The NC860-20A Low-Temperature Gravity Convection Test Chamber is engineered to address the critical "cold-start" and battery failure issues of consumer electronics in extreme environments. Featuring a precise temperature range of -20°C to 70°C and unique adjustable micro-airflow (0–0.2 m/s), it perfectly replicates real-world natural convection without the interference of forced-air fans. This high-precision solution allows R&D teams to accurately simulate frigid conditions for smartphones, wearables, and laptops, ensuring superior battery reliability and product performance in high-altitude or arctic scenarios.
Item No :
NC-860MP03Temperature Range :
-20℃~70℃Product Origin :
ChinaWind Speed Range :
0～0.2m/s
In the world of consumer electronics, cold is the ultimate performance killer. From smartphones and wearables to laptops, extreme low temperatures often lead to sudden battery drain, screen lag, and system failures. While standard convection ovens fail to reach the deep sub-zero levels required for high-altitude or arctic simulation, the NC860-20A bridges the gap.
Our proprietary technology delivers a stable -20°C environment with ultra-low airflow interference, allowing you to identify hidden defects before your product reaches the customer’s hands.
With a wide temperature range from -20°C to 70°C, the NC860-20A accurately simulates high-altitude and frigid conditions. It directly targets common low-temperature failure risks in smartphones, tablets, and specialized cameras, such as battery capacity degradation, startup failure, and touchscreen responsiveness issues.
Unlike standard forced-air convection equipment that uses high-velocity fans, this unit supports precision airflow adjustment from 0 to 0.2 m/s. This provides a uniform, "dead-zone-free" environment that perfectly replicates indoor natural/still-air conditions. This ensures that test data remains highly consistent with real-world user scenarios.
Built on our advanced high-precision thermal control technology, the NC860-20A offers superior temperature stability and uniformity. This ensures the repeatability and credibility of test results, providing a scientific foundation for product design optimization and quality validation.
This equipment is ideal for Low-Temperature Failure Analysis, High-Low Temperature Cycling, and Thermal Characteristic Analysis for:
NC-860S natural convection chamber is applicable for thermal design and quality test of electronic products such as computers, mobile phones, electronic components, PSUs, D2D systems, networking products, routers, smart cameras, VR glasses, power supplies, game consoles, automotive electronics, smartwatches, and external hard drives.
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NC-2600 natural convection thermostatic chamber is suitable for large-size, high-heat-load products such as laptops, servers, projectors, and base stations, while also meeting the thermal testing needs of various products with large heat load fluctuations.
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NC-860HT natural convection chamber is applicable for thermal design and quality test of electronic products such as computers, mobile phones, electronic components, PSUs, D2D systems, networking products, routers, smart cameras, VR glasses, power supplies, game consoles, automotive electronics, smartwatches, and external hard drives.
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NC-860MP03 natural convection test chamber is used for testing radiator modules, power supplies, servers, and similar products. It provides a test chamber environment with natural convection and without external forced airflow. Temperature control is achieved through the balance between the heater and the natural convection with the external environment.
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The NC-155S customized natural convection chambers deliver precise temperature control and excellent uniformity by generating wind-free airflow driven solely by temperature gradients. This design accurately simulates real indoor environments, allowing users to evaluate true heat transfer performance under strict environmental conditions.
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The NC860-20A Low-Temperature Gravity Convection Test Chamber is engineered to address the critical "cold-start" and battery failure issues of consumer electronics in extreme environments. Featuring a precise temperature range of -20°C to 70°C and unique adjustable micro-airflow (0–0.2 m/s), it perfectly replicates real-world natural convection without the interference of forced-air fans. This high-precision solution allows R&D teams to accurately simulate frigid conditions for smartphones, wearables, and laptops, ensuring superior battery reliability and product performance in high-altitude or arctic scenarios.
Read More
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