To the owner or user: This service manual is
intended to provide you, and the maintenance or
service technician, with the information needed to
install, start up, clean, maintain and repair this
product.
The CME650 is an ice machine that produces
cubed ice on 4 vertical cube freezing surfaces. The
ice falls as vertical strips of cubes into the ice
storage bin where they break up into individual
cubes. The CME650 automatically maintains the
level of ice by turning on when the ice level falls,
and switches off when the bin is full.
The refrigeration system uses HP62 as the
refrigerant. HP62 models use polyolester
refrigerant oil.
Parts lists and wiring diagrams are located in the
center of this manual, printed on yellow paper.
Note the warning symbol where it appears in this
manual.
It is an alert for important safety information on a
hazard that might cause serious injury.
Keep this manual for future reference.
This manual was printed on recycled paper.
October 1994
Page 1
CME650
Specifications
Information regarding Model Number, Serial
Number, Ampacity and Maximum Fuse Size are
located on the
nameplate of the ice
machine. The model
number, serial number
and refrigerant charge
are also listed on the
serial number plate just
behind the front panel.
If recharging, always use
the charge listed on the
ice machine.
Nameplate
Serial Number
Plate
CME650 Cabinet
The CME650 will stack onto a variety of ice
storage bins, see sales literature for proper ice
storage bin. Examples of bins this machine will fit
are:
••*BH550
••*HTB500, HTB350, HTB250
••BH800 (with bin top KBT23)
••BH900 (with bin top KBT22)
••BH1360
It will also fit these Scotsman Dispensers:
••CD200
••IS150 (with KADCM1)
••RS150 (with KADCM1)
* These smaller bins are recommended.
There is an optional stainless steel panel kit,
SPKCMD-1, for this machine.
Specifications:
Model NumberDimensions
W" x D" x H"
CME650AE-32A30 x 24 x 27 Air208-230/60/1 13.62036 ounces
CME650WE-32A 30 x 24 x 27 Water208-230/60/1 12.72026 ounces
CME650AE-3A30 x 24 x 27 Air208-230/60/3 6.61536 ounces
CME650WE-3A30 x 24 x 27 Water208-230/60/3 5.81526 ounces
CME650AE-6A30 x 24 x 27 Air230/50/1n/an/a36 ounces
CME650WE-6A30 x 24 x 27 Water230/50/1n/an/a26 ounces
Condenser
Type
Basic
Electrical
Minimum
Circuit
Ampacity
Maximum Fuse
Size (or HACR
circuit breakers)
Refrigerant
Charge. HP62
(R-404a)
August 1994
Page 2
For The Installer: Environmental Limitations
The ice machine must be installed indoors in a
controlled environment.
MinimumMaximum
0
Air Temp50
Water Temp40
Water Pressure20 PSI80 PSI
Voltage198253
Operating the ice machine outside of the above
limitations, or outdoors, is potentially damaging to
the machine, and it is misuse of the machine. This
may void the warranty.
Scotsman Ice Systems are designed and
manufactured with the highest regard for safety
and performance. They meet or exceed the
standards of UL, NSF, and CSA.
Scotsman assumes no liability or responsibility of
any kind for products manufactured by Scotsman
that have been altered in any way, including the
use of any part and/or other components not
specifically approved by Scotsman.
F.1000F.
0
F.1000F.
CME650
Scotsman reserves the right to make design
changes and/or improvements at any time.
Specifications and design are subject to change
without notice.
Airflow on air cooled models is:
••Intake through the right side grill.
••Exhaust through the left side grill.
Do not install where this air flow is obstructed. A
clearance of 6 inches is required at the back and
sides.
October 1994
Page 3
CME650
Installation
Water
The water supply for this ice machine has been in
contact with many materials since it fell from the
sky as rain. All rain is slightly acidic, and tends to
dissolve the materials it comes in contact with.
