Flat rooF application
Framed and frameless PV - Modules
Installing Triangles:
Triangles can now be mounted to
base rails. To do this properly space
triangles on the base rail, per the
structural site specific drawings, and
attach with cross adapters.
A total of 4 cross adapters will be
used to attach each triangle to the
two base rails.
Click cross adapters onto
rail with the curved lip of
the cross adapters facing
the C-Channel on the
sides of the triangle base
rails. Tighten the screws
clockwise.
See Figures
4.1 & 4.2
(Torque: 6 to 8 ft. lbs.)
Cross adapters will be
attached on both sides of
each triangle for each base
rail.
See Figure 4.3
Now that one triangle is attached to the base rails, continue the process with
the rest of the triangles making sure that the triangles are properly spaced
according to structural site specific drawings.
Cross Rail Installation:
Next, module mounting cross rails will be mounted to the angled face of the
triangles.
See Figure 5.1
The space between the crossbar
clamps is about ½ of the module
height in the case of framed modules
that are mounted on end. The space
between the lower crossbar clamps
and the base rail is equal to about ¼
of the module height.
See Figure 5.2
Please follow the instructions of the module manufacturer.
Now, position the mounting rail on the cross
adapter clamps and hook the crossbar
clamps in the module rack slots. Use a cord
for precise alignment of module racks with
one another. Use a splice to attach more
module racks. After all module racks are
positioned correctly, fasten the screws of the
cross adapter clamps by turning hardware
clockwise.
See Figure 5.3
(Torque: 6 to 8 ft. lbs.)
To line up several module mounting rails with one another, slide the splice
halfway onto the assembled module mounting rail until the rivet on the splice
stops the insertion of the splice.
Then place the opposing rail over the exposed end of the splice and push
rails together against the rivet. ½” gap or separation between rails is
required for thermal expansion.
See Figure 5.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
5
of
11
Installing
Triangles:
Triangles
can
now
be
mounted
to
base
rails.
To
do
this
properly
space
triangles
on
the
base
rail,
per
the
structural
site
specific
drawings,
and
attach
with
cross
adapters.
A
total
of
4
cross
adapters
will
be
used
to
attach
each
triangle
to
the
two
base
rails.
Click
cross
adapters
onto
rail
with
the
curved
lip
of
the
cross
adapters
facing
the
C
‐
Channel
on
the
sides
of
the
triangle
base
rails.
Tighten
the
screws
clockwise.
See
Figures
4.1
&
4.2
(Torque:
6
to
8
ft.
lbs.)
Cross
adapters
will
be
attached
on
both
sides
of
each
triangle
for
each
base
rail.
See
Figure
4.3
Now
that
one
triangle
is
attached
to
the
base
rails,
continue
the
process
with
the
rest
of
the
triangles
making
sure
that
the
triangles
are
properly
spaced
according
to
structural
site
specific
drawings.
Click
4.1
4.2
4.3
4.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
5
of
11
Installing
Triangles:
Triangles
can
now
be
mounted
to
base
rails.
To
do
this
properly
space
triangles
on
the
base
rail,
per
the
structural
site
specific
drawings,
and
attach
with
cross
adapters.
A
total
of
4
cross
adapters
will
be
used
to
attach
each
triangle
to
the
two
base
rails.
Click
cross
adapters
onto
rail
with
the
curved
lip
of
the
cross
adapters
facing
the
C
‐
Channel
on
the
sides
of
the
triangle
base
rails.
Tighten
the
screws
clockwise.
See
Figures
4.1
&
4.2
(Torque:
6
to
8
ft.
lbs.)
Cross
adapters
will
be
attached
on
both
sides
of
each
triangle
for
each
base
rail.
See
Figure
4.3
Now
that
one
triangle
is
attached
to
the
base
rails,
continue
the
process
with
the
rest
of
the
triangles
making
sure
that
the
triangles
are
properly
spaced
according
to
structural
site
specific
drawings.
Click
4.1
4.2
4.3
4.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
5
of
11
Installing
Triangles:
Triangles
can
now
be
mounted
to
base
rails.
To
do
this
properly
space
triangles
on
the
base
rail,
per
the
structural
site
specific
drawings,
and
attach
with
cross
adapters.
