The 2006 xtype p1582 represents a specific designation within a niche industrial or technical catalog, likely referring to a precision component, fastener, or engineered part used in manufacturing or assembly processes. Understanding this identifier requires dissecting its structure to reveal the specifications and standards it embodies.
Decoding the Model Identifier
At its core, the "2006" in the designation typically indicates a production year, placing this component in a generation of technology that balances modern engineering with lessons learned from previous iterations. The "xtype" portion of the nomenclature suggests a cross-referencing category or a family of products designed for interoperability. Finally, "p1582" serves as the primary key, pinpointing an exact configuration of material, dimension, and performance characteristics that distinguish it from similar offerings.
Technical Specifications and Material Composition
While the specific application varies by industry, a component labeled with such precision generally adheres to strict tolerances. The physical dimensions—length, diameter, and thickness—are likely defined by metric or imperial standards, ensuring compatibility with legacy machinery. The material composition, whether it be stainless steel for corrosion resistance, carbon steel for tensile strength, or a specialized alloy, is selected to withstand the specific environmental stresses of its operational environment.
Industrial Applications and Usage
Components categorized under this identifier frequently appear in sectors demanding high reliability. You might find the 2006 xtype p1582 employed in the aerospace industry, where weight reduction and thermal stability are critical. Alternatively, it could serve as a vital element in heavy industrial processing equipment, providing the necessary rigidity to maintain structural integrity under immense pressure and vibration.
Quality Assurance and ComplianceManufacturers producing parts bearing this code are usually required to meet rigorous quality management standards. Expect this component to be traceable to specific batch lots, with documentation certifying compliance with international standards such as ISO or ANSI. Non-destructive testing methods, like ultrasonic scanning or magnetic particle inspection, are often employed to verify internal integrity before the part leaves the facility.
Selection and Integration Guidelines
For engineers tasked with sourcing this part, it is crucial to verify the load-bearing requirements and dynamic forces it will encounter. Consulting the manufacturer's datasheet is essential to confirm compatibility with adjacent components. Proper installation techniques, including the required torque specifications or sealing methods, must be followed meticulously to prevent failure due to improper assembly.
Market Availability and Sourcing
Due to its specific nature, the 2006 xtype p1582 is not a generic commodity found in standard retail channels. It is typically procured through specialized distributors or directly from original equipment manufacturers (OEMs). Lead times may vary depending on whether the part is kept in stock or requires custom machining, making advanced planning a critical factor in procurement strategies.