During water’s journey to the ice machine, it has
flowed over and through the ground, been picked
up by a municipal or private pump, forced through
a series of pipes of differing construction and may
have been treated by the municipality providing
the water.
The water supplied to this ice machine will then
contain a variety of substances that will likely show
up as solids during the ice making process. These
solids are similar to those found when water is
boiled out of a saucepan. Only the water boils
away, and the minerals that were in the water
solidify in the pan. During ice making only the
water is frozen into ice, the minerals stay behind in
the reservoir. This machine pumps out the water in
the reservoir every cycle to minimize the amount of
minerals in the water system, but after time the
minerals will appear and have to be dissolved by
ice machine cleaner, then flushed away during the
cleaning process.
Air cooled models blow air in and out through the
grills at the sides (in the right and out the left).
Space is required for air flow at the sides and utility
connections at the back.
The ice machine is not designed for outdoor
use. It must be installed indoors, in a
controlled environment. The air and water
temperatures must not exceed rated limits.
Pre-installation:
1. Inspect the place where the ice machine is to be
installed. Check for:
••space for the cabinet,
••water supply,
••drain availability
••and electrical power supply.
No extension cords are allowed. The building drain
inlet must be lower than the drain outlet of the ice
bin. The water supply must have a hand shut off
valve accessible when the unit is installed.
An ice machine is a food manufacturing plant; it
takes a raw material, in this case water, and
transforms it into a food product, ice. The purity of
the water is very important in obtaining pure ice
and in maximizing product life.
The water to the ice machine should be filtered.
Water filters vary greatly in ability and function.
Install one that filters out suspended solids to a
dimension of 5 microns or less. The finer the filter
the better, but finer filters may plug-up sooner than
course ones. It may be necessary to add a course
filter ahead of the fine filter to prolong filter life.
Have the water tested. Acidic water or alkaline
water will both cause corrosion. Dissolved solids
cannot be filtered out. Check with a water
treatment specialist regarding testing, treatment
and filters.
August 1994
Page 4
Reservoir
Bin Thermostat
Installation
Installation
Assembly:
1. Attach the legs, or optional casters, onto the ice
storage bin. Units that are stacked should only use
legs, not casters.
CME650
2. Place the ice machine onto the storage bin.
3. Line up the ice machine, check that there is a
good seal between the ice machine and the
storage bin.
4. If on a Scotsman bin, attach the ice machine to
the bin using the straps and bolts shipped with the
ice machine. If on another brand bin, follow the
directions included with that bin.
Bin Thermostat Installation:
1. Remove rubber cap from the end of the
thermostat bracket.
2. Attach the bin thermostat bracket to the bottom
of the ice machine using the thumb screws
provided. There are pre-drilled and tapped holes
located just behind the cube drop area. The end of
the bin thermostat bracket with the plastic tubing
on it will fit into the hole in the base of the machine.
3. Locate and uncoil a portion of the bin thermostat
capillary tube. Route the end of the capillary tube
into and through the bin thermostat bracket tube. It
should be inserted the full length of the tube, but
not past the end.
Thermostat
Capillary Tube
Bin Thermostat
Bracket
Stacking
Stacking:
This machine will stack onto any CM250,
CME250, CM450, CM500, CME500, CM650 or
CME650 with the same cabinet depth (24").
1. Remove and discard the top panel from the
lower unit.
2. Carefully lift the uncrated top unit onto the
bottom unit. Use of a mechanical lift is
recommended for this step.
3. Align the two ice maker cabinets.
4. Secure the top unit to the bottom one with the
hardware and straps shipped with the upper
machine.
5. Locate and uncoil all of the bin thermostat
capillary tube.
6. Route the bin thermostat capillary tube from the
upper unit, through the hole in the back of the
reservoir, through the lower unit and into the bin
thermostat bracket. Discard upper unit bracket.