A
total
of
4
cross
adapters
will
be
used
to
attach
each
triangle
to
the
two
base
rails.
Click
cross
adapters
onto
rail
with
the
curved
lip
of
the
cross
adapters
facing
the
C
‐
Channel
on
the
sides
of
the
triangle
base
rails.
Tighten
the
screws
clockwise.
See
Figures
4.1
&
4.2
(Torque:
6
to
8
ft.
lbs.)
Cross
adapters
will
be
attached
on
both
sides
of
each
triangle
for
each
base
rail.
See
Figure
4.3
Now
that
one
triangle
is
attached
to
the
base
rails,
continue
the
process
with
the
rest
of
the
triangles
making
sure
that
the
triangles
are
properly
spaced
according
to
structural
site
specific
drawings.
Click
4.1
4.2
4.3
4.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
5
of
11
Installing
Triangles:
Triangles
can
now
be
mounted
to
base
rails.
To
do
this
properly
space
triangles
on
the
base
rail,
per
the
structural
site
specific
drawings,
and
attach
with
cross
adapters.
A
total
of
4
cross
adapters
will
be
used
to
attach
each
triangle
to
the
two
base
rails.
Click
cross
adapters
onto
rail
with
the
curved
lip
of
the
cross
adapters
facing
the
C
‐
Channel
on
the
sides
of
the
triangle
base
rails.
Tighten
the
screws
clockwise.
See
Figures
4.1
&
4.2
(Torque:
6
to
8
ft.
lbs.)
Cross
adapters
will
be
attached
on
both
sides
of
each
triangle
for
each
base
rail.
See
Figure
4.3
Now
that
one
triangle
is
attached
to
the
base
rails,
continue
the
process
with
the
rest
of
the
triangles
making
sure
that
the
triangles
are
properly
spaced
according
to
structural
site
specific
drawings.
Click
4.1
4.2
4.3
4.4
Fig. 4.1
Fig. 5.1
Fig. 5.2
Fig. 5.4
Fig. 5.3
Fig. 4.2
Fig. 4.3
Fig. 4.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
6
of
11
Cross
Rail
Installation:
Next,
module
mounting
cross
rails
will
be
mounted
to
the
angled
face
of
the
triangles.
See
Figure
5.1
The
space
between
the
crossbar
clamps
is
about
½
of
the
module
height
in
the
case
of
framed
modules
that
are
mounted
on
end.
The
space
between
the
lower
crossbar
clamps
and
the
base
rail
is
equal
to
about
¼
of
the
module
height.
See
Figure
5.2
Please
follow
the
instructions
of
the
module
manufacturer.
Now,
position
the
mounting
rail
on
the
cross
adapter
clamps
and
hook
the
crossbar
clamps
in
the
module
rack
slots.
Use
a
cord
for
precise
alignment
of
module
racks
with
one
another.
Use
a
splice
to
attach
more
module
racks.
After
all
module
racks
are
positioned
correctly,
fasten
the
screws
of
the
cross
adapter
clamps
by
turning
hardware
clockwise.
See
Figure
5.3
(Torque:
6
to
8
ft.
lbs.)
To
line
up
several
module
mounting
rails
with
one
another,
slide
the
splice
halfway
onto
the
assembled
module
mounting
rail
until
the
rivet
on
the
splice
stops
the
insertion
of
the
splice.
Then
place
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
rails
together
against
the
rivet.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
5.4
Note:
Do not attempt to through bolt any splices. The
splice was designed to allow the aluminum rails to
expand and contract under thermal conditions.
5.1
5.2
5.3
5.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
6
of
11
Cross
Rail
Installation:
Next,
module
mounting
cross
rails
will
be
mounted
to
the
angled
face
of
the
triangles.
See
Figure
5.1
The
space
between
the
crossbar
clamps
is
about
½
of
the
module
height
in
the
case
of
framed
modules
that
are
mounted
on
end.
The
space
between
the
lower
crossbar
clamps
and
the
base
rail
is
equal
to
about
¼
of
the
module
height.
See
Figure
5.2
Please
follow
the
instructions
of
the
module
manufacturer.
Now,
position
the
mounting
rail
on
the
cross
adapter
clamps
and
hook
the
crossbar
clamps
in
the
module
rack
slots.
Use
a
cord
for
precise
alignment
of
module
racks
with
one
another.
