HYGROTHERM 529 – ERICHSEN

The HYGROTHERM 529/1000l is an advanced humidity chamber designed for comprehensive material testing, specifically to evaluate corrosion susceptibility and climatic behavior of various materials and compounds. It aligns with stringent standards including DIN EN ISO 6270-2-CH for tests under consistent condensate-water climate conditions, without gas additives.

The HYGROTHERM 529 represents a significant upgrade from the Model 519, offering a larger test chamber capacity of 1000 liters. This makes it especially suitable for high-volume functional part testing, providing a superior alternative with enhanced capabilities for comprehensive material analysis.

The key technical specifications include a condensation test feature, pneumatic operation, 1000 liters' capacity, stationary usage, a maximum temperature of 50 °C, dimensions of approximately 425 x 200 x 530 mm (W x D x H) for the chamber, and it operates on 400 V, 50 Hz, 3~ (with other voltages available on request). The pressure requirement is 6-8 bar, and the total weight is about 150 kg.

The HYGROTHERM 529/1000l Humidity Chamber package includes the chamber itself, 13 specimen carriers, 100 S-hooks, and a comprehensive Manufacturer's Test Certificate. This ensures that the setup is ready for immediate use in rigorous testing environments upon delivery.

While designed primarily for evaluating the corrosion susceptibility and climatic behavior of various materials and compounds, the HYGROTHERM 529 is versatile enough to test a broad range of materials. However, for specific testing requirements and compatibility, it's recommended to consult the manufacturer's guidelines or contact technical support.

Yes, the standard model operates on 400 V, 50 Hz, 3~ power supply. However, models with other voltages are available upon request to accommodate different regional electrical standards.

The HYGROTHERM 529 is ideal for professionals in various industries including automotive, aerospace, coatings, and material manufacturing, who need to conduct detailed analysis of materials under controlled humidity conditions. It's particularly beneficial for quality control, research and development, and compliance testing teams.