Neware CE-6008-Plus-5V75A Battery Tester, 8 Channels, 220V 60Hz

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SKU: CE-6008-Plus-5V75A
Regular price $ 6,279.95

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Neware CE-6008-Plus-5V75A Battery Tester, 8 Channels, 220V 60Hz

Introduction

The CE-6008-Plus-5V75A Battery Testing System is an 8-channel charge and discharge testing system designed for high-current battery cell testing, cycle life evaluation, DCIR testing, pulse testing, and laboratory research applications.

Each channel supports a current range of 0.15A to 75A, with a voltage range of 0V to 5V for charging and 1.5V to 5V for discharging. The system also supports up to 8 channels in parallel mode, allowing flexible configuration for higher-current testing requirements.

With high-accuracy voltage and current sampling, fast response time, multiple charge/discharge modes, data management functions, and comprehensive safety protection, this system is suitable for battery R&D, quality control, and performance validation.

Key Features

  • 8-channel battery charge/discharge testing system
  • Supports up to 8 channels in parallel mode
  • Current range: 0.15A to 75A per channel
  • Voltage range: 0V to 5V for charging, 1.5V to 5V for discharging
  • High voltage and current accuracy: ±0.02% of full scale
  • 24-bit voltage and current resolution
  • Fast current response time of ≤3 ms
  • Fast current conversion time of ≤6 ms
  • Minimum step time of 0.1 s
  • Multiple charge/discharge modes, including constant current, constant voltage, constant power, constant resistance, and combined test modes
  • Pulse testing support with minimum pulse width of 50 ms
  • DCIR calculation support
  • Data recording frequency up to 100 Hz
  • Data export available in Excel and TXT formats
  • Ethernet communication based on TCP/IP protocol
  • Software and hardware protection functions
  • Optional AUX system for temperature and voltage monitoring
  • Optional CAN, RS485, BMS communication, and third-party equipment integration

Specifications

Model / Material Code CE-6008-Plus-5V75A
Channel Quantity 8 channels
Channel Parallel Connection Supports up to 8 channels in parallel mode
Input Power Supply 1PH AC 220V ±15%, 50/60Hz ±5Hz
Power Factor ≥99% at full load
THDi ≤5% at full load
Input Power 4.3 kW
Input Current 19.5A single
Overall System Efficiency 75% max
Noise Level ≤65 dB
Equipment Size 445 × 550 × 130 mm
Weight Approx. 20 kg
Power Control Module Type MOSFET
Input Power Wiring Method One-phase-three-wire system
Power Input Protection Anti-surge, anti-islanding, over/under-frequency, over/under-voltage, open-phase protection, etc.
Ingress Protection IP20
Voltage and Current Sampling Four-wire connection; same port for charging and discharging
Charge Voltage Range 0V–5V
Discharge Voltage Range 1.5V–5V
Minimum Discharge Voltage 1.5V
Voltage Accuracy ±0.02% of full scale
Voltage Resolution 24-bit
Current Range 0.15A–75A
Current Accuracy ±0.02% of full scale
CV Cut-Off Current 0.05% of full scale
Current Resolution 24-bit
Single Channel Output Power 0.375 kW
Whole Machine Output Power 3 kW
Current Response Time ≤3 ms, 10% FS to 90% FS
Current Conversion Time ≤6 ms, -90% FS to 90% FS
Minimum Step Time 0.1 s
Input Impedance ≥1 MΩ
Charge/Discharge Modes CCC, CCD, CVC, CVD, CC-CVC, CC-CVD, CPC, CPD, CP-CVC, CP-CVD, CV-CRD, CRD, VSS, CSS
Standard Cut-Off Conditions Voltage, current, Δtime, capacity, -ΔV
Simulation Charge/Discharge Modes Current, power
Simulation Switching Supports continuous switching between charge and discharge
Simulation Cut-Off Conditions Time, step line
Step File Lines 1,000,000
Pulse Charge/Discharge Modes Current, power
Minimum Pulse Width 50 ms
Pulse Counts Up to 32
Pulse Charge/Discharge Switch Supported
Pulse Cut-Off Conditions Voltage, Δtime
DCIR Function DCIR by calculation
Software Protection Voltage lower limit, voltage upper limit, current lower limit, current upper limit, delay time, etc.
Hardware Protection Anti-reverse connection, over-voltage, over-current, over-temperature, etc.
Step Setting Method Form editing
Recording Frequency 100 Hz; 10 Hz when connected with AUX channel
Database MySQL database
Data Output Mode Excel, TXT
Curve Type Templates available; customization supported
Loop Test Range 1–65,535
Number of Steps in a Single Loop 1000+
Loop Nesting ≤10
Host Computer Communication Mode TCP/IP protocol
Communication Interface Ethernet
Lower Computer Communication Baud Rate 1M bandwidth
Host Computer Communication Baud Rate 10M–100M adaptive
Networking Mode Local area network through switches and routers
Optional Communication Expansion CAN, RS485, BMS communication with DBC configuration; third-party equipment integration
Supported Third-Party Equipment Environmental test chamber, water chiller, pressure fixture
Optional AUX Temperature Range Thermocouple: -200°C to 260°C
Optional AUX Temperature Accuracy ±1°C
Optional AUX Temperature Resolution 0.1°C
Optional AUX Voltage Range 0V–5V
Optional AUX Voltage Accuracy ±0.05% of full scale
Optional AUX Voltage Resolution 0.1 mV
Working Temperature 0°C–40°C
Storage Temperature -20°C–50°C
Working Humidity ≤70% RH, no condensation
Storage Humidity ≤80% RH, no condensation
Working Altitude ≤2000 m

Applications

  • Lithium-ion battery charge and discharge testing
  • Battery cell cycling and cycle life studies
  • Battery capacity, energy, and power evaluation
  • High-current battery cell testing
  • DCIR testing and pulse performance evaluation
  • Battery R&D and materials screening
  • Battery quality control and production testing
  • Battery aging and performance validation
  • Laboratory-scale battery testing
  • Testing with environmental chambers, water chillers, pressure fixtures, BMS systems, CAN, and RS485 communication systems

MSE Supplies is an authorized distributor of Neware in the USA. The product figure is for reference only. The actual product may look different based on the product configuration. 

MSE Supplies is a US-based leading supplier of battery research materials and equipment with thousands of customers worldwide.