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When  green  LED  and  yellow  LED  is  lit,  it  means  the  unit  is  working  in  the  cold  preservation 

stage . 

4.Red LED: 

power indicator light.

 

The power is on when the red LED is lit. 

5. Mode button:

   

Mainly for service. When this button is pressed, it can change from ice making mode to ice harvest 
mode, or from ice harvest mode to ice making mode. You can judge the mode from the status of the 
green and yellow LEDs. 

6. Ice size adjust:

   

1.

 

Press and hold the “

Clean

” button and the “

Mode

” button together for at least 3 seconds. The 

unit will enter the Ice Size Adjustment mode. The “

ICE

” LED (green) will be blinking 

continuously during the ice size adjustment. 

2.

 

While in the Ice Size Adjustment mode, press the “

Clean

” button or the “

Mode

” button for the 

desired ice size.   

Smaller ice setting: 

By pressing the “Clean” button, you can decrease the size of the ice cubes. The “FULL” LED (red) 
will flash as you lower the ice size and will finally be blinking at the setting of smallest ice size. 

Larger ice setting: 

By pressing the “Mode” button, you can increase the size of the ice cubes. The “HARVEST” LED 
(yellow) will flash as the larger size is set and will blink when the setting of largest ice size has been 
reached. 

After 10 seconds without any operation, the unit will automatically memorize the current state and   
return to the previous mode.   

NOTE

: If during the ice size adjustment, the “BIN FULL”, “ICE” and “HARVEST” LEDS blink 

all at once, this indicates that the unit is in the default factory setting of the ice size adjustment. 

 

 

Summary of Contents for MIM1000

Page 1: ...1 Automatic Ice maker Service manual MIM452 MIM600 MIM1000...

Page 2: ...Works 4 Water System 7 Wiring Connections and Controller 9 Exploding Drawing 12 TroubleShooting 14 Before Maintenance 14 Basic Checking 14 TroubleshootingGuide 15 Adjustment and Replacement 20 Advanc...

Page 3: ...t Water Filtration A water filter system should be installed with the ice machine Clearance Requirements Self contained air cooled ice machines must have a minimum of 6 inches 15cm of clearance at the...

Page 4: ...oth to remove any remaining residue If necessary remove the water distribution tube disassemble and clean with a bottlebrush Reassemble all components and repeat steps 4 through 7 as required to remov...

Page 5: ...5 Cooling System...

Page 6: ...ol the liquid refrigerant after passing through the condenser The drier and filter reduce possible dirt and moisture in the refrigerant The refrigerant expands in the evaporator cooling it so ice will...

Page 7: ...et tube 7 Floater valve 8 Water trough 9 Water pump 10 Water pump outlet tube 11 Water distribution tube 12 Evaporator Ice Mold 13 Ice full sensor 14 Drain pipe connector 15 Drain pipe hex nut 16 Drai...

Page 8: ...ugh to the water distribution tube The distributed water flows over the surface of the cold evaporator where the purest water is converted to ice The unfrozen water returning to the trough At the end...

Page 9: ...9 Wiring Connection...

Page 10: ...rks regularly to keep the lower temperature for lower ice melting The rest of the electric components are powered off The WHITE LED indicates the ice full status and the GREEN AND YELLOW LEDs together...

Page 11: ...e in the Ice Size Adjustment mode press the Clean button or the Mode button for the desired ice size Smaller ice setting By pressing the Clean button you can decrease the size of the ice cubes The FUL...

Page 12: ...12 Exploding Drawing...

Page 13: ...pipe 17 Water outlet pipe screw 18 water outlet pipe screw 19 Water inlet connector 20 foaming PE 21 top panel 22 compressor starting device component 23 compressor 24 discharge pipe1 25 suction pipe...

Page 14: ...ront panel 48 compressor base 49 left panel 50 knob 51 compressor base support 52 Water distributor tube 53 Water out of pump 54 water pump support 55 Water pump 56 Drain pipe 57 Drain pipe connector...

Page 15: ...he cycle of the icemaking and ice harvesting normal Does water run is the fan running and is the evaporator getting cold enough Check the water system especially at the connections Are there any water...

Page 16: ...16...

Page 17: ...17...

Page 18: ...18...

Page 19: ...19...

Page 20: ...20...

Page 21: ...e steps to reassemble Replacing the cooling system components To replace the condensing components see the Cooling System figure 1 Replacing the compressor and the compressor kit includes relay therma...

Page 22: ...condenser The refrigerant changes to a liquid when cooled The refrigerant in a liquid state passes through a filter drier The filter drier traps small amounts of moisture and foreign particles from t...

Page 23: ...proper voltage is supplied to the compressor and all wiring is properly connected If the compressor does not start and there is excessive amperage draw see locked rotor amps on compressor tag the com...

Page 24: ...l suction pressure A low refrigerant charge will also starve the evaporator and cause low suction and discharge pressures If not sure of the amount of charge in the system the refrigerant should be re...

Page 25: ...until the timer has energized Check the evaporator for areas where cubes are less developed than cubes in other areas If the cubes are all the same size coil separation is not the problem If there ar...

Page 26: ...cycle When the freeze timer is energized the machine is in the timed portion of the freeze cycle When the machine enters harvest the temperature rises but the amount of time the machine is in harvest...

Page 27: ...switch which detects its position When ice is sitting on the control the slideway faces down indicating that ice is present and disconnecting the circuit from the reed switch When the ice is removed t...

Page 28: ...re sensor of condenser 19 3 1851700501 Temperature sensor of evaporator 20 1858442400 Transformer 24 1854700800 Drain valve 28 1854601900 Expansive valve 29 1 1854704410 Hot gas valve body 29 2 185470...

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