I GENERAL NOTES
II PARTS IDENTIFICATION
III SCREW SPLINE FABRICATIO N
IV SHEAR BLOCK FABRICATION
V SCREW SPLINE and SHEAR BLOC K FABRICATION
A) COV ERS AND WEEPS
B) GLASS SETTING CHAIR and 1/4" / 1/2" ADAPTORS
C) SYSTEM II WINDOW ADAPTORS
VI DOOR FRAME INSTALLATION
VII SILL FLASHING INSTALLATION
VIII SCREW SPLINE and SHEA R BLOCK INSTALLATION
A) FRAME ANCHORING
B) GLASS SETTING CHAIR ASSEMBLY
C) L126 WATER D EFLECTOR for 1" GLAZIN G
D) TYPICAL DETAIL SHOWING PARTS RELATIONSHIP
E) 1/4" & 1/2" GLAZING ADAPTORS w/ L129 DEFLECTOR
F) TYPICAL DETAIL SHOWING PARTS RELATIONSHIP
G) BULB GASKET INSTALLATION
H) SYSTEM II WINDOW ADAPTOR
A) GLASS SIZE & GLASS SETTING
B) TEMPORARY GLAZING USING CLIPS & COVERS
C) TEMPORARY GLAZING USING CLIPS & COVERS
w/ STRUCTURAL SILICONE GLAZ ED MULLION
Minimiz ing Condensation
NOTE: Please reference EFCO's "Underst andi ng Condensat i on" broc hure whi ch c an be obtained through your EFCO representative.
Condensation will form on any surface when unfavorable conditions (interior temperature and relative humidity and exterior
temperature) are present. When the formation of exc ess i ve c ondensat i on is a concern, it is highly recommended that a design
professional is utilized to perform an analysis of the shop drawings to recommend the best installation methods. Please contact
EFCO representative for informat i on on EFCO's Thermal Analysis Services.
Many current install ation practices lead to an increase in the possibility of the formation of condensation. Though not all
inclusive, the list of examples below illustrates conditions under which condensation is likely to occur:
1. Bridging system thermal break with non-thermally broken metal flashing or lintels that are exposed to the
exterior.
2. System exposure to cold air cavities.
3. Interior relative hum idity level s not maintained at recommended levels, see EFCO's "Understanding
Condensation" brochure.
4. Inadequate separation between system and surrounding condition at perimeter.
5. Product combinations during t he shop drawing stage that result in bridging thermal breaks of one or all products
involved.
PAGE 57-60
PAGE 61
PAGE 62
PAGE 63
960 WALL
JWH 8/2011
PAGE 1
SECTION I - GENERAL NOTES
EFCO Series 960 Wall is a thermal wall system with a 1 3/4" face dimension
and has system depth dimensions from 2 3/4" to 8 1/8". The system is
exterior glazed with either 1/4" or 1" dry glazing. Entrance doors are an
engineered part of the system.
1)
Check the shop drawings, installation instructions, and the glazing
instructions to become thoroughly familiar with the project. The shop
drawings take precedence and include specific details for the project.
The installation instructions are of a general nature and cover the most
common conditions.
Check all materials upon arrival and be sure you have everything required
2)
to begin installation.
(See Section II "PARTS IDENTIFICATION")
All work should start from bench marks and/or column center lines as
3)
established by the architectural drawings and the general contractor.
Check construction for compliance with the contract documents.
4)
Sealants must be compatible with all surfaces. Consult with the sealant
manufacturer for recommendations regarding compatibility and adhesion.
All materials are to be installed plumb, level, and true.
5)
6)
Protect aluminum materials after erection. Cement, plaster, alkaline
solutions, and acid based materials can be harmful to the finish.
7)
Clean all finished aluminum surfaces with a mild detergent and water.
No abrasive agent should be used.
JDA 10/2000
PERIMETER COMPONENTS
and COMBINATIONS
FOR 1" GLAZING
(USE H260 ISOLATOR)
SECTION II - PARTS IDENTIFICATION
PERIMETER
BACK MEMBERS
COVERS
9600
5/8"
9601
1 1/4"
9617
1 9/16"
(SHEAR BLOCK 0NLY)
3 1/2"
4 1/8"
9628
2 9/16"
4 1/2"
9613
4 1/16"
6"
5 1/8"6 5/8"
9616
4 13/16"
6 3/4"
7 3/8"
9602
1 5/8"
JDA 10/2000
9604
2"
4 1/2"
4 7/8"
5 1/2"
5 7/8"
7"
7 3/8"
7 3/4"
8 1/8"
PAGE 2
MULLION COMPONENTS AND COMBINATIONS
FOR 1" GLAZING
(USE H260 ISOLATOR)
SECTION II - PARTS IDENTIFICATION
MULLIONS
COVERS
9600
5/8"
9601
1 1/4"
9608
1 9/16"
(SHEAR BLOCK ONLY)
3 1/2"
4 1/8"
2 9/16"
4 1/2"
5 1/8"
9627
9610
4 1/16"
6"
6 5/8"
9609
4 13/16"
6 3/4"
7 3/8"
9602
1 5/8"
JDA 10/2000
9604
2"
4 7/8"
5 1/2"4 1/2"
5 7/8"
7 3/4"7"
7 3/8"8 1/8"
CONT.
