The Triple-Zone Temperature Shock Test Chamber (also termed 3-Zone Thermal Shock Tester) is engineered for accelerated aging and environmental stress testing.
|Technical Specifications:
Three-Zone Design: High, low, and static test zones ensure no physical movement of samples.
Zero Mechanical Stress: Samples remain stationary during transitions, avoiding vibration damage.
Ultra-Fast Recoery: ≤5 minutes to stabilize after zone switching.
Robust Construction: Stainless steel interior (SUS 304) and insulation layers ensure thermal efficiency and durability.
Cooling Method: Air/Water Cooled
Control System: 7-inch Touchscreen + PLC-controlled touchscreen with data logging and remote monitoring
|Core Advantages:
✅ Space Efficiency: Vertical stacking design reduces lab footprint by 30% vs tranditional chambers.
✅ Customizable Configurations:Optional vibration integration for mechnical-environmental stress tests.
✅ Safety Features: Auto-fire suppression, pressure relief valves, and real-time alarms.
✅ Broad Applications: Validated for EV batteries (GB38031-2020), aerospace components (MIL-STD-810D), and consumer electronics.
|Standard Accessories:
Vacuum glass observation window with interior light.
50mm power test hole (with silicone plug).
Overheat, phase sequence, and high/low voltage protection.
2 freely adjustable load shelves.
|Customization Services:
Extended temperature ranges (-70℃~+200℃).
Larger test zone sizes for heavy-duty and large-scale components.
Integration with lab IoT systems and remote service
Specialized cooling and heating systems for high-heat applications.
| Application Scenarios
National Defense: Test military electronics, radar components, and weapon system parts for extreme temperature resistance.
Electronics: Evaluate PCBs, semiconductors, and LEDs for thermal shock-induced failures.
Automotive: Validate sensors, ECUs, and battery modules under rapid temperature shifts.
|Compliance Standards
IEC 60068-2-14 (Environmental Testing)
MIL-STD-810G (Mechanical Vibration)
GB/T 2423.22 (Temperature Cycling)
|Why Choose Us?
30% energy saving via advanced refrigerant control.
High-temperature/humidity anti-condensation technology.
Low-temperature optimization (heater-free operation, PWM-regulated refrigerant flow).
Optional remote service and data sync capabilities.
The Triple-Zone Temperature Shock Test Chamber (also termed 3-Zone Thermal Shock Tester) is engineered for accelerated aging and environmental stress testing.
|Technical Specifications:
Three-Zone Design: High, low, and static test zones ensure no physical movement of samples.
Zero Mechanical Stress: Samples remain stationary during transitions, avoiding vibration damage.
Ultra-Fast Recoery: ≤5 minutes to stabilize after zone switching.
Robust Construction: Stainless steel interior (SUS 304) and insulation layers ensure thermal efficiency and durability.
Cooling Method: Air/Water Cooled
Control System: 7-inch Touchscreen + PLC-controlled touchscreen with data logging and remote monitoring
|Core Advantages:
✅ Space Efficiency: Vertical stacking design reduces lab footprint by 30% vs tranditional chambers.
✅ Customizable Configurations:Optional vibration integration for mechnical-environmental stress tests.
✅ Safety Features: Auto-fire suppression, pressure relief valves, and real-time alarms.
✅ Broad Applications: Validated for EV batteries (GB38031-2020), aerospace components (MIL-STD-810D), and consumer electronics.
|Standard Accessories:
Vacuum glass observation window with interior light.
50mm power test hole (with silicone plug).
Overheat, phase sequence, and high/low voltage protection.
2 freely adjustable load shelves.
|Customization Services:
Extended temperature ranges (-70℃~+200℃).
Larger test zone sizes for heavy-duty and large-scale components.
Integration with lab IoT systems and remote service
Specialized cooling and heating systems for high-heat applications.
| Application Scenarios
National Defense: Test military electronics, radar components, and weapon system parts for extreme temperature resistance.
Electronics: Evaluate PCBs, semiconductors, and LEDs for thermal shock-induced failures.
Automotive: Validate sensors, ECUs, and battery modules under rapid temperature shifts.
|Compliance Standards
IEC 60068-2-14 (Environmental Testing)
MIL-STD-810G (Mechanical Vibration)
GB/T 2423.22 (Temperature Cycling)
|Why Choose Us?
30% energy saving via advanced refrigerant control.
High-temperature/humidity anti-condensation technology.
Low-temperature optimization (heater-free operation, PWM-regulated refrigerant flow).
Optional remote service and data sync capabilities.