Use
a
splice
to
attach
more
module
racks.
After
all
module
racks
are
positioned
correctly,
fasten
the
screws
of
the
cross
adapter
clamps
by
turning
hardware
clockwise.
See
Figure
5.3
(Torque:
6
to
8
ft.
lbs.)
To
line
up
several
module
mounting
rails
with
one
another,
slide
the
splice
halfway
onto
the
assembled
module
mounting
rail
until
the
rivet
on
the
splice
stops
the
insertion
of
the
splice.
Then
place
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
rails
together
against
the
rivet.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
5.4
Note:
Do
not
attempt
to
through
bolt
any
splices.
The
splice
was
designed
to
allow
the
aluminum
rails
to
expand
and
contract
under
thermal
conditions.
5.1
5.2
5.3
5.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
6
of
11
Cross
Rail
Installation:
Next,
module
mounting
cross
rails
will
be
mounted
to
the
angled
face
of
the
triangles.
See
Figure
5.1
The
space
between
the
crossbar
clamps
is
about
½
of
the
module
height
in
the
case
of
framed
modules
that
are
mounted
on
end.
The
space
between
the
lower
crossbar
clamps
and
the
base
rail
is
equal
to
about
¼
of
the
module
height.
See
Figure
5.2
Please
follow
the
instructions
of
the
module
manufacturer.
Now,
position
the
mounting
rail
on
the
cross
adapter
clamps
and
hook
the
crossbar
clamps
in
the
module
rack
slots.
Use
a
cord
for
precise
alignment
of
module
racks
with
one
another.
Use
a
splice
to
attach
more
module
racks.
After
all
module
racks
are
positioned
correctly,
fasten
the
screws
of
the
cross
adapter
clamps
by
turning
hardware
clockwise.
See
Figure
5.3
(Torque:
6
to
8
ft.
lbs.)
To
line
up
several
module
mounting
rails
with
one
another,
slide
the
splice
halfway
onto
the
assembled
module
mounting
rail
until
the
rivet
on
the
splice
stops
the
insertion
of
the
splice.
Then
place
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
rails
together
against
the
rivet.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
5.4
Note:
Do
not
attempt
to
through
bolt
any
splices.
The
splice
was
designed
to
allow
the
aluminum
rails
to
expand
and
contract
under
thermal
conditions.
5.1
5.2
5.3
5.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
6
of
11
Cross
Rail
Installation:
Next,
module
mounting
cross
rails
will
be
mounted
to
the
angled
face
of
the
triangles.
See
Figure
5.1
The
space
between
the
crossbar
clamps
is
about
½
of
the
module
height
in
the
case
of
framed
modules
that
are
mounted
on
end.
The
space
between
the
lower
crossbar
clamps
and
the
base
rail
is
equal
to
about
¼
of
the
module
height.
See
Figure
5.2
Please
follow
the
instructions
of
the
module
manufacturer.
Now,
position
the
mounting
rail
on
the
cross
adapter
clamps
and
hook
the
crossbar
clamps
in
the
module
rack
slots.
Use
a
cord
for
precise
alignment
of
module
racks
with
one
another.
Use
a
splice
to
attach
more
module
racks.
After
all
module
racks
are
positioned
correctly,
fasten
the
screws
of
the
cross
adapter
clamps
by
turning
hardware
clockwise.
See
Figure
5.3
(Torque:
6
to
8
ft.
lbs.)
To
line
up
several
module
mounting
rails
with
one
another,
slide
the
splice
halfway
onto
the
assembled
module
mounting
rail
until
the
rivet
on
the
splice
stops
the
insertion
of
the
splice.
Then
place
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
rails
together
against
the
rivet.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
5.4
Note:
Do not attempt to through bolt any splices. The
splice was designed to allow the aluminum rails to
expand and contract under thermal conditions.
5.1
5.2
5.3
5.4
Note:
Note: Do not attempt to through-bolt any splices. The splice was
designed to allow the aluminum rails to expand and contract under
thermal conditions.
¼ Module
Height
½ Module
Height
Assembly Instructions
5
Solar
Mounting Sytem
Содержание Framed PV
Страница 1: ...Solar Mounting System Assembly Instructions...
Страница 2: ......
Страница 19: ......