PAGE 3
MULLION COMPONENTS AND COMBINATIONS
SECTION II - PARTS IDENTIFICATION
FOR 1" GLAZING
(USE H260 ISOLATOR)
SPLIT
MULLIONS
COVERS
9600
5/8"
9601
1 1/4"
2 9/16"
4 1/2"
5 1/8"
9626
9625
4 1/16"
6"
6 5/8"
9612
9611
9615
9614
4 13/16"
6 3/4"
7 3/8"
9602
1 5/8"
JDA 10/2000
9604
2"
5 1/2"
5 7/8"
7"
7 3/8"
7 3/4"
8 1/8"
CONT.
PAGE 4
PERIMETER COMPONENTS
PERIMETER
BACK MEMBERS
and COMBINATIONS
9620
9679
FOR 1/4" GLAZING
(USE H261 ISOLATOR)
9619
SECTION II - PARTS IDENTIFICATION
9618
COVERS
9600
5/8"
9601
1 1/4"
9602
1 9/16"
(SHEAR BLOCK ONLY)
2 3/4"
3 3/8"
3 3/4"
2 9/16"
3 3/4"
4 3/8"
4 3/4"
4 1/16"
5 1/4"
5 7/8"
6 1/4"
4 13/16"
6"
6 5/8"
7"
1 5/8"
JDA 10/2000
96044 1/8"
2"
5 1/8"
6 5/8"
7 3/8"
CONT.
PAGE 5
MULLION COMPONENTS AND COMBINATIONS
SECTION II - PARTS IDENTIFICATION
FOR 1/4" GLAZING
(USE H261 ISOLATOR)
MULLIONS
COVERS
9600
5/8"
9601
1 1/4"
9608
1 9/16"
(SHEAR BLOCK ONLY)
2 3/4"
3 3/8"
9627
2 9/16"
3 3/4"
4 3/8"
9610
4 1/16"
5 1/4"
5 7/8"
9609
4 13/16"
6"
6 5/8"
1 5/8"
JDA 10/2000
9602
9604
2"
3 3/4"
4 1/8"
4 3/4"
5 1/8"
6 1/4"
6 5/8"
7"
7 3/8"
CONT.
PAGE 6
MULLION COMPONENTS AND COMBINATIONS
FOR 1/4" GLAZING
(USE H261 ISOLATOR)
SECTION II - PARTS IDENTIFICATION
SPLIT
MULLIONS
COVERS
9600
5/8"
9601
1 1/4"
2 9/16"
3 3/4"
4 3/8"
9626
9625
4 1/16"
5 1/4"
5 7/8"
96129615
9611
9614
4 13/16"
6"
6 5/8"
9602
1 5/8"
JDA 10/2000
9604
2"
4 3/4"
5 1/8"
6 1/4"
6 5/8"
7"
7 3/8"
CONT.
PAGE 7
F960 WALL
CORRESPONDING
MULLION LENGTHS
BUTT GLAZED MULLIONS
FOR 1/4" & 1" GLAZING
SECTION II - PARTS IDENTIFICATION
SSG TO
CAPTURED
ADAPTOR
2 9/16" B.M.
9635
4 1/16" B.M.
9662
4 13/16" B.M.
9663
16C2/16C1
HORIZ.TO VERT.
SHEAR BLOC K
1/4" GLAZING
K347 CLEAR
K348 BRONZE
9637
K349 CLEAR
K350 BRONZE
K351 CLEAR
K352 BRONZE
ADAPTOR
USE WM11 TAPE &
SFZ4 #8-15 X 1 1/4
PL-FH-SMS 18- 8 AB
The screw spline system is a fabrication and erection method that permits
the preassembly of single units in the shop or at the job site. These
units are then erected by mating the male mullion with the female mullion
counterparts.
When an entrance is required, shear block joinery must be used to attach
the side lite horizontals to the immediate door frame. The other side of
the side lite will be fabricated for screw spline joinery as usual.
NOTE:
DUE TO THE SCREW TENSIONS REQUIRED FOR CORRECT
INSTALLATION, IT WILL BE NECESSARY TO ’WAX’ THE FRAME
ASSEMBLY SCREWS TO PREVENT GALLING AND BREAKAGE.
STEP 1)
NOTE: Allow a minimum 1/
NOTE: Allow extra clearances, if necessary, to accommodate building
STEP 2)
NOTE: Verticals must run through. If the opening has an entrance,
NOTE: Door jambs run to the floor and are cut longer than other verticals.
Measure the opening to determine the cut length of the frame
components.
2" shim and caulk space around the perimeter.
tolerances.
Cut the verticals and vertical face caps to the frame size.
see the appropriate frame and door fabrication and
installation sheets.
STEP 3)
STEP 4)
Drill holes for the assembly screws on the vertical members.
See the drilling template on page 19 or the drill jig guide on
page 20.
Cut the horizontal members to the day lite openings (between the
vertical mullions).
Cut the horizontal face caps to day lite openings minus 1/16".
(D.L.O. - 1/16")
MDM 04/2008
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