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Hoshizaki IM-21CNE [61/92] A copeland compressor
![Hoshizaki IM-21CNE [61/92] A copeland compressor](/views2/1322676/page61/bg3d.png)
57
Model
Ambient Temp. (°C) 10 21 32 38
Water Temp. (°C) 10 15 21 32
Cube Hole Diameter (mm) 5 (15) 5 (15) 5 (15) 5 (15)
IM-130WNE-23 Ice Production (kg/d) 90 (100) 91 (95) 90 (92) 87 (89)
Freeze Cycle Time (min) 17.6 (14.0) 17.9 (15.4) 18.6 (16.5) 19.5 (17.3)
Defrost Cycle Time (min) 3.2 (3.0) 2.7 (2.5) 2.2 (1.9) 2.0 (1.8)
Water Consumption (lit/h) 26.0 (31.8) 12.6 (19.3) 12.2 (13.9) 11.7 (13.6)
Electric Consumption (W) 610 650 700 720
Head Pressure [peak] (bar) 19.5 19.5 19.5 19.5
IM-100CNE Ice Production (kg/d) 85 (95) 83 (93) 73 (84) 65 (70)
Freeze Cycle Time (min) 25.6 (21.1) 28.5 (23.4) 33.6 (26.6) 38.0 (32.1)
Defrost Cycle Time (min) 4.9 (3.9) 2.7 (2.1) 1.9 (1.7) 1.9 (1.8)
Water Consumption (lit/h) 17.7 (20.8) 8.3 (9.9) 7.3 (9.1) 6.5 (7.7)
Electric Consumption (W) 555 570 630 640
Head Pressure [peak] (bar) 6.5 9.0 12.0 15.0
IM-100CNE-23 Ice Production (kg/d) 72 (79) 71 (77) 67 (70) 65 (70)
Freeze Cycle Time (min) 20.9 (16.5) 23.4 (19.5) 26.1 (22.6) 27.0 (22.6)
Defrost Cycle Time (min) 5.1 (5.0) 3.0 (2.6) 1.8 (1.7) 1.8 (1.7)
Water Consumption (lit/h) 20.8 (25.0) 9.9 (11.6) 9.3 (10.7) 9.0 (10.7)
Electric Consumption (W) 555 570 630 640
Head Pressure [peak] (bar) 6.5 9.0 12.0 15.0
IM-100CNE-21 Ice Production (kg/d) 90 (92) 85 (87) 62 (64) 60 (62)
Freeze Cycle Time (min) 14.9 (12.5) 16.8 (14.3) 24.7 (20.7) 25.7 (21.5)
Defrost Cycle Time (min) 3.5 (3.2) 2.7 (2.3) 2.0 (1.8) 1.9 (1.7)
Water Consumption (lit/h) 29.3 (33.9) 13.3 (15.3) 9.7 (11.5) 9.4 (11.2)
Electric Consumption (W) 555 570 630 640
Head Pressure [peak] (bar) 6.5 9.0 12.0 15.0
IM-100CNE
(60Hz)
Ice Production (kg/d) 88 (98) 85 (93) 75 (83) 70 (75)
Freeze Cycle Time (min) 23.9 (18.8) 26.2 (21.4) 32.6 (26.8) 35.0 (29.8)
Defrost Cycle Time (min) 5.6 (5.4) 4.3 (4.1) 2.0 (1.8) 2.0 (1.9)
Water Consumption (lit/h) 18.3 (22.3) 8.5 (10.2) 7.5 (9.1) 7.0 (8.2)
Electric Consumption (W) 610 630 650 660
Head Pressure [peak] (bar) 6.5 9.0 12.0 15.0
[a] COPELAND COMPRESSOR
Ice Production = Capacity when shipped from factory
Values for water-cooled models are for icemaking water only. Use a cooling tower for cooling water.
Cube Hole Diameter: 5mm (15mm) for -28, -23, -32 3mm (7mm) for -21 6mm for -Q ball ice (45mm dia)
5mm for -S star ice, -H heart ice 10mm for -LM, -LM103
Model
Ambient Temp. (°C) 10 21 32 38
Water Temp. (°C) 10 15 21 32
Cube Hole Diameter (mm) 5 (15) 5 (15) 5 (15) 5 (15)
IM-240NE Ice Production (kg/d) 230 (240) 210 (230) 195 (210) 170 (195)
Freeze Cycle Time (min) 15.9 (14.3) 19.5 (16.7) 21.6 (18.9) 25.3 (20.5)
Defrost Cycle Time (min) 4.1 (3.7) 2.4 (2.1) 2.0 (1.7) 1.8 (1.7)
Water Consumption (lit/h) 31.3 (34.1) 14.9 (17.2) 13.9 (15.7) 12.1 (14.7)
Electric Consumption (W) 1195 1270 1320 1450
Head Pressure [peak] (bar) 14.0 17.0 21.0 25.0
IM-240NE-23 Ice Production (kg/d) 185 (225) 175 (215) 165 (195) 155 (185)
Freeze Cycle Time (min) 14.6 (10.8) 17.1 (13.0) 19.0 (15.2) 20.3 (15.0)
Defrost Cycle Time (min) 3.9 (3.7) 2.5 (2.2) 1.8 (1.6) 1.8 (1.7)
Water Consumption (lit/h) 33.9 (42.6) 16.7 (21.2) 15.8 (19.3) 14.8 (18.5)
Electric Consumption (W) 1195 1270 1320 1450
Head Pressure [peak] (bar) 14.0 17.0 21.0 25.0
Содержание
- Contents 2
- Dimensions specifications 5
- I specifications 5
- A im 21cne im 30cne air cooled 22
- Construction 22
- Ii general information 22
- Nameplate 22
- Top panel 22
- B im 30cwne water cooled 23
- Nameplate 23
- Top panel 23
- C im 45cne air cooled 24
- Nameplate 24
- Top panel 24
- D im 45ne im 65ne air cooled 25
- Nameplate 25
- Top panel 25
- E im 45wne im 65wne water cooled 26
- Nameplate 26
- Top panel 26
- F im 100cne air cooled 27
- Front rear 27
- Im 100cne air cooled 27
- Front front 28
- Front rear 28
- G im 100ne im 130ne air cooled 28
- Im 100ne 130ne air cooled 28
- Front front 29
- Front rear 29
- H im 100wne im 130wne water cooled 29
- Im 100wne 130wne water cooled 29
- I im 240ne air cooled 30
- Nameplate 30
- Top panel 30
- J im 240wne water cooled 31
- Nameplate 31
- Top panel 31
- Controller board 32
- Important 32
- Notice 32
- B input output layout 34
- Caution 36
- Hygiene 36
- Iii operating instructions 36
- Notice 36
- Warning 36
- Preparing the icemaker for long storage 37
- Start up 37
- Warning 37
- A bin control switch assembly 39
- Bin control 39
