Hoshizaki IM-240DNE User manual

L2E1CK201 (093014)
MODULAR CUBER
MACHINE A GLAÇONS MODULAIRE
MODULARER WÜRFELEISBEREITER
IJSBLOKJESMACHINE MET LOSSE OPSLAGBUNKER
FABRICADOR MODULAR DE CUBITOS DE HIELO
CUBETTATRICE MODULARE
INSTALLATION MANUAL
NOTICE D’INSTALLATION
INSTALLATIONSANLEITUNG
INSTALLATIE VOORSCHRIFT
MANUAL DE INSTALACION
MANUALE PER L’INSTALLAZIONE
FOR QUALIFIED INSTALLER ONLY
RESERVE A L’INSTALLATEUR
FÜR DEN INSTALLATEUR
VOOR DE BEVOEGDE INSTALLATEUR
SOLAMENTE PARA INSTALADOR CUALIFICADO
SOLTANTO PER INSTALLATORI QUALIFICATI
IM-240DNE
IM-240XNE
IM-240DWNE
IM-240XWNE
IM-240DSNE
IM-240XSNE
IM-240DNE-C
IM-240DWNE-C
IM-240DNE

ENGLISH
FRANCAIS
DEUTSCH
IMPORTANT SAFETY INFORMATION...................................................................................................1
1. CONSTRUCTION ..............................................................................................................................2
2. ACCESSORIES .................................................................................................................................2
3. UNPACKING......................................................................................................................................3
4. LOCATION.........................................................................................................................................3
5. INSTALLATION..................................................................................................................................4
6. STACKING ICEMAKERS...................................................................................................................5
7. ELECTRICAL CONNECTIONS..........................................................................................................6
8. REMOTE CONDENSER UNIT...........................................................................................................6
[a] UNPACKING, INSPECTION, PREPARATION .............................................................................6
[b] LOCATION....................................................................................................................................7
[c] INSTALLATION.............................................................................................................................7
[d] ELECTRICAL CONNECTIONS.....................................................................................................9
[e] STACKING CONDENSER UNITS ................................................................................................9
9. WATER SUPPLY AND DRAIN CONNECTIONS.............................................................................10
10. START-UP PROCEDURE ...............................................................................................................11
11. FINAL CHECKS ...............................................................................................................................12
INFORMATIONS DE SECURITE IMPORTANTES ...............................................................................13
1. CONSTRUCTION ............................................................................................................................14
2. ACCESSOIRES ...............................................................................................................................14
3. DEBALLAGE....................................................................................................................................15
4. EMPLACEMENT..............................................................................................................................15
5. INSTALLATION................................................................................................................................16
6. EMPILEMENT DE MACHINES A GLACE .......................................................................................17
7. BRANCHEMENTS ELECTRIQUES.................................................................................................18
8. UNITE DE CONDENSEUR A DISTANCE .......................................................................................19
[a] DEBALLAGE, INSPECTION, PREPARATION ...........................................................................19
[b] EMPLACEMENT.........................................................................................................................19
[c] INSTALLATION...........................................................................................................................20
[d] BRANCHEMENTS ELECTRIQUES............................................................................................21
[e] EMPILEMENT D’UNITES DE CONDENSEUR...........................................................................22
9. BRANCHEMENTS D’ARRIVEE ET DE VIDANGE D’EAU ..............................................................22
10. PROCEDURE DE MISE EN ROUTE...............................................................................................24
11. DERNIERS CONTROLES ...............................................................................................................24
WICHTIGE SICHERHEITSHINWEISE..................................................................................................25
1. KONSTRUKTION.............................................................................................................................26
2. ZUBEHÖR........................................................................................................................................26
3. AUSPACKEN ...................................................................................................................................27
4. AUFSTELLORT................................................................................................................................27
5. INSTALLATION................................................................................................................................28
6. STAPELN VON EISBEREITERN.....................................................................................................29
7. ELEKTRISCHE ANSCHLÜSSE.......................................................................................................30
8. EXTERNE VERFLÜSSIGEREINHEIT .............................................................................................30
[a] AUSPACKEN, PRÜFEN, VORBEREITEN..................................................................................30
[b] STANDORT.................................................................................................................................31
[c] INSTALLATION...........................................................................................................................31
[d] ELEKTRISCHER ANSCHLUSS..................................................................................................33
[e] STAPELN VON VERFLÜSSIGEREINHEITEN ...........................................................................33
9. WASSERZULAUF- UND WASSERABLAUFANSCHLÜSSE...........................................................34
10. START-VERFAHREN ......................................................................................................................36
11. ABSCHLUSSTESTS........................................................................................................................36

