage

17

ice storage bin.

4. When the ice storage bin is full, the sheet of cubes will not fall completely and will

hold the bin-full probe open. The machine stops making ice automatically.

5. The unit will start making ice again after the ice cubes are removed. Then the bin-full

probe swings back to operating position.

6. Bin light (if present): The bin light is controlled by a magnetic reed switch that has

been installed on the inner surface of the door. It is turned On or Off automatically

with the opening or closing of the door.

7. Pump Water Drain system (if used): As soon as the ice melt water or other surplus

overflow water in the water reservoir reaches the maximum level, the water level

switch closes and transmits a low-voltage current to the PC board. The PC board

energizes the water drain pump for 20 seconds, pumping out most of the excess water

into the water reservoir.

IMPORTANT:

 Although the unit has been tested and cleaned at the factory, due to long-term transit

and storage, the first batch of cubes must be discarded.

 Never turn the water supply tap off when the ice maker is working.

 Never touch evaporator when unit is running!

 Except to take ice from the unit, keep the door closed to reduce melting and insure

proper ice formation.

How the machine makes ice

Set the ON/OFF button to the ON position. The machine will automatically go to the ice

making stage.

There are two distinct cycles: ice freeze and harvest.

The freeze cycle happens when water flows to the evaporator surface. The harvest cycle is

when the ice is released and water enters the machine. A complete cycle takes about 20

minutes, but it depends on temperature and operating conditions.

Freeze: During the freeze cycle the compressor is pumping refrigerant, the fan motor is

blowing air, and the water pump is circulating water. When the batch of ice has been fully

formed, the ice maker stops the freeze cycle and the harvest cycle begins.

Harvest: During the harvest cycle the compressor is still operating, but the water pump

has stopped. The hot gas valve opens, diverting hot refrigerant gas into the evaporator. The

hot refrigerant gas warms the evaporator, causing the cubes to slide as a unit off the

evaporator and into the storage bin. The freeze cycle will restart when all the cubes have

been harvested.

18

How the machine uses the water

The ice maker begins with a fixed charge of water that is contained in the water trough. As

the water flows to the freezing evaporator surface, the portion of water that does not

contain mineral impurities freezes and sticks to the ice cube molds. The water containing

impurities falls back into the water trough. During the ice making process, fresh water

enters into the water trough continuously as the water in the trough freezes continuously in

the evaporator.

How the drain system operates when water is pumped out

The components of the Pump-Out Water Drain System are

 Water reservoir

 PC Board & Water level switch 1, 2

 Water Drain Pump

OPERATION

 All water coming from the overflow and the melted ice is

collected in the water reservoir.

 As soon as the water in the reservoir reaches the maximum

level, the water level switch 1 closes, transmitting a low

voltage current to the PC Board.

Water pump

Compressor

Water inlet

Evaporator

Fan motor

Condenser

Hot gas valve

Water level switch 2

Water level switch 1

19

 The PC board activates the water drain pump for 20 seconds,

pumping out most of the water contained in the water reservoir.

 The water can be pumped out up a rise of to 1.5m (59”) or

over a horizontal length of 1.5m (59”).

 If water level switch 2 closes, transmitting a low-voltage

current to the PC board, the PC board activates the buzzer

alarm, informing you that the drain pump, water level

switch or drain tube may be malfunctioning.

Schematic Diagram

WARNING!

If alarm buzzer sounds, turn

off the ice maker and the

water supply, remove all ice

from storage bin, and wipe up

any water that may have

overflowed. Check if there is

any water in water trough at

back of unit; if no water,

drainage pump may not be

receiving the proper amount

of power. Check power

source. If the problem can be

corrected, turn on the unit

again. Also check that none

of the water lines are kinked.

If the problem remains,

contact Maxx Ice Customer

Service.

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