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Neware WGDW Series High and Low Temperature Test Chamber (150-1000 L), ENWGDWHLTTC

Neware WGDW Series High and Low Temperature Test Chamber (150-1000 L), ENWGDWHLTTC

In Stock SKU: ENWGDWHLTTC150L
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The Neware WGDW Series is a line of industrial-grade high and low temperature test chambers (often with humidity control) designed specifically for battery reliability, safety, and performance validation. It offers a broad temperature range, with models capable of reaching minimum temperatures of -4°F, -40°F, and -94°F (-20°C, -40°C, and -70°C). The chambers can achieve maximum temperatures up to 150°C, making them suitable for a wide variety of testing requirements.

Part Number
  • ENWGDWHLTTC
Power
  • AC220V±10%, single phase, 50/60Hz, 2000W
Channel Numbers
  • Depends on the chamber volume. For example, 225 L can accommodate 4 shelves and the maximum channels can be up to 160 channels. 
150 L Version
  • Heating Rate: (-20℃ ~ 150℃)≤ 60 min
  • Cooling Rate: (20℃ ~ -20℃)≤ 45 min
  • Inner Size: W500mm×D500mm×H600mm
  • External Size: W750mm×D1300mm×H1750mm
225 L Version
  • Heating Rate: (-40℃ ~ 150℃)≤ 60min
  • Cooling Rate: (20℃ ~ -40℃)≤ 60min
  • Inner Size: W600mm×D500mm×H750mm
  • External Size: W850mm×D1300mm×H1850mm
408 L Version
  • Heating Rate: (-40℃ ~ 150℃)≤ 60min
  • Cooling Rate: (20℃ ~ -40℃)≤ 60min
  • Inner Size: W800mm×D600mm×H850mm
  • External Size: W1050mm×D1400mm×H1950mm
800 L Version
  • Heating Rate: (-70℃ ~ 150℃)≤ 60min
  • Cooling Rate: (20℃ ~ -70℃)≤ 75min
  • Inner Size: W1000mm×D800mm×H1000mm
  • External Size: W1250mm×D1600mm×H2100mm
1000 L Version
  • Heating Rate: (-70℃ ~ 150℃)≤ 60min
  • Cooling Rate: (20℃ ~ -70℃)≤ 75min
  • Inner Size: W1000mm×D1000mm×H1000mm
  • External Size: W1250mm×D1800mm×H2100mm
Temperature Fluctuation
  • ±1℃
Temperature Derivation
  • ±2℃

 

References:

A. Dubois, et al., Coin Cell Battery Chamber Design for Low-temperature Operando Experiments, JOVE, DOI: 10.3791/68972

B. Kwon, et al., In Situ Gas Analysis and Fire Characterization of Lithium-Ion Cells During Thermal Runaway Using an Environmental Chamber, JOVE, DOI: 10.3791/65051.

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