- Bin control switch is mounted on the upper side of the storage bin this switch will turn off the unit automatically when the storage bin is full of ice handle the bin control switch carefully because the switch assembly is fragile especially on removing ice do not touch or poke with a scoop keep away from the water plate or drain pan to prevent jamming 39
- Caution 41
- Iv maintenance instructions 41
- Notice 41
- Periodical cleaning 41
- Warning 41
- Notice 43
- Water valve 43
- Notice 44
- Water cooled condenser 44
- Caution 45
- Icemaking water system 45
- Notice 45
- A im 21cne im 30cne im 45cne im 45ne im 65ne air cooled 48
- Accumulator evaporator 48
- Compressor 48
- Condenser 48
- Fan motor 48
- Heat exchanger 48
- Hot gas valve 48
- Strainer 48
- V technical information 48
- Water circuit and refrigerant circuit 48
- Water pump 48
- Water tank 48
- Water valve 48
- B im 100cne im 100ne im 130ne im 240ne air cooled 49
- C im 65wne water cooled 50
- D im 30cwne im 45wne im 100wne im 130wne im 240wne water cooled 51
- Wiring diagram 52
- C im 100cne im 100ne im 100wne im 130ne im 130wne 54
- Wiring diagram im 100cne 100ne 100wne 130ne 130wne 54
- Performance data 56
- A copeland compressor 61
- Note the above data are only for reference in servicing actual readings may be slightly different for each product suction pressure peak readings in freezing cycle evaporator inlet temp 5 minutes before completion of freezing cycle 62
- Suction pressure and evaporator temp 62
- B secop danfoss compressor 63
- Note the above data are only for reference in servicing actual readings may be slightly different for each product suction pressure peak readings in freezing cycle evaporator inlet temp 5 minutes before completion of freezing cycle 63
- Suction pressure and evaporator temp 63
- See the controller board service manual for detailed diagnosis and remedies the error and caution codes other than e1 and e2 are indicated as ee in the 7 segment display at the time of occurrence but the error history is recorded as the actual error codes in parenthesis and a maximum of five errors are indicated from the latest entry 64
- Vi service diagnosis 1 error code indication 64
- No error code indication 65
- Expansion valve 67
- Notice 67
- Vii adjustment 67
- Fig 10 68
- Water regulating valve water cooled model only 68
- Dimple diameter 69
- Fig 11 69
- Full drain flush 69
- Service for refrigerant lines 70
- Viii removal and replacement 70
- Fig 12 71
- Compressor 73
- Expansion valve 75
- Fig 13 75
- Important 75
- Evaporator 76
- Important 76
- Hot gas valve 77
- Important 77
- Warning 77
- Important 78
- Water regulating valve water cooled model only 78
- Fig 14 79
- Water pan assembly 80
- Fig 15 81
- Pump motor 82
- Water valve 82
- Actuator motor 83
- Check that the cam can move in the proper range 83
- Disconnect the actuator motor leads in the wiring channel 83
- Fig 16 83
- Install the new actuator motor in the reverse order of the removal procedure 83
- Plug in the icemaker or connect the power source 83
- Push the reset switch on the control box to open the water pan 83
- Remove the actuator motor 83
- Remove the actuator motor bracket 83
- Remove the extension spring actuator motor side from the cam 83
- Remove the spring pin securing the shaft to the cam 83
- Remove the top panel and front panel 83
- Replace the panels in their correct positions 83
- Unplug the icemaker or disconnect the power source 83
- Fig 17 85
- Controller board 86
- Important 86
- Fig 18 87
- Im 21cne 30cne cwne 87
- Fig 19 88
- Im 45cne ne wne 65ne wne 88
- Fig 20 89
- Im 100cne ne wne 130ne wne 89
- Fig 21 90
- Im 240ne wne 90
- Fig 22 91
- Install the new thermistor in the reverse order of the removal procedure by using a sealant high thermal conduct type see fig 22 91
- Note recommended sealant is ke4560rtv manufactured by shin etsu silicones when other type of sealant used the cube size and performance will be changed do not use silicone sealant as this will insulate the thermistor 91
- Remove the connector cn13 on the controller board referring to 13 controller board 91
- Remove the top and front panels 91
- Thermistor for cube control 91
- Unplug the icemaker or disconnect the power source 91
- Unscrew and remove the thermistor holder and thermistor located on the evaporator front side 91
- Fan motor air cooled model only 92
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