BAC1503-101163⁚ An Overview
BAC1503-101163 represents a specific Boeing extrusion‚ frequently designated as a BAC extrusion‚ predominantly utilized within the aircraft manufacturing and maintenance sectors. These extrusions stand out due to their robust strength‚ notable corrosion resistance‚ and bending capabilities. They are suited for various aircraft applications.
BAC1503-101163 as a Boeing Extrusion
BAC1503-101163 signifies a particular type of Boeing extrusion‚ a component widely recognized and employed within the aerospace industry. These extrusions‚ often crafted from aluminum alloys like 7075 T6511 and 2024 T3511‚ are integral to the structural integrity and functionality of aircraft. Boeing extrusions encompass various shapes‚ including angles‚ channels‚ T sections‚ seat tracks‚ H beams‚ and Z sections‚ each designed for specific purposes within the aircraft’s framework.
The BAC1503-101163 extrusion‚ in its role as a Boeing-specified component‚ adheres to stringent quality standards and specifications mandated by Boeing. These specifications ensure that the extrusion meets the precise requirements for strength‚ durability‚ and corrosion resistance necessary for aerospace applications.
The availability of BAC1503-101163 extrusions is facilitated through various suppliers specializing in aerospace-grade materials. These suppliers maintain inventories of Boeing extrusions to support aircraft manufacturing‚ maintenance‚ and repair operations. The material is often available for same-day shipping‚ especially in Aircraft On Ground (AOG) situations.
Applications in Aircraft Manufacturing and Maintenance
BAC1503-101163 extrusions find extensive applications in both aircraft manufacturing and maintenance processes. Within manufacturing‚ these extrusions serve as crucial structural elements‚ contributing to the airframe’s overall strength and integrity. Their utilization spans across various components‚ including wing structures‚ fuselage frames‚ and support beams‚ each meticulously designed to withstand the immense stresses encountered during flight.
In the realm of aircraft maintenance‚ BAC1503-101163 extrusions play a vital role in repair and refurbishment operations. Damaged or worn-out structural components are often replaced with these extrusions‚ ensuring the aircraft’s continued airworthiness and safety. Their precise dimensions and material properties guarantee seamless integration with existing structures‚ minimizing downtime and maximizing operational efficiency.
Moreover‚ BAC1503-101163 extrusions are employed in modifications and upgrades‚ facilitating the incorporation of new technologies and functionalities into existing aircraft. Their adaptability and compatibility with various materials make them ideal for customizing aircraft to meet specific operational requirements‚ extending their lifespan and enhancing their performance capabilities.
Material Properties⁚ Strength and Corrosion Resistance
BAC1503-101163 extrusions exhibit exceptional material properties‚ crucial for their demanding applications in the aerospace industry. Their composition‚ often involving aluminum alloys like 7075 T6511 and 2024 T3511‚ contributes significantly to their high strength-to-weight ratio; This characteristic is paramount in aircraft design‚ where minimizing weight while maintaining structural integrity is essential for fuel efficiency and performance.
Furthermore‚ BAC1503-101163 extrusions demonstrate remarkable corrosion resistance‚ a critical attribute in the harsh environments encountered by aircraft. Exposure to moisture‚ salt spray‚ and other corrosive agents can compromise structural integrity over time. The specific alloys and surface treatments employed in BAC1503-101163 extrusions mitigate these risks‚ ensuring long-term durability and reliability;
The combination of high strength and corrosion resistance makes BAC1503-101163 extrusions ideal for critical structural components‚ where failure could have catastrophic consequences. These properties ensure that aircraft can withstand the stresses of flight and the challenges of environmental exposure‚ maintaining safety and operational readiness throughout their service life.
BAC1503-101163 Availability and Sourcing
BAC1503-101163 extrusions are generally available through specialized aerospace metal suppliers and distributors. Stock availability can vary‚ with some suppliers offering same-day shipping for stocked items to address urgent needs.
Stock Availability
BAC1503-101163 extrusions are often maintained in stock by various aerospace metal suppliers‚ with availability fluctuating based on demand and supplier inventory. Checking with multiple distributors is recommended to secure the required quantity and specifications. Several suppliers offer real-time stock checks on their websites‚ providing up-to-date information.
For urgent requirements‚ some distributors provide expedited shipping options‚ including same-day shipping for in-stock items. “AOG” (Aircraft on Ground) situations are frequently prioritized to minimize downtime. Future Metals‚ Premier Metals Inc.‚ and Jaco Aerospace are among the suppliers known to stock BAC1503-101163.
It’s important to confirm the alloy‚ temper‚ and length availability before placing an order. Contacting suppliers directly via phone or their websites can provide the most accurate stock information and lead times. Online catalogs and search tools are also valuable resources for locating available stock. Always verify the material certification and traceability to ensure compliance with aerospace standards.
Suppliers of BAC1503-101163
Several reputable suppliers specialize in distributing BAC1503-101163 and other Boeing extrusions for the aerospace industry. Future Metals is recognized globally for its extensive inventory of BAC extrusions and rapid response times. Premier Metals Inc.‚ located in Gardena‚ California‚ also stocks BAC1503-101163 and can provide same-day shipping in certain situations.
