The Pan Pacific High Density Crimp Housing category narrows the Crimping family to a specific connector assembly tooling format, helping match the mechanical interface before choosing a part number. Examples currently represented in Wallco's Pan Pacific catalog include DHD-15HP (DHD-15HP Hiden D-Sub 15Pin/M Crimp Housing, Tin) and DHD-15HS (DHD-15HS Hiden D-Sub 15Pin/F Crimp Housing, Tin).
For this Pan Pacific category, verify the exact connector/contact family, conductor gauge, die or jaw profile, insertion/extraction function and service versus production use. Those attributes determine mating compatibility and whether the part is appropriate for the intended equipment or cabling system.
The catalog path is Pan Pacific > Connectors & Components > Crimping > High Density Crimp Housing. Keeping the manufacturer family, parent interface and exact subcategory together is useful for distinguishing parts that share a similar appearance but use different termination, wiring, impedance, contact or mounting details.
Start with the existing Pan Pacific part number when replacing a component. If it is unavailable, document the mating equipment and the key attributes for high density crimp housing: the exact connector/contact family, conductor gauge, die or jaw profile, insertion/extraction function and service versus production use.
Wallco currently has 11 active Pan Pacific products assigned to this category in the latest catalog export. The category is intended to narrow the choice; final compatibility should be confirmed at the individual part level.
Do not assume that two products in the high density crimp housing family are interchangeable solely because they share a connector family. Pinout, impedance, shielding, termination, shell size, wiring standard or signal direction may differ depending on the interface.
Compare the exact connector/contact family, conductor gauge, die or jaw profile, insertion/extraction function and service versus production use.
Match the complete Pan Pacific part number first. If cross-referencing, compare the mating interface, mechanical format, termination/wiring and electrical or signal requirements before substituting another model.
