22
6.0
Ceiling Mount Models
Assembly Preparations
Tools and Accessories Required:
·
Drill
·
Hacksaw
·
Level
·
9/16” (14,3
mm) open
-
end key (or adjustable key)
·
Wire cutter/stripper
·
Allen key (3/32 in / 2,4 mm)
·
Screwdriver, small flat
-
blade
·
Wire nuts and wiring for supply connections
6.1 Mounting Height
The proper height of the light should be set by the end user. This depends on the
ceiling height, the height of the examination tables, types of procedures and the
user
’
s preferences (See Figure 1 on page 25.) Due to the large vertical range of
the light head (41 in / 1040 mm), the standard 20 inch down tube will fit most
normal ceiling heights.
The following table gives some recommendations and shows the range of the light
with different length down tubes.
6.2 Support and Anchorage
To prevent sway and provide proper support of the light, the ceiling mount must be
attached to a structurally
-
sound ceiling. Most ceilings will require adequate
reinforcing to hold the light.
The installing contractor is responsible for providing this reinforcement to suit the
individual requirements of each installation. A typical reinforcement consists of a ¼
”
steel plate, the bottom surface of which is flush with the inside surface of the
finished ceiling (e.g., acoustical tile) and connected firmly to the structural ceiling.
Sway braces (e.g., made of angle iron) are recommended when there is more than
12”
between the structural and finished ceilings. Make certain the installed plate is
level or the arm(s) may
“
drift
”.
Equipment anchorage diagrams are supplied with these instructions to help with the
installation. The diagrams were prepared by a California
-
licensed Structural
Engineer. If the lights are installed accordingly, the systems will meet requirements
of the California State Seismic Codes.
1
Distance from the floor to the pivot point of the spring arm.
2
Contact Burton Medical to obtain a
42”
or
52”
down tube (special order).
Ceiling Height
Down Tube
Pivot Point
1
Lower Limit Light
Head
Higher Limit Light
Head
8.0 ft. (2439 mm)
Standard
20”
66 in. (1676 mm)
42 in. (1067 mm)
83 in. (2108 mm)
9.0 ft. (2743 mm)
Standard
20”
78 in. (1981 mm)
54 in. (1372 mm)
95 in. (2413 mm)
10.0 ft. (3048 mm)
Standard
20”
90 in. (2286 mm)
66 in. (1676 mm)
107 in. (2718 mm)
Long
42”
2
66 in. (1676 mm)
42 in. (1067 mm)
83 in. (2108 mm)
11.0 ft. (3353 mm)
Long
42”
2
78 in. (1981 mm)
54 in. (1372 mm)
95 in. (2413 mm)
12.0 ft. (3658 mm)
Long
42”
2
90 in. (2286 mm)
66 in. (1676 mm)
107 in. (2718 mm)
Summary of Contents for AIMLED070 Series
Page 36: ...36 10 0 Equipment Anchorage Diagrams Figure 46 Anchorage Seismic single ceiling model ...
Page 37: ...37 Figure 47 Anchorage Seismic double ceiling model ...
Page 38: ...38 Figure 48 Anchorage Seismic wall model ...
Page 39: ...39 Figure 49 Anchorage Seismic wall model ...
Page 42: ...42 13 0 Equipment Maintenance Log ...
Page 43: ...43 NOTES ...
