Environmental Test Equipment — Tools for Climate, Humidity, and Vibration Analysis

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Originally published: March 10, 2016
Last updated: July 2025 — This article has been expanded with new insights into portable and digital environmental test instruments, updated compliance standards, and equipment recommendations for modern industrial and laboratory applications.

Since 2016, environmental testing tools have advanced significantly, with improvements in sensor accuracy, real-time data logging, and wireless integration. Instruments like the Extech SDL700 series and Hioki LR8431 Environmental Logger now offer multi-channel recording and USB/cloud compatibility, making them ideal for regulated industries and remote data acquisition.

When selecting environmental test equipment in 2025, it’s also crucial to consider international standards such as ISO 14001, EN 12830, or IEC 60068, depending on your industry. Calibrating humidity and temperature sensors regularly remains essential to ensure accuracy in critical applications like pharmaceutical storage or electronic component testing.

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Explore Our Environmental Testing Instruments

In industries where performance under environmental stress is crucial—like aerospace, automotive, electronics, and defense—laboratories and field engineers rely on environmental test equipment to simulate and evaluate extreme operating conditions. These tools help identify product weaknesses, optimize durability, and ensure compliance with regulatory and industry standards such as MIL-STD, IEC, and ASTM.


🌡️ 1. Temperature Chambers

Simulate extreme hot and cold environments (from -70°C to +180°C) to test product behavior under temperature stress.

Applications:

  • Aerospace components testing

  • Semiconductor aging simulation

  • Automotive electronics durability

Recommended Tool:

  • Espec SH-241 Temperature Chamber

🔗 Internal Link: Shop Environmental Testing


💧 2. Humidity Chambers

Control both temperature and relative humidity to test corrosion resistance, insulation degradation, and packaging.

Key Features:

  • RH control (10%–98%)

  • Programmable temperature-humidity profiles

  • Data logging features

Recommended Tool:

  • Weiss Technik ClimeEvent

🔗 Related: Air Flow Measurement


🌀 3. Vibration Test Systems

Simulate mechanical shock, drop, and transportation vibration.

Applications:

  • PCB stress testing

  • Smartphone durability

  • Automotive part vibration

Tool Example: LDS V875LS Electrodynamic Shaker

🔗 Gas Detectors


💥 4. Thermal Shock Chambers

Used to evaluate material fatigue with rapid temperature transitions.

Recommended Tool:

  • Espec TSE-11 Thermal Shock Chamber

Industries:

  • Military electronics

  • Automotive safety systems


🌬️ 5. Dust and Water Ingress Testers (IP Testing)

Validate IP ratings (e.g., IP67) for water and dust resistance.

Applications:

  • Wearables

  • Automotive lighting

  • Connector systems


☀️ 6. UV and Solar Radiation Chambers

Simulate outdoor exposure to test for color fading and material degradation.

Example: Q-Lab QUV Accelerated Weathering Tester


⚙️ Compliance and Standards

Environmental test equipment must comply with:

  • MIL-STD-810 – Military equipment

  • IEC 60068 – Electronics and automation

  • ASTM D4332 – Packaging

🔗 Ph/Conductivity Meters


🔧 Calibration Requirements

Calibration ensures accuracy of:

  • Temperature sensors (±0.3°C)

  • Humidity probes (±2–3% RH)

  • Vibration controllers

🔗Moisture


✅ Conclusion

Environmental test equipment is crucial to ensuring product durability, safety, and compliance under real-world conditions. Whether simulating harsh temperatures or mechanical shock, these tools provide vital insights during R&D and QA processes.

At JansenCalibration.com, we offer industry-proven environmental test equipment, fully calibrated and supported by experts.

🛒 Explore Environmental Testing Instruments today.

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