Are the terminal-to-terminal connectors (female/male/housing) dimensionally compatible? What are the specifications for mating cycles and retention force?

Yes—we can confirm the terminal’s dimension compatibility with the required mating connector (female/male/contact housing), and we can also provide the mating performance targets such as insertion/withdrawal retention force and allowable insertion cycles, depending on the specific connector system.

1. Dimensional compatibility We ensure compatibility by matching the terminal to the mating interface requirements for:

Contact geometry (mating tongue/barb dimensions, contact height/width) Latch/retention feature dimensions (if applicable) Pin/contact length and position relative to the housing Insulator/housing fit (where the terminal seats in the connector) We can provide the dimensional interface drawings/check results (typically showing key critical dimensions and tolerances) so you can verify fit in your connector assembly process.

2. Mating cycles and retention force For performance, we can provide:

Retention/holding force specification (pull-out force) for the retained terminal in the housing Insertion force (if required by your spec) Allowable number of mating cycles (e.g., minimum cycles) without: loss of retention contact damage unacceptable resistance increase or contact failure If customer requires, we can support electrical verification (continuity/contact resistance) before and after cycling. 3) What acceptance/validation documents we can share Depending on your requirement, we can provide:

mating force test method and results contact resistance/continuity data before/after cycling (if applicable) connector/terminal interface validation reports 4) To confirm the exact values, please provide Terminal part number The exact mating connector/housing part number (female/male system) or the interface standard you use Your target wire size and whether it is conductor-only or conductor+insulation crimp Required metrics from your customer spec (e.g., minimum retention force, cycles, test standard) Once you share the mating connector P/N (or drawings), we can respond with the dimension compatibility statement and the corresponding retention force and insertion-cycle targets for that exact interface.