Molex, Micro-Fit TPA Female Connector Housing, 3mm Pitch, 10 Way, 2 Row

The crimp contacts for these Micro-Fit TPA 3.0 mm receptacle housings must be purchased separately, see stock number ; 670-1857 670-1857 typically. Micro-Fit TPA 3.0 mm Crimp Receptacle Housings. Micro-Fit TPA 3.0 mm single and double row crimp receptacle housings that feature a TPA (terminal position assurance) with an integrated secondary lock. The single row Micro-Fit housings have a one piece design that incorporates the TPA, the double row versions are supplied with a separate 2 piece TPA. The TPA and integrated secondary lock prevent terminal backouts resulting from improper assembly. The one piece design of the single row Micro-Fit TPA housing removes the need for secondary pieces which can easily be lost. The housings of these Micro-Fit TPA 3.0 mm receptacle housings are polarized to prevent accidental mismating and feature locking latches for a secure mating connection. The contacts are fully isolated within the housing to prevent arcing. These Micro-Fit TPA 3.0 mm receptacle connectors are compatible with existing Micro-Fit 3.0 headers and plugs enabling a TPA design to be implemented into existing systems without incurring further costs. Features and Benefits. • TPA with integrated secondary lock to reduce terminal back-outs • Once piece housing incorporating TPA for single row version eliminates the need for secondary pieces • Polarized housings to prevent mis-mating • Locking latch for secure mating connection • Contacts fully isolated in housing to prevent arcing • Compatible with existing Micro-Fit 3.0 headers and plugs. Product Application Information. These Micro-Fit TPA 3.0 mm receptacle connectors are suitable for use in a wide range of applications. These applications include consumer and home appliances, data and computing applications: such desktops, workstations, power supplies and UPS. Telecommunications and networking: servers, routers and switches. Automotive and commercial vehicle applications: harnesses, non-sealed applications and internal devices