White Style-Maker 3100 Technické informace

This technicians pocket guide covers all mod-els using R-404A refrigerant. For additionaltechnical information, full parts and servicemanuals are av

12/01/02GNDGNDGNDBrownWhiteBrownBlackRedBrownWhite208-230 VOLT/1PHASE208-230V/1 Phase units require a dedicated neutral dueto the use of 115V componen

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.MODEL: KM-1600SRF &am

12/01/02 NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.MODEL: KM-1800SA HSup

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.MODEL: KM-1800SAH3

12/01/02 NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle.PERFOR

12/01/0270 /2180 / 2790 / 32PERFORMANCE DATAMODEL: KM-2400SRF3 & H3 Supply Voltage: 208-230/60/3Total Amperage (Compressor): SRF3 19.7A

12/01/02WIRING DIAGRAMS:The wiring diagrams provide on the following pages aregeneric in some cases because they can represent sev-eral models. Hoshi

12/01/02Mechanical Bin Control 110Capacitive Bin Control 111KM-150BAF, BWF A 112 145~174 MFD None 2 MFD NoneKM-150BAF-E, BWF-E B 113 80 MFD None 2.MF

12/01/02KM Wiring Diagram Reference ChartStartCapacitorRunCapacitorPumpCapacitorFanCapacitorModelPageWiringDiagramKM-630MAF/H, MWF/H L 123 8

12/01/02KM Wiring Diagram Reference ChartStartCapacitorRunCapacitorPumpCapacitorFanCapacitorModelPageWiringDiagramKM-1600MRF3/H3 Z 137 None None 10 MF

12/01/02Note:All Electrical connections must be made in accordancewith all national and local electrical codes.Transformer ApplicationAll 208-230V mod

12/01/02MECHANICAL BIN CONTOL OPERATION:The mechanical bin control is included on some modelsproduced in 2002. The mechanical assembly is located in t

12/01/02 111CAPACITIVE PROXIMITY BIN CONTROL: (Used on KM-1300NRF/H only)The capacitive bin control requires DC voltage to operate. It has a seperat

12/01/02AKM-150BAF, BWF,KM-250BAF, BWF112Note:1. Fuse was added to H model on late 2002 production.2. See wiring diagram chart for KM-250B capacitorsi

12/01/02BKM-150BAF-E, BWF-E113Note: Fuse was added to H model on late 2002production12/20/032/20/03

12/01/02CKM-280 MAF/H, MWF/H114Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02115DKM-280 MAF-E/H-E, MWF-E/H-ENotes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02E KML-250MAH, MWH116Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02F KML-350MAF/H, MWF/H117Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02118GKML-450 MAF/H, MWF/HNotes:1. Some H series unit have mechanical bin control.2. Fuse was added to H series in mid 2002.3. This is a univers

12/01/02HKM-500 MAF/H, MWF/H119Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02REMOTE APPLICATIONSCONDENSER CHARTCONDENSER MODEL MODEL NUMBERSURC-6F KM-500/630MRF, F-1000MRFURC-7F KML-600MRFURC-12F KM-900/1300MRF, KM-1300

12/01/02IKM-500 MRF/H120Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02JKM-500 MAF-E121Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02122KKML-600 MAF/H, MWF/H, MRF/HNotes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02123LKM-630 MAF/H, MWF/HNotes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02MKM-630 MRF/H124Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02NKM-630 MAF-E/H-E, MWF-E/H-E125Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02OKM-900 MAF/H, MWF/H126Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02PKM-900 MRF/H127Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02QKM-900 MRF 3/H 3128Notes:1.Some H series unit have mechanical bin control.2.Fuse was added to H series in mid 2002.12/20/032/20/03

12/01/02RKM-1300 SAF/H, SWF/HKM-1300 MAF/H, MWF/H129Note:1. Fuse was added to H models on mid 2002production.2. M Series model has 2 condenser fan mo