NEDERLANDS
ESPAÑOL
ITALIANO
BELANGRIJKE VEILIGHEIDSINFORMATIE ........................................................................................37
1. CONSTRUCTIE ...............................................................................................................................38
2. TOEBEHOREN ................................................................................................................................38
3. UITPAKKEN.....................................................................................................................................39
4. PLAATSING .....................................................................................................................................39
5. NSTALLATIE....................................................................................................................................40
6. IJSMACHINES STAPELEN .............................................................................................................41
7. ELEKTRISCHE AANSLUITINGEN ..................................................................................................42
8. EXTERNE CONDENSOR................................................................................................................43
[a] UITPAKKEN, INSPECTIE, VOORBEREIDING...........................................................................43
[b] LOCATIE.....................................................................................................................................43
[c] INSTALLATIE..............................................................................................................................43
[d] ELEKTRISCHE AANSLUITINGEN .............................................................................................45
[e] CONDENSORS STAPELEN.......................................................................................................45
9. AANSLUITING VAN WATERTOEVOER- EN WATERAFVOERLEIDINGEN..................................46
10. OPSTARTPROCEDURE .................................................................................................................48
11. LAATSTE CONTROLES..................................................................................................................48
INFORMACIÓN IMPORTANTE DE SEGURIDAD ................................................................................49
1. CONSTRUCCIÓN............................................................................................................................50
2. ACCESORIOS .................................................................................................................................50
3. DESEMBALAJE ...............................................................................................................................51
4. UBICACIÓN .....................................................................................................................................51
5. INSTALACIÓN .................................................................................................................................52
6. ACOPLAMIENTO DE MÁQUINAS DE HIELO.................................................................................53
7. CONEXIONES ELÉCTRICAS..........................................................................................................54
8. UNIDAD CONDENSADORA REMOTA ...........................................................................................55
[a] DESEMBALAJE, INSPECCIÓN, PREPARACIÓN......................................................................55
[b] UBICACIÓN ................................................................................................................................55
[c] INSTALACIÓN.............................................................................................................................56
[d] CONEXIONES ELÉCTRICAS.....................................................................................................57
[e] ACOPLAMIENTO DE UNIDADES CONDENSADORAS............................................................58
9. SUMINISTRO DE AGUA Y CONEXIONES DE DRENAJE .............................................................58
10. PROCEDIMIENTO DE PUESTA EN MARCHA...............................................................................60
11. COMPROBACIONES FINALES.......................................................................................................60
INFORMAZIONI IMPORTANTI SULLA SICUREZZA............................................................................61
1. COMPONENTI.................................................................................................................................62
2. ACCESSORI ....................................................................................................................................62
3. DISIMBALLAGGIO...........................................................................................................................63
4. UBICAZIONE ...................................................................................................................................63
5. INSTALLAZIONE .............................................................................................................................64
6. SOVRAPPOSIZIONE DI MACCHINE..............................................................................................65
7. COLLEGAMENTI ELETTRICI..........................................................................................................66
8. CONDENSATORE REMOTO ..........................................................................................................66
[a] DISIMBALLAGGIO, ISPEZIONE, PREPARAZIONE ..................................................................66
[b] UBICAZIONE ..............................................................................................................................67
[c] INSTALLAZIONE.........................................................................................................................67
[d] COLLEGAMENTI ELETTRICI.....................................................................................................69
[e] SOVRAPPOSIZIONE DEI CONDENSATORI.............................................................................69
9. COLLEGAMENTO DI ALIMENTAZIONE DELL’ACQUA E COLLEGAMENTO DI SCARICO.........70
10. PROCEDURA DI AVVIO..................................................................................................................72
11. CONTROLLI FINALI.........................................................................................................................72

1
ENGLISH
IMPORTANT SAFETY INFORMATION
Throughout this manual, notices appear to bring your attention to situations which could result in
death, serious injury, or damage to the unit.
WARNING Indicates a hazardous situation which, if not avoided, could result in death or
serious injury.
CAUTION Indicates a hazardous situation which, if not avoided, could result in minor or
moderate injury.
NOTICE Indicates a hazardous situation which, if not avoided, could result in damage
to the unit.
HYGIENE Indicates important precautions for hygiene and food safety.
IMPORTANT Indicates important information about the use and care of the unit.
IMPORTANT
In order to carry out safe and proper installation of the product, please read this booklet
carefully beforehand and follow the instructions contained within.
On completion of the installation, start up the icemaker to check for any abnormalities. Instruct
the user on how to use and maintain the icemaker in accordance with the instruction manual.
This booklet should be handed over to the user after the installation and be preserved by the
user together with the instruction manual for any further consultation that may be necessary.
WARNING
This is a commercial icemaker, and should be destined only to be used for the purpose for
which it has been expressly designed and attached to a suitable storage bin as specied by
Hoshizaki.
Any other use should be considered improper and therefore dangerous. The manufacturer
will not be held liable or responsible for any damage caused by improper, incorrect and
unreasonable use.
The installation, and relocation if necessary, must be carried out by qualied personnel,
in accordance with current regulations, according to the manufacturer’s instructions.
Keep ventilation openings, in the appliance enclosure or in the built-in structure, clear of
obstruction.

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1. CONSTRUCTION
Top Panel Power Cord
Top Kit IMD
Front Cover
Storage Bin
Bin Door
Adjustable Legs
Handle
Louver, Air Filter
(Air-cooled Model)
2. ACCESSORIES
IM-240DNE(-C) IM-240DWNE(-C) IM-240DSNE IM-240XNE IM-240XWNE IM-240XSNE
CD 1 1 1 1 1 1
Inlet Hose 1 2 1 1 2 2
Outlet Hose 1 2 1 1 2 2
1/2-3/4 Nipple - 2 - - 2 2
Ice Chute - - - 1 1 1
Mounting Bracket 2 2 2 - - -
Hex Head Bolt w/Washers 5 x 12 2 2 2 - - -
Bolt 8 x 16 2 2 2 2 2 2
Nut 2 2 2 2 2 2
Plastic Washer 4 4 4 4 4 4
Hex Head Bolt w/Washers 4 x 10 - - - 4 4 4
Plastic Clamp - - - 2 2 2
Outlet Hose
CD
Inlet Hose
Mounting Bracket
1/2-3/4 Nipple
Ice Chute
Hex Head Bolt
w/Washers 4 x 10
Bolt 8 x 16
Plastic Washer
Nut
Plastic Clamp
Hex Head Bolt
w/Washers 5 x 12

