Neware WHW-200L2-0C-220V-5V100mA-160CH Dual-Temperature Zone All-in-One Battery Testing System, ENWHW200L0C5V100mA160CH2T

SKU: ENWHW200L0C5V100mA160CH2T

Neware WHW-200L2-0C-220V-5V100mA-160CH Dual-Temperature Zone All-in-One Battery Testing System, ENWHW200L0C5V100mA160CH2T — Neware dual-zone all-in-one system with two 100 L chambers, 320 total 5 V / 100 mA channels, and controlled testing from 0°C to 60°C.

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Neware WHW-200L2-0C-220V-5V100mA-160CH Dual-Temperature Zone All-in-One Battery Testing System, ENWHW200L0C5V100mA160CH2T

Product Type: Dual-Zone All-in-One Battery Testing System
Brand: Neware
Part Number: ENWHW200L0C5V100mA160CH2T

Product Introduction

The Neware WHW dual-zone system combines two independently controlled 100 L chambers with 160 battery-test channels per chamber. It supports simultaneous 5 V / 100 mA testing at two temperatures while maintaining a consolidated cabinet footprint.

Key Features

Two independent temperature zones — supports side-by-side thermal comparisons
320 total channels — 160 integrated channels in each chamber
5 V / 100 mA channel configuration — designed for high-density small-cell testing
0°C to 60°C range — covers common controlled-temperature cycling conditions
200 L total volume — two 100 L test compartments

Specification

ParameterSpecification
Part Number
  • ENWHW200L0C5V100mA160CH2T
Power
  • AC220V±10%, single phase, 50/60Hz, ~3000W
Channel Numbers
  • 160 channels (each chamber). 
  • 320 channels in total

         

Voltage/Current

  • Voltage: 5V
  • Current:100 mA
Temperature Range
  • 0℃ ~ 60℃
Heating Time
  • 25℃ ~ 60℃≤30min (No Loading)
Cooling Time
  • 25℃ ~ 0℃≤50min (No Loading)
Temperature Fluctuation
  • ≤±1.0 ℃
Temperature Deviation
  • ±2℃
Nominal Chamber Volume
  • 200 L in total (each chamber is 100 L, Inner Size: W500mm×D500mm×H400mm)
Dimension
  • W600mm × D920mm × H1920mm
Weight
  • ~260 kg

Applications

Dual-temperature cycle-life comparison, high-throughput coin-cell validation, aging studies, and production-scale laboratory screening.

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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