background image

    

MIN

MAX

7

W

W

21°C

32°C

Ic

em

ak

er

S

F

50

Ic

em

at

ic

 -

 0

00

.in

dd

Raffreddamento ad aria  Air Cooled Unit

Raffreddamento ad acqua - Water Cooled Unit

Temp. aria  

Air Temp.

Temp. acqua / Water Temp.

Temp. aria  

Air Temp.

Temp. acqua / Water Temp.

°C

32°

21°

15°

10°

°C

32°

21°

15°

10°

°F

90°

70°

60°

50°

°F

90°

70°

60°

50°

10°

440

520

560

600

10°

480

540

570

600

50°

970

1146

1234

1323

50°

1058

1190

1256

1323

21°

420

500

540

580

21°

470

530

560

590

70°

926

1102

1190

1278

70°

1036

1168

1234

1300

32°

380

440

470

500

32°

460

520

550

580

90°

838

970

1036

1102

90°

1014

1146

1212

1278

38°

330

370

390

410

38°

450

513

540

570

100°

727

816

860

904

100°

992

1131

1190

1256

SF500

Fabbricatori di ghiaccio Granulari : F80C - F125C - F120 - F200 - SF300 - SF500 - SFN1000

Ice Flaker Machines  : 

F80C - F125C - F120 - F200 - SF300 - SF500 - SFN1000

600kg-1323lbs

S

A

V

ENER

G

Y

DATI TECNICI - SPECIFICATIONS

 

Back Inlet/outlet 

Ingressi/Uscite Posteriori

Ice machine status Leds

Led stato macchina

(*

*)

(*

*)

(**)

Remote condenser Optional

Condensatore remoto Optional

F80C - F125C - F120 - F200 - SF300 - SF500 - SFN1000

Fabbricatori di ghiaccio Granular

Ice Flaker Machines  : 

    

  

  

 

 

F80C - F125C - F120 - F200 - SF300 - SF500 - SFN1000

F120 - 

F125C - 

F80C - 

i : 

Fabbricatori di ghiaccio Granular

    

  

  

 

 

F80C - F125C - F120 - F200 - SF300 - SF500 - SFN1000

SFN1000

SF500 - 

SF300 - 

F200 - 

F120 - 

    

  

  

 

 

g-1323lbs

600k

SFN1000

SF500

    

  

  

 

 

g-1323lbs

SF500

    

  

  

 

 

 - C°

+ C°

A

  SF500 

COMP

  SF500 W

COND.

    

  

  

 

 

W

W

Kwh/100Kg

FUSE

ABS. W

. W

COMP

P. W

TECNICI - SPECIFICA

TI 

DA

ATI 

10,2

16

2000

5030

16

2000

5030

    

  

  

 

 

7

21°C

32°C

kg

Lbs

kg

l/h

Kwh/100Kg

TIONS

   

CA

   

ATIONS

104

207

95

18

10,2

104

207

95

185

 8,7

    

  

  

 

 

g-1323lbs

Lbs

kg

227

104

227

104

    

  

  

 

 

    

  

  

 

 

PRODUZIONE DI GHIACCIO - ICE PRODUCTION   

24 h

24 

24  h

Percentuale acqua residua nel ghiaccio dal 18 al 20%

70°

90°

°F

21°

32°

°C

emp. ac

   

T

Temp. acqua / W

emp.

Air T

 Temp.

aria

emp. 

T

Temp. 

Raffreddamento ad aria  

    

  

  

 

 

PRODUZIONE DI GHIACCIO - ICE PRODUCTION   

Ice contains 18-20% residual water 

Percentuale acqua residua nel ghiaccio dal 18 al 20%

°F

50°

60°

70°

°C

10°

15°

21°

emp

Air T

 Temp.

aria

emp. 

T

Temp. 

emp.

T

Temp.

ater 

  cqua / W

 

   Water 

Raffreddamento ad acqua - W

Air Cooled Unit

Raffreddamento ad aria  

    

  

  

 

 

kg/24h

PRODUZIONE DI GHIACCIO - ICE PRODUCTION   

- lbs/24h

Ice contains 18-20% residual water 

Percentuale acqua residua nel ghiaccio dal 18 al 20%

50°

60°

70°

90°

15°

21°

32°

emp.