12/01/02132/20/03

12/01/02SKM-1300 SRF/H, MRF/H130Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02TKM-1300 SAF3/H3, SWF3/H3131Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02UKM-1300 SRF3/H3132Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02VKM-1300 SAF-E, SWF-E133Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02WKM-1300 SRF-E13412/20/032/20/03

12/01/02XKM-1300 NRF / H13512/20/032/20/03

12/01/02YKM-1600 SWF/H, SRF/H, MRF/H136Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02ZKM-1600SWF3/H3, SRF3/H3KM-1600MRF3/H3,KM-2000SWF3/H3, SRF3/H3137Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02Note:1. Fuse was added to H models on mid 2002production.138AAKM-1800 SAH12/20/032/20/03

12/01/02BBKM-1800 SAH3 139Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02LINE SET INSTALLATIONA universal line set adapter kit, part number OS-QUICK, isavailable if you need to field engineer your line set. Bothline

12/01/02CCKM-2400 SRF3/H3140Note:1. Fuse was added to H models on mid 2002production.12/20/032/20/03

12/01/02FLAKER/DCMINSTALLATION - GENERAL As always, you should follow the installation instructionsthat are provided in the instruction manual supplie

12/01/02INTERNAL AUGER DESIGNHoshizaki Flakers and DCM’s use an internal auger systemto provide high quality crisp flakes and cubelet ice. Theevapora

12/01/02COMPONENT TECHNICAL DATACONTROL TRANSFORMERHoshizaki Flaker units include a 24 volt control transformer.This transformer has a 115 volt prim

12/01/02144F-1000M GEAR MOTOR CHECKOUTNORMAL AMPERAGE: The amperage for the F-1000Mgear motor should be 0.6~1.0 amps with no load and 1.0~1.4amps wh

12/01/02Although it is common practice to install a larger fuse dur-ing service diagnosis, you should not leave a larger fuse inthe unit when you leav

12/01/02and clean the cylinder wall with a Scotchbrite pad & cleaner.The extruding head surface may also have heavy scaleand can be cleaned with S

12/01/02AUGER INSPECTION / BEARINGREPLACEMENTA visual inspection of the auger bearing shaft surface isalso recommended annually in poor water areas. T

12/01/02Flaker Safety’s Mechanical failures in an auger style ice machine can betime consuming and expensive repairs. Hoshizaki has in-corporated sev

12/01/02is included in the motor windings. Both will work in con-junction with the protect relay to shut the unit down.4. Voltage protect relay: Th

12/01/02SYSTEM CHARGE - R-404AThe ice machine head and URC condenser are shippedwith enough refrigerant charge for up to 66 feet of line setlength. Th

12/01/02the switch shaft can cause the floats to stick. This willeffect the unit operation. In this case, the float switchshould be cleaned and chec

12/01/02FLAKER WATER FILL SYSTEMThe reservoir in a Hoshizaki auger type ice maker feedswater by gravity flow to the evaporator cylinder. The levelof

12/01/02FLAKER TIMER BOARDThe solid state timer board used in Hoshizaki Flakers is asimple electronic sequence timer. In order for the board tosequen

12/01/02Flaker Sequence of OperationThe Hoshizaki Flaker utilizes a solid state sequence timerboard to switch the components on and off as needed.The

12/01/0215412/20/032/20/03

12/01/02DCM SEQUENCE OF OPERATIONDCM sequence for the ice making unit is similar to the F-500, with a delay of the compressor at start up and a delayo

12/01/0215612/20/032/20/03

12/01/02WATER AND REFRIGERATION CIRCUITDRAWING REFERENCE CHART FOR R-404AMODELSMODELDRAWINGPAGEF-300B ... A ...

