Prüfkammer für Lampenbeschlag

Dual-Zone Independent Control System: The left zone simulates exterior vehicle conditions (low temperature and high humidity), while the right zone replicates engine compartment conditions (high temperature and high humidity). This design accurately reproduces the real-world thermal variations of headlamps, effectively eliminating distortions caused by single-chamber testing and ensuring results closely reflect actual usage conditions.

High-Precision Temperature and Humidity Control: Temperature accuracy ±0.5°C (-40°C to 150°C), humidity accuracy ±2% RH (20%–98% RH). Equipped with a European-imported air-cooled refrigeration system and fault self-diagnosis, the chamber supports 480 hours of continuous testing without drift, ensuring long-term reliability and data stability.

Intelligentes Kontrollsystem: Features a 7-inch color touchscreen with PLC controller, supporting program chain editing and real-time data export via USB/LAN. Can integrate with a vibration table for combined temperature, humidity, and vibration testing, significantly improving testing efficiency and operational convenience.

Multi-Standard Compliance: Preloaded with GB/T 6495.9, ASTM E927, IEC 60904-9, and other standard test programs, meeting the requirements of global automotive manufacturers and accredited laboratories, ensuring internationally recognized test results.

Durable Design: The inner chamber is made of fiberglass with welded construction for a clean, easy-to-maintain finish, while the outer shell is crafted from high-quality coated steel, enhancing overall durability and service life.

Efficient Air-Cooled Refrigeration: Improves cooling efficiency and reduces energy consumption. Equipped with fault self-diagnosis for easy maintenance and quick troubleshooting, minimizing downtime.

Umweltverträgliche Materialien: Uses eco-friendly insulation and refrigerants that comply with international environmental standards, reducing environmental impact and supporting green laboratory initiatives.