3
ENGLISH
3. UNPACKING
WARNING
Children should not be allowed in reach of the packaging elements (plastic bags and expanded polystyrene) as they are
potential sources of danger.
CAUTION
Do not lift or manoeuvre the carton by using the shipping bands.
When moving the unit by hand, remove the panels and hold the unit frame.
Always wear protective gloves when carrying the unit.
When handling the carton or the unpacked unit, work in pair to prevent injury.
NOTICE
Remove shipping carton, tape(s) and packing. If packing material is left in the icemaker, it will not work properly.
Note: This icemaker needs a storage bin. Hoshizaki recommends the following ice storage bins:
B801SA (Top Kit IMD)------- IM-240D/IM-480D/IM-720D
B700SF -------------------------IM-240D/IM-480D
B800SF (Top Kit 4) ----------IM-480D/IM-720D
B900SF (Top Kit 8) ----------IM-480D/IM-720D
1) After removing the packaging, make sure that the icemaker and the storage bin are in good condition. If in doubt, please do
not use the icemaker but apply to professionally qualied personnel. See the instruction sheet attached to the storage bin for
its unpacking and installation guidelines.
2) Remove the icemaker panels to gain access to the accessory kit and to assist easier installation.
3) Remove the package of accessories. Check the contents according to “2.
ACCESSORIES”.
4) Remove the shipping tape holding the bin control switch.
5) Remove the protective plastic lm from the exterior. If the icemaker is exposed
to the sun or to heat, remove the lm after the icemaker cools.
4. LOCATION
WARNING
This icemaker is not intended for outdoor use.
The icemaker should not be located next to ovens, grills or other high heat producing equipment.
This appliance is not suitable for installation in an area where a water jet could be used.
CAUTION
The location should provide a rm and level foundation for the icemaker.
NOTICE
Do not place anything on top of the icemaker or in front of the louver.
a) Front Cover: Remove the screw(s). Lift up and pull
toward you.
b) Top Panel: Remove the screw(s). Simply lift off.
c) Side Panel: Remove the screw(s) [IM-240X only]. Slide
forward slightly, and then lift off.
d) Rear Panel: Does not require removal.
[IM-240D] [IM-240X]
(No top panel)
Bin Control Switch

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IMPORTANT
Normal operating ambient temperature should be within 1°C to 40°C. Water connection is cold water only. Operation of the
icemaker, for extended periods, outside of these normal temperature ranges may affect production capacity.
Allow the clearance specied below for proper air circulation and ease of maintenance and/or service should they be required.
Side View
Side View
Rear
Front
Top
ICEMAKER
15cm
15cm
Top View Rear
Front
Left Right
15cm
15cm
15cm
[Water-cooled model]
[Remote Air-cooled model]
[Air-cooled model]
Rear
Front
Top
ICEMAKER 30cm
30cm
Top View Rear
ICEMAKER
Front
Left Right
15cm 50cm
30cm
ICEMAKER
In some high humidity environments, condensation may form inside the machine and drip onto the oor. Do not install where
the oor can be affected by water.
5. INSTALLATION
CAUTION
Incorrect installation can cause harm to people, animals or other items, for which the manufacturer cannot be held
responsible.
1) Lay the storage bin on its rear side carefully to prevent
damage. Secure the four adjustable legs (bin accessory)
into the four tapped holes on the underside of the bin.
2) Position the storage bin in the selected permanent position,
and level it in both the left-to-right and front-to-rear
directions.
3) Use the screws provided on the left or right side of the
storage bin to install the top kit.
4) Remove the icemaker panels. The rear panel is not required
to be removed for installation. See “3. UNPACKING”.
5) Place the icemaker on the top of the storage bin. Be careful
not to damage the icemaker frame and the bin control
switch.
6) Secure the icemaker to the storage bin at the rear, by using
the mounting brackets and bolts provided.
7) Replace the icemaker panels in their correct position.
Bottom
Adjustable Leg
Adjustable Leg
Top Kit
Icemaker
Mounting
Bracket
Bolt
Bin
Bolt
Mounting
Bracket

5
ENGLISH
6. STACKING ICEMAKERS
NOTICE
Check the icemaker models. A D-type icemaker and an X-type icemaker will be required for stacking two icemakers. A D-type
icemaker and two X-type icemakers will be required when stacking three icemakers. The D-type icemaker is designed for the
upper unit, and the X-type for the middle and lower units.
The D-type and X-type icemakers are provided with two different types of bin control switch. Use the bin control switch of the
lower (and middle) X-type icemakers when stacking icemakers. The bin control switch must be removed from the upper unit.
Misconnection or no connection may cause serious damage to the icemaker units, resulting in failure.
1) Prepare and position the storage bin as detailed in 1), 2) and 3) in “5.
INSTALLATION”.
2) Remove the icemaker panels. The rear panel is not required to be removed for
installation. See “3. UNPACKING”.
3) Attach the lower unit (X-type) on the top of the storage bin.
4) Secure the lower unit (X-type) to the storage bin at the rear, by using the
mounting brackets and bolts provided.
5) Remove the shipping tape holding the bin control switch on the drain pan.
Attach the bin control switch to the frame located at the left bottom of the
condensing unit, and secure it using the two screws and the two washers
provided.
6) Before stacking, disconnect the bin control switch leads (with three-way plug)
from the upper or middle unit. Remove the screws and the bin control switch.
When stacking two or three icemakers, the switch for the upper unit will not be
required. Keep it after removal.
7) Attach the upper or middle unit on the lower unit.
8) Secure the two units with the two bolts and the two nuts provided.
9) Place the ice chute (lower or middle unit accessory) and secure it to the
bracket with the two screws.
10) Connect the leads (with three-way plug) located in the lower unit wiring channel to the upper unit receptacle, unplugged in
the above step 6). Secure the leads using the plastic clamp provided.
11) Replace the icemaker panels in their correct position.
Note: If stacking three icemakers, repeat the instructions 6) - 11) for the upper unit. Remember, only ONE bin control is needed
regardless of conguration. The bin control extension leads are pre-wired with the plug and will be found coiled in the
X-type wiring channel.
Bin Control Switch
Drain Pan
Handle with care
Frame
Bin Control Switch
ScrewWasher
Upper Unit Screw
Disconnect leads
Remove Bin
Control Switch
Screw Nut
Upper Unit
Bolt
Lower Unit
Ice Chute
Ice Chute
Bracket
Plastic Clamp
Lower Unit
Receptacle
Upper Unit
Plug
Wiring Channel