T

ater 

emp. acqua / W

 

   Water 

T

emp.

aria

ater Cooled 

eddamento ad acqua - W

   

   Water Cooled Unit

    

  

  

 

 

- lbs/24h

DIMENSIONI - DIMENSIONS

O - SLOPE BIN

DEPOSIT

50°

10°

ater Cooled Unit

WxDxH(in):21 3/16" x 26 2/16" x 31 2/16"

LxPxH(mm):  538 x 663 x 790

UD500-UD700-DR140 - DR320

D205 - D255 - D305 - D405-D505

    

  

  

 

 

DIMENSIONI - DIMENSIONS

O - SLOPE BIN

WxDxH(in):21 3/16" x 26 2/16" x 31 2/16"

LxPxH(mm):  538 x 663 x 790

UD500-UD700-DR140 - DR320

D205 - D255 - D305 - D405-D505

    

  

  

 

 

MARCHI - MARKS

816

520

500

440

370

727

100°

970

330

38°

838

90°

102

380

32°

1

926

70°

146

420

21°

1

970

50°

440

10°

    

  

  

 

 

CONSUMI - ENERGY

100°

600

10°

580

21°

500

32°

410

38°

904

860

816

90°

390

370

102

1

1036

970

70°

470

440

1278

190

1

102

50°

540

500

1323

1234

146

560

520

    

  

  

 

 

TECNOLOGIE-TECHNOLOGIES 

570

1256

190

1

131

1

992

1278

540

513

450

580

1212

146

1

1014

1300

550

520

460

590

1234

168

1

1036

1323

560

530

470

600

1256

190

1

1058

570

540

480

    

  

  

 

 

TECNOLOGIE-TECHNOLOGIES 

MIN

10°C (50°F)

5 C (41 F)

5

 

5°  

C  (4

 (4

  41

 

°

 

F

 

)

10%

100%

570

1256

1278

580

1300

590

1323

600

23

2330/

0//550/

0/1

/1

230/50/1

    

  

  

 

 

MAX

40 C (104°F)

4

 

40

 

0°  

°C  (

 (1

  04

  04

 

 

F

 

)

35 C (95 F)

3

 

35

 

5°C 

C  (

 (9

  95

  5°

 

F)

 

)

+1 %

+100%

R4

R4404

044a

R404

    

  

  

 

 

Ingressi/Uscite Posteriori

Back Inlet/outlet 

    

  

  

 

 

Ingressi/Uscite Posteriori

    

  

  

 

 

S

A

V

E

ENER

G

YY

G

RRGRRG

ER

ER

E

ER

N

E

E

V

E

V

E

VV

E

A

S

    

  

  

 

 

10%

-1100%

r (14 p )

 

 

 B  

 

 Ba  

 

  ar 

 

 

 (1  

 

  1  

 

  4 

 

 

 p

 

 

 ps

 

 

  si)

 

 

 

)

    

  

  

 

 

+10%

+100%

r (70 psi)

 

 

 B  

 

 Ba  

 

  ar 

 

 

 (  

 

 (70 psi)

 

  70 

 

 

 p

 

 

 ps

 

 

  si)

 

 

  i)

    

  

  

 

 

Ic

em

ak

er

S

F

50

Ic

em

at

ic

 -

 0

00

.in

dd

(*

*)

    

  

  

 

 

(**)

(*

*)

(*

*)

    

  

  

 

 

    

  

  

 

 

Led stato macchina

Ice machine status Leds

    

  

  

 

 

Led stato macchina

Ice machine status Leds

    

  

  

 

 

Ic

em

ak

er

S

F

50

Ic

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 -

 0

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  39 

 

 

 0423 738452

 

 0423 738452

 

  423 

 

  23 

 

 

 7

 

 

 73

 

 

  384

 

 

  84

 

 

 

452

 

 

 

52

 +   4 3 73 452

T

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Tel. +39 0423 738452

T  

 

 

T
F  

 

 

Fax 

 

 

ax 

 

 

 +3  

 

 +3  

 

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 0423 72281

 

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Condensatore remoto Optional

Remote condenser Optional

    

  

  

 

 

Condensatore remoto Optional

Remote condenser Optional

Summary of Contents for F 125C

Page 1: ...2 05 2015 I NOSTRI IMPIANTI SONO CONFORMI ALLA DIRETTIVA 73 23 CEE 89 336 SERVICE MANUAL ELECTRONIC MODULAR FLAKERS AND SUPERFLAKERS F 80 C F 125 C F 120 F 200 SF 300 SF 500 SFN 1000 Gas R134a R 404a...

Page 2: ...S SONDA EVAPORATORE MALFUNZIONANTE BLINKING CLIGNOTANT LAMPEGGIANTE 6 OR 12 MONTHSWATER SYSTEM CLEANING REMIND according to the Jumper setting RAPPEL NETTOYAGE SYST ME HYDRAULIQUE APR S 6 OU 2 MOIS se...

