Custom UL Right-Angle Overmolded 2-Pin Power Cable Assembly with Strain Relief

Custom UL Right-Angle Overmolded 2-Pin Power Cable Assembly with Strain Relief

Custom UL Right-Angle Overmolded 2-Pin Power Cable Assembly with Strain Relief

Product Specifications

ApplicationFor Energy
ColorBlack
InsulationPVC
WireUL Type
LengthCustom cable length available
CertificationISO 9001 & ISO 14001 & IATF 16949

Product Description

As a leading manufacturer in Dongguan, YYE offers high-quality, precision-engineered interconnect solutions designed for durability and performance. This Custom Right-Angle Overmolded 2-Pin Power Cable Assembly is a prime example of our commitment to excellence. Featuring a robust overmolded right-angle connector, this assembly is ideal for compact spaces where traditional straight connectors might fail or suffer from mechanical stress.

The integrated strain relief (SR) ensures long-term reliability by protecting the internal soldered joints from bending and pulling. Constructed with high-grade UL-certified wire, it provides stable power transmission for a variety of industrial and consumer applications. Whether you are developing Battery Energy Storage Systems (BESS), household appliances, or industrial automation equipment, YYE provides tailored wire harness solutions to meet your specific technical requirements. Our state-of-the-art facility in Dongguan ensures that every cable assembly undergoes rigorous testing to maintain the highest standards of safety and connectivity.

Key Features

  • The 90-degree right-angle overmolded connector allows for secure connections in tight enclosures and low-profile applications
  • Features a heavy-duty integrated strain relief (SR) to prevent cable fatigue and extend the product’s service life
  • Available in various wire gauges (AWG) and lengths to suit specific power and signal requirements
  • Utilizes UL-compliant insulation and precision-machined terminals to ensure optimal electrical conductivity
  • Specifically designed to withstand mechanical vibrations and frequent handling in demanding environments
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