Microcomputer Control Programmable Thermal Shock Chamber
\n\nMicrocomputer Control Programmable Thermal Shock Chamber \n\nProduct Overview \nProgrammable Thermal Cycling Test Hot and Cold Thermal Shock Chamber designed for testing material changes under extreme temperature environments that alternate continuously in the shortest time. This equipment tests chemical changes or physical damage caused by thermal expansion and contraction. \nThe testing chamber is divided into two parts: high-temperature region and low-temperature
\n
Programmable Thermal Cycling Test Hot and Cold Thermal Shock Chamber designed for testing material changes under extreme temperature environments that alternate continuously in the shortest time. This equipment tests chemical changes or physical damage caused by thermal expansion and contraction.
\nThe testing chamber is divided into two parts: high-temperature region and low-temperature region. Testing samples are placed on a moving basket that moves up and down between hot and cold regions using unique heat storage and cool storage technology to complete thermal shock testing.
\nApplied to test various materials including metal, plastic, rubber, electronics, and other materials. Results can be used as a basis for product improvement.
\n\n\nFor electrical and electronic components, automation components, communication components, auto parts, metals, chemical materials, plastics industries, defense, aerospace, industrial industry, BGA, PCB base plates, electronic chips, ICs, semiconductor ceramics, and high-molecular materials.
\nTests material response to high and low temperature tension and repeated thermal expansion/contraction cycles. Confirms product quality from precision IC components to heavy machinery applications.
\n- \n
- Large color LCD touch interactive microcomputer control system, easy to understand operation \n
- Closed imported compressor + environmental refrigerant, cold plate heat exchanger and dual-type ultra-low temperature refrigeration systems \n
- LAN network communication interfaces for computer remote control \n
- Independent setting for heat, cold, and hot/cold conditions with three different function impacts \n
- Automatic pre-cooling, preheating, and standby functions during operation \n
- Configurable defrost cycles with automatic (manual) defrost capability \n
- User-friendly controller interface with comprehensive troubleshooting display \n
- \n
- GB/T2423.1-1989 low-temperature testing method \n
- GB/T2423.2-1989 high-temperature testing method \n
- GB/T2423.22-1989 change temperature test \n
- GJB150.5-86 temperature impact test \n
- GJB360.7-87 temperature impact test \n
- GJB367.2-87 405 temperature impact test \n
- GB/T2423.1-2008 test A, GB/T2423.2-2008 test B \n
- GB-T10592-2008, GJB150.3-198, GJB360A-96 method 107 temperature shock test requirements \n
| Model | \nZL-6012A | \n
|---|---|
| Temperature Range | \nA. High-temperature: +60\u2103\uff5e+150\u2103 (customizable) B. Low-temperature: -10\u2103\uff5e-40\u2103 | \n
| Control Temperature | \n\u00b12\u2103 | \n
| Resolution | \n0.01\u2103 | \n
| Heating Time (High-temperature) | \nRT\uff5e\uff0b150\u2103 approximately 35min (RT from \uff0b5\uff5e\uff0b30\u2103) | \n
| Cooling Time (Low-temperature) | \nRT\uff5e-40\u2103 approximately 50min (RT from \uff0b5\uff5e\uff0b30\u2103) | \n
| Moving & Recovery Time | \nA. Basket movement (high to low): 10 seconds B. Temperature recovery: 3-5 minutes (Stabilization \u2265 30 minutes) | \n
| Device Noise | \nBelow 75dB | \n
| Weight | \n10Kg | \n
| Testing Region | \n50cm(W) \u00d7 50cm(H) \u00d7 50cm(D) | \n
| Outside Dimensions | \n140cm(W) \u00d7 180cm(H) \u00d7 142cm(D) | \n
\n\nRecommended Products
Video
Video
Video
Video
Video