bac1503 101163 pdf
BAC1503-101163 is a high-strength aerospace aluminum extrusion, crucial for aircraft structural components. Made from 7075-T6511 and 2024-T3511 alloys, it meets Boeing standards, with PDF datasheets available.
Overview of the BAC1503 Series
The BAC1503 series represents a range of high-strength aluminum extrusions designed for aerospace applications. These extrusions, including the BAC1503-101163, are precision-manufactured to meet stringent Boeing standards. Crafted from durable alloys like 7075-T6511 and 2024-T3511, they offer exceptional strength-to-weight ratios and corrosion resistance. Available in various shapes such as angles and channels, these components are integral to aircraft structural systems. Their dimensional accuracy and reliability make them a cornerstone in modern aviation manufacturing. Detailed specifications and technical drawings are accessible via PDF datasheets, ensuring compliance with aerospace engineering requirements.
Significance of the BAC1503-101163 Part Number
The BAC1503-101163 part number is a specific identifier within the BAC1503 series, denoting a unique combination of shape, dimensions, and material properties. This extrusion is crafted from high-strength aluminum alloys like 7075-T6511 and 2024-T3511, ensuring durability and lightweight performance. Its design conforms to Boeing’s stringent aerospace standards, making it integral to aircraft structural components. The part number encodes critical information about its dimensions and material, facilitating precise procurement and application. Detailed technical specifications are outlined in PDF datasheets, which are readily accessible online for engineers and procurement specialists to ensure compliance and compatibility in aerospace projects.
Specifications and Dimensions
BAC1503-101163 is a high-strength aluminum extrusion, made from 7075-T6511 and 2024-T3511 alloys, designed as a 90-degree angle for structural aerospace applications, with specifications detailed in PDF datasheets.
Material Grades and Aluminum Alloys
BAC1503-101163 is fabricated from high-strength aluminum alloys, primarily 7075-T6511 and 2024-T3511. These alloys are renowned for their excellent strength-to-weight ratio, corrosion resistance, and durability. The 7075-T6511 alloy, in particular, is widely used in aerospace applications due to its high tensile strength and stress-corrosion resistance. The 2024-T3511 alloy offers exceptional fatigue resistance, making it ideal for structural components subjected to cyclic loading. Both materials are meticulously tested to ensure they meet stringent aerospace standards, guaranteeing reliability and performance in critical applications. Detailed specifications and properties of these alloys are outlined in the BAC1503-101163 PDF datasheets.
Structural Integrity and Aerospace Applications
BAC1503-101163 extrusions are integral to aircraft structural components, offering exceptional strength and durability. Crafted from 7075-T6511 and 2024-T3511 aluminum alloys, they provide high strength-to-weight ratios, corrosion resistance, and fatigue endurance. These extrusions are often used in critical areas requiring reliability and performance. Their design, including a 90-degree angle configuration, enhances structural integrity in aerospace applications. Compliant with Boeing standards, BAC1503-101163 ensures safety and efficiency in aircraft manufacturing. Detailed specifications and properties are outlined in the BAC1503-101163 PDF datasheets for precise engineering requirements.
Manufacturing and Availability
BAC1503-101163 extrusions are crafted using advanced manufacturing processes. They are widely available, with stock items listed for immediate procurement from trusted suppliers and distributors.
Production Process and Quality Control
The BAC1503-101163 extrusion undergoes a rigorous production process involving precision aluminum alloy extrusion and stringent quality checks. The material is crafted from high-strength 7075-T6511 and 2024-T3511 alloys, ensuring durability and resistance to environmental factors. Quality control measures include dimensional inspections, mechanical testing, and adherence to Boeing’s aerospace standards. The extrusion is manufactured in compliance with specific design documents, such as the former M37-01, ensuring structural integrity for aircraft applications. This meticulous process guarantees that each BAC1503-101163 extrusion meets the required specifications for aerospace use, making it a reliable choice for critical aircraft components.
Stock Availability and Procurement
BAC1503-101163 extrusions are readily available from trusted suppliers, including datasheets.com and L-com, with detailed PDF documentation accessible online. Stocked material ensures quick procurement, often shipping the same day or within one hour for AOG situations. Suppliers maintain extensive inventories of Boeing-approved extrusions, offering reliable service for urgent aerospace needs. Procurement processes are streamlined, with documents like design manuals and technical specifications readily accessible to facilitate efficient ordering and compliance with Boeing standards.
Design and Engineering
BAC1503-101163 is a 90-degree aluminum extruded angle, crafted from 7075-T73511 alloy, essential for aerospace structural applications. Its design meets Boeing standards, with PDF documents detailing technical specifications.
Shape Identification and Dimensional Accuracy
BAC1503-101163 is a 90-degree aluminum extruded angle, precision-crafted for aerospace applications. Its shape is defined by Boeing standards, ensuring dimensional accuracy. The extrusion is made from high-strength 7075-T73511 alloy, with specific tolerances detailed in its PDF datasheet. This ensures compatibility with aircraft structural components, maintaining integrity under stress. The precise angular design and material properties make it critical for assembly and load-bearing applications. Dimensional accuracy is verified through rigorous quality control, adhering to Boeing specifications. This ensures reliable performance in aerospace environments, making BAC1503-101163 a vital component for aircraft manufacturers.
