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Idiomas disponibles
Idiomas disponibles
INSTALLING CABLE FITTINGS
7.
Using a
∕
" drill bit for common redwood posts
7
32
or a
∕
" drill bit for Douglas Fir posts, pre-drill
15
64
at least 1½" deep into your posts where you've
marked for the cable fittings (Fig. 9, top image).
Re-drill through these holes, making sure to drill
through the sleeve ONLY using a
allow the stair lag (component P) to anchor into
the post (Fig. 9, bottom image).
1½"
26
8.
On the opposite post for your cable span, drill
a hole for the extended lag (at the pencil marks
made from your mid-baluster support) at least
1½" deep into the wood post. For common
redwood posts, use a
common Douglas Fir posts, use a
∕
" drill bit to
17
32
(Fig. 10, top image).
Re-drill through these holes, making sure to
drill through the sleeve ONLY using a
bit to allow the extended stair lag (component
Q) to pass through your post sleeve without
damaging it (Fig. 10, bottom image).
(Fig. 9)
∕
"
7
∕
"
7
32
32
or
or
∕
"
15
∕
"
15
64
64
"
17
∕
"
17
∕
32
32
∕
" drill bit and for
7
32
∕
" drill bit
15
64
" drill
∕
17
32
(Fig. 10)
1½"
9.
Place your stationary lags (component P) into
these holes and drive the lag thread into the
post using a 3/
" open-end wrench on the
8
wrench flats on the fitting. The fitting is secure
when the shoulder of the fitting makes contact
with the wooden post (Fig. 11). Repeat for all
stationary lags.
Place your extended stair lag (component Q)
into the hole and drive the lag threads into the
wooden post using a 3/
" Allen wrench (Fig.
16
12). The fitting is secured when the lag threads
are fully in the post
Screw the tensioner (component R) onto the
extended lag only so far as to cover the male
threads on the extended lag and no more. This
slack is needed for when you tighten your cable
runs. Repeat for all remaining extended lags.
(Fig. 11)
(Fig. 12)
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