6
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7. ELECTRICAL CONNECTIONS
WARNING
THIS APPLIANCE MUST BE EARTHED
This icemaker requires an earth that meets the national and local electrical code requirements.
To prevent possible severe electrical shock to individuals or extensive damage to the unit, install a proper earth wire to the icemaker.
Disconnect the main power supply before any maintenance, repairs or cleaning is undertaken.
* This appliance requires a separate 220 - 240VAC, 13A supply. The electrical supply must be protected by a suitable circuit
breaker.
* Stacked icemakers should each have a separate receptacle, but they must all be connected in parallel to the same single
phase supply or circuit with sufcient ampacity. In addition and to avoid nuisance tripping, individual circuit breakers for each
machine should not be used.
* The main control box fuse is rated at 5A and should only be replaced by a qualied service engineer.
* Usually an electrical permit and services of a licensed electrician are required.
* If the supply cord is damaged, it must be replaced by a replacement cord available from Hoshizaki Parts/Service Centres.
* In accordance with the requirement of the IEC standard, the maximum permissible system impedance (Zmax) at the interface
point of the power supply to be connected with this icemaker must be 0.23+j0.23 ohm. Determine in consultation with the
supply authority, if necessary, that the icemaker is connected only to a supply of 0.23+j0.23 ohm or less.
For the U.K. and the Republic of Ireland only
* The wires in the mains lead are coloured in accordance with the following code:
Green & Yellow = Earth
Blue = Neutral
Brown = Live
As the colours of the wire in the mains lead of this appliance may not correspond with the coloured markings identifying the
terminals in your plug, proceed as follows:
The wire which is coloured Green-and-Yellow must be connected to the terminal in the plug which is marked with the letter
E or by the symbol or coloured Green or Green-and-Yellow. The wire which is coloured Blue must be connected to the
terminal which is marked with the letter N or coloured Black. The wire which is coloured Brown must be connected to the
terminal which is marked with the letter L or coloured Red.
* Should the socket outlets in the installation site not be suitable for the plug supplied with your product, the plug must be
removed (cut off if it is moulded on plug) and an appropriate plug tted.
If the non-rewirable plug has been cut from the power supply cord, it must be disposed of. There should be no attempt to
reuse it. Inserting such a plug into a socket elsewhere presents a serious risk of electrical shock.
* The non-rewirable plug must never be used without a fuse cover being tted.
The correct replacement for the detachable fuse cover is identiable from the manufacturer’s reference number stamped on
the plug.
Supply of replacement fuse covers can be obtained from Hoshizaki Parts/Service Centres.
Fuses should be rated at 13A and approved to BS 1362.
8. REMOTE CONDENSER UNIT
[a] UNPACKING, INSPECTION, PREPARATION
1) Unpack and remove shipping carton, tape(s) and packing.
2) Remove the top panel.

7
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3) Check that the refrigerant lines do not rub or touch lines or other surfaces, and that the fan blade turns freely.
4) Recommended parts and materials listed below will be required.
Cord
17 AWG (1.0 mm²) three-wire cord will be required for the fan motor wiring
between the icemaker and the condenser unit (L+N+ ).
Copper tubing
Phosphorous deoxidized copper tubing. Two tubes of the same diameter will
be required for refrigerant lines. Mark them for a distinction between the gas
line and liquid line to prevent misconnection.
9.52 (OD) x 7.93 (ID) - gas
9.52 (OD) x 7.93 (ID) - liquid
Pipe insulation (for gas and liquid pipes)
To withstand temperatures up to 120°C.
Bolt
Four M8 hexagon bolts for securing the condenser unit.
5) Do not remove the unit cover before nishing installation, to prevent damage to the air-cooled condenser.
[b] LOCATION
The condenser is intended for outdoor use and must be positioned in a permanent well ventilated side under the following
guidelines:
* Select a rm and at site.
* Should not be exposed to harsh or adverse weather conditions.
* Preferably a dry and well ventilated area with 60 cm clearance on both front and
rear for ease of maintenance and service should they be required.
* Normal condenser ambient temperature: +1°C to +40°C. Temperatures not within
this operating range may affect the production capacity of the icemaker.
* When the condenser unit is installed on a roof, a 50 cm height base is recommended to prevent heat reection and to avoid
the possibility of the unit standing in water.
* The maximum line length is 10 m. For information on longer line installations, contact the nearest Hoshizaki Service ofce. (See
the instruction manual for contact details.)
* The condenser should not be installed more than 6 m above the height of the icemaker or more than 2 m below it.
Note: If the recommended guidelines of the installation are exceeded, the icemaker performance may be reduced.
[c] INSTALLATION
1) This condenser unit is provided with four mounting holes. Secure the condenser unit with four
bolts.
2) Remove the are nut from each of the access valves on the icemaker and condenser unit.
Note: Remove and discard the copper caps on the are nuts.
3) The two copper tubes (9.52 mm OD) to be provided on site should
be insulated separately. Place the are nuts onto each end of the
tubes and are the tube ends.
Note: The tube ends to be flared should be free from damage,
cracks and burrs and also clear of grease or scraps.
Unit Cover
Top Panel
Liquid Line
Gas Line
Air Air
Min. 60cm clearance
500mm
380mm
Flare Nut
Copper Tube
Pipe Insulation
90°±0.5
13.2-14 DIA

