What is the Spec AMS10133-1003?
AMS10133-1003 refers to a specific material specification for high-purity aluminum wire. It's not a widely known or discussed specification like some others in the aerospace or electronics industry, indicating it might be an internal specification used by a particular company or a more niche application. The lack of readily available public information makes definitively describing its exact parameters challenging. However, we can deduce certain aspects based on its naming convention and the general context of aluminum wire specifications.
Understanding the Spec Number:
- AMS: This prefix commonly stands for "Aerospace Material Specification". This suggests the material is likely intended for use in aerospace applications, where high quality and reliability are critical. The specification might be managed by a body like SAE International (formerly the Society of Automotive Engineers), which previously held responsibility for many AMS standards.
- 10133: This numerical part is the specific identification code for the material specification itself. This number doesn't readily reveal much without access to the full specification document.
- -1003: This suffix might represent a revision number or a specific subclass within the 10133 specification. It's common for specifications to have revisions to reflect changes in manufacturing processes, testing procedures, or material properties.
What We Can Infer:
Given the "AMS" prefix and the context of aluminum wire, it's highly probable that AMS10133-1003 defines requirements for:
- Chemical Composition: The specification will likely detail the permitted levels of various impurities in the aluminum, aiming for high purity. This is crucial for electrical conductivity and corrosion resistance, both critical in aerospace applications.
- Mechanical Properties: This would include details regarding tensile strength, elongation, hardness, and other properties that dictate the wire's performance under stress.
- Dimensional Tolerances: Precise dimensions are critical for wire used in electrical connections, ensuring proper fit and function. The specification would specify acceptable variations in diameter.
- Electrical Conductivity: High electrical conductivity is a key characteristic of aluminum wire. This specification would set a minimum acceptable conductivity level.
- Testing Procedures: The specification will likely outline the methods for testing and verifying the aluminum wire conforms to the requirements.
Where to Find More Information:
Unfortunately, without access to internal company documentation or a specialized aerospace materials database, obtaining the full details of AMS10133-1003 is difficult. To find more information, you might try:
- Contacting companies: If you know a company that uses this specification (potentially in aerospace manufacturing or related industries), contacting their engineering or procurement departments could yield results.
- Searching industry databases: Some specialized databases may contain aerospace material specifications, though access to these is often restricted or requires subscriptions.
- Checking with standards organizations: Although SAE International is no longer the primary source for many AMS standards, other organizations may have taken over responsibility or hold archived data.
In short, AMS10133-1003 likely specifies the properties of high-purity aluminum wire for use in a specialized aerospace context. However, accessing the complete details requires more targeted research, potentially involving contacting relevant industries or institutions.
