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15
4. If you use copper tubing, slide the
brass compression nut, and then
the ferrule (sleeve) onto the water
supply line. Push the water supply
line into the water valve inlet as far
as it will go (¼" / 6.4 mm). Slide the
ferrule (sleeve) into the valve inlet
and finger tighten the compression
nut onto the valve. Tighten another
½ turn with a wrench; DO NOT over-
tighten. See below.
If you use braided flexible stain-
less steel tubing, the nut is already
assembled on the tubing. Slide the
nut onto the valve inlet and finger
tighten the nut onto valve. Tighten
another ½ turn with a wrench; DO
NOT overtighten. See below.
5. With the steel clamp and screw,
secure the water supply line (copper
tubing only) to the rear panel of
refrigerator as shown.
6. Coil the excess water supply line
(copper tubing only), about 2½
turns, behind the refrigerator as
shown and arrange the coils so they
do not vibrate or wear against any
other surface.
7. To turn the ice maker on, press the
ice maker’s On/O power switch so
the LED is illuminated.
8. Turn ON the water supply at the
shuto valve and tighten any con-
nections that leak.
9. Reconnect the refrigerator to the
electrical power source.
WATER SUPPLY CONNECTION
Parts
A Clamp
B Brass compression nut
C Ferrule sleeve
D Copper line
E Water line
F Water valve bracket
G Water valve inlet
H Water valve
I Copper water line from household
water supply
J 6' (1.8 m) minimum braided flexible
stainless water line from household
water supply
Include enough tubing in loop to allow
moving the refrigerator out for cleaning.
Units with
copper tubing
A
B
D
F
G
H
I
C
Units with braided
flexible stainless
steel tubing
E
J
B
F
G
H
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