8
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4) Connect the ared copper tubes on to the icemaker and condenser unit.
The two tubes have the same diameter so mark them for a distinction
between the gas line and the liquid line to prevent misconnection. Apply
some clean refrigerant oil of a suitable type to the surfaces of the are
before connection and tightening. Support the access valve with a
spanner on the at surfaces when tightening the nuts.
Note: 1. Tighten the are nuts to a torque of 38±4 Nm.
2. Check the distinction marks on both ends of each copper tube to
make sure the connections are correct.
3. The tubes should not vibrate. Fix or secure the tubes to prevent
stressing.
5) Remove the service gauge port caps from the access valves on the
icemaker. Evacuate the lines through the gauge ports for 20 minutes
at max. 0.1 torr. Charge both lines with vapour refrigerant R404A
to a pressure of 1 bar. Add nitrogen to raise the pressure to 15 bar.
Thoroughly leak test the joints with a leak detector or soap bubbles.
6) Evacuate the lines again at max. 0.1 torr. Vapour charge the lines to 1 -
2 bar with refrigerant R404A. (The actual charge will depend upon the
length of tube run.)
Base charge up to 10m: 2000g
Additional charge for each additional meter: 40g
As the total precharged refrigerant amount in the icemaker and remote
condenser is 2000g, the required refrigerant charge will be:
40g x [length of tube run - 10] m
Example - If the length of tubing run is 15m (i.e. distance between the
icemaker and Condenser)
15m - 10m = 5m
Base charge = 2000g (up to 10m run)
Additional charge = 40g/m
Required refrigerant charge = 40g x 5m = 200g
On completion of the refrigerant charge, remove the charging cylinder
and charging lines. Ret the port caps and tighten to a torque of 10±1
Nm.
7) Remove the cap nuts from the access valves on both the condenser and
the icemaker. Open the liquid and gas line valves by turning the spindle
with a hexagon wrench until fully open.
8) Ret the cap nuts to a torque of 25±3 Nm.
9) Check the cap nuts, port caps and flare joints for gas leaks with a
detector or soap bubbles.
10) Insulate the joints and seal them for water tightness.
Note: When removing or installing the nuts on the access valves, hold the
at surfaces of the valve with a spanner.
Liquid Line
Gas Line
Pipe Insulation Fan Motor
Wiring Cord
Power Cord
Access Valve
Liquid Line
Gas Line
Pipe Insulation
Three-Wire Cord
Cord Grip
Access Valve
Loosen
Tighten
Copper Tube
Access Valve
Cap Nut
Open
Copper Tube
Hexagon
Wrench (H4)
Close
Spindle
Port
Port Cap
Flat Surface
Access Valve

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[d] ELECTRICAL CONNECTIONS
WARNING
THIS APPLIANCE MUST BE EARTHED
This remote condenser unit requires an earth that meets the national and local electrical code requirements.
To prevent possible severe electrical shock to individuals or extensive damage to equipment, install a proper earth wire to the
icemaker and ensure continuity to the condenser.
* Connect the three-wire cord for the fan motor wiring inside the junction box of this condenser unit.
* Usually an electrical permit and services of a licensed electrician are required.
1) Remove the unit cover of the remote condenser.
2) Remove the junction box.
3) Put the three-wire cord through the bushing.
4) Put the three-wire cord through the junction box’s grommet. Connect the
fan motor leads and the three-wire cord using closed end connectors and
bind the grommet using a cable tie. After connection, check if the closed end
connectors are faced upward.
5) Secure the three-wire cord in position using the cord grip.
6) Attach the unit cover of the remote condenser.
[e] STACKING CONDENSER UNITS
1) Secure the lower condenser unit.
2) Remove the top panel of the lower condenser unit. Keep the four screws for the top panel.
3) Attach the upper condenser unit on top of the lower.
4) Secure the upper condenser unit with the four screws for the top panel.
5) Install refrigerant lines, and make electrical connections for each fan motor.
Unit Cover
Remote Condenser
Junction Box
Junction Box
Grommet
Fun Motor Leads
Cable Tie
Fun Motor Lead
(green/yellow)
Fun Motor Lead
(black)
Fun Motor Lead
(blue)
Bind with cable tie
Three-Wire Cord (17AWG)
Connect with closed
end connectors (CE-2)
Connect with closed
end connectors (CE-2)
Junction Box
Secure with
nylon clamp
Three-Wire Cord
Top Panel
Top Panel

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9. WATER SUPPLY AND DRAIN CONNECTIONS
WARNING
Connect to potable cold water supply only.
* The connections to the mains water supply must be made in accordance with the countries’ current requirements of the Water
Supply or Water Fittings Regulations.
* Icemaking water must be potable water. Where scaling can be caused by water quality:
- Installation of an external lter or softener is recommended. Contact your local water treatment professional or Hoshizaki
service agent.
- Change to the “full drain ush” mode is recommended. Contact your local Hoshizaki service agent.
* Water supply pressure should be minimum 0.07 MPa (0.7 bar) and maximum 0.8 MPa (8 bar). If the pressure exceeds 0.8 MPa (8
bar), use a proper pressure reducing valve. Do NOT throttle back the supply tap.
* A plumbing permit and services of a licensed plumber may be required in some areas.
* The icemaker drain is gravity ow, so ensure drain hose has an adequate pitch or fall.
* Drain lines should not be installed directly to the sewer system. A vertical air gap of a minimum of 5
cm should be between the end of the drain hoses from the icemaker and storage bin and the oor
drain.
* Prevent a backow into the storage bin.
* On water-cooled model, a back ow preventer may be required in the cooling water circuit.
* Be sure to use the new hose-sets supplied with the appliance. Do not reuse any old hose-sets.
[Air-Cooled Model]
1) Attach the angled end of flexible inlet hose (accessory) to the
G3/4 tting on the rear of the icemaker as indicated, ensuring
rubber sealing washer is correctly positioned. Hand tighten
sufciently to provide leak free joint.
2) Attach the other end of inlet hose to the water tap, noting washer
is correctly positioned before hand tightening as above. It is a
wise precaution to have a stop valve within easy reach.
3) Hand tighten grey exible outlet hose (accessory) onto the R3/4
tting on the rear of the icemaker as indicated, ensuring rubber
washer is correctly positioned to obtain a leak free joint. The
hose can be cut to length as necessary to suit position of main
drain.
[Water-Cooled Model]
* Hoshizaki recommends that the water-cooled condenser should
be connected to a closed circuit recirculating type cooling system
utilizing a tower, water chiller or similar. Water make up should be via a ball valve/break tank
arrangement.
* Whilst connecting a water-cooled condenser to a mains water (potable) supply will not affect
the performance of the machine, it will most certainly cause a high use/waste of a valuable
resource and is not recommended.
* The services of a licensed or coded plumber should be used to ensure a correct installation.
* The connections should be made properly in compliance with the applicable national or local regulations.
Water Supply Inlet G3/4
Drain Outlet R3/4
Inlet Hose
Outlet Hose
Air-Cooled Model
Water Supply Tap
Inlet Hose
5cm air gap
Drain
Floor

