Cold and Heat Shock Test Chamber
The JY-GDW100L Cold and Heat Shock Test Chamber is an industrial environmental testing instrument for accelerated thermal stress screening, used to evaluate the structural integrity and performance reliability of electronic components including chips, sensors, wire harnesses, and lithium batteries. It performs under extreme temperature cycling conditions and is compliant with IEC/MIL-STD test standards, with a high-precision PLC control unit, integrated data logging, and robust thermal insulatio
The JY-GDW100L Cold and Heat Shock Test Chamber is an industrial environmental testing instrument for accelerated thermal stress screening, used to evaluate the structural integrity and performance reliability of electronic components including chips, sensors, wire harnesses, and lithium batteries. It performs under extreme temperature cycling conditions and is compliant with IEC/MIL-STD test standards, with a high-precision PLC control unit, integrated data logging, and robust thermal insulatio
Product Overview
The JY-GDW100L Cold and Heat Shock Test Chamber is an industrial-grade environmental testing instrument designed for accelerated thermal stress screening. It is used to evaluate the structural integrity and performance reliability of electronic components, including chips, sensors, wire harnesses, and lithium batteries. The chamber operates under extreme temperature cycling conditions to simulate rapid thermal changes. Compliant with IEC/MIL-STD test standards, the system features a high-precision PLC control unit, integrated data logging, and robust thermal insulation to support stable performance for mission-critical reliability testing.
Key Features & Technical Advantages
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Precision Thermal Control: Uses advanced thermal management to achieve temperature-shock transitions within 5 minutes, ensuring rapid stabilization across the full test range.
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High-Accuracy Performance: Equipped with a precision controller providing $pm 0.2^circ ext{C}$ control accuracy and $pm 2^circ ext{C}$ box uniformity for consistent, repeatable test results.
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Industrial-Grade Construction: Built with a high-grade stainless-steel interior and mineral-wool PU insulation to ensure long-term operating stability and thermal efficiency.
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Intelligent Interface: Features an intuitive touch-based PLC control system with full-process data recording, supporting complex test-cycle programming and real-time monitoring.
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Flexible Integration: Provides non-standard customization for specific dimensions, test protocols, and production-line requirements.
