6
3. Recommend Connection For Flex Line Riser: See Fig. 5A. & Fig. 5E Loosen nut and separate cold
water riser tube from shut off valve. Gently bend riser tube so that the Feed Water Adapter (Fig. 1) fits
onto the shut off valve. Connect the riser tube, feed water adapter, and shut off valve together and
tighten.
For Solid Copper Riser: See Fig. 5B. Follow the same procedure as for flex line. If the copper riser
cannot bend, this it’s best to replace it with a flex line riser. Fit the feed water adaptor to the shut off valve
the same way as described above.
Option Connection Point: See Fig. 5F. The feed water adapter can also be installed between the riser
tube and faucet shank. Loosen nut and separate cold water riser tube from faucet shank. Gently bend
riser tube so that the Feed Water Adapter fits onto the faucet shank. If your riser tube has no built-in
washer, then fit the cone-shaped washer provided onto the riser tube. Connect the riser tube, feed water
adapter, and faucet shank together and tighten.
Riser
Tube
For Flexible Line
Faucet
Shank
Main Water
Supply
Shut-off
Valve
Riser
Tube
For Solid Line
Faucet
Shank
Needle
Valve
Needle
Valve
Main Water
Supply
Shut-off
Valve
Sink
Sink
Fig. 5A Fig. 5B
. R
nn
ti
n F
r Fl
x Lin
Ri
r
5
.
F
g. 5
Loosen nut an
te cold
water
be
rom shut o
valve. Gently b
tube so that the Feed Water Ad
Fig. 1
i
shut o
valve. Connect the riser t
d water ad
ter, and shut o
lve
ther and
n.
For Solid Copper Riser
F
g.
low the same procedure as
or
lex line. I
the copper rise
cannot bend, this it’s best to r
lace it with a
lex line riser. Fit the
eed water ada
or to the shut o
valve
the same way as described above.
tion Conne
n Point
F
g. 5F. The
eed water
er can also be installed between t
tube and
au
k. Loosen nut and se
rate col
riser tube
rom
aucet shank. Gent
riser tube s
he Feed Water Adapter
its onto
cet shank. I
your riser tube has
-in
washer,
he cone-shaped washer provid
the riser tube. Connect the riser
wate
adap
aucet shank together and ti
.
Ri
u
e
r F
exi
e Lin
Ma
n
er
Su
Shut-o
lv
Ri
r
T
e
r So
i
Lin
ce
an
Nee
ve
ee
e
a
v
in
t
Su
ut-o
a
v
ink
Sin
Fig. 5
F
g. 5