11
ENGLISH
[a] Standard connections according to WRAS regulations in
U.K.
* When selecting a cooling tower, refer to the following peak values
of heat ow in the condenser:
Model IM-240AW: 5235 W
* Pipes between the cooling tower and the icemaker should be
at least 20 mm DIA to reduce pressure loss, even though the
icemaker ttings are 13 mm DIA.
* Pressure loss in the water circuit inside the unit will be 5 to 6 m
when the cooling water ows at the ratio of 4 to 5 lit/min.
* Select a circulating pump referring to the above values of heat
ow.
* Do not use a cascade pump, or the water regulator will vary the
ow and stop it during the defrost cycle.
[Icemaker Connections]
1) Attach the angled end of exible inlet hose (accessory) to the
G3/4 tting on the rear of the icemaker as indicated, ensuring
rubber sealing washer is correctly positioned. Hand tighten
sufciently to provide leak free joint.
2) Attach the other end of inlet hose to the water tap, noting washer
is correctly positioned before hand tightening as above.
Note: If ltration or treatment is used, ensure icemaker section
only is on treated water supply, not the condenser.
3) Attach grey exible outlet hose (accessory) to the R3/4 tting on
the rear of the icemaker as indicated, conrming tment of rubber
washer before nally hand tightening the joint. The hose can be
cut to length as necessary to suit position of main drain.
4) By means of a suitable spanner or wrench, tighten the 1/2-
3/4 nipples (accessory) into the Rc1/2 ttings on the rear of the
icemaker as indicated. P.T.F.E. tape and/or a suitable sealing
compound should be used to obtain a leak free joint.
Note: Jointing compounds should be approved and suitable for
potable water use.
5) Connect the condenser cooling circuit to the free end of 1/2-3/4
nipples as indicated using a suitable rigid type pipe.
[b] Connections according to regulations other than WRAS by
utilising accessory hoses
1) Follow the instructions from 1) to 4) in [a] above.
2) For condenser connections, use supplied accessory hoses and
make the same connections as 1) to 3) in [a] above to the free
end of 1/2-3/4 nipples as indicated.
10. START-UP PROCEDURE
1) Open the water tap.
2) Connect the power supply and energise.
3) The display indicates “on”.
Icemaker Cooling
Tower
Flow Control Valve
Strainer Pump
P
Potable Water
Inlet G3/4
Inlet Hose
Drain Outlet R3/4
Outlet Hose
Cooling Water
Inlet Rc1/2
Cooling Water
Outlet Rc1/2
1/2-3/4 Nipple
Condenser Cooling Circuit
Icemaker
Bin
Water-Cooled Model [a]
Potable Water
Inlet G3/4
Inlet Hose
Outlet Hose
Drain Outlet R3/4
Cooling Water
Inlet Rc1/2
Cooling Water
Outlet Rc1/2
1/2-3/4 Nipple
Icemaker
Bin
Outlet Hose
Water-Cooled Model [b]

12
ENGLISH
4) The following should occur in sequence:
a) Hot gas valve will open.
b) Compressor will start after 30 seconds.
c) Water pan will fully open.
d) Water solenoid will open.
e) Water pan will start to close (hot gas valve closed).
f) Water pan fully closed - pump motor will start.
g) Water solenoid will close.
HYGIENE
Check the conditions and quality of the ice production.
Do not use ice produced in the trial run. It might be contaminated with foreign matter in the water circuit. Discard or ush down
the drain.
Clean the storage bin before use (see “III. 1. CLEANING” in instruction manual).
11. FINAL CHECKS
1) Check for correct supply voltage.
2) Check that the icemaker is properly earthed.
3) Check that the icemaker is free from vibration.
4) Check that all the panels are xed and secure.
5) Check for proper operation according to “10. START-UP PROCEDURE”.
6) Check the water supply and drain connections for water leaks.
7) Instruct the user on correct machine use. Hand the instruction manual to the user.