12/01/02158AF-300 BAF12/20/032/20/03

12/01/02159BF-450 MAF/HF-500 BAF12/20/032/20/03

12/01/0216HOSHIZAKI CUBERREFRIGERANT R-404A CHARGE CHARTNOTE: This Chart represents both F and H series models.MODEL TOTAL CHARGE REFRIGERANTKM-

12/01/02C F-800MAF/H, MWF/HF-1000 MAF, MWF F-1001MAH, MWH16012/20/032/20/03

12/01/02DF-1000 MRFF-1001 MRH16112/20/032/20/03

12/01/02EF-1000 MLFF1001 MLH12416212/20/032/20/03

12/01/02FF-2000 MRFF-2000 MRH16312/20/032/20/03

12/01/02GF-2000 MLFF-2000 MLH12616412/20/032/20/03

12/01/02HDCM-240 BAFDCM-270 BAH16512/20/032/20/03

12/01/02IDCM-500 BAF/H, BWF/HDCM-750 BAF/H, BWF/H16612/20/032/20/03

12/01/02Kg=lbs.x .454Production24 hours(lbs.)EvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionAmbient Temp F°/C°R-404A PERFORMANCE DATA50/970

12/01/02MODEL: F-450MAF/H & MAF -C/H-C (cubelet)Total Amperage (Compressor RLA): 11.25A (8.5A)Supply voltage: 115/60/1Ambient Temp (F°/C°)R-404A

12/01/02MODEL: F-500BAF & BAF -C (cubelet)Total Amperage (Compressor RLA): 9.95A (7.9A)Supply voltage: 115/60/1Ambient Temp (F°/C°)R-404A PERF

12/01/02 17 R-404A URC REMOTE CONDENSERS(Condenser charge is included in total charge.)MODEL FACTORY CHARGE REFRIGERANT URC-6F

12/01/02Ambient Temp °F/°CPERFORMANCE DATAEvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionKg=lbs.x .454Production24 hours(lbs.)MODEL: F-800M

12/01/02Ambient Temp °F/°CR-404A PERFORMANCE DATAEvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionKg=lbs.x .454Production24 hours(lbs.)MODEL:

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water TempF°/C°EvaporatorOutlet temp.(F°)PressureHigh SidePres

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water TempF°/C°EvaporatorOutlet temp.(F°)PressureHigh SidePres

12/01/02Ambient Temp °F/°CR-404A PERFORMANCE DATAEvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionKg=lbs.x .454Production24 hours(lbs.)MOD

12/01/02343434Kg=lbs.x .454Production24 hours(lbs.)EvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionAmbient Temp F°/C°NOTE: R-22 refrigerant

12/01/02Ambient Temp °F /°CR-404A PERFORMANCE DATA50 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water Temp°F /°C

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water TempF°/C°EvaporatorOutlet temp.(F°)PressureHigh SidePres

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water TempF°/C°EvaporatorOutlet temp.(F°)PressureHigh SidePres

12/01/02Ambient Temp °F/°CR-404A PERFORMANCE DATAEvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionKg=lbs.x .454Production24 hours(lbs.)MOD

12/01/0218HEAT LOAD - R-404A FLAKERS/DCM’SMODEL AIR WATER-COOLEDCOOLED(CONDENSER ONLY)F-300B 3178 —-F-450M 5090 —-F-500B 4683 —-F-800M 7500

12/01/0218080 / 2790 / 32187518361797111111262263265262728182717771729121212230230230262626175917301686111111262263265262728MODEL: F-2000M_F/H

12/01/0280 / 2790 / 32166916411614101012262263266272728159515621530121414227227227262626158715601534101012262263266272728MODEL: F-2000M_F-C/H-C (cubel

12/01/0280 / 2790 / 32184517961748141414230230230262626161315791546-1002252252252525251701169316121414162412412412727271526151314500032282282282626267

12/01/0280 / 27201018351795121212190256297162122175516151585121212190256297162122MODEL: F-2000MLF/H & MLF-C/H-C (cubelet)Total Amperage: 6.14ASup

12/01/02MODEL: DCM-240BAFTotal Amperage (Compressor RLA): 8.5A (6.5A)Supply Voltage: 115/60/1R-404A PERFORMANCE DATA184Ambient Temp F°/C°50/970/2190/