Jaco Aerospace offers a wide selection of Boeing extrusions in various sizes and finishes. Smiths MRO supports the MRO market with a broad stock inventory of Boeing extrusions‚ including BAC1503-101163. E-Aircraftsupply.com is another potential source‚ offering secure ordering via Spec2000.
When selecting a supplier‚ consider factors such as certification‚ traceability‚ lead times‚ and shipping options. Many suppliers provide online catalogs and request-for-quote (RFQ) services to streamline the procurement process. Checking supplier websites and contacting them directly are the best ways to obtain current pricing and availability information. Always verify that the supplier meets the necessary quality standards for aerospace applications.
BAC1503 as a BNC Connector
BAC1503 also refers to a BNC connector‚ specifically L-com’s BAC1503‚ a 50-ohm solder cup connector designed for panel mounting. This component falls under the RF connector category and is often used in various electronic applications.
L-com’s BAC1503 Connector Specifications
L-com’s BAC1503 is identified as a BNC‚ 50-ohm connector designed with a solder cup for secure connections. It is configured for standard panel mounting‚ featuring a female gold contact. This connector is categorized within the broader RF connector family‚ commonly used in diverse electronic applications.
Key specifications include its 50-ohm impedance‚ which ensures efficient signal transmission. The gold-plated contact enhances conductivity and resistance to corrosion‚ crucial for reliable performance. The solder cup design facilitates easy and durable cable termination. Its panel mount configuration allows for secure integration into electronic devices.
Detailed parametric specifications‚ updated as of November 15‚ 2024‚ are available on datasheets.com‚ a global distributor of electronic components. Engineers and technicians can access the PDF datasheet for comprehensive information‚ including dimensions‚ electrical characteristics‚ and environmental compliance. L-com’s BAC1503 connector offers a robust and dependable solution for RF connectivity needs.
BAC1503 Connector Datasheet Information
The BAC1503 connector datasheet provides comprehensive technical details for the L-com BAC1503 BNC connector. This document typically includes mechanical dimensions‚ material specifications‚ electrical characteristics‚ and environmental performance data. Engineers rely on this datasheet for precise information when integrating the connector into their designs.
Key information found within the datasheet includes details about the connector’s impedance‚ voltage rating‚ and frequency range. It also specifies the materials used in construction‚ such as the body plating and contact plating‚ which affect corrosion resistance and signal integrity. The datasheet outlines the recommended soldering techniques for secure and reliable connections.
Furthermore‚ the BAC1503 datasheet details compliance with industry standards and certifications. It may include information on RoHS compliance‚ indicating the absence of hazardous substances. The document serves as a crucial resource for designers‚ purchasers‚ and technicians‚ ensuring accurate and informed decision-making in RF connectivity applications. It is readily available in PDF format from datasheets.com and the L-com website.
Alternative BAC1503 Extrusions
While BAC1503-101163 is a specific Boeing extrusion‚ other BAC1503 variants exist‚ each tailored for different aerospace applications. These alternatives vary in dimensions‚ alloy composition‚ and temper‚ offering engineers a range of options to meet precise design requirements. Examples include BAC1503-101166 and BAC1503-101218‚ which may feature slight variations in cross-sectional geometry or material properties.
These alternative extrusions maintain the core characteristics of the BAC1503 series‚ such as high strength and corrosion resistance‚ crucial for reliable performance in demanding aircraft environments. Different tempers‚ like T6511 or T3511‚ provide varying levels of hardness and ductility‚ allowing for optimization based on structural load and forming processes.
Engineers must consult detailed specifications and datasheets to determine the most suitable BAC1503 extrusion for a given application. Suppliers like Future Metals and Smiths MRO offer a wide inventory of BAC extrusions‚ ensuring availability and rapid response for AOG situations. Careful selection ensures optimal performance and safety in aircraft manufacturing and maintenance.
BAC1503 Preservation and Packaging
Proper preservation and packaging of BAC1503 extrusions are crucial to maintain their integrity and prevent damage during shipping and storage. The standard practice involves individually packaging each extrusion in appropriately sized bags‚ as depicted on relevant engineering drawings‚ such as 1AN01-001-OD1. These bags provide a barrier against environmental factors that could lead to corrosion or physical degradation.
Marking each bag according to LSP-010 ensures clear identification and traceability throughout the supply chain. This marking typically includes the part number‚ batch number‚ and any other relevant information. The preservation methods employed must afford adequate protection against corrosion‚ deterioration‚ and physical damage‚ safeguarding the extrusion’s properties until it is ready for use.
Careful adherence to these packaging protocols is essential for maintaining the quality and reliability of BAC1503 extrusions‚ ensuring they meet the stringent requirements of the aerospace industry. Suppliers and manufacturers must prioritize these procedures to prevent costly delays and maintain the highest standards of aircraft safety.
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