13
FRANCAIS
INFORMATIONS DE SECURITE IMPORTANTES
Tout au long de ce manuel, des avis attirent votre attention sur des situations qui pourraient
entraîner la mort, des blessures graves ou des dégâts à l’appareil.
AVERTISSEMENT Signale une situation dangereuse qui, si elle n’est pas évitée, peut
entraîner des blessures graves voire mortelles.
ATTENTION Signale une situation dangereuse qui, si elle n’est pas évitée, peut
entraîner des blessures mineures ou modérées.
AVIS Signale une situation dangereuse qui, si elle n’est pas évitée, peut
entraîner des dégâts à l’appareil.
HYGIENE Signale des précautions importantes à prendre en matière d’hygiène
et de sécurité alimentaire.
IMPORTANT Signale des informations importantes sur l’utilisation de l’appareil et
son entretien.
IMPORTANT
An d’installer correctement le produit avec toutes les garanties de sécurité, veuillez d’abord
lire attentivement cette notice et suivez soigneusement les instructions.
A la n de l’installation, mettre la machine à glace en service pour vérier l’absence d’anomalies.
Indiquer à l’utilisateur comment utiliser et entretenir la machine à glace conformément à la
notice d’utilisation.
Cette notice doit être remise à l’utilisateur après l’installation et conservée par ce dernier avec
la Notice d’utilisation pour consultation ultérieure éventuelle.
AVERTISSEMENT
Cette machine à glace a été conçue pour des applications commerciales ; elle ne peut être
utilisée qu’aux fins auxquelles elle est expressément destinée, et fournie avec un bac de
stockage adapté tel que spécié par Hoshizaki.
Toute autre utilisation doit être considérée comme inappropriée et donc dangereuse.
Le fabricant décline toute responsabilité pour les dégâts provoqués par une utilisation
inappropriée, incorrecte et abusive.
L’installation, et le transfert le cas échéant, doivent être effectués par un personnel
qualié, conformément aux réglementations en vigueur et aux consignes du fabricant.
Veillez à ce que les ouvertures de ventilation de l’enceinte de l’appareil et de la structure
intégrée ne soient pas obstruées.

14
FRANCAIS
1. CONSTRUCTION
Panneau supérieur Cordon d’alimentation
Kit supérieur IMD
Panneau avant
Bac de stockage
Porte de bac
Pieds réglables
Poignée
Volet d’aération, ltre à air
(Modèle refroidi par air)
2. ACCESSOIRES
IM-240DNE(-C) IM-240DWNE(-C) IM-240DSNE IM-240XNE IM-240XWNE IM-240XSNE
CD 1 1 1 1 1 1
Flexible d’arrivée 1 2 1 1 2 2
Tuyau de sortie 1 2 1 1 2 2
Mamelon 1/2-3/4 - 2 - - 2 2
Goulotte de sortie de la glace - - - 1 1 1
Support de xation 2 2 2 - - -
Boulon à tête hexagonale avec
rondelles 5 x 12 2 2 2 - - -
Boulon 8 x 16 2 2 2 2 2 2
Ecrou 2 2 2 2 2 2
Rondelle en plastique 4 4 4 4 4 4
Boulon à tête hexagonale avec
rondelles 4 x 10 - - - 4 4 4
Collier en plastique - - - 2 2 2
Tuyau de sortie
CD
Flexible d’arrivée
Support de xation
Mamelon 1/2-3/4
Goulotte de sortie
de la glace
Boulon à tête
hexagonale
avec rondelles 4 x 10
Boulon 8 x 16
Rondelle en plastique
Ecrou
Collier en
plastique
Boulon à tête
hexagonale
avec rondelles 5 x 12

15
FRANCAIS
3. DEBALLAGE
AVERTISSEMENT
Les enfants doivent être tenus à l’écart des éléments d’emballage (sacs en plastique et polystyrène expansé) car ils
constituent des sources de danger potentielles.
ATTENTION
Ne pas soulever ou déplacer le carton en utilisant les sangles d’emballage.
En cas de déplacement de l’appareil à la main, retirer les panneaux et tenir le châssis de l’appareil.
Toujours porter des gants de protection lors du transport de l’appareil.
Lors de la manipulation du carton ou de l’appareil déballé, travailler à deux pour éviter les blessures.
AVIS
Enlever le carton de transport, le ruban adhésif et le matériel d’emballage. S’il reste des matériaux d’emballage dans la
machine à glace, elle ne fonctionnera pas correctement.
Remarque : Cette machine à glace doit être équipée d’un bac de stockage. Hoshizaki recommande l’utilisation des bacs de
stockage suivants :
B801SA (Kit supérieur IMD) ------IM-240D/IM-480D/IM-720D
B700SF --------------------------------IM-240D/IM-480D
B800SF (Kit supérieur 4)---------- IM-480D/IM-720D
B900SF (Kit supérieur 8)---------- IM-480D/IM-720D
1) Après avoir enlevé les matériaux d’emballage, vérier que la machine à glace et le bac de stockage sont en bon état. En
cas de doute, ne pas utiliser la machine à glace et faire appel à un technicien qualié. Voir les instructions de déballage et
d’installation de la machine qui sont xées au bac de stockage.
2) Retirer les panneaux de la machine à glace an d’accéder au kit d’accessoires, et pour une installation plus facile.
3) Retirer le paquet d’accessoires. Vérier le contenu conformément à la section
«2. ACCESSOIRES».
4) Retirer le ruban d’emballage retenant le commutateur de commande de bac.
5) Retirer le lm protecteur en plastique recouvrant l’extérieur. Si la machine à
glace a été exposée au soleil ou à la chaleur, la laisser refroidir avant d’enlever
le lm.
4. EMPLACEMENT
AVERTISSEMENT
Cette machine à glace n’est pas conçue pour être utilisée à l’extérieur.
La machine à glace ne doit pas être placée à proximité de fours, de grills ou de toute autre source de chaleur importante.
Cet appareil n’est pas conçu pour être installé dans une zone où un jet d’eau peut être utilisé.
ATTENTION
La machine à glace doit avoir une assise solide et horizontale.
AVIS
Ne rien poser sur le dessus de la machine ni devant le volet d’aération.
a) Panneau avant : Déposer les vis. Soulever et tirer
vers soi.
b) Panneau supérieur : Déposer les vis. Soulever.
c) Panneau latéral : Retirer la/les vis [IM-240X
uniquement]. Faire légèrement
coulisser vers l’avant, puis soulever.
d) Panneau arrière : Il n’est pas nécessaire de le retirer.
[IM-240D] [IM-240X]
(pas de panneau supérieur)
Commutateur de commande du bac

