Precision-Engineered Example Drawings by Texas Metal Buildings LLC

Your Trusted Source for Engineered Stamped Plans and Design Accuracy

Disclaimer:
While Texas Metal Buildings LLC provides engineered stamped plans for your project, it is the customer’s responsibility to verify compliance with current local loads, building codes, and regulations. Please consult your local building department to ensure your plans meet all necessary requirements.
Texas Metal Buildings document with specifications and notes, labeled as example drawings not for construction.

Cover Page

The cover page of engineered metal building drawings provides an overview of the project, including key specifications, design loads, and compliance with local codes. Customers will find the project name, location, and the engineer’s professional stamp certifying the plans for their state. This page ensures clarity and sets the standard for the detailed drawings that follow.

Anchor bolt plan with measurements and layout for Texas Metal Buildings, labeled 'example drawings only'.

Anchor Bolt Layout

The anchor bolt layout page provides precise details on the placement and dimensions of anchor bolts, ensuring proper foundation alignment for the metal building. It includes a top-down view of the foundation, with measurements, bolt sizes, and spacing clearly marked. This layout is critical for ensuring structural stability and accurate installation of the building’s framework.

Technical illustration of anchor bolt details with detailed measurements, labeled Texas Metal Buildings LLC.

Anchor Bolt Details

The anchor bolt details drawing provides a close-up view of the anchor bolt specifications, including size, length, embedment depth, and any required reinforcement. It outlines the connection between the bolts and the foundation to ensure proper load transfer. This page also includes notes on tolerances, materials, and installation requirements, critical for achieving structural stability and compliance.

Technical drawing of a rigid frame elevation by Texas Metal Buildings with detailed measurements and annotations.

Rigid Frame Elevation

The rigid frame elevation drawing provides a detailed side view of the building’s main structural frames, showcasing their height, shape, and connection points. It highlights key dimensions, including column and rafter sizes, as well as clearances and slopes. This drawing is essential for understanding the structural integrity and design of the building’s primary framework.

Technical drawing of endwall framing with measurements and details for metal building construction.

Left End Wall

The left end wall drawing identifies the structural layout and design specific to the building’s designated left side, distinguishing it from other walls for clarity and organization. It includes details such as columns, girts, bracing, and any openings like doors or windows. This naming convention ensures accurate orientation and simplifies communication during the construction process.

Architectural drawing of a metal building endwall framing and sheeting layout with measurements.

Right End Wall

The right end wall drawing specifies the structural layout and design unique to the building’s designated right side, differentiating it from other walls for clarity and organization. It highlights components such as columns, girts, bracing, and any openings like doors or windows. This naming convention ensures proper orientation and facilitates precise communication during construction.

Engineering blueprint of metal building sidewall framing with architectural details and measurements.

Front Side Wall

The front side wall drawing outlines the structural layout and design of the building’s designated front wall, providing details on columns, girts, bracing, and any openings such as doors or windows. This drawing helps differentiate the front side from other walls, ensuring proper orientation and clear communication for construction. It is a critical reference for understanding the configuration and structural requirements of the front wall.

Blueprint of sidewall framing and sheeting for a metal building, labeled as example drawings.

Back Side Wall

The back side wall drawing details the structural layout and design of the building’s designated back wall, including columns, girts, bracing, and any openings like doors or windows. This drawing distinguishes the back side from other walls, ensuring accurate orientation and clear communication during construction. It serves as a key reference for understanding the structural requirements and assembly of the back wall.

Architectural roof framing plan diagram for a metal building by Texas Metal Buildings.

Roof Framing

The roof framing drawing provides a detailed view of the structural layout of the building’s roof, including the placement of purlins, rafters, bracing, and any openings like skylights or vents. It illustrates the connections between roof components and the supporting framework, ensuring proper load distribution and structural integrity. This drawing is essential for understanding the assembly and alignment of the roof system.

Roof sheeting plan with measurements and layout details for a metal building structure.

Roof Sheeting

The roof sheeting drawing shows the layout and details for the installation of the roof panels, including the type, size, and spacing of the sheets. It highlights the attachment points, overlaps, and fastening requirements to ensure proper weatherproofing and structural stability. This drawing is critical for guiding the installation of the roof covering and ensuring a secure and durable finish.

Isometric drawing of a metal building with dimensions, labeled 'Texas Metal Buildings, LLC.'

3D Wire Frame

The 3D wireframe drawing provides a three-dimensional view of the building’s structural framework, offering a clear representation of the building’s shape, dimensions, and layout. It shows the arrangement of columns, beams, rafters, and other key components in a simplified wireframe format, allowing for a better understanding of the overall structure. This drawing is useful for visualizing the building’s design and helps ensure proper alignment during construction.