Neware CE-6008n-100V60A-H, 100V60A Battery Module Testing Equipment, 8 channels
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Neware CE-6008n-100V60A-H, 100V60A Battery Module Testing Equipment, 8 Channels
Introduction
The Neware CE-6008n-100V60A-H, 100V60A Battery Module Testing Equipment, 8 Channels is a high-performance battery module testing system designed for charge/discharge cycling, simulation testing, pulse testing, and DCIR analysis. With 8 independent channels, up to 100V / 60A per channel, and support for up to 4-channel parallel connection, it is suitable for battery module research, performance validation, and advanced high-voltage testing applications.
Built with four-wire sampling, dual closed-loop control, TCP/IP communication, and centralized MySQL data management, this system