Temperature Shock Test Chamber

Our Temperature Shock Test Chamber is designed to evaluate the reliability and durability of products under rapid and extreme temperature variations. Ideal for industries like electronics, automotive, aerospace, and materials science, this chamber simulates both high and low-temperature environments to thoroughly test the performance of components under harsh conditions.

Key Features:

• Wide Temperature Range for Comprehensive Testing:

  • Achieve upper preheating temperatures up to 180°C, with non-standard customization available for 200°C and 250°C to meet your specific testing needs.

  • Lower preheating temperatures are customizable:

    • Option A: From -10°C to +55°C

    • Option B: From -10°C to -65°C

    • Option C: From -10°C to -80°C

• Rapid Temperature Transition:

  • Experience a quick temperature rise from room temperature to 200°C in less than 40 minutes, ensuring efficient testing cycles.

  • The chamber also cools down rapidly, reaching -80°C from room temperature in under 90 minutes, allowing for fast recovery between tests.

• Impact Range for Thermal Shock Testing:

  • The high-temperature impact range spans from 60°C to 150°C, with non-standard options available for 180°C and 200°C.

  • The low-temperature impact range is customizable to your needs:

    • L Range: From -10°C to -40°C

    • F Range: From -10°C to -55°C

    • X Range: From -10°C to -65°C

• Precise Temperature Control for Consistent Results:

  • Temperature fluctuation is kept to a tight ±0.5°C, ensuring highly accurate and repeatable results.

  • Temperature deviation is maintained within ±2.0°C, guaranteeing precision during thermal cycling tests.

  • The temperature recovery time is extremely quick, at ≤ 5 minutes, minimizing downtime between test cycles.

• Efficient Bath Switching:

  • The chamber seamlessly switches between high and low-temperature baths in under 3 seconds, providing a smooth transition for temperature shock tests.

Construction and Durability:

• Robust Shell & Liner: Built with a cold-rolled steel plate with a protective plastic spray coating, ensuring durability. The inner liner is made from stainless steel for enhanced strength and ease of cleaning.

• Insulation for Energy Efficiency: The environmentally friendly glass fiber insulation ensures optimal energy retention, reducing operational costs while maintaining the integrity of your test conditions.

Cooling & Refrigeration:

• The refrigeration mode is available in both air-cooled and water-cooled options, equipped with an imported compressor for reliable and consistent cooling performance.

Advanced Control & Data Management:

• Intuitive Control System: The chamber features a Siemens PLC module integrated with Ruikai Instrument Control Software (v1.0), and is operated via a 7-inch color LCD touchscreen for easy configuration and monitoring.

• Data Logging & Communication:

  • Equipped with a USB interface for storing test data in .CSV format, including time, setpoints, and measured values. This ensures comprehensive record-keeping.

  • The TCP/IP interface supports remote management via host computer software, allowing simultaneous access from up to 5 computers and controlling up to 32 test chambers for large-scale testing.

Power Supply & Standard Accessories:

• Power Supply: Operates on an AC380V 50Hz, three-phase four-wire system, with a protective grounding resistance of < 4 Ω.

• Included Accessories:

  • One operation manual, one test report, one certificate of conformity, and one quality assurance certificate.

  • Additional items include five printing papers, two diaphragms, four spacer strips, a color ribbon, silicone rubber soft plugs, and casters for easy mobility.

Applications:

• Electronics Testing: Assess the impact of extreme temperature changes on sensitive components like circuit boards, connectors, and semiconductors.

• Automotive Parts Testing: Evaluate the durability of sensors, switches, and automotive control units under thermal shock conditions.

• Aerospace: Test critical aerospace components for performance in extreme temperature environments.

• Materials Science: Analyze the effects of rapid temperature fluctuations on materials like metals, plastics, and composites.