12/01/02MODEL: DCM-270BAHTotal Amperage (Compressor RLA): 8.5A (6.5A)Supply Voltage: 115/60/1R-404A PERFORMANCE DATA185Ambient Temp F°/C°50/970/2190/

12/01/02434343Kg=lbs.x .454Production24 hours(lbs.)EvaporatorOutlet temp.(°F)PressureHigh SidePressureSuctionAmbient Temp F°/C°50/970/2190/3250/970/21

12/01/02Ambient Temp °F /°C50 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water Temp°F /°C70 / 2180 / 2790 / 32Water

12/01/02DCM-240BAF (A) 189 145~174 MFD None None10 MFDDCM-270BAH (B) 190 145~174 MFD None None 10 MFDDCM-500BAF,

12/01/02F-1001M_H (R) 206 108~130 MFD 25 MFD 5 MFD 24 MFDF-1001MLH (S) 207 None None None 24 MFDF-2000MRF/H, MWF/H (T) 208 189~227 MFD 40 MFD 10 MFD 6

12/01/02“E” Control Board Adjustment ChartThe early “E” boards have 8 dip switches. The latest “E”boards have 10 dip switches.NOTE:1. TO IMPROVE BUILT

12/01/02(A)DCM-240 BAF19012/20/032/20/03

12/01/02(B)DCM-270 BAH19112/20/032/20/03

12/01/02192(C)DCM-500 BAF, BWFSerial numbers H0 & J012/20/032/20/03

12/01/02(D)DCM-500 BAF, BWFSerial numbers J1 & after.19312/20/032/20/03

12/01/02(E)DCM-500 BAH, BWH19412/20/032/20/03

12/01/02(F)DCM-750 BAF, BWFSerial numbers H0 & J019512/20/032/20/03

12/01/02196(G)DCM-750 BAF, BWFSerial numbers J1 & after.12/20/032/20/03

12/01/02197(H)DCM-750 BAH, BWH12/20/032/20/03

12/01/02(I)F-300 BAF19812/20/032/20/03

12/01/02(J)F-450 MAF/H19912/20/032/20/03

12/01/02 TABLE OF CONTENTS... PA G EModel Identification Code ...

12/01/02MODEL: 1 2 3 4 5 6 7 8 9 10KM-150BA/W/A-E/W-E 0101000000KML-250MA 0001110010KM-280MA 1 0 0 1 1 1 0 0 0 0KM-280MA-E 1 0 0 0 0 0 0 0 1 0KML-250M

12/01/02(K)F-450 MAF-C/H-C 200Note: Later Production will have proximity switch bincontrol like F-450MAF.12/20/032/20/03

12/01/02(L)F-500 BAF20112/20/032/20/03

12/01/02(M)F-800 MAF/H, MWF/HNote: Capacitors vary with compressor number#RS55C1EStart - 124~149 MFDRun - 25 MFD#RS55C2EStart - 243~292 MFDRun - 15 MF

12/01/02(N)F-1000 MAF, MWF, MRF20312/20/032/20/03

12/01/02(O)F-1000 MAF-22 20412/20/032/20/03

12/01/02(P)F-1000 MAF-5020512/20/032/20/03

12/01/02(Q)F-1000 MLF20612/20/032/20/03

12/01/02(R)F-1001 MAH, MWH, MRH20712/20/032/20/03

12/01/02(S)F-1001 MLH20812/20/032/20/03

12/01/02(T)F-2000 MRF/H, MWF/H20912/20/032/20/03

12/01/02“E” Control Board FunctionsAn instruction label explaining the “E” board features is in-cluded somewhere on the unit. You should find it eith

12/01/02(U)F-2000 MRF3/H321012/20/032/20/03

12/01/02(V)F-2000 MLF/H 21112/20/032/20/03

12/01/02NOTES21212/20/032/20/03

12/01/02NOTES21312/20/032/20/03

12/01/02NOTES21412/20/032/20/03

12/01/0222 ATTENTION !THIS UNIT HAS A CONTROL PRODUCTS IMPROVED “E” CONTROLBOARD INSTALLED. HOSHIZAKI PART NUMBER 2A1410-01.The improved “E

