Neware WGDW-800L2-70C-380V-32U-B, -70 to 150℃ All-in-One 800L battery Testing System

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SKU: WGDW-800L2-70C-380V-32U-B
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Neware WGDW-800L2-70C-380V-32U-B, -70 to 150℃ All-in-One 800L Battery Testing System

Introduction

The Neware WGDW-800L2-70C-380V-32U-B, -70 to 150℃ All-in-One 800L Battery Testing System is a dual-zone high and low temperature battery testing chamber designed for battery performance evaluation under controlled thermal conditions. It combines a 360L × 2 dual-temperature-zone chamber with integrated 5V6A128CH (Series 4) battery testing equipment, making it suitable for new energy production enterprises, research institutes, and laboratories requiring reliable battery adaptability and performance testing in high- and low-temperature environments.

With a temperature range of -70℃ to 150℃, dual control units, Ethernet communication, integrated fire safety features, and insulated battery trays, this all-in-one system is built for efficient thermal testing, programmable chamber control, and battery test interconnection. The chamber also supports upper-computer programming control and optional customization of the battery tray structure to accommodate different battery sizes and formats.

Key Features

  • All-in-one dual-zone battery testing system
  • Product model: WGDW-800L2-70C-380V-32U-B
  • Temperature range: -70℃ to 150℃
  • Dual temperature zones, nominal volume 360L × 2
  • Integrated 5V6A128CH (Series 4) battery testing equipment
  • High color LCD touch screen controller
  • Program mode and set value mode operation
  • PT100 temperature sensor with 0.01℃ display accuracy
  • Heating time: +20℃ to +150℃ ≤60 min
  • Cooling time: +20℃ to -70℃ ≤75 min
  • Anti-fog observation window, lighting, and adjustable insulated battery trays
  • Built-in smoke alarm, exhaust device, and 8L CO₂ fire extinguishing bottle
  • Supports upper computer programming control and Ethernet communication
  • Suitable for battery performance testing in new energy production and research applications

Specifications

Parameter Specification
Model WGDW-800L2-70C-380V-32U-B
Product Type Automatic Fire Extinguishing Dual-Temperature Zones High and Low Temperature Chamber
Application Battery performance testing in new energy enterprises and research institutes
Nominal Volume 360L × 2
Inner Box Size (Single Temperature Zone) W800 × D600 × H750 mm
External Dimensions W1600 × D2050 × H2050 mm
Weight About 1120 kg
Temperature Range -70℃ to 150℃
Temperature Fluctuation ≤±0.5℃ (no load, temperature stable)
Temperature Deviation ±2.0℃ (no load, temperature stable)
Heating Time +20℃ to +150℃ ≤60 min
Cooling Time +20℃ to -70℃ ≤75 min
Test Method GB/T 5170.2-2017 Temperature test equipment
Standards Met GB/T 2423.1-2008, GB/T 2423.2-2008, GJB 150.3A-2009, GJB 150.4A-2009, GB/T 10592-2008
Exterior Wall Material High quality cold rolled steel plate, surface spray treatment
Inner Wall Material SUS304 stainless steel plate
Insulation Material Hard polyurethane foam + aluminum silicate cotton
Insulation Thickness 100 mm
Air Conditioning Channel Centrifugal fan, heater, evaporator (dehumidifier), left and right horizontal air intake and outlet mode
Lead Hole (Single Temperature Zone) φ50 mm / 8
Wheels 4, with adjustable feet
Observation Window Multi-layer hollow electric heating film anti-fog window, approx. 330 × 450 mm visible range
Lighting (Single Temperature Zone) 1
Battery Tray (Single Temperature Zone) 2 layers, high-temperature resistant electric insulation tray
Tray Load Capacity 10 kg/layer evenly distributed
Maximum Total Sample Load per Box 40 kg
Door Type Single hinge door, left hinge, right handle
Door Features Observation window, lighting lamp, anti-condensation heating, double-layer silicone sealing strip
Control Panel Controller display, over-temperature protection setter
Refrigeration Working Mode Mechanical compression cascade refrigeration
Refrigeration Compressor France imported “Taikang” fully enclosed compressor or Emerson gas turbine compressor
Refrigerant R404A / R23
Condenser Air-cooled finned tube heat exchanger
Evaporator Finned tube heat exchanger
Heater Type Stainless steel finned heater
Heater Control Mode Contactless periodic pulse width modulation, SSR
Controller Model Professional temperature controller
Display High color LCD touch screen
Operation Mode Program mode, set value mode
Setting Method Color touch human-computer interaction, Chinese/English interface
Control Mode Anti-integral saturation PID, BTC balance temperature control mode
Temperature Measurement Method Grade A armored PT100 sensor
Display Accuracy Temperature: 0.01℃; Time: 1 min
Over-Temperature Protection Independent over-temperature protector with shutdown alarm
Integrated Testing Equipment 5V6A128CH (Series 4), located on the side of the housing
Control Unit 2
Network Switch 1
Programming Control Upper computer programming control supported
Smoke Alarm Equipped
Exhaust Device Auto starts when smoke concentration exceeds standard
Fire Extinguishing Device One 8L carbon dioxide empty bottle per device, manual or automatic extinguishing
Other Safety Protections Phase sequence and phase loss protection, leakage protection, overload and short circuit protection, power failure recovery protection
Power Supply Conditions AC (380±38) V, (50±0.5) Hz, three-phase five-wire system
Grounding Resistance < 4Ω
Power Distribution (10.5 kW chamber + 2.4 kW test equipment) × 2
Maximum Current 26 A × 2
Operating Environment 5℃ to 35℃, ≤85% RH, 86–106 kPa
Battery Specification Soft pack battery, single temperature zone 5V300A4CH (double temperature zone 8CH)
Battery Placement Place the second floor in the single temperature zone
Battery Tray Customization Can be customized according to needs

 

Applications

This all-in-one battery testing system is suitable for:

  • Battery performance testing under high and low temperature conditions
  • Adaptability testing for batteries used in aviation, automotive, and research fields
  • New energy battery production testing
  • Research institute battery validation and environmental simulation
  • Integrated thermal chamber and battery cycling test workflows