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Haltech Universal Wiring Harness Nexus R5 (HT-185200)
Product Information:
The Haltech Universal Wiring Harness Nexus R5 is a high-quality wiring solution specifically designed to integrate seamlessly with the Nexus R5 Engine Control Unit (ECU). Ideal for advanced racing projects, engine swaps, and custom installations, this harness ensures reliable connections and streamlined engine management system integration.
Key Features:
- Dedicated Compatibility: Designed exclusively for the Haltech Nexus R5 ECU, ensuring full system integration and optimal performance.
- Color-Coded and Labeled Wires: Simplifies identification and eliminates installation errors, making the setup process faster and more efficient.
- Premium-Quality Materials: Built to withstand high temperatures and harsh environmental conditions, ensuring durability and long-term reliability.
- Flexible Installation: Open-ended wires allow for length adjustments and custom configurations tailored to specific project needs.
- Complete Kit: Includes essential components such as connectors, seals, and instructions to facilitate a smooth and hassle-free installation.
Technical Specifications:
- Product Number: HT-185200
- Length: Suitable for most applications with customization options
- Compatibility: Haltech Nexus R5 Engine Control Unit
- Material: High-quality, insulated wires resistant to environmental factors
Applications:
- Racing vehicles requiring advanced and reliable wiring for engine management systems.
- Engine swap projects that demand flexibility and compatibility with various configurations.
- Custom tuning installations requiring precise and durable wiring solutions.
The Haltech Universal Wiring Harness Nexus R5 is a top-tier solution for professionals and automotive enthusiasts seeking high-quality components for their builds. With its precise wire labeling, durable materials, and full compatibility with the Nexus R5 ECU, this harness simplifies installation, enhances reliability, and ensures long-lasting performance in even the most demanding conditions.