pitched rooF application
For framed PV-Modules
Mounting Rail Attachment:
Mounting rails can now be attached
to the angle brackets. To do this,
simply insert the T-Bolt on the angle
bracket into the C-Channel on the side
of the mounting rail. Turn the T-Bolt
clockwise until it stops (approximately
¼ turn).
See Figure 2.1
(Torque:
6 to 8 ft. lbs)
To ensure that T-Bolt is properly aligned make
sure that the line on the back of the T-Bolt is
perpendicular to the rail and is pointing straight up
and down.
See Figure 2.2
Continue fastening all angle
brackets on mounting rails until
the system is completely attached
to the roof. See next step if a rails
need to be joined together.
Additional mounting rails can be
attached using a splice. To install,
simply insert the splice into the
end of the rail that will need to
be joined until the rivet on the
middle of the splice stops the
insertion. Then slide the opposing rail over the exposed end of the splice and
push together. Do not attempt to through-bolt splice. ½” gap or separation
between rails is required for thermal expansion.
See Figure 2.4
Telescope and Anti Slip Hardware Installation:
Optional:
To best adapt the length
of the mounting rails to
the module dimensions,
use the pre-assembled
telescopic shaft from
Würth Canada. To install,
slide the shaft onto the
mounting rail and fasten it to the roof
hooks. Adjust the length (max. 23
inches).
See Figure 3.1
Now, slide the locking clip onto the
mounting rail and tighten the screw.
See Figure 3.2
(Torque: 6 to 8 ft.
lbs.)
Before they are mounted, the modules are equipped with anti-slip protection.
This is done by attaching ¼ x ¾ in. SS bolts (with the shank downward) with
¼ in. nuts in the lower mounting holes of the module. When mounting large
modules (e.g. ASE250), 5/16 x ¾ in. SS bolts are used.
See Figure 3.3
To install the first module, place the anti-slip screw on the top side of the top
mounting rail. This will allow the module to rest on the mounting rails without
the need to hold them in place.
See Figure 3.4
Fig. 2.1
Fig. 3.1
Fig. 2.2
Fig. 2.3
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
3
of
10
Mounting
Rail
Attachment:
Mounting
rails
can
now
be
attached
to
the
angle
brackets.
To
do
this,
simply
insert
the
T
‐
Bolt
on
the
angle
bracket
into
the
C
‐
Channel
on
the
side
of
the
mounting
rail.
Turn
the
T
‐
Bolt
clockwise
until
it
stops
(approximately
¼
turn).
See
Figure
2.1
(Torque:
6
to
8
ft.
lbs)
Note:
The serrated edges allow the rail to be adjusted
vertically on the angle bracket to desired height.
To
ensure
that
T
‐
Bolt
is
properly
aligned
make
sure
that
the
line
on
the
back
of
the
T
‐
Bolt
is
perpendicular
to
the
rail
and
is
pointing
straight
up
and
down.
See
Figure
2.2
Continue
fastening
all
angle
brackets
on
mounting
rails
until
the
system
is
completely
attached
to
the
roof.
See
next
step
if
a
rails
need
to
be
joined
together.
Additional
mounting
rails
can
be
attached
using
a
splice.
To
install,
simply
insert
the
splice
into
the
end
of
the
rail
that
will
need
to
be
joined
until
the
rivet
on
the
middle
of
the
splice
stops
the
insertion.
Then
slide
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
together.
Do
not
attempt
to
through
bolt
splice.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
2.4
*Note:
There must be attachment points to the roof of any rails that
are spliced together.
2.1
2.2
2.3
2.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
3
of
10
Mounting
Rail
Attachment:
Mounting
rails
can
now
be
attached
to
the
angle
brackets.
To
do
this,
simply
insert
the
T
‐
Bolt
on
the
angle
bracket
into
the
C
‐
Channel
on
the
side
of
the
mounting
rail.
Turn
the
T
‐
Bolt
clockwise
until
it
stops
(approximately
¼
turn).
See
Figure
2.1
(Torque:
6
to
8
ft.
lbs)
Note:
The serrated edges allow the rail to be adjusted
vertically on the angle bracket to desired height.
To
ensure
that
T
‐
Bolt
is
properly
aligned
make
sure
that
the
line
on
the
back
of
the
T
‐
Bolt
is
perpendicular
to
the
rail
and
is
pointing
straight
up
and
down.
See
Figure
2.2
Continue
fastening
all
angle
brackets
on
mounting
rails
until
the
system
is
completely
attached
to
the
roof.
See
next
step
if
a
rails
need
to
be
joined
together.
Additional
mounting
rails
can
be
attached
using
a
splice.