Strap
Bin Thermostat Bracket
Capillary Tube
Routing Hole
October 1994
Page 5
CME650
Installation
For The Plumber
1. Connect cold potable water to the 3/8" male
flare at the back of the cabinet. A water filter is
recommended. Flush the water line prior to
connecting to the ice machine.
If water cooled, connect a separate water inlet line
to the water cooled condenser inlet fitting. It should
also have a hand shut off valve.
A loop of copper tubing may be used between the
ice machine and the water supply. This will allow
the ice machine to be pulled out from its installed
location without disconnecting the water line. No
back-flow preventer should be needed in the inlet
potable water line because provision for that is
incorporated in this N.S.F. listed product (the tube
from the inlet water valve has an air break in it, is
above the reservoir wall and cannot siphon).
2. Connect a drain tube to each drain. The drain
tubes from these connections must be run
separately. There are two connections, one is the
bin drain and the other is the reservoir drain. The
reservoir drain is a 3/4" F.P.T. brass fitting.
Drain tube material must be rigid and meet local
code.
Traps in the bin drain line without vents ahead of
them will cause poor draining.
The bin drain must be vented if there is a long
horizontal run (5’ or more). The reservoir drain
must be vented and not connected to the bin drain.
All drains are gravity, and must have a minimum
fall of 1/4" per foot of horizontal run. The water
cooled condenser drain is not vented, and is
routed separately.
Maintain the air gap required by local code
between the end of the drain tubes and the
building drain receptacle.
Note: Drain tubing should be insulated to prevent
condensation from forming on the tubing.
CONFORM TO ALL LOCAL CODES
3/8 Male Flare
Water Inlet
Water Shut
Off Valve
Reservoir Drain
3/4" FPT, Must Be Vented.
Bin Drain. May Be Routed From
The Bottom On Some Model
Bins. Fitting May Be Plastic.
DO NOT OVERHEAT.
3/8" FPT Inlet
1/2" FPT
Outlet
Water Cooled
Condenser Plumbing
Connections
Ice Storage Bin
(Typical)
Water Supply and Drain Connections
August 1994
Page 6
Installation
For The Electrician
This unit must be on a separate power supply. The
maximum fuse size for this circuit is listed on the
nameplate, and per the nameplate use fuses, or
HACR circuit breakers.
Electrical connections are made at the rear of the
ice maker, inside the junction box.
Recommendation: If using wire nuts, cut off the
"tinned" ends of the wires and strip off 1/2" of
insulation from the end of the wires so there is a
copper to copper connection.
Follow All Local Codes - This Unit Must Be
Grounded
required to connect the electrical service.
. Usually a licensed electrician will be
CME650
Junction Box
Hand Disconnect Switch
October 1994
Page 7
CME650
After Utility Connections
1. Level the cabinet, use the leg levelers on the
end of the legs to adjust the cabinet height. (Legs
should have been installed when the bin was
unpacked).
2. Wash out the bin. If desired, the interior of the
bin could be sanitized.
Final Check List
1. Is the ice maker cabinet in a room where
ambient temperatures are within the minimum and
maximum temperatures specified?
2. Has the water supply been connected?
3. Is the water pressure adequate?
4. Have the water connections been checked for
water leaks?
5. Have the drain connections been made?
6. Have the drain connections been checked for
leaks?
7. Is the cabinet level?
8. Is the ice machine connected to a 208-230 volt
electrical power supply and is the ice machine the
only load on that circuit?
9. Has all of the shipping material been removed
from the inside of the cabinet?
10. Has the bin thermostat bracket been attached
to the bottom of the ice machine, and the capillary
tube routed thru the bracket?
11. Has the bin and cabinet been wiped clean and
sanitized?
12. Has the Customer Evaluation & Warranty
Registration form been properly filled out? Check
for correct model and serial numbers from the
nameplate, then mail the completed form to
Scotsman.
13. Has the owner/user been given the name and
telephone number of the authorized Scotsman
Service Agency serving that location?
August 1994
Page 8
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