
8.
Slide nut
and
sleeve
onto
the water
supply line
(Step
3.) Insert
the
end of
the tubing
into
the
compression
union
as
far
as it
will
go.
Screw
in
compression
union.
Do
not
tighten.
This
will
be done
later.
MTG.
HOLES
PLASTIC
COMPRESSION
NUT
PLASTIC
WATER
LINE
RETURN
WATER
SUPPLY LINE
TO
TIGHTEN HOSE
NUT
ON VALVE,
Sweat
or flare
connection
can
be
used
instead
of
the
compression
union,
if
desired.
NOTE:
When
using
unfiltered
well
water,
it is
advisable
to
use
a filter
in
the water
supply
line.
This
eliminates
all
possibility
of
small
particles
from
entering
the
water
valve.
Find
a
3/8" lo
1"
vertical
COLD
water
pipe
near
the
refrigerator.
Water
pressure
must
be between
20
and 1ZO
p.s.i.
Vertical
pipe
is
preferable,
but
a
horizontal
pipe
will
work.
lf
a
horizontal pipe
is
used,
install
the
saddle
valve
on
the top
or,the
side
of
the
pipe,
not
on
the
bottom.
Turn
OFF
the
main
water
supply
and
drain
the
selected
pipe.
Follow
the
installation
instructions
that
are
supplied
with the
saddle
valve
for
proper
and
safe installation.
Route
the
copper
tubing
through
the
floor,
wall
or
sink
cabinet to
the
saddle
valve
location.
Form
the
excess
tubing
into
a large
loop.
This
allows
movement
of the
refrigerator
without
disconnecting
the
tubing.
Other
routing
methods
are
shown
on
page
6-5,
1.
WATER
LINE WITH
3.
4.
SLIOE
NUT AND SLEEVE
ON WATER LINE
CONNECTING
ICE
MAKER
TO
WATER
SUPPLY
All
installations
must
be in
accordance
with
local
plumbing
code
requirements.
Do not
use
plastic
tubing
or
plastic
fittings
because
the
connection
between
the
water
supply
and the
refrigerator
water
valve
inlet
is
under
constant
pressure.
Also,
certain
types
of
plastic
tubing
may
become
brittle
with
age
and
crack,
resulting
in
water
leakage.
Tubing
(1/4"
O.D.)
and
saddle
valve
can
be
purchased
from
local
hardware
stores.
SUPPLY LINE
MTG. HOLE
6-4
-
Refrigerator
1
-
Service
1
-
INTRODUCTION
3
-
:l ; lrl
5
-
CAPACITY
6
-
COMPANYO
7
-
Newton
7
-
INSTRUCTIONS
8
-
UNCRATING
9
-
LOCATION
9
-
"rorrrut
10
-
LEVELING
11
-
REVERSING
12
-
DOOR REMOVAL
16
-
OPERATION
17
-
Side-By-Side
18
-
PROCEDURES
21
-
-r'
22
-
SIDE-BY-SIDE
23
-
DISPERSING
24
-
CHECKING
25
-
OPERATIOT\f
25
-
(A'
25
-
LEAK TESTING
27
-
TESTING
28
-
CHECKING PRESSURES
30
-
EVACUATING
32
-
AND RECHARGING
32
-
RECHARGING
33
-
'Q':fr-fr
34
-
COMPRESSOR INOPERATIVE
35
-
PROCEDURE
36
-
WITH COMPRESSOR
36
-
OPERATIVT
36
-
COMPRESSOR
38
-
INOPERATIVE
38
-
REPLACING THE COMPRESSOR
42
-
1/2 inch
43
-
EXCHANGER
44
-
1/2" lrom the end of
45
-
CONDEJVSER
48
-
REPLACING
49
-
CONDENSER
49
-
FREEZER
51
-
EVAPORATOR
51
-
ELECTRICAL
55
-
OVERLOAD
56
-
PROTECTOR
56
-
STARTING
57
-
CAPACITOR
58
-
ALTERNATE METHOD
59
-
USING OHMMETER
59
-
REMOTE READING THERMOMETER
60
-
REPLACING THE
61
-
,,:',*
63
-
ALTITUDE
64
-
ADJUSTMENTS
64
-
DEFROST
65
-
DEFROST TIMER
66
-
Wtlte,r
67
-
DEFROST HEATER
68
-
AND THERMOSTAT
68
-
DEFROST HEATER AND
70
-
THERMOSTAT
70
-
REPLACING RADIANT
71
-
THE FREEZER
75
-
DTVIDER
76
-
CHANNEL
76
-
CABINET
77
-
I'
78
-
REFRIGERATED
79
-
DRAIN TUBES
82
-
STYROFOAM
83
-
ASSOCIATED
85
-
DOOR PANEL
86
-
ALIGNMENT
90
-
Union Connection
93
-
RESERVOIR
94
-
FOANTAIN
96
-
ASSEMBLY
96
-
ACTUATOR
97
-
INTERLOCK
100
-
DISASSEMBLING ICE
100
-
STORAGE BIN
100
-
AUGER MOTOR
101
-
SECTION
102
-
INSTALLATION
102
-
FILL TUBE
103
-
Side-By-Side Models
107
-
PREPARING FREEZER
107
-
INSTALLING
108
-
WATER VALVE
108
-
AND CONNECTING TUBING
108
-
CONNECTING
109
-
ICE MAKER
109
-
TO WATER SUPPLY
109
-
.'ERVICING
111
-
COMPONENTS
113
-
ADJUSTMENT
114
-
TEMPERATURE
115
-
SHUT OFF ARM
116
-
SERVICE
116
-
OTHER INFORMATION
118
-
SPECIFICATIONS
118
-
SHOOTING
119
-
POSSIBLE
120
-
POSSIBLE CAUSE
121
-
TROUBLE POSSIBLE CAUSE REMEDY
122
-
POSSIBLE CAUSE REMEDY
124
-
SCHEMATICS
126
-
L-_i:gt'r__io.'#@*s
127
-
,,,.de
128
-
'17
129
-
,:;*qmffi^
130
-
'-i--rW--io:g@u*
131
-
D'.de
132
-
,,.de,RTDlg
133
-
,,.de,RTD2l/
134
-
Mode,RTW2"
135
-
,,.de,RTD23
136
-
,
137
-
,,.de,RSD20
138
-
,L.de,RSD22A
139
-
_ sry_
140
-
,,.de,RSD24A
141
-
{Y-''t
142
-
PERFORMANCE
144
-
TEST DATA
145
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