The Molex KK system is an industry established "building block" connector system used to produce a huge variety of “wire-to-board” interconnection assemblies. Connect-2 Technology has been providing customers with cost efficient solutions using the KK range for more than a decade. Utilising auto tooling, ‘in-depth’ stocking and years of experience we can provide exactly to your requirements for applications requiring 2.50mm (.09"), 2.54(.100"), 3.96 (.156") and 5.08mm (.200") centres.
The KK range provides a friction lock system together with a polarizing wall and/or location pegs to ensure correct assembly. This range has become an ‘industry standard’ due to its reliability and versatility.
Since 1995 Connect-2 Technology has manufactured many thousands of assemblies incorporating the KK connector range (in numerous combinations to many different customers), as such we hold large stocks of housings within our standard stock range together with tin plated, gold plated and phosphor bronze reeled terminals to enable fast turnaround and an exact match to your specific requirements.
Features:
- Available on 2.50mm (.098"), 2.54mm (.100"), 3.96mm (.156") and 5.08mm (.200") centre spacing.
- Polarization via insert-able keys and pegs, polarizing ribs or polarizing wall headers.
- Locking ramp for improved mated retention with locking headers.
- Many circuit sizes.
- Accepts KK gas tight crimp terminals.
- Mates with headers or pins in the board.
- Available with Tin, Gold, Select Gold or Phosphor Bronze plating.
- Connect-2 Technology holds considerable stock.
- Auto tooled to provide high reliability crimp termination.
Electrical:
- Voltage: 250V.
- Current: Phosphor Bronze: 4.0A max. Brass: 2.5A max.
- Dielectric Withstanding Voltage: 1500V AC.
- Insulation Resistance: 50K (High Pressure Version 500K) Megohms min.
Physical:
- Housing: Nylon UL 94V-2 or UL94V-0.
- Operating Temperature: 0 to +75°C.
If our services are relevant to your needs please contact us via the details on our web site (see info panel on the right above) or by email to myself – Geoff. Nossiter.