Applications often require rugged terminals and lower mating force to reduce operator fatigue during assembly and/or to withstand high-mating cycles. ![]() ![]() The pre-lubricated version can be mated up to 250 times and fit into standard Micro-Fit 3.0 Housings. Micro-Fit 3.0 RMF (Reduced Mating Force) Terminals are designed for applications needing lower engagement and disengagement forces or when the units are cycled frequently. For lower applied costs, OEMs often prefer a compliant pin connector over one that requires soldering. The Micro-Fit 3.0 CPI Header mates with Micro-Fit 3.0 Receptacle, allowing running changes as boards transition from solder to press-fit applications. The robust eye-of-the-needle design provides a reliable interface when recommended board layouts are followed. Molex 6-Pin Connector Kit 0.093' 2 Sets Multiple Circuit Connector Kits: Kits include matching male and female polarized, nylon connectors Comes complete with corresponding pins UL recognized, CSA approved Maximum voltage: 250 volts For 18 to 22 gauge wire, 0.093' diameter pins. Micro-Fit 3.0 CPI (Compliant Pin) Connectors provide a compliant pin interface while maintaining all the features of the standard Micro-Fit 3.0 Connector. The TPA reduces terminal back-out by providing locking redundancy assemblers cannot insert the TPA unless terminal is properly inserted. The Micro-Fit TPA Connector Family helps prevent failure in end products by offering terminal position assurance (TPA). Doing so can cause damage to the connector and/or terminal and consume valuable labor time. In hard-to-reach applications, such as drawers or fan assembly trays, connectors need to be mated and unmated without being seen. They allow mating misalignment (per product drawing). Micro-Fit 3.0 Blind-Mate Interface (BMI) Connectors are designed for blind-mating applications. OEMs often need power connectors in space-constrained applications. The Micro-Fit Connector Family offers up to 8.5A with a 3.00mm pitch, delivering power in a compact package in wire-to-wire and wire-to-board configurations.
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