12/01/0223MANUAL RESET SAFETIES:The Alpine control board has one manual reset safety. It isthe 127°F high evaporator temperature safety. There is no

12/01/02(Ohms) (Ohms) OIL CHARGEMODEL PART # MANUFACTURER # LRA SWRRWR TYPE fl. oz. / cc.KM-150B, DCM-240B, F-300B 4A1177-01 Copeland / JS25C1E-IAA-2

12/01/02 (Ohms) (Ohms) OIL CHARGEMODEL PART # MANUFACTURER # LRA S

12/01/02PENN VALVEHEAD PRESSURE CONTROLSWATER-COOLEDAn adjustable (Pressure Modulated) water-regulating valveis installed on the water-cooled condense

12/01/02REMOTE HEAD PRESSURE CONTROLAll remote condenser units utilize a condensing pressure regu-lating (CPR/Headmaster) valve to maintain head press

12/01/02Pressure switch chart for R-404A models:Models part numbercut out cut in(psig.) (psig.)DCM-240B 3A0740-01 400 ±10 270 ±10A

12/01/02When replacing a thermostatic bin control, check the op-eration by holding ice against the thermostatic bulb with thecontrol switch in the was

12/01/02 Component Checks PAGEControl Board ... 42Thermostat

12/01/02b) When the unit is held to the right, the resistance at theK4 red connector will be 15.8 K ohms and the unit will shutdown within 3 seconds

12/01/02F/DCM Bin ControlFlaker / DCM units use a mechanical bin control. A paddlepivots on a hinge pin to operate either a micro- switch ormagnetic p

12/01/02HOSHIZAKI KM CUBERSEQUENCE OF OPERATIONTHE STEPS IN THE SEQUENCE ARE AS FOLLOWS:NOTE: When power is supplied to the “E” Control board,

12/01/024. Harvest Pump OutWhen the float switch opens and signals the completion of the freeze cycle, the harvest cycle begins. The hot gas

12/01/023412/20/032/20/03

12/01/02KM CHECK OUT PROCEDUREThe following is a detailed explanation of the KM 10Minute Check Out procedure.The 10 minute check out procedure is basi

12/01/02not starting freeze cycle, check defrostcompletion timer adjustment, thermistor for opencircuit, discharge line temperature, C efficiency,and

12/01/0237RESERVOIR FLUSH SYSTEMA displacement device ( cap or assembly ) is positionedover the top of the overflow stand pipe. This device al-lows

12/01/02CONTROL BOARD FUSEBeginning in May 2002 Hoshizaki began including a 10 Ampcontrol fuse on KM models. This new feature was addedto specific mod

12/01/0239 (Fuse Label)CONTROL FUSE (10A)If fuse blows, look for shortedcomponent before replacing. 4A2817-01 2/20/03

12/01/02 PAGEKM Wiring Diagram10-Pin Connector ...

12/01/0240COMPONENT CHECKS:1.FLOAT SWITCH:Check out the float switch with an ohm meter. When thefloat is up, the switch is closed. When the float is

12/01/02 2. THERMISTOR: Check out the thermistor mounting andcheck resistance versus temperature per this chart: THERMISTOR TEMPERATURE / RES

12/01/02Note: The Thermistor must be mounted using a heatsink compound to assure good heat transfer and ac-curate sensing. Use Hoshizaki Part Number

12/01/02 2. Turn the control switch to ICE and check for proper control voltage. If the Red LED is ON, the control volt- age is good

12/01/024. BIN CONTROL: Checkout for the bin control will vary depending on themodel and control that is used. a) THERMOSTATIC BIN CONTROL: Th

12/01/02 closes a magnetic proximity switch. The control is con- nected to the red K5 connector on the control board through a resistor

12/01/02CHECKOUT:To check the operation of this control follow the same checkout procedure as with the mechanical control. Instead ofmoving a paddle,

