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The TE Connectivity AMP Connectors part number 1554287-2 is a rectangular D-Sub connector housing, specifically designed for use with high-density interconnect applications. This component serves as the insulating body for a 37-position male or female contact arrangement, depending on the mating contacts selected. It features a robust thermoplastic construction capable of withstanding standard industrial environmental conditions. The housing is engineered to provide secure strain relief and alignment for the associated metal shell and contacts, ensuring reliable signal transmission in demanding electronic assemblies.
Verify that the specific contact type (male or female) required for your assembly matches the intended usage of this housing. Ensure compatibility with the designated metal shell size and mounting style. Confirm material specifications against environmental requirements such as temperature range and chemical resistance before finalizing procurement decisions.
Select this housing based on the required pin count and form factor compatibility with existing shell components. Consider the mating interface requirements and ensure the chosen contacts are sourced separately as they are not included with the housing. Evaluate mechanical retention needs to determine if additional locking mechanisms are necessary for the specific application environment.
This component belongs to the broader family of D-Sub connector systems manufactured by TE Connectivity. These housings are integral parts of modular connectivity solutions used across various sectors including telecommunications, computing, and industrial automation. The design follows established industry standards for dimensional tolerances and interface geometries to ensure interoperability with other compliant components.
When replacing this unit, ensure the substitute housing matches the exact pin configuration and physical dimensions. Verify that the material properties and flame rating meet or exceed original specifications. Cross-reference with official TE Connectivity substitution guides to confirm functional equivalence without compromising assembly integrity.