The Amphenol FCI 93939-132HLF is a 32-position, dual-row header from the BERGSTIK® II series, built on the standard 0.100" (2.54 mm) pitch. This is an unshrouded, right-angle through-hole male pin header with a push-pull fastening interface, designed for board-to-board interconnect applications where a low-profile, solder-terminated connection is needed. The 32 positions are fully loaded across two rows with a row spacing of 0.100" (2.54 mm), matching the pitch for a uniform grid. Rated at 5 A per contact with a 110 V voltage rating, this header handles typical signal and moderate power duty on a PCB. The mating interface carries a gold or Gold, GXT™ finish at 30.0 µin (0.76 µm) thickness, while the solder posts are tin-plated. The gold mating surface supports repeated mating cycles and resists corrosion in environments where the connector sees periodic disconnection. The right-angle orientation places the pin rows parallel to the board surface, making this header a fit for board-edge applications where the mating receptacle approaches from the side rather than from above. The 0.190" (4.83 mm) insulation height and 0.160" (4.06 mm) mating pin length define the engagement depth with the receptacle. The 0.120" (3.05 mm) post length suits standard PCB thicknesses for through-hole soldering.
The housing is rated UL94 V-0 for flammability, and the connector is RoHS-compliant per standard industry declarations. The phosphor bronze contacts with selective gold plating meet the material requirements for lead-free assembly processes.
This header mates with any standard 0.100" (2.54 mm) pitch, dual-row, unshrouded or shrouded receptacle that accepts male square pins. The push-pull fastening means no locking latch — retention relies on the friction of the contact interface and any external board-to-board mounting hardware. For field replacement, the right-angle orientation means the header is soldered into the PCB; replacement requires desoldering the existing header and reflowing the new one into the same through-hole pattern.