12/01/0247The sensor has two LED lamps that light to show thatpower is supplied. Since the voltage is DC, the sensor ispolarity sensitive. The sensor

12/01/026. KM PUMP MOTOR ASSEMBLY:The KM pump assembly has a dual winding PSC motor withan internal overload. The motor has a cast housing andsealed

12/01/02 1 2 3 4 5 6 7 8 Motor Pump Flange Bracket Mechanical Seal Packing Impeller Pin Pump Housing LARGER STYLE KM’s4912/20/032/20/03

12/01/02KM 1300S A F-E5HOSHIZAKI MODEL NUMBERIDENTIFICATION CODEUNIT TYPEKML - Low Profile Crescent CuberKM - Crescent CuberF - FlakerDCM - Dispenser

12/01/027. INLET WATER VALVE: Hoshizaki uses inlet water valvesolenoid to fill the reservoir for ice making. This constantduty solenoid valve is ve

12/01/02Because of the different flow rates, it is important to usethe correct OEM water valve when servicing a Hoshizakiice maker. Use the following

12/01/02Diagnosing water problems.Many common water related problems will cause cubes tolook unnatural. Looking at the ice in the bin will point yout

12/01/023. Bridging or ice stripsa) Bridging that occurs on all ribs of all evaporator platesis the result of excessive water in the reservoir. This

12/01/024. Melt away of back of cubea) This can occur if the evaporator plate is scaled up.De-scaling is required. b) Insufficient water flow dur

12/01/02PLEASE COMPLETE WHEN DIAGNOSING A FREEZE-UP, REFRIGERANT LEAK, OR LOW CHARGE.MODEL#_________________SERIAL#_________________INSL DATE ________

12/01/02_______________________17. Date screen on water solenoid waslast cleaned ________Does water valve close completely whende-energized? [ ] [

12/01/02PREVENTATIVE MAINTENENCE: Perventative Maintenanceis the key to long equipment life and maximum efficiency.Hoshizaki recommends preforming the

12/01/02CLEANING/SANITIZING PROCEDUREA label which details the step by step cleaning/sanitizingprocedure is located on the inside front panel of the i

12/01/02RECOMMENDED SANITIZING SOLUTION MIXTUREMODELSANITIZERWATERKM-150 .5 Fl. Oz. 1 Gal.KM-250B .65 Fl. Oz. 1.3 Gal.DCM-500/750 .82 Fl. Oz. 1.6 G

12/01/02NAMEPLATEHOSHIZAKI ICE MAKERMODEL NUMBERSERIAL NUMBERAC SUPPLY VOLTAGECOMPRESSORFANMAXIMUM FUSE SIZEMAX. HACR BREAKER (USA ONLY)MAX. CIRC. BRE

12/01/02WATER AND REFRIGERATION CIRCUITDRAWING REFERENCE CHARTMODELPAGEKM-150BAF/F-E ... 61KM-28

12/01/02KM-150BAF, BWFKM-150BAF-E, BWF-E6112/20/032/20/03

12/01/02KM-280MAF/H, KM-280MWF/H KM-280MAF/H-E, KM-280MWF/H-E6212/20/032/20/03

12/01/02KML-250MAF/H, KML-250MWF/H KML-350MAF/H, KML-350MWF/HKML-450MAF/H, KML-450MWF/H KML-600MAF/H, KML-600MWF/H6312/20/032/

12/01/02KML-600MRF/H6412/20/032/20/03

12/01/02KM-500MAF/H, KM-500MWF/HKM-500MAF/H-E, KM-500MWF/H-EKM-630MAF/H, KM-630MWF/HKM-630MAF/H-E, KM-630MWF/H-EKM-900MAF/H, KM-900MWF/H6512/

