JST Housing 10SUR-32S UL11136 ETFE wire assembly
JST Housing 10SUR-32S UL11136 ETFE wire assembly - Image 2
JST Housing 10SUR-32S UL11136 ETFE wire assembly - Image 3

JST Housing 10SUR-32S UL11136 ETFE wire assembly

  • Connector Type: 0.8mm Pitch Receptacle (JST SUR-32S Series or Equivalent), -25℃ to +85℃, 30V 0.2~0.5A, RoHS2

  • Wire Specification: UL11136, 32AWG Ultra-fine Wire, ETFE insulation, 105°C 90V

  • Wire Configuration: Twisted pair (optional) for EMI reduction

  • Protection & Bundling: Custom heat shrink tubing available

  • Application: High-density internal wiring, displays, and micro-electronics

  • Cost Optimization: High-quality UL approved equivalent housings and wires available

  • Manufacturing Standard: IPC/WHMA-A-620 Class 3 compliant, full product UL label available

  • MOQ / Lead Time: Low MOQ, 7–15 days (project-based)

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  • Connector Sourcing Strategy: We highlight the use of JST SUR-32S series equivalent housings. These high-quality alternatives offer identical 0.8mm pitch mating retention and electrical reliability while significantly reducing your BOM costs and avoiding long factory lead times. (Original JST connectors are also available upon request).

  • Premium Wire Selection (UL11136): Powered by UL11136 wire, ETFE insulation known for its ultra-thin profile, extreme flexibility, and excellent thermal stability. It is the perfect solution for tight routing spaces in compact devices. Cost-effective equivalent wire options are also fully supported.

  • Advanced Wire Processing (Twisted Pair): To minimize cross-talk and electromagnetic interference (EMI) in high-speed signal transmissions, we offer precision twisted pair wire configurations customized to your required twist rate.

  • Protective Sleeving & Bundling: We provide comprehensive cable management solutions, including custom heat shrink tubing, acetate tape, or conductive fabric wrapping to enhance abrasion resistance and organized routing.

  • Pinout & Length: 100% customizable cable lengths and pinout arrangements (1-to-1, crossover, or specific color coding) strictly adhering to your engineering drawings.

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