Automatic Entrances BIM Object Content
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Automatic Sliding Doors
Automatic Sliding Doors: Single RH: TX9200SL: Outside Slide SX-O Electric Lock Exit Panic Hardware 2.5.3
Automatic Sliding Doors: Single LH: TX9200SL: Outside Slide O-SX Electric Lock Exit Panic Hardware 2.5.4
Automatic Sliding Doors: Single RH: TX9200SL: Outside Slide with Transom SX-O with Electric Lock Flush Mount Exit Panic HW 2.5.7
Automatic Sliding Doors: Single LH: TX9200SL: Outside Slide with Transom O-SX with Electric Lock Flush Mount Exit Panic HW 2.5.8
Automatic Sliding Doors: Single RH: TX9200SL: Surface Mount Outside Slide P Panel SX-P 2.5.9
Automatic Sliding Doors: Single LH: TX9200SL: Surface Mount Outside Slide P Panel P-SX 2.5.10
Automatic Sliding Doors: Single RH: TX9200SL: Surface Mount Outside P Panel SX-P with Electric Lock Flush Mount Exit Panic HW 2.5.11
Automatic Sliding Doors: Single LH: TX9200SL: Surface Mount Outside P Panel P-SX with Electric Lock Flush Mount Exit Panic HW 2.5.12
Automatic Sliding Doors: Single RH: TX9300SL: Inside Slide SX-SO with Electric Lock Flush Mount Exit Panic HDW 2.6.3
Automatic Sliding Doors: Single LH: TX9300SL: Inside Slide SO-SX with Electric Lock Flush Mount Exit Panic HDW 2.6.4
Automatic Sliding Doors: Single RH: TX9300SL: Inside Slide with transom SX-SO with Electric Lock Flush Mount Exit Panic HDW 2.6.7
Automatic Sliding Doors: Single LH: TX9300SL: Inside Slide with transom SO-SX with Electric Lock flush Mount Exit Panic HDW 2.6.8
Automatic Sliding Doors: Bipart Inside Slide: TX9300SL: SO-SX-SX-SO-with Electric Lock Flush Mount Exit Panic HDW 2.6.10
Automatic Sliding Doors: Bipart Inside Slide: TX9300SL: with Transom SO-SX-SX-SO with Electric Lock Flush Mount Exit Panic HDW 2.6.12
Automatic Sliding Doors: Bipart Outside Slide: TX9200SL: O-SX-SX-O with Electric Lock Flush Mount Exit Panic HDW 2.5.14
Automatic Sliding Doors: Bipart Outside Slide: TX9200SL: with Transom O-SX-SX-O with Electric Lock Flush Mount Exit Panic HW 2.5.16
Automatic Sliding Doors: Bipart Outside Slide: TX9200SL: Surface Mount P Panel P-SX-SX-P 2.5.17
Automatic Sliding Doors: Bipart Outside Slide: TX9200SL: Surface Mount P Panel P-SX-SX-P with Electric Lock Flush Mount Exit Panic HW 2.5.18
What is the Automatic Entrances CSI section and why are these BIM files important?
Automatic Entrances, as outlined in CSI section 084229, refer to door systems that operate automatically, typically using sensors, access control, or other activation mechanisms. These systems are widely used in commercial, industrial, and public buildings to enhance accessibility, safety, and energy efficiency. BIM (Building Information Modeling) files for Automatic Entrances offer detailed 3D representations that include spatial data, material specifications, and operational features. This digital content is invaluable for project stakeholders as it allows for precise planning and coordination across various disciplines, ensuring that automatic entrance systems are correctly integrated into the architectural and structural design of the building. BIM files facilitate advanced analysis, such as clash detection and energy efficiency evaluation, while also supporting lifecycle management from design through to maintenance. The detailed information encapsulated in these models aids in compliance with building codes and standards, optimizing the functionality and performance of automatic entrances within the built environment.
Frequently Asked Questions
What is included in CSI Section 084229 for Automatic Entrances?
CSI Section 084229 covers the design, materials, installation, and operation of automatic door systems, including sliding, swinging, revolving, and folding doors for commercial and institutional buildings.
How does BIM content assist in the design process for Automatic Entrances?
BIM content provides detailed 3D models and data-rich information that help AEC professionals visualize the integration of automatic entrances within a building's design, ensuring proper space allocation and coordination with other building systems.
Why is it important to use BIM models for Automatic Entrances in project planning?
Using BIM models for Automatic Entrances enhances collaboration among project stakeholders, reduces errors by simulating real-world conditions, and allows for accurate cost estimation and scheduling during the project planning phase.
Can BIM content improve the maintenance process for Automatic Entrances?
Yes, BIM content can include maintenance schedules, operational data, and manufacturer information, which facilitate efficient maintenance planning and execution, reducing downtime and prolonging the life of automatic entrance systems.
What should be considered when selecting BIM content for Automatic Entrances?
When selecting BIM content for Automatic Entrances, ensure compatibility with major BIM software, check for detailed specifications and parametric data, and verify that the models comply with relevant building codes and standards.