3.0mm Pitch Pin Header Connector | Automotive & Industrial PCB Solutions

3.0mm Pitch Pin Header Connector | Automotive & Industrial PCB Solutions

3.0mm Pitch Pin Header Connector | Automotive & Industrial PCB Solutions

Product Specifications

Pitch3.00mm
PlatingAu(Gold)/Sn (Tin) over Ni (Nickel)
Pin MaterialCopper Alloy
ApplicationAutomotive PCBA Switch Box
Circuits / No. of Pins1-32 Pins (Customizable)
ComplianceRoHS & REACH compliant
Housing MaterialHigh-Temperature Material, UL94V-0
Operating Temperature-40°C to +105°C, (Reflow capable to 260℃)

Product Description

High-Reliability 3.0mm Pitch Custom Interconnect Solutions

Our 3.0mm pitch pin header connector series is engineered for high-density electronic environments requiring stable power and signal transmission. Designed for versatile integration, these headers are process-capable for high-temperature reflow soldering ((Reflow capable to 260℃)), making them ideal for modern SMT and through-hole assemblies.

As a leading Custom Connector Manufacturer, we specialize in tailoring these components for specialized applications such as Automotive PCBA Switch Boxes and sub-system control modules. Whether you require specific pin lengths, specialized plating (Gold Flash or Matte Tin), or high-temp insulator materials (LCP/PA9T), our engineering team delivers precise, OEM-quality solutions to meet your unique architectural requirements.

Key Features

  • Custom OEM Design: Fully customizable pin counts (Single/Double Row), custom lengths, and mounting styles to fit any PCBA layout.
  • Superior Thermal Performance: High-temp LCP/PA9T housing ensures dimensional stability during lead-free soldering processes.
  • Automotive Grade Reliability: Built to meet strict vibration and thermal cycling standards for engine control and switch box modules.
  • High Power-to-Size Ratio: Supports a robust 3.0A current in a compact 3.0mm footprint, balancing space-saving with electrical performance.
  • Precision Plating: Advanced Tin-over-Nickel or Gold plating prevents oxidation and ensures long-term contact stability.
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