To
install,
simply
insert
the
splice
into
the
end
of
the
rail
that
will
need
to
be
joined
until
the
rivet
on
the
middle
of
the
splice
stops
the
insertion.
Then
slide
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
together.
Do
not
attempt
to
through
bolt
splice.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
2.4
*Note:
There must be attachment points to the roof of any rails that
are spliced together.
2.1
2.2
2.3
2.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
3
of
10
Mounting
Rail
Attachment:
Mounting
rails
can
now
be
attached
to
the
angle
brackets.
To
do
this,
simply
insert
the
T
‐
Bolt
on
the
angle
bracket
into
the
C
‐
Channel
on
the
side
of
the
mounting
rail.
Turn
the
T
‐
Bolt
clockwise
until
it
stops
(approximately
¼
turn).
See
Figure
2.1
(Torque:
6
to
8
ft.
lbs)
Note:
The serrated edges allow the rail to be adjusted
vertically on the angle bracket to desired height.
To
ensure
that
T
‐
Bolt
is
properly
aligned
make
sure
that
the
line
on
the
back
of
the
T
‐
Bolt
is
perpendicular
to
the
rail
and
is
pointing
straight
up
and
down.
See
Figure
2.2
Continue
fastening
all
angle
brackets
on
mounting
rails
until
the
system
is
completely
attached
to
the
roof.
See
next
step
if
a
rails
need
to
be
joined
together.
Additional
mounting
rails
can
be
attached
using
a
splice.
To
install,
simply
insert
the
splice
into
the
end
of
the
rail
that
will
need
to
be
joined
until
the
rivet
on
the
middle
of
the
splice
stops
the
insertion.
Then
slide
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
together.
Do
not
attempt
to
through
bolt
splice.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
2.4
*Note:
There must be attachment points to the roof of any rails that
are spliced together.
2.1
2.2
2.3
2.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
3
of
10
Mounting
Rail
Attachment:
Mounting
rails
can
now
be
attached
to
the
angle
brackets.
To
do
this,
simply
insert
the
T
‐
Bolt
on
the
angle
bracket
into
the
C
‐
Channel
on
the
side
of
the
mounting
rail.
Turn
the
T
‐
Bolt
clockwise
until
it
stops
(approximately
¼
turn).
See
Figure
2.1
(Torque:
6
to
8
ft.
lbs)
Note:
The serrated edges allow the rail to be adjusted
vertically on the angle bracket to desired height.
To
ensure
that
T
‐
Bolt
is
properly
aligned
make
sure
that
the
line
on
the
back
of
the
T
‐
Bolt
is
perpendicular
to
the
rail
and
is
pointing
straight
up
and
down.
See
Figure
2.2
Continue
fastening
all
angle
brackets
on
mounting
rails
until
the
system
is
completely
attached
to
the
roof.
See
next
step
if
a
rails
need
to
be
joined
together.
Additional
mounting
rails
can
be
attached
using
a
splice.
To
install,
simply
insert
the
splice
into
the
end
of
the
rail
that
will
need
to
be
joined
until
the
rivet
on
the
middle
of
the
splice
stops
the
insertion.
Then
slide
the
opposing
rail
over
the
exposed
end
of
the
splice
and
push
together.
Do
not
attempt
to
through
bolt
splice.
½”
gap
or
separation
between
rails
is
required
for
thermal
expansion.
See
Figure
2.4
*Note:
There must be attachment points to the roof of any rails that
are spliced together.
2.1
2.2
2.3
2.4
Note:
The serrated edges allow the rail to be adjusted vertically on the angle
bracket to desired height.
Note:
There must be attachment points to the roof of any rails that are spliced
together.
Fig. 2.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
4
of
10
Telescope
and
Anti
Slip
Hardware
Installation:
Optional:
To
best
adapt
the
length
of
the
mounting
rails
to
the
module
dimensions,
use
the
pre
‐
assembled
telescopic
shaft
from
HatiCon
Solar.
To
install,
slide
the
shaft
onto
the
mounting
rail
and
fasten
it
to
the
roof
hooks.
Adjust
the
length
(max.
23
inches).
See
Figure
3.1
Now,
slide
the
locking
clip
onto
the
mounting
rail
and
tighten
the
screw.
See
Figure
3.2
(Torque:
6
to
ft.
lbs.)
Before
they
are
mounted,
the
modules
are
equipped
with
anti
‐
slip
protection.
This
is
done
by
attaching
¼
x
¾
in.
SS
bolts
(with
the
shank
downward)
with
¼
in.
nuts
in
the
lower
mounting
holes
of
the
module.
When
mounting
large
modules
(e.g.
ASE250),
5/16
x
¾
in.