16
FRANCAIS
IMPORTANT
La température ambiante normale de service doit être comprise entre 1 °C et 40 °C. Le raccordement à l’eau est uniquement
pour de l’eau froide. Le fonctionnement de la machine en dehors de ces plages de températures, pendant des durées
prolongées, risque d’affecter la capacité de production de glaçons.
Pour assurer une bonne circulation d’air et faciliter les opérations de maintenance ou d’entretien, prévoir le dégagement
indiqué ci-dessous.
[Modèle avec refroidissement
par air]
Vue de dessus Arrière
Arrière
Avant
Avant
Haut
MACHINE
A GLACE
MACHINE
A GLACE
MACHINE A GLACE
MACHINE A GLACE
Haut
Gauche
15 cm
50 cm
15 cm 15 cm
15 cm
15 cm
15 cm
30 cm 30 cm
30 cm
Avant
Avant
Gauche Droite
Droite
Arrière
Arrière
Vue latérale
Vue latérale
Vue de dessus
[Modèle avec refroidissement
par eau]
[Modèle avec refroidissement
par air à distance]
Dans certains environnements très humides, de la condensation peut se former à l’intérieur de la machine et couler sur le sol.
Ne pas installer l’appareil sur un sol que l’eau pourrait endommager.
5. INSTALLATION
ATTENTION
Une installation incorrecte de la machine peut avoir des conséquences néfastes sur les personnes, les animaux ou d’autres
choses, pour lesquelles le fabricant ne peut être tenu responsable.
1) Coucher le bac de stockage sur l’arrière en veillant à ne pas
l’endommager. Fixer les quatre pieds réglables (accessoires
de bac) dans les quatre orices taraudés situés sous le bac.
2)Positionner le bac de stockage dans l’emplacement
permanent choisi, puis le mettre à niveau dans le sens
latéral et dans la profondeur.
3) Utiliser les vis fournies à gauche ou à droite du bac
de stockage pour installer le kit supérieur.
4) Retirer les panneaux de la machine à glace. Il n’est
pas nécessaire de retirer le panneau arrière lors de
l’installation. Voir « 3. DEBALLAGE ».
5) Placer la machine à glace sur le bac de stockage.
Veiller à ne pas endommager le cadre de la machine
à glace ni le commutateur de commande de bac.
6) Fixer la machine à glace sur le bac de stockage par l’arrière en utilisant les
supports de xation et les boulons fournis.
7) Replacer les panneaux de la machine à glace à leur position initiale.
Bas
Pied réglable
Pied réglable
Kit supérieur
Machine
à glace
Support de
xation
Boulons
Bac
Boulons
Support
de xation

17
FRANCAIS
6. EMPILEMENT DE MACHINES A GLACE
AVIS
Vérier le modèle des machines à glace. Pour empiler deux machines à glace, il est nécessaire de disposer d’une machine de
type D et d’une machine de type X. Pour empiler trois machines à glace, il est nécessaire de disposer d’une machine de type
D et de deux machines de type X. La machine de type D est conçue pour être positionnée au-dessus (unité supérieure) ; la
machine de type X est conçue pour être positionnée au milieu et au-dessous (unités centrale et inférieure).
Les machines à glace de type D et de type X sont fournies avec deux types de commutateurs de commande de bac différents.
En cas d’empilement de plusieurs machines à glace, utiliser le commutateur de commande de bac du type X d’unité inférieure
(et centrale). Retirer le commutateur de commande de bac de l’unité supérieure. Un branchement défectueux ou inexistant
risque de provoquer de sérieux dommages au niveau des unités de machine à glace et de provoquer un dysfonctionnement.
1) Préparer et positionner le bac de stockage comme indiqué sous les points 1), 2)
et 3) du chapitre « 5. INSTALLATION ».
2) Retirer les panneaux de la machine à glace. Il n’est pas nécessaire de retirer le
panneau arrière lors de l’installation. Voir « 3. DEBALLAGE ».
3) Fixer l’unité inférieure (type X) sur le haut du bac de stockage.
4) Fixer l’unité inférieure (type X) sur le bac de stockage par l’arrière en utilisant les
supports de xation et les boulons fournis.
5) Retirer le ruban d’emballage retenant le commutateur de commande de bac sur
le bac de vidange. Mettre le commutateur de commande de bac sur le cadre
situé en bas à gauche de l’unité de condenseur, et le xer à l’aide des deux vis
et des deux rondelles fournies.
6) Avant l’empilement, débrancher les fils du commutateur de commande de
bac (avec che triple) de l’unité supérieure ou centrale. Retirer les vis et le
commutateur de commande de bac. Lors de l’empilement de deux ou trois
machines à glace, le commutateur de l’unité supérieure est inutile. Le garder
après l’avoir retiré.
7) Fixer l’unité supérieure ou centrale sur l’unité inférieure.
8) Fixer les deux unités avec les deux boulons et les deux écrous fournis.
9) Positionner la goulotte de sortie de la glace (accessoire pour unité inférieure
ou centrale), puis la xer au support avec les deux vis.
10) Brancher les ls [avec che triple - débranchés lors de l’étape 6) ci-dessus] du canal de câblage de l’unité inférieure sur le
connecteur de l’unité supérieure. Fixer les ls à l’aide du collier en plastique fourni.
11) Replacer les panneaux de la machine à glace à leur position initiale.
Commutateur de
commande du bac
Bac de
vidange
Manipuler avec
précaution
Cadre
Commutateur de
commande du bac
Vis
Rondelle
Unité supérieure Vis
Débrancher
les ls
Retirer le
commutateur
de commande
de bac
Vis Ecrou
Unité supérieure
Boulons
Unité inférieure
Goulotte de sortie
de la glace
Support de
goulotte de sortie
de la glace
Collier en plastique
Unité inférieure
Connecteur
Unité supérieure
Fiche
Canal de câblage