EFCO 406 (T) Series User Manual
Page 2
D) SNAP-IN GLAZING POCKET & SCREW APPLIED GLAZING
1) SNAP-IN GLAZING POCKET END PREP
2) SCREW APPLIED GLAZING END PREPS
4) TEMPLATE for TRANSOM BAR w/ C.O.C. SHEAR BLOCK (K996)
6) DJ16 DRILL GUIDE for TRANSOM BAR w/ C.O.C. SHEAR BLOCK
TABLE OF CONTENTS
I GENERAL NOTES
II PARTS IDENTIFICATION
A) GLASS SIZE FORMULAS
E) WATER DEFLECTOR INSTALLATION
2) DJ18 DRILL GUIDE at TRANSOM HEAD
1) DJ18 DRILL GUIDE at INTERMEDIATE HORIZONTAL
C) SHEAR BLOCK FABRICATION - FRAMES
3) TEMPLATE for TRANSOM BAR SHEAR BLOCK (K978)
5) DJ16 DRILL GUIDE for TRANSOM BAR SHEAR BLOCK
2) DJ16 DRILL GUIDE
2) DJ17 DRILL GUIDE
B) SHEAR BLOCKS at SCREW SPLINE DOOR JAMB
B) DOOR FRAME INSTALLATION
D) SCREW SPLINE FRAMES & SIDE LITE TO DOOR JAMB ASSEMBLY
A) DOOR FRAME ASSEMBLY
V GLAZING
C) SILL FLASHING INSTALLATION
B) GLASS INSTALLATION
C) ANTIWALK BLOCK INSTALLATION
1) TEMPLATE for SCREW SPLINE
SECTION
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inclusive, the list of examples below illustrates conditions under which condensation is likely to occur:
Many current installation practices lead to an increase in the possibility of the formation of condensation. Though not all
EFCO representative for information on EFCO's Thermal Analysis Services.
professional is utilized to perform an analysis of the shop drawings to recommend the best installation methods. Please contact
temperature) are present. When the formation of excessive condensation is a concern, it is highly recommended that a design
Condensation will form on any surface when unfavorable conditions (interior temperature and relative humidity and exterior
NOTE: Please reference EFCO's "Understanding Condensation" brochure which can be obtained through your EFCO representative.
Minimizing Condensation
3. Interior relative humidity levels not maintained at recommended levels, see EFCO's "Understanding
2. System exposure to cold air cavities.
4. Inadequate separation between system and surrounding condition at perimeter.
Condensation" brochure.
involved.
5. Product combinations during the shop drawing stage that result in bridging thermal breaks of one or all products