22
2026-06
How does a vehicle inspection platform work?
Traditional internal‑combustion vehicle manufacturing: Conducts continuity, short‑circuit, open‑circuit, and miswiring tests on engine wiring harnesses, chassis wiring harnesses, and body wiring harnesses, ensuring accurate signal transmission in low‑voltage electrical systems such as lighting, windows, and instrument clusters.
Traditional internal‑combustion vehicle manufacturing: Conducts continuity, short‑circuit, open‑circuit, and miswiring tests on engine wiring harnesses, chassis wiring harnesses, and body wiring harnesses, ensuring accurate signal transmission in low‑voltage electrical systems such as lighting, windows, and instrument clusters.
Specialized Testing for New Energy Vehicles: Conducts insulation resistance, dielectric strength, air-tightness verification, and precision DC resistance measurements on high-voltage wiring harnesses (for 400V/800V platforms), ensuring the safety and electromagnetic interference immunity of battery, motor, and electronic control systems.
Component and Tier 1 supplier production lines: Implement 100% final inspection at the wire harness assembly stage, support self-learning rapid programming, accommodate flexible production requirements for multiple product variants and small batch sizes, and enable data traceability and a closed-loop quality management system.
After-sales maintenance and diagnostics: Used for vehicle fault diagnosis, quickly identifying aged wiring harnesses, poor contacts, or internal breaks, thereby improving repair efficiency and accuracy.
Aerospace: Evaluate the vibration resistance and extreme-environment durability of high-reliability aerospace cables to prevent safety incidents caused by cable failures.
Consumer Electronics and Industrial Control: Testing of miniature connectors for 3C products (mobile phones, computers), as well as safety verification of bend‑life and oil‑resistance for wire harnesses used in industrial robots and automation equipment.
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