Sheet Waterproofing CAD Drawings
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Waterproofing Systems
WP1 - 650 Membrane - Self-Adhered Repair Patch
WP2 - 650 Membrane - Poured Concrete Or CMU Planter Waterproofing
WP3 - 650 Membrane - Vertical Wall Application
WP4 - 650 Membrane - Horizontal Penetration Waterproofing
WP5 - 650 Membrane - Tunnel Waterproofing
WP6 - 650 Membrane - Horizontal Expansion Joint Cover
WP7 - 650 Membrane - Horizontal Slab At Wall Termination
WP8 - 650 Membrane - Dual Level Drain
WP9 - 650 Membrane - Top Of Interior Floor 12 Inches And Under From Top Of Footer
WP10 - 650 Membrane - Top Of Interior Floor Is Greater Than 12 Inches From Top Of Footer
WP11 - 650 Membrane - Vertical Wall Expansion Joint Cover
WP12 - 650 Membrane - Hot Applied Rubber Tie In To Self Adhered Membrane
WP13 - 650 Membrane - Field Formed Self Adhered Outside Corner
WP14 - 650 Membrane - Vertical Wall Penetration
WP15 - 650 Membrane - Top Of Wall Termination Options
BW1 - Isometric Overview Positive Slope Balcony Deck
BW2 - Threshold Detail - Positive Slope
BW3 - Lap Detail - Positive Slope
BW4 - Isometric Overview Zero Slope Balcony Deck
BW5 - Threshold Detail - Zero Slope Balcony Deck
BW6 - Overlap Edge - Zero Slope
BW7a - Edge Detail - Option 1
BW7b - Edge Detail - Option 2
BW7c - Edge Detail - Option 3
BW7d - Edge Detail - Option 4
BW8 - Field Formed Corner Flashing - Polyguard Starter Strip - Steps 1 - 4
BW8 - Field Formed Corner Flashing - Polyguard Starter Strip - Steps 5 - 8
BW9 - Field Formed Corner Flashing - Air Barrier Starter Strip - Steps 1 - 4
BW9 - Field Formed Corner Flashing - Air Barrier Starter Strip - Steps 5 - 8
BW10 - Guardrail Option 1
BW11 - Guardrail Option 2
BW12 - Threshold Waterproofing
BW13 - Field Made Outside Corner Boot
BW14 - Corner Flashing at Mechanically Attached Air Barrier
US1 - Underslab - Tie In To Blindside
US2 - Underslab - End Lap Seam
US3 - Underslab - Pile Termination Profile 1
US4 - Underslab - Pile Termination Profile 2
US5 - Underslab - Termination To Existing Concrete Wall
US6 - Underslab - Saw Cut Slab Through Existing Membrane
US7 - Underslab - Post Concrete Pour Termination To Face Of Footer - Structural Slab
US8 - Underslab - 650 Membrane Tie In To Post Terminated Underslab - Profile 1
US9 - Underslab - 650 Membrane Tie In Toe Embedded Underslab - Profile 2
US10 - Underslab - Sump Or Elevator Pit Overview
US11 - Underslab - Inside Corner Detail
US12 - Underslab - Side Lap Selvedge
US13 - Underslab - Carton Form Detail
US14 - Underslab - 650 or PRM Membrane Tie In To Embedded Underslab With Polyflow 15 or 15P
US15 - Underslab - Penetration Detail - Profile 1 & 2
US16 - Horizontal Pitch Pocket
US17 - Preformed US Outside Corner Boot At Column
US18 - Pre-Applied Seal of Vertical Leg Turn Up At Endlap
US19 - Overview Repair Patch Less Than 2 Inches
US20 - Overview Repair Patch Less Greater 2 Inches
US21 - Overview Pit Sidewall Transition At Top Of Wall
US22 - 650 Membrane Boot For US Inside Corner
US23 - Outside Corner Field Cut
US24 - Field Made Outside Corner Boot
What is the Sheet Waterproofing CSI section and why are these CAD files important?
Sheet Waterproofing, as outlined in CSI Section 071300, involves materials and methods used to create a barrier that prevents water penetration into buildings. This section specifically addresses the use of sheet membranes, which are pre-formed sheets applied to surfaces to provide a continuous waterproof barrier. CAD files associated with this section are crucial for architects, engineers, and contractors, as they provide precise design schematics and layout plans necessary for the correct installation of these systems. These files include detailed drawings of membrane placements, joint details, transitions, and penetrations, ensuring that all potential points of water ingress are effectively sealed. Moreover, CAD files facilitate coordination among different trades by providing a clear visual representation of how sheet waterproofing integrates with other building elements. This enhances understanding and communication, reduces on-site errors, and helps maintain compliance with design specifications and standards.
Frequently Asked Questions
What is the purpose of CAD files in the Sheet Waterproofing section?
CAD files provide detailed technical drawings that illustrate the installation procedures and details for sheet waterproofing systems, ensuring accurate implementation and integration with other building elements.
How can CAD drawings assist in the specification of sheet waterproofing materials?
CAD drawings can include precise dimensions and placement details, helping specifiers choose appropriate sheet waterproofing materials that fit the design requirements and meet performance criteria outlined in the specifications.
Why are CAD files crucial for coordination between different trades in a project?
CAD files allow for clear visual representation and coordination of the sheet waterproofing installation with structural and architectural elements, reducing conflicts and ensuring seamless integration with other systems in the project.
Can CAD files help in assessing the compatibility of sheet waterproofing with existing structures?
Yes, CAD files enable professionals to overlay new waterproofing designs onto existing structural drawings, ensuring that the new installations are compatible and do not interfere with existing features.
How do CAD files facilitate changes and modifications in sheet waterproofing designs?
CAD files can be easily updated to reflect changes or modifications in design, allowing for quick adjustments and ensuring that all stakeholders have access to the most current and accurate information.