Search for the product you are looking for
研发中心

News

Slide down

How to Handle Interruptions During Sand and Dust Test Chamber Operation

Source:LINPIN Time:2025-04-19 Category:Industry News

Door locks, headlights, electrical dust covers, instrument panels, and other components can be tested for dust resistance using a sand and dust test chamber. This equipment simulates a dusty environment to evaluate the dustproof performance of test samples. Currently, such test chambers are widely used in the automotive industry. However, during operation, issues such as “interruptions in the sand and dust test chamber” may occur. There are three main scenarios that can cause interruptions during testing. Below are the troubleshooting and resolution methods for each case.

sand and dust test chamber

Three Possible Causes of Interruptions in the Sand and Dust Test Chamber:
Interruption Due to Insufficient Test Conditions

If the test chamber stops because the test conditions fall below the allowable tolerance (e.g., insufficient dust concentration or airflow), the test conditions must be adjusted to meet the required standards.
Once corrected, the test cycle can resume and proceed normally.
Interruption Within Allowable Tolerance Range

If the interruption occurs within the permissible tolerance range (e.g., a brief power fluctuation that does not affect test integrity), the interruption time is considered part of the total test duration.
No additional action is needed—simply continue the test.
Interruption Due to Excessive Test Conditions

If the test chamber stops due to excessively harsh conditions (e.g., overheating or excessive dust concentration), the test should be terminated immediately.
A new test sample should be used for a retest.
If the test conditions did not damage the sample (or if the sample can be repaired), adjust the test parameters to comply with standard conditions before restarting.
Conclusion
Now that you understand how to handle interruptions in the sand and dust test chamber, you can take appropriate action based on the cause. If the issue persists after applying these solutions, contact the manufacturer’s technical support team for assistance.

Shanghai Linpin Instruments is a professional manufacturer of test chambers. We not only supply high-performance sand and dust test chambers but also provide technical support and after-sales service. For any technical inquiries, please call our hotline at 400-066-2888.

News Recommendation
The preparation of the salt solution plays a crucial role in determining the test speed of the salt spray test chamber. What are the typical concentration and pH value of the salt solution used in the equipment during normal tests? Today, I'd like to discuss this topic with you.
Temperature is the most fundamental—and most brutal—physical parameter influencing the reliability of materials, components and complete systems. GB/T 2423.1, GB/T 2423.2, GJB 150.3A, GJB 150.4A, DO-160 Section 4/5, IEC 60068-2-1/-2 and MIL-STD-810H all quantify requirements for temperature slew rate, dwell time, heat load and measurement uncertainty.
Thermal-Shock Chambers (TSCs) impose severe temperature ramps (−70 °C ↔ +200 °C within ≤5 min). Superimposed mechanical and thermal stresses exponentially raise failure rates.
Although both thermal-shock and steady-state temperature/humidity tests fall under the umbrella of “weathering verification”, they differ fundamentally in physical modelling, control logic and safety strategy.
To ensure relatively accurate test results from a rain test chamber, there are several key points to pay attention to. Below, we outline these precautions for your reference.
Product Recommendation
Telegram WhatsApp Facebook VK LinkedIn