KI Tattoo Flex Screen, Руководство по сборке

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22
Assemble units as described herein only. To do otherwise
may result in instability. All screws, nuts and bolts must be
tightened securely and must be checked periodically after
assembly. Failure to assemble properly, or to secure parts
may result in assembly failure and personal injury.
Tattoo™ Screens - Spine Screen 10-Wire Power
Assembly Instructions
10-Wire Base Power Infeed
Spacer (End-of-Run) Installation
Important: If the Spine Screen
System is to be installed with New
York City electrical, reference the
Tattoo Screen System - New York
City Electrical Assembly Instructions
(KI-AI-000045), and proceed to the
"New York City Infeed Electrical Box"
instructions on page 4.
Note: The power infeeds are to be
connected to the power source by
a qualified electrician who must
follow all state and local codes at the
building site and check the electrical
integrity of the finished system.
Note: All screens must be
mechanically connected together,
with all 10-wire rigid wireways and
screen-to-screen power connections
appropriately installed before adding
power infeed, or connecting infeed to
power source.
1. Per the space-planning layout,
determine the location for base
power infeed. Make sure that screen
to receive base power infeed is in
its final location, and is plumb and
level.
2. At the bottom of the screen frame
which will receive base power infeed,
route the plug end of the 10-wire
base infeed conduit through the
pass-through ankle and plug it into
the end of the 10-wire rigid wireway
(Figure 21).
3. The screen connector comes with
eight molding clips installed (shown
uninstalled, Figure 23), four on each
side. Position the screen connector
up against the vertical frame channel
of the Spine Screen, with clips
oriented as shown. Using a firm
hand, press at the mounting clips
on the screen connector, one at a
time to seat them into the vertical
frame channel at the end of the Spine
Screen (Figure 22 & Detail FF).
4. Position the base infeed spacer
against the vertical frame, with the
side opening as desired, and the
top facing upward. If the base infeed
spacer top is higher than the top of
the Spine Screen's horizontal frame,
the spacer is too tall at the top and
must be squarely cut off from the
bottom. Cut required amount off the
bottom, then press the side of the
base infeed spacer with the molding
clips in the vertical frame channel on
the Spine Screen taking care to align
the top of the base infeed spacer with
the top of the screen's horizontal
frame. Press forcefully from inside
the spacer at the side, to engage the
screen connector into the channel of
the base infeed spacer (Figure 22 &
Detail FF).
Note: Two different top caps are
available for Tattoo Screen spacers
and are labeled so on the bottom
of each top cap. An “E” or “I”
is displayed on each top cap to
represent if the cap is for end-of-run
or in-line. As labeled, the top caps
are designed to install to a specific
spacer. Take care and follow the
directions below when installing
the top cap. If proper top cap is
not installed to the proper spacer,
the flat aluminum top cap will not
fit correctly, extending too far and
disassembly and reassembly will be
required.
Spine
Screen
vertical
frame
pass-through
ankle
10-wire base
power infeed
exposed
10-wires
Figure 21 Figure 22
Spine
Screen
screen
connector
molding
clip
#10-24 X / ”
Phillips flat
head screw
1
2
base infeed
top cap
(end-of-run)
base
infeed spacer
(end-of-run)
vertical
frame
channel
vertical
frame
Detail FF
Spine
Screen
screen
connector
molding clip
(factory installed)
#10-24 x / ”
Phillips flat
head screw
1
2
base
infeed spacer
(end-of-run)
vertical
frame
channel
base infeed top cap
(end-of-run)
5. Confirm the base infeed top cap is
labelled “E” on the underside for
end-of-run. Place the base infeed
top cap onto the base infeed spacer.
Align the mounting hole on the side
of the top cap with the mounting
hole in the spacer cover channel and
secure with a #10-24 x
1
/
2
” Phillips
flat head screw. The base infeed
top cap will rest flush with the flat
aluminum top cap installed in a later
step (Figure 22 & Detail FF).