What it is — series position and circuit layout
The Molex 464369318 is the 33-circuit right-angle press-fit receptacle in the EXTreme Ten60Power 46436 family. The contact layout breaks down as 30 signal positions and 4 dedicated power positions within that single 33-way shell — the power pins are distributed in the layout, not segregated into a separate sub-connector, which means the mated stack height and footprint are driven by the full 33-position envelope rather than a power-only module.
Current and voltage ratings — what limits apply
The 60 A per-circuit rating applies to the power contacts; the signal contacts carry the standard signal duty for the series. Voltage is rated 600 VAC or 250 VDC — the AC and DC ratings are mutually exclusive in application, not additive. The contact finish is gold-over-nickel at 30.0 µin (0.76 µm) thickness on the mating interface, which is the plating grade that sets the mating cycle durability for this family rather than the tin-plated alternative grade used in lower-cycle variants.
Operating envelope and materials
Rated operating temperature spans -40°C to 105°C, which covers the range typical for industrial automation enclosures without forced cooling. The housing is UL94 V-0 rated — appropriate for equipment where flame propagation is a concern in the end application.
Lifecycle and compliance
The 464369318 is Active and ROHS3 Compliant per the authoritative lifecycle record. No official successor order code is listed for this position count in the 46436 series — if the circuit count or layout does not match the current BOM, a parametric family search within the EXTreme Ten60Power series is the correct next step before committing to a substitute. No UL or VDE rating is cited on this specific entry.
What it mates with
The 464369318 is a female receptacle (Female Sockets and Blade Sockets per the connector type field). It mates with the matching EXTreme Ten60Power plug header in the same series — confirm the plug-side position count and the keying orientation match the 33-position layout before specifying, since mixed signal/power layouts within the series are position-count and keying specific.