2.54mm Pitch Right Angle R/A SMT Automotive Pin Header Connector – Model HMNSP32-P001-ELETE | Professional Connector Manufacturer

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2.54mm Pitch Right Angle R/A SMT Automotive Pin Header Connector – Model HMNSP32-P001

Right Angle Surface Mount Technology (SMT) Pin Header | Compact Side-Entry Board-to-Board Solution for Automotive Electronics

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HMNSP32-P001

Serial Number：HMNSP32-P001

Right Angle Surface Mount Technology (SMT) Pin Header | Compact Side-Entry Board-to-Board Solution for Automotive Electronics

Feature	Specification
Model	HMNSP32-P001
Pitch	2.54 mm / 0.1 inch / 0.1"
Gender	Male Header
Rows	Double/Dual
Mounting Type	R/A SMT / Right Angle Surface Mount
No.of Pins	1x6 Pin (Single Row, custom pin counts available)
Current Rating	3 Ampere
Insulation Resistance	1000MΩ Min
Dielectric Withstanding	600V AC
Contact Resistance	20mΩ Max
Operating Temperature	-40℃ to +105℃
Contact Material	Brass / Phosphor Bronze
Insulation Material	High-temp Polyester,UL94V-0 LCP/NL6T/PA9T
·All materials are RoHS and REACH compliant. Halogen-free options are available.

Key Features & Advantage:

Space-Saving Right Angle SMT Design: Combining a Right Angle (R/A) configuration with Surface Mount Technology (SMT) to drastically reduce vertical space requirements on the PCB, perfect for low-profile applications.
Integrated Positioning Pegs: Equipped with built-in alignment posts/pegs on the housing to ensure flawless coplanarity and orientation on the PCB layout before reflow soldering.
Automotive Standard Construction: Features a 3Amp current capacity and stable electrical insulation designed to perform within a dependable temperature environment from -25°C to +85°C.
Optimized for SMT Reflow: Built with premium, flame-retardant PA6T (UL 94V-0 Rated, Color: Black) material to comfortably withstand the high-temperature cycles of automatic reflow soldering lines.
Excellent Soldering & Matte Tin Plating: Made of high-grade Brass contact material and premium Matte Tin plating, offering exceptional solderability, low contact resistance (20mΩ Max), and excellent anti-oxidation traits.