RJ7135 PHD 2.0mm Pitch PHR Dual-Row White Wire-to-Board Internal Terminal Wire Harness
Product Specifications:
- Product Number: RJ7135
- Product Name: PHD 2.0mm Pitch PHR Dual-Row White Wire-to-Board Internal Terminal Wire Harness
- Manufacturing Process: Crimping
- Contact Material: Copper
- Industry Application: Industrial
- Product Certification: UL
- Flame Retardant Rating: VW-1
- Product Series: PHD Terminal Wire
- Wire Gauge: 28AWG-22AWG
- Product Type: Customizable
- Usage: PCB Internal Wiring
- Frequency: Low Frequency
- Wire Type: Terminal Wire
Detailed Product Description:
The RJ7135 PHD 2.0mm Pitch PHR Dual-Row Wire-to-Board Internal Terminal Wire Harness is an industrial-grade wiring solution designed for PCB internal applications. This high-quality customizable wire harness features 28AWG-22AWG wire gauge, making it suitable for low-frequency circuits in industrial equipment. The crimped copper contacts ensure stable electrical connections and long-lasting durability.
Certified with UL standards, this wire harness also features a flame-retardant rating of VW-1, ensuring safety in environments where fire safety is a concern. Its 2.0mm pitch dual-row connectors allow for efficient space management and easy installation within electronic systems, particularly PCB-based applications.
The PHD terminal wire series is ideal for high-reliability connections in industrial machinery, electronic devices, and other internal electrical systems. With its customizable design, this wire harness is the perfect fit for applications requiring reliable, low-frequency connections.
Key Features:
✅ PHD 2.0mm Pitch PHR Connectors – Ideal for compact, internal connections
✅ Copper Crimped Contacts – Ensures strong, stable electrical connections
✅ Flame Retardant (VW-1) – Provides safety in hazardous environments
✅ UL Certified – Meets industry safety standards
✅ Customizable – Tailored for specific PCB wiring needs
✅ Wire Gauge: 28AWG-22AWG – Supports a wide range of wire thicknesses
✅ Low Frequency Use – Perfect for industrial circuits requiring stable connections
