Page 7
Page 7
B. WATER DRAIN
The recommended drain tube is a plastic or
flexible tube with 18 mm (3/4") I.D. which runs to
an open trapped and vented drain.
FINAL CHECK LIST
1.
Is the Cabinet level? (IMPORTANT)
2.
Have all electrical and piping connections
been made?
3.
Is there an electrical service disconnect
within sight of the installed machine?
Has the voltage been tested and checked against
the nameplate rating?
4.
Is the water supply line shutoff valve installed
near the machine.
5.
Have all the wires been checked for
looseness and thightness.
6.
Has the owner/user been instructed on
how to operate the Icemaker.
7.
Has the Manufacturer’s registration Card
been properly filled out? Check for correct Model
and serial numbers from Serial nameplate, then
mail the completed card to the FRIMONT factory.
8.
Check all refrigerant linea and conduit lines,
to guard against vibration or rubbing and possible
failure.
9.
Is there at last 20 cm. clearance behind
and around Cabinet for proper air circulation?
10. Is the Icemaker installed indoor in a location
where ambient temperatures are a Minimum of
10
°
C (50-degrees F.) all year around?
11. Has water supply pressure been checked to
insure a minimum of 1 atm (14 PSI).
12. Verify that unit lighted switch is in the OFF
position.
13. Has the owner been given name and
telephone number of the authorized SCOTSMAN
Service Agency.
3.
Ice chute to convey the ice from the outlet of
the machine to the ice storage area is supplied
with the machine.
4.
Thermostat capillary tube must be positio-
ned so that its end extends out the ice chute
opening or the ice deflector and get easily in
contact with the cone formed by the ice deposited
in the storage room, before - anyway - that ice
builds-up in the chute.
Thermostat capillary tube is coiled behind the
control box, it must be routed to follow the ice
chute or ice deflector and protrude for a certain
extension beyond the ice discharge opening in
the storage room. Use caution when routing this
capillary to prevent kink or to bent it excessively.
Coil excess capillary inside ice maker cabinet.
Tape coil to prevent vibration againt another part.
ELECTRICAL CONNECTION
See machine electrical specifications in Unit
Nameplate and at page 5 of this Service Manual
to determine wire size to be used for electrical
supply. This unit must be grounded according to
all Electrical Codes and local ordinances. Provide
a fuse disconnect box within sight and easy-
reach of the ice maker. Use timed fuses on all
terminals.
The maximum allowable voltage variations should
not exceed ten percent of the nameplate rating,
even under starting conditions. Low voltages can
cause erratic operation and may be responsible
for serious damages to the overload switch and
motor winding.
WATER SUPPLY AND DRAIN CONNECTIONS
A.
The recommended water supply line is a
3/4 inch O.D. fitting. Connect to cold water supply
line with standard plumbing fittings, with a shutoff
valve installed in an accessible place between
the water supply and the Cabinet.
In some cases, a plumbing permit and services
of a licensed plumber will be required.
CAUTION - This ice maker is equipped
with a low water pressure safety device
which, in the event of low water pressure,
will automatically stop the ice maker to
prevent damage. The ice maker will
automatically restart with increased water
pressure.
This ice maker will not operate properly
when water supply temperatures are
below 5
°
C (40
°
F) and above 35
°
C (90
°
F).
NOTE
.
Water supply must be installed to
conform with local plumbing codes. In
some cases, a plumbing permit and
services of a licensed plumber will be
required.
