8
2 Mounting kit (part # SQ-RMK5) are required.
1 System kit (part # SQ-SK) is required.
Diagram Step 3d
•
Using a utility knife cut rubber hose (
SK-FTG-J
) from each system in half. Make
sure you cut them as straight as possible. See Fig 3b-1. You should now have
rubbers that are 3 ¾" long.
•
Apply Teflon on one of the caps (
SK-FTG-F
). See Fig 3a-1.You only need 1 cap
for this type of installation.
•
Thread the cap into the panels as per Diagram Step 3d. Do not over tighten.
See Fig 3a-2
•
If you are using flexible piping to connect panels to your pump then Put "O" rings
(
SK-FTG-I
) on both combination adapters (
SK-FTG-D
) See Fig 3a-3. Thread both
combination adapters into the panels as per Diagram Step 3d. Do not over tighten.
See Fig 3a-4
OR
If you are using rigid piping to connect panels to your pump then apply Teflon on
both PVC adapters (
SK-FTG-N
). See Fig 3d-1. Thread both adapters into the
panels as per Diagram Step 3d. Do not over tighten. See Fig 3d-2.
•
Apply Teflon on reducer adapter (
SK-FTG-M
). Thread reducer adapter into the
panel as per diagram Step 3d. Do not over tighten. See Fig 3d-3.
•
Apply Teflon on vacuum relief valve (
SK-VRV
). Thread vacuum relief valve into
the reducer adapter. Do not over tighten. See Fig 3d-3.
Note: The vacuum valve assembly must be installed at the top of the panels as per diagram Step 3d.
3 d)
Cont.
V
a
cu
u
m
V
a
lv
e
C
o
m
b
in
a
ti
o
n
A
d
a
p
te
r
O
r
P
V
C
a
d
a
p
te
r
Outlet
C
o
m
b
in
a
ti
o
n
A
d
a
p
te
r
O
r
P
V
C
a
d
a
p
te
r
C
a
p
Rubber hose
3.75"
Inlet
Fig 3d-1
Fig 3d-3
A Minimum of 1 inch fall per 10 feet
Fig 3d-2
Rubber hose
3.75"
