Danble Instrument (Kunshan) Co., Ltd.
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DanbleModel DBST-80 -Horizontal Basket Thermal Shock Chamber

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The Horizontal Basket Thermal Shock Chamber is engineered to simulate extreme temperature fluctuations for reliability testing of industrial components. Its innovative basket design allows seamless transfer between high- and low-temperature zones, enabling rapid thermal shock cycles. Horizontal Basket Thermal Shock Chamber | High-Performance Temperature Cycle Testing for Electronics & Automotive.

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  • Dual-Zone Design: Separates high-and low-temperature zones for instant shock transitions.
  • Rapid Temperature Switching: Achieve zone switching in ≤10s, ideal for high-stress screening.
  • Energy Efficiency: Advanced refrigeration systems minimize energy consumption during prolonged use.
  • Customizable Configurations: Adjustable basket dimensions and temperature range.
  • Low-Temperature Frost Prevention: Optimized airflow avoids condensation at -65?.
  • Durable Construction: Stainless steel interior and reinforced insulation ensure longevity.
  • User-Friendly Interface: PLC-controlled touchscreen with programmable cycles  ( up to 1,000 cycles)
  • Safety & Monitoring: OReal-time data logging,  multi-layer protection, pressure monitoring, and remote alerts ensure safe operation.
  • Internal Volume : 80L
  • Internal Dimensions : 500×400×400(mm)
  • Low Temperature Shock Range : -65? to 0 ?
  • High Temperature Shock Range : 60? to 150?
  • Pre-cooling Zone Cooling Range : -80? to 0?
  • Pre-heating Zone Heating Range : 60? to 180?
  • Pre-Cooling Zone Cooling Rate
  • : ≥1?/min
  • Pre-Cooling Zone Cooling Rate : ≥3?/min
  • Dwell Time : 16~60mins
  • Temperature Recovery Time : 1~5mins
  • Zone Swiching Time : ≤10s
  • Standard Reference: JESD22-A106B; GJB-150A;  MIL-STD-810G;  MIL-STD-202G,; GB/T2423.1; GB/T2423.2; GB/T2423.3; GB/T 5170.2; IEC 60068
  • Battery Testing: Suitable for lithium-ion, nickel-metal hydride, lead-acid, and solid-state batteries;
  • Electronics and Eletrical Products: Validate PCBs, semiconductors, and displays under thermal cycling;
  • Automotive: Tests battery components, ECUs, senosrs  and interior materials for extreme climates;
  • Aerospace and Defense: Certify chamber for high-altitude temperature stress;
  • Industrial and Consumer Products: Assess thermal stress resistance of mechanical parts and consumer electronics under various climatic conditions.
  • Medical Devices: Ensure reliability of diagnositc tools in fluctuating environments.