Crosley CB19G6W00W5 user manual download (Page 4 of 40)

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Page 4 of 40
Water
Pressure
A cold water supply
with water pressure
of between 35 and
120 psi (241 and 827 kPa) is required to operate
the water
dispenser
and ice maker. If you have questions
about your water
pressure,
call a licensed,
qualified
plumber.
Reverse
Osmosis
Water
Supply
IMPORTANT:
The pressure
of the water supply
coming
out of a
reverse osmosis system
going to the water
inlet valve of the
refrigerator
needs to be between 35 and 120 psi (241 and
827 kPa).
If a reverse osmosis water filtration
system
is connected
to your
cold water supply, the water
pressure to the reverse osmosis
system needs to be a minimum
of 40 to 60 psi (276 to 414 kPa).
If the water
pressure to the reverse osmosis
system is less than
40 to 60 psi (276 to 414 kPa):
Check to see whether
the sediment
filter in the reverse
osmosis
system is blocked.
Replace the filter if necessary.
Allow the storage tank on the reverse osmosis
system to refill
after heavy usage.
If your refrigerator
has a water filter, it may further
reduce the
water pressure
when used in conjunction
with a reverse
osmosis
system.
Remove the water filter. See "Water
Filtration
System."
If you have questions
about your water
pressure, call a licensed,
qualified
plumber.
Read all directions
before you begin.
IMPORTANT:
If you turn the refrigerator
on before the water line
is connected,
turn the ice maker
OFR
Connect
to Water
Line
1.
Unplug
refrigerator
or disconnect
power.
2.
Turn OFF main water supply. Turn ON nearest faucet
long
enough
to clear line of water.
3.
Find a 1/2"to 1V4" (12.7 mm to 31.8 mm) vertical
cold water
pipe near the refrigerator.
IMPORTANT:
4=
5=
Make sure it is a cold water pipe.
Horizontal
pipe will work,
but the following
procedure
must be followed:
Drill on the top side of the pipe, not the
bottom.
This will help keep water away from the drill. This
also keeps normal sediment
from collecting
in the valve.
Determine
the length of copper tubing
you need.
Measure
from the connection
on the rear of the refrigerator
to the
water pipe. Add 7 ft (2.1 m) to allow for cleaning.
Use 1/4"
(6.35 mm) O.D. (outside
diameter)
copper tubing.
Be sure
both ends of copper
tubing
are cut square.
Using a cordless
drill, drill a 1/4"hole in the cold water
pipe
you have selected.
.........................
A
B
C
A. Cold water pipe
B. Pipe clamp
C. Copper
tubing
D. Compression
nut
D
E
F
G
E. Compression
sleeve
F. Shutoff
valve
G.Packing nut
6.
Fasten the shutoff
valve to the cold water
pipe with the pipe
clamp.
Be sure the outlet end is solidly
in the 1/4"drilled hole
in the water pipe and that the washer
is under the pipe clamp.
Tighten the packing
nut. Tighten
the pipe clamp screws
slowly and evenly so the washer
makes a watertight
seal. Do
not overtighten
or you may crush the copper
tubing.
7.
Slip the compression
sleeve and compression
nut on the
copper
tubing
as shown.
Insert the end of the tubing
into the
outlet end squarely as far as it will go. Screw compression
nut
onto outlet end with
adjustable
wrench.
Do not overtighten.
8.
Place the free end of the tubing
in a container
or sink, and
turn ON the main water supply. Flush the tubing
until water is
clear. Turn OFF the shutoff
valve on the water
pipe.
Connect
to Refrigerator
Depending
on your model,
the water line may come down from
the top or up from the bottom.
Follow the connection
instructions
for your model.
Style
1
1.
Remove
plastic
cap from water valve inlet port. Attach
the
copper
tube to the valve inlet using a compression
nut and
sleeve as shown. Tighten the compression
nut. Do not
overtighten.
Confirm
copper tubing
is secure
by pulling
on
copper
tubing.
2.
Create a service
loop with
the copper
tubing.
Avoid
kinks
when coiling
the copper
tubing.
Secure copper
tubing to
refrigerator
cabinet
with a "P" clamp.
A
C
D
E
@
@
3=
A. Copper
tubing
D. Compression
sleeve
B.
"P"
clamp
E. Water valve inlet port
C. Compression
nut
Turn on water supply
to refrigerator
and check
for leaks.
Correct
any leaks.
Sample