Page 3: ...stallation pratice 13 OPERATING INSTRUCTIONS Start up 14 Operations checks 16 PRINCIPLE OF OPERATION how it works Water circuit 19 Refrigerant circuit 20 Mechanical system 22 Operating pressures 23 Co...

Page 4: ...ua nel ghiaccio dal 18 al 20 50 60 70 90 15 21 32 emp T ater emp acqua W Water T emp aria ater Cooled eddamento ad acqua W Water Cooled Unit lbs 24h DIMENSIONI DIMENSIONS A DEPOSI ACIT TA DEPOSIT CAP...

Page 5: ...er emp acqua W Water T emp aria ater Cooled eddamento ad acqua W Water Cooled Unit lbs 24h DIMENSIONI DIMENSIONS A DEPOSI ACIT TA DEPOSIT CAP PACIT 50 10 ater Cooled Unit WxDxH in 26 12 16 x 20 1 16 x...

Page 6: ...nto ad acqua W Air Cooled Unit Raffreddamento ad aria kg 24h PRODUZIONE DI GHIACCIO ICE PRODUCTION lbs 24h Ice contains 18 20 residual water Percentuale acqua residua nel ghiaccio dal 18 al 20 50 60 7...

Page 7: ...er Raffreddamento ad acqua W Air Cooled Unit Raffreddamento ad aria kg 24h PRODUZIONE DI GHIACCIO ICE PRODUCTION lbs 24h Ice contains 18 20 residual water Percentuale acqua residua nel ghiaccio dal 18...

Page 8: ...d acqua W Water Cooled Unit lbs 24h DIMENSIONI DIMENSIONS O SLOPE BIN DEPOSIT 50 10 ater Cooled Unit WxDxH in 21 3 16 x 26 2 16 x 25 10 16 LxPxH mm 538 x 663 x 650 DR140 DR320 D105 D155 D205 D255 D305...

Page 9: ...CE PRODUCTION lbs 24h Ice contains 18 20 residual water Percentuale acqua residua nel ghiaccio dal 18 al 20 50 60 70 90 15 21 32 emp T ater emp acqua W Water T emp aria ater Cooled eddamento ad acqua...

Page 10: ...DI GHIACCIO ICE PRODUCTION lbs 24h Ice contains 18 20 residual water Percentuale acqua residua nel ghiaccio dal 18 al 20 50 60 70 90 15 21 32 emp T ater emp acqua W Water T emp aria ater Cooled eddame...

Page 11: ...acking and skid Any severe damage noted should be reported to the delivering carrier and a concealed damage claim form filled in subjet to inspection of the contents with the carrier s representative...

Page 12: ...e bolts holding the shipping skid to the bin 3 Screw in the legs into the corresponding tap ped holes in the bin bottom and tighten to seat the legs well against the bin bottom 4 Connect the water dra...

Page 13: ...the ice drop area cover the edges of the opening with vinyl tape 7 Install the gasket on the bin top around ice drop opening of the bin top apply sealant along the inside of the gasket 8 Position and...

Page 14: ...ppropriate water filter or conditioner WATER SUPPLY WATER COOLED MODELS The water cooled versions of Ice Makers requi re two separate inlet water supplies one for the water making the flaker ice and t...

Page 15: ...d possible fai lure 9 Have the bin liner and cabinet been wiped clean 10Has the owner user been given the User Manual and been instructed on the importan ce of periodic maintenance checks 11Has the Ma...

Page 16: ...ser fins Fig 2 C After 2 or 3 minutes from the compressor start up observe that flaker ice begins drop ping off the ice spout to fall through the ice chute into the storage bin OPERATING INSTRUCTIONS...

Page 17: ...15...

Page 18: ...s necessary to unplug and plug in again to restart the machine The unit before resuming the normal operation will go through the usual 3 minutes STAND BY period NOTE On air cooled models the condenser...

Page 19: ...up of the ice into the ice chute till it cuts the light beam of the sensing eyes This interruption will cause an imme diate blinking of the Bin Full YELLOW LED located on the front of the P C Board an...

Page 20: ...rd Button The Optical Ice Level Control is now recali brated Check for the correct operation of the Optical Ice Level Control by plasing a hand full of ice in between the two eyes The Bin Full yellow...

Page 21: ...ge of water The float reservoir is positioned at the side of the freezing at such an height to be able to maintain a constant water level The water flows from the reservoir into the bottom inlet of th...

Page 22: ...nt exchanges heatwith the one flowing into the capillary tube warmer befo rebeingsuckedinto thecompressor to be recircu lated The refrigerant head pressure is kept between two pre set values 8 9 bar 1...

Page 23: ...event the unit from opera ting in abnormal and dangerous conditions When the ice maker stops on account of this protective device there is a simultaneous glowing of the RED LED warning the user of the...