12/01/02KM-500 MRF/HKM-630 MRF/HKM-900 MRF/H6612/20/032/20/03

12/01/0267KM-1300SAF/H, SAF/H-EKM-1300SWF/H, SWF/H-EKM-1600SWF/H12/20/032/20/03

12/01/02 KM-1300 NRFKM-1300SRF/HKM-1600SRF/H6812/20/032/20/03

12/01/02KM-1300MAF/H, MWF/H6912/20/032/20/03

12/01/02WARRANTY INFORMATIONREGISTRATION- Two warranty registration cards are supplied with theequipment. They must be completed and sent in to initia

12/01/02KM-1600MRF/H7012/20/032/20/03

12/01/02KM-1800SAH, SAH3KM-2000SWF/H, KM-2000SRF/H7112/20/032/20/03

12/01/02KM-2400 SRF/H7212/20/032/20/03

12/01/02MODEL: KM-150B_F Supply Voltage: 115-120/60/1Total Amperage (Compressor RLA): BAF 8A (6A) BWF: 7.5A (6A) Ice Production per c

12/01/02Ambient Temp (F°)MODEL: KM-150B_F- E Supply Voltage: 220-240/50/1Total Amperage (Compressor RLA): BAF-E 5A (3.8A) BWF-E: 5.5A (3.8

12/01/02MODEL: KM-250BM_F Supply Voltage: 115/60/1Total Amperage (Compressor RLA): Air: 10.6A (9.2A) Water: 9.5A (8.5A) Ice Production

12/01/02MODEL: KM-280M_F & H Supply Voltage: 115/60/1Total Amperage (Compressor RLA): Air: 11.6A (10.2A) Water: 10A (9.2A) Ice Prod

12/01/02Ambient Temp (F°)MODEL: KM-280M_F-E & KM-280MAH-E Supply Voltage: 220-240/50/1Total Amperage (Compressor RLA)

12/01/02Ambient Temp (F°)MODEL: KML-250M_H Supply Voltage: 115/60/1Total Amperage (Compressor RLA): Air 8.2A (7A) Water

12/01/02Ambient Temp (F°)MODEL: KML-350M_F & H *MWH with SN up to M20060C Supply Voltage: 115/60/1Total Amperage (

12/01/02KM INSTALLATIONGENERAL -The ice machine is not intended for outdoor use.OPERATING CONDITIONS - ALL MODELSITEMMODELRANGEVoltage Range 115V unit

12/01/0270 / 2180 / 2790 / 32WaterWaterWaterNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/02Ambient Temp (F°)MODEL: KML-450M_F & H *MWH with SN up to M1053076D Supply Voltage: 115/60/1Total Amperage (Compressor RLA): Air 13.3A

12/01/0270 / 2180 / 2790 / 32WaterWaterWaterNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32WaterTemp (F°)Cycle TimeFreezeCycle TimeHa

12/01/0270 / 2180 / 2790 / 32WaterWaterWaterNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/02 NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle.MODEL

12/01/02MODEL: KML-600M_F / H Supply Voltage: 208-230/60/1 (3 wire with neutral for 115V)Total Amperage (Compressor RLA.): Air 11A (9.5

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle434346

12/01/0270 / 2180 / 2790 / 32WaterWaterWaterNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/02Ambient Temp (F°) NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the f

12/01/02Hoshizaki recommends that the ice machine drain andbin drain be piped separately to the drain connection pointallowing 1/4" per foot fall

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle333640

12/01/0270 / 2180 / 2790 / 32WaterWaterWaterNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.R-404A

12/01/02708090842 830 826 811826 806 789 777784 753 739 694NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the free

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle454749

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle474850

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.MODEL: KM-1300NRF &am

12/01/0250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 3250 / 970 / 2190 / 32Water Temp°F/°CAmbient Temp (F° / C°)70 /

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest. Pressure data is recorded 5 minutes into the freeze cycle505154

12/01/0270 / 2180 / 2790 / 32NOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.PERFORMANCE DATAMODEL

12/01/0270 / 2180 / 2790 / 32RemoteRemoteRemoteNOTE: Total Cycle Time = Freeze + Harvest.Pressure data is recorded 5 minutes into the freeze cycle.PER