Hoshizaki KM-1301SRH-E, KM-1301SAH-E, KM-1301SWH-E 1330, 1240, 1780, 1335, 1643, 238, 241

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2. KM-1301SWH-E (water-cooled)

APPROXIMATE ICE				AMBIENT TEMP.			WATER TEMP. (ºF/ºC)
PRODUCTION PER 24 HR.				(ºF/ºC)		50/10			70/21			90/32
				70/21	1330	603		1304	591		1239	562
				80/27	1310	594		1269	576		1189	539
lbs./day		kg./day		90/32	1304	591		1240	562		1165	528
lbs./day		kg./day		100/38	1281	581		1222	554		1096	497

APPROXIMATE ELECTRIC				70/21		1780			1780			1799
CONSUMPTION				80/27		1780			1780			1810
				90/32		1780			1780			1806
watts				100/38		1790			1786			1830
APPROXIMATE WATER				70/21	1335	5.05		1425	5.40		1971	7.46
CONSUMPTION PER 24 HR.				80/27	1404	5.31		1544	5.85		2324	8.80
		m3/day		90/32	1425	5.40		1643	6.22		2335	8.84
gal./day		m3/day		100/38	1741	6.59		1805	6.83		2971	11.25
FREEZING CYCLE TIME				70/21		31			32			34
				80/27		32			33			35
				90/32		32			34			36
min.				100/38		33			34			38
HARVEST CYCLE TIME				70/21		4.2			3.7			3.4
				80/27		3.8			3.0			2.9
				90/32		3.7			2.4			2.2
min.				100/38		3.1			2.4			2.1
HEAD PRESSURE				70/21	238	16.7		239	16.8		249	17.5
				80/27	239	16.8		240	16.9		256	18.0
				90/32	239	16.8		241	16.9		255	17.9
PSIG	kg/cm2G			100/38	244	17.2		244	17.2		267	18.8
SUCTION PRESSURE				70/21	50	3.5		51	3.6		52	3.6
				80/27	50	3.5		51	3.6		52	3.7
				90/32	51	3.6		52	3.7		53	3.7
PSIG	kg/cm2G			100/38	51	3.6		52	3.7		54	3.8

TOTAL HEAT OF REJECTION FROM CONDENSER	19,382	BTU/h [AT 90ºF (32ºC) / WT 70ºF (21ºC)]
TOTAL HEAT OF REJECTION FROM COMPRESSOR	2,600	BTU/h [AT 90ºF (32ºC) / WT 70ºF (21ºC)]
WATER FLOW FOR CONDENSER	117 gal./h [AT 100ºF (38ºC) / WT 90ºF (32ºC)]
PRESSURE DROP OF COOLING WATER LINE	less than 10 PSIG

Note:

1.Pressure data is recorded at 5 minutes into freezing cycle. The data not in bold should be used for reference only.

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

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Contents Superior Degree Reliability Hoshizaki AMERICA, INC Contents Page Serious injury Important Safety InformationIndicates important information about the use and care UnitKM-1301SAH-E air-cooled Specifications IcemakerKM-1301SWH-E water-cooled KM-1301SRH-E remote air-cooled URC-14FE Condenser UnitSpecifications II. General Information Construction KM-1301SWH-E water-cooled Separators Sequence Cycles and Shutdown Sequence of OperationMinute Fill Cycle Initial Harvest CycleFreeze Cycle S4 Dip Switch Setting Pump-Out 1st Pump-Out FrequencyPump-Out Cycle Harvest CycleCycle at Shutdown Mechanical Bin Control Activation Mechanical Bin Control KM-1301SWH-E, KM-1301SRH-ECycle Steps Minute Fill Harvest Cycle Sequence Flow ChartPump-Out Cycle Mechanical BC Bin Full Shutdown and RestartControl Board Control Board Control Board LayoutNo. of Beeps Type of Alarm Every 3 sec LED Lights and Audible Alarm SafetiesSequence Step Time LEDs are OnControls and Adjustments Default Dip Switch SettingsHarvest Timer S4 dip switch 1 Pump-Out Timer S4 dip switch 3 Pump-Out Frequency Control S4 dip switch 5Time seconds Inlet Factory Use S4 dip switch Harvest Pump Timer S4 dip switchFreeze Timer S4 dip switch 9 S4 Dip Switch Setting Pump Motor Time secondsControl Switch Float Switch Control S5 dip switchRefill Counter S5 dip switch 2 through Tank Water Tank Headmaster Service Drier Valve Thermistor Auxiliary Code T-0, U-0 Wiring DiagramsKM-1301SAH-E air-cooled U-0 Auxiliary CodeAuxiliary Code U-1 and Later PressureSwitch KM-1301SRH-E remote air-cooled Performance Data 1240 13301780 13351142 12701950 2070Diagnostic Procedure IV. Service DiagnosisPage S4 Dip Switch Setting Pump-Out 1st Pump-Out Frequency Mechanical Bin Control KM-1301SWH-E, KM-1301SRH-E Shutdown Thermostatic Bin Control KM-1301SAH-EControl Board Check Bin Control Check Thermostatic Bin Control Check KM-1301SAH-EMechanical Bin Control Check Stacked Unit Connection Detail Single Unit Connection DetailMechanical Bin Control Cleaning Float Switch Check Float Switch Check and CleaningFloat Switch Cleaning Thermistor Check Adjustment of Water Regulating Valve water-cooled modelDiagnostic Charts No Ice ProductionNo Ice Production Possible Cause No Ice Production Possible Cause Freeze Up Possible Cause Harvest Cycle Freeze UpFreeze Up Possible Cause Freeze Cycle Low Ice Production Low Ice Production Possible Cause Long Harvest CycleLong Freeze Cycle Replacement of Components Service for Refrigerant LinesRefrigerant Recovery Evacuation and Recharge R-404A BrazingPage Component Important Notes for Component ReplacementCleaning Procedure VI. Cleaning and MaintenanceIce Chute Float Switch Assembly Drain Plug Sanitizing Procedure Following Cleaning Procedure Remove the water from the icemaker water supply line MaintenanceDrain the water tank