Page 24: ...will restart automatically In case the unit trips OFF again in alarm for 3 times in 3 hours themachine SHUTSOFF DEFINITIVELY NOTE In the event the gear motor one of the two on MF 66 will tend to rotat...

Page 25: ...GERANT CHARGE R 134 A Air cooled Water cooled F 80C 300 gr 300 gr F 125C 400 gr 300 gr F 120 440 gr 400 gr OPERATING PRESSURES With 21 C ambient temperature Discharge pressure 8 9 bar 8 5 bar Suction...

Page 26: ...eater resi stence to the current flow electrical conduc tivity lower than 30 mS This sensor system causes the shutoff of the machine to protect it from running without water or with an inadequate wate...

Page 27: ...s in the chute When the light beam is interrupted the Bin Full YELLOW LED located in the front of the P C BOARD blinks in case the light beam gets interrupted for as long as 6 seconds the ice machine...

Page 28: ...the sensors in order to control the operation of the different electrical components of the ice maker com pressor gear motor etc The five LEDS pla ced in a row in the front of the P C BOARD monitor t...

Page 29: ...Board button for more of 5 seconds with machine in operation till the switching OFF of the two YELLOW Leds J6 60 70 C Set up of the Safety Condensing Temperature Sensor JUMP IN 70 C JUMP OUT 60 C H I...

Page 30: ...bearing every six months L GEAR MOTOR Two on SFN 1000 The gear motor is made of a single phase electric motor with permanent capacitor directly fitted on a gear box The drive motor rotor is kept alig...

Page 31: ...e rear panels and on SFN1000 remove the front top and left side panels 2 Unloose the three screws securing the pla stic cover to the top of the gear motor and remove it 3 Unloose the two screws securi...

Page 32: ...ssy to the alumi nium adaptor 11 Raise the freezer assy off the adaptor secu re it out of the way to allow room to work On F120 F200 using a suitable lenght and size wooden dowel or stick inserted thr...

Page 33: ...sor 4 Trace and disconnect the electric wires leads of the drive motor Lift and remove the entire gear motor assembly 5 To install the replacement gear motor assy follow the above steps in reverse E R...

Page 34: ...D 2 2 mm 480 W 3 2 A 18 A 0 200 A 11 5 KWH 24 HR F120 A W 230 50 1 R134a 440 400 gr 2600 mm D int 1 00 D 2 2 mm 350 W 2 1 A 9 1 A 0 300 A 8 5 KWH 24 HR F200 A W 230 50 1 R404a 660 520 gr 2600 mm D 1 2...

Page 35: ...35 WIRING DIAGRAM F 80C Air cooled 220 240 50 1...

Page 36: ...36 WIRING DIAGRAM F 80C Water cooled 220 240 50 1...

Page 37: ...37 WIRING DIAGRAM F 125C Air water cooled 220 240 50 1...

Page 38: ...38 WIRING DIAGRAM F 120 F 200 Air water cooled 220 240 50 1...

Page 39: ...39 WIRING DIAGRAM SF 300 SF 500 Air water cooled 220 240 50 1...

Page 40: ...40 WIRING DIAGRAM SF 500 Air water cooled 400 50 3...

Page 41: ...41 WIRING DIAGRAM SFN 1000 Air water cooled 400 50 3...

Page 42: ...e P C Board Check wiring Replace or clean ice level control See remedies for shortage of water Install a mineral salt metering device Dirty condenser Clean INOPERATIVE fan motor Replace Move unit in w...

Page 43: ...asten hose clamp Check and adjust float valve setting screw Tighten screws holding the spout Excessive noise or chatte ring Mineral or scale deposit on auger and inner freezer walls Low suction pressu...

Page 44: ...ved with the help of a bit of cleaner 7 With the ice machine and fan motor OFF on air cooled models clean condenser using vacuum cleaner whisk broom or non metallic brush taking care to do not damage...

Page 45: ...into the pan Then refit the water hose to the freezer water inlet port 7 Prepare the cleaning solution in a plastic container 8 Pour the cleaning solution into the water reservoir 9 Wait till the mac...

Page 46: ...ctly the cover on the float reser voir NOTE The ice produced with the decalcifi cation solution is yellowish and smooth In this phase there are loud noises from the freezer due to the rubbing between...

Page 47: ......

Page 48: ...Via del Lavoro 9 C P 172 I 31033 Castelfranco Veneto TV Italy Tel 39 0423 738455 Fax 39 0423 722811 E mail service castelmac it Web site www castelmac it Cod 71503496 0 Rev 002 05 2015...

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