Design Document and Technical Requirements
The design document for BAC1503-101163 outlines specific technical requirements, ensuring compliance with Boeing aerospace standards. The extrusion is fabricated from high-strength 7075-T73511 aluminum alloy, with precise dimensional tolerances and surface finishes detailed in its PDF datasheet. These specifications guarantee structural integrity and reliability in aircraft applications. The document also includes manufacturing processes, quality control measures, and material certification criteria. Adherence to these requirements ensures the extrusion meets the rigorous demands of aerospace engineering, making it a critical component for aircraft assembly and performance.
Applications in Aerospace
BAC1503-101163 is integral to aircraft structural components, providing high strength and durability. Its aluminum alloy construction ensures reliability in critical aerospace applications, as detailed in its PDF datasheet.
Role in Aircraft Structural Components
BAC1503-101163 plays a critical role in aircraft structural components, offering high strength and durability. Crafted from 7075-T6511 and 2024-T3511 aluminum alloys, it is ideal for load-bearing applications. Its 90-degree angle design makes it suitable for connecting structural members in fuselage frames, wings, and other aerospace systems. The extrusion’s dimensional accuracy ensures precise fitment, while its material properties provide resistance to fatigue and corrosion. Detailed in its PDF datasheet, this part is essential for maintaining aircraft structural integrity, making it a vital component in modern aerospace engineering and manufacturing processes.
Compliance with Boeing Standards
BAC1503-101163 adheres to Boeing’s stringent aerospace standards, ensuring reliability and performance in critical applications. Manufactured from high-strength 7075-T6511 and 2024-T3511 aluminum alloys, it meets specific design and material requirements outlined by Boeing. The extrusion’s dimensional accuracy and structural integrity are verified through rigorous quality control processes. Compliance is documented in its PDF datasheet, which includes detailed specifications, material certifications, and manufacturing protocols. This ensures the part is suitable for use in Boeing-approved aircraft systems, maintaining safety and operational excellence in aerospace engineering.
Documentation and Resources
Comprehensive PDF datasheets and technical manuals for BAC1503-101163 are available online, detailing specifications, material grades, and design requirements for aerospace applications and procurement.
PDF Datasheets and Technical Manuals
PDF datasheets and technical manuals for BAC1503-101163 provide detailed specifications, material grades, and manufacturing processes. These documents are essential for understanding the extrusion’s structural integrity, dimensional accuracy, and compliance with aerospace standards. They include information on aluminum alloys like 7075-T6511 and 2024-T3511, as well as quality control measures. Engineers and procurement teams can access these resources to ensure proper integration into aircraft systems. Additionally, the manuals outline Boeing’s design requirements and testing procedures, ensuring adherence to industry norms. PDFs are readily available on platforms like datasheets.com and the L-com website for easy download and reference.
Online Availability of BAC1503-101163 Documents
PDF datasheets and technical manuals for BAC1503-101163 are readily available online through platforms like datasheets.com and the L-com website. These resources provide comprehensive details on material specifications, manufacturing processes, and testing procedures. Documents are accessible in PDF and TXT formats, ensuring easy download and reference. Design documents, such as the Boeing DESIGN DOCUMENT (FORMER NO. M37-01), are also available for detailed technical insights. Online availability supports quick access for engineering and procurement teams, especially for AOG (Aircraft on Ground) situations, ensuring efficient repairs and maintenance. These resources are essential for adherence to aerospace standards and quality control.
BAC1503-101163 is a high-strength aerospace aluminum extrusion made from 7075-T6511 and 2024-T3511 alloys, essential for aircraft structural components. It meets Boeing standards, with PDF documents available online for engineering and procurement teams, ensuring compliance and efficient repairs.
The BAC1503-101163 extrusion is a high-strength aluminum alloy component, primarily used in aerospace for structural integrity. It is crafted from 7075-T6511 and 2024-T3511 materials, ensuring durability and lightweight properties. Its dimensional accuracy and compliance with Boeing standards make it critical for aircraft manufacturing and repairs. The part’s design document and technical requirements are detailed in PDF datasheets, providing engineers with precise specifications. This extrusion is integral to aircraft structural components, ensuring safety and performance. Its availability and detailed documentation make it a vital resource for aerospace engineering and procurement teams.
Future Outlook for BAC1503-101163
The BAC1503-101163 extrusion is expected to remain a critical component in aerospace manufacturing due to its high-strength aluminum alloys and precision engineering. As the aerospace industry evolves, demand for lightweight, durable materials will grow, positioning this extrusion as a key player. Advances in manufacturing and material science may further enhance its performance. Additionally, the availability of detailed PDF datasheets and technical documents ensures its continued relevance for engineers and procurement teams. With its proven track record and compliance with Boeing standards, BAC1503-101163 is poised for sustained use in future aircraft designs and structural applications.