SS
bolts
are
used.
See
Figure
3.3
To
install
the
first
module,
place
the
anti
‐
slip
screw
on
the
top
side
of
the
top
mounting
rail.
This
will
allow
the
module
to
rest
on
the
mounting
rails
without
the
need
to
hold
them
in
place.
See
Figure
3.4
3.1
3.2
3.3
3.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
4
of
10
Telescope
and
Anti
Slip
Hardware
Installation:
Optional:
To
best
adapt
the
length
of
the
mounting
rails
to
the
module
dimensions,
use
the
pre
‐
assembled
telescopic
shaft
from
HatiCon
Solar.
To
install,
slide
the
shaft
onto
the
mounting
rail
and
fasten
it
to
the
roof
hooks.
Adjust
the
length
(max.
23
inches).
See
Figure
3.1
Now,
slide
the
locking
clip
onto
the
mounting
rail
and
tighten
the
screw.
See
Figure
3.2
(Torque:
6
to
ft.
lbs.)
Before
they
are
mounted,
the
modules
are
equipped
with
anti
‐
slip
protection.
This
is
done
by
attaching
¼
x
¾
in.
SS
bolts
(with
the
shank
downward)
with
¼
in.
nuts
in
the
lower
mounting
holes
of
the
module.
When
mounting
large
modules
(e.g.
ASE250),
5/16
x
¾
in.
SS
bolts
are
used.
See
Figure
3.3
To
install
the
first
module,
place
the
anti
‐
slip
screw
on
the
top
side
of
the
top
mounting
rail.
This
will
allow
the
module
to
rest
on
the
mounting
rails
without
the
need
to
hold
them
in
place.
See
Figure
3.4
3.1
3.2
3.3
3.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
4
of
10
Telescope
and
Anti
Slip
Hardware
Installation:
Optional:
To
best
adapt
the
length
of
the
mounting
rails
to
the
module
dimensions,
use
the
pre
‐
assembled
telescopic
shaft
from
HatiCon
Solar.
To
install,
slide
the
shaft
onto
the
mounting
rail
and
fasten
it
to
the
roof
hooks.
Adjust
the
length
(max.
23
inches).
See
Figure
3.1
Now,
slide
the
locking
clip
onto
the
mounting
rail
and
tighten
the
screw.
See
Figure
3.2
(Torque:
6
to
ft.
lbs.)
Before
they
are
mounted,
the
modules
are
equipped
with
anti
‐
slip
protection.
This
is
done
by
attaching
¼
x
¾
in.
SS
bolts
(with
the
shank
downward)
with
¼
in.
nuts
in
the
lower
mounting
holes
of
the
module.
When
mounting
large
modules
(e.g.
ASE250),
5/16
x
¾
in.
SS
bolts
are
used.
See
Figure
3.3
To
install
the
first
module,
place
the
anti
‐
slip
screw
on
the
top
side
of
the
top
mounting
rail.
This
will
allow
the
module
to
rest
on
the
mounting
rails
without
the
need
to
hold
them
in
place.
See
Figure
3.4
3.1
3.2
3.3
3.4
Subject
to
technical
changes
Copyright
©
2009
HatiCon
Solar,
LLC
Page
4
of
10
Telescope
and
Anti
Slip
Hardware
Installation:
Optional:
To
best
adapt
the
length
of
the
mounting
rails
to
the
module
dimensions,
use
the
pre
‐
assembled
telescopic
shaft
from
HatiCon
Solar.
To
install,
slide
the
shaft
onto
the
mounting
rail
and
fasten
it
to
the
roof
hooks.
Adjust
the
length
(max.
23
inches).
See
Figure
3.1
Now,
slide
the
locking
clip
onto
the
mounting
rail
and
tighten
the
screw.
See
Figure
3.2
(Torque:
6
to
ft.
lbs.)
Before
they
are
mounted,
the
modules
are
equipped
with
anti
‐
slip
protection.
This
is
done
by
attaching
¼
x
¾
in.
SS
bolts
(with
the
shank
downward)
with
¼
in.
nuts
in
the
lower
mounting
holes
of
the
module.
When
mounting
large
modules
(e.g.
ASE250),
5/16
x
¾
in.
SS
bolts
are
used.
See
Figure
3.3
To
install
the
first
module,
place
the
anti
‐
slip
screw
on
the
top
side
of
the
top
mounting
rail.
This
will
allow
the
module
to
rest
on
the
mounting
rails
without
the
need
to
hold
them
in
place.
See
Figure
3.4
3.1
3.2
3.3
3.4
Fig. 3.2
Fig. 3.3
Fig. 3.4
Assembly Instructions
9
Solar
Mounting Sytem
