Thermal Shock Chamber (Two-Zone)

The DHT® Thermal Shock Chamber (Two-Zone) is an advanced thermal cycling test system designed to simulate rapid temperature fluctuations between extreme heat and cold. It is ideal for evaluating material reliability, component fatigue, and failure resistance in high-performance industries.

Available in various configurations—including air-gap two-zone and optional three-zone models—the chamber supports testing volumes from 27L to 1000L, making it highly scalable for R&D and production environments.

Equipped with a PLC-based intelligent control system and user-friendly display, operators can program thermal cycling test parameters for fully automated and repeatable testing. The system delivers rapid temperature transfer between the hot zone (+50°C to +220°C / optional +250°C) and cold zone (-80°C to +70°C), ensuring compliance with standards like IEC 60068-2-14, MIL-STD-883, and more.

Whether you’re testing metals, plastics, PCBs, or aerospace components, this temperature shock chamber provides precise environmental simulation with optimized load capacity—up to 50 kg in three-zone versions. The robust construction, corrosion-resistant materials, and reliable sample transfer system ensure durability and safety, even under harsh test conditions.

Looking for a reliable thermal shock testing solution? The DHT® two-zone chamber delivers performance, flexibility, and compliance in one compact system.

👉 Learn more: What Is a Thermal Shock Chamber and How Does It Work?
👉 Troubleshooting Tips: How to Troubleshoot Thermal Shock Test Chambers? High-Quality Thermal Shock Chamber Recommendations 

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Benefits

Highly Adaptable Design: The chamber offers multiple model options, including air-gap dual-chamber and two- to three-chamber configurations, with chamber volumes ranging from 27 liters to 1000 liters, meeting diverse testing needs.

Efficient Temperature Transition: The high-temperature chamber has an adjustable temperature range of +50°C to +220°C (with an optional maximum of +250°C), while the low-temperature chamber ranges from -80°C to +70°C, ensuring rapid and precise temperature transitions.

Precise Temperature Control: Featuring a PLC control system and a user-friendly display interface, the chamber allows operators to preset cyclic test parameters, enabling a fully automated testing process that ensures accurate and stable temperature control.

Durable and Robust Construction: The chamber is built with high-quality materials, ensuring long-term reliability in highly corrosive environments and extending the lifespan of the device.

Optimized Sample Transfer System: The ball-screw drive mechanism reliably guides the sample baskets, with high load capacity. The dual-chamber baskets can hold up to 20 kg, while the three-chamber baskets can support up to 50 kg, catering to a wide range of sample testing needs.

Features Video

Specifications

Test Zones 2
High Temperature Chamber Range(℃) 50~220
Low Temperature Chamber Range(℃) -70~10
Temperature Fluctuation ±0.3~1
Temperature Uniformity(℃) 70L/100L:±0.5~2
Reinforced Models:±1~2
Recovery Time(min) 70L/100L:<15(measured on the sample);<5(measured at the air outlet)
Reinforced Models:<2(measured at the air outlet)
Maximum Load(KG) 70L:20
100L/Reinforced Models:50
Noise Level (dB(A)) 70L:58
100L:60
Reinforced Models:/
Power Supply 380V±10%,50~60HZ,3/N/PE
Rated Power(KW) 70L:8.5
100L:11
Reinforced Models:/
Cooling Method 70L/100L:Air-Cooled
Reinforced Models:Water-Cooled
DHTS2-70 GB/T 2423.22-2002
DHTS2-100 MIL STD 883 E,
Method 1010.7 intensity A,B,C,D,F
MIL STD 810 E,method 503
MIL STD 202F,method 107 G
DHTS2 Reinforced Models International Electrotechnical Commission (IEC) Standards
IEC 60068-2-14, Test NA
IPC Standards
IPC-TM-650 TEST METHODS MANUAL
MIL STD 883 C,
Method 1010.5 intensity A,B,C,D,G
MIL STD 810 D,method 503.2
MIL STD 202 E,method 107 D