TFR3 - TERM FLASHING BARRIER INSTALLATION SEQUENCE
TFR4a - TERM FLASHING BARRIER IN CAVITY WALL
TFR4b - TERM FLASHING BARRIER CAVITY WALL
TFR5 - TERM MOISTURE TERMITE BARRIER WINDOW FLASHING
TFR6 - TERM SILL BARRIER UNDER PRECAST WALL WITH STEEL FRAME
TV1 - ICF TERM ICF FOUNDATION BARRIER MEMBRANE WITH INSULATION AT FOOTER
TV1 - TERM FOUNDATION BARRIER MEMBRANE WITH INSULATION AT FOOTER
TV1a - TERM FOUNDATION BARRIER MEMBRANE AT FOOTER
TV1b - TERM FOUNDATION BARRIER MEMBRANE WITH INSULATION AT FOOTER
TV2 - TERM FOUNDATION BARRIER FOOTER
TV3 - TERM FOUNDATION BARRIER EXPANSION JOINT COVER
TV4 - TERM FOUNDATION BARRIER TIE IN TO TERM UNDERSLAB BARRIER
TV5 - TERM FOUNDATION BARRIER TERMINATION AT TOP OF WALL
TV6 - TERM FOUNDATION BARRIER PIPE PENETRATION
TV7 - TERM FOUNDATION BARRIER TUNNEL DETAILING
TV8 - TERM FOUNDATION BARRIER REPAIR PATCH
TV9 - TERM FOUNDATION BARRIER ON INTERIOR OF STEM WALL
TFR1 - TERM SILL BARRIER PERIMETER FRAMING
TFR1a - TERM SILL BARRIER BALCONY OR PATIO
TFR2 - TERM SILL BARRIER INTERIOR FRAMING
TFR7a - ICF TERM STEM WALL TRANSITION - Option A
TFR7b - ICF TERM STEM WALL TRANSITION - Option B
TPC1 - TERM ABOVE SLAB PENETRATION BARRIER
TU1 - TERM UNDERSLAB BARRIER SIDE LAPS
TU2 - TERM UNDERSLAB BARRIER END LAP
TU3 - TERM UNDERSLAB BARRIER TIE IN TO FNDN BARRIER
TU4 - TERM UNDERSLAB BARRIER REPAIR PATCH
TU5 - TERM UNDERSLAB BARRIER GRADE BEAM PILE CAP
TU6 - TERM UNDERSLAB BARRIER GRADE BEAM PILE CAP
TU7 - TERM UNDERSLAB BARRIER REPAIR TRENCH
TU8 - TERM UNDERSLAB BARRIER TO WALL
TU9 - TERM UNDERSLAB BARRIER TRENCH
TU10 - TERM UNDERSLAB BARRIER SUMP OR ELEVATOR PIT
TU11 - TERM UNDERSLAB BARRIER AT PILE CAP
TU12 - TERM UNDERSLAB BARRIER TIE IN TO TERM FOUNDATION BARRIER
TU13 - TERM UNDERSLAB BARRIER SINGLE PIPE PENETRATION
TU14 - TERM UNDERSLAB BARRIER PITCH POCKET WITH PENETRATION CLUSTER
TU15 - TERM UNDERSLAB BARRIER HORIZONTAL TO VERTICAL SEAM
TU17 - TERM UNDERSLAB BARRIER OUTSIDE CORNER AT COLUMN
TU18 - TERM UNDERSLAB BARRIER OUTSIDE CORNER
TU19 - TERM UNDERSLAB BARRIER OUTSIDE CORNER FIELD CUT
TU20 - TERM UNDERSLAB BARRIER INSIDE CORNER BOOT
TU21 - TERM UNDERSLAB BARRIER PIT TOP CORNER
CAD files for the Termite Barrier section provide detailed drawings and technical specifications necessary for the correct installation of termite protection systems in building projects. These files include plans, elevations, and cross-sectional views that illustrate how termite barriers should be integrated into the foundational and structural elements of a building. The CAD drawings are crucial for architects, engineers, and contractors as they offer precise dimensions and material specifications, ensuring that the barriers are installed correctly to effectively prevent termite ingress. Additionally, these files help in coordinating with other building systems, minimizing the risk of construction errors that could compromise the integrity of the termite barrier. By using CAD files, project stakeholders can plan and execute installations with high accuracy, ultimately safeguarding the building's longevity and safety against termite damage.
The primary purpose of a termite barrier is to prevent termites from accessing a structure and causing damage to the building materials, thus extending the lifespan of the structure and reducing maintenance costs.
CAD files provide detailed and precise drawings that help AEC professionals design and plan the installation of termite barriers accurately, ensuring they cover all potential entry points and comply with relevant standards and regulations.
Key features in CAD files for termite barriers include detailed cross-sections, material specifications, installation details, and integration with other building elements to ensure comprehensive protection against termite intrusion.
Yes, CAD files for termite barriers should comply with local building codes and international standards such as those from the International Code Council (ICC) or the Australian Standards, depending on the project's location.
Integrating termite barrier designs with other building systems in CAD drawings ensures that the barriers do not interfere with structural or mechanical systems and that they provide effective coverage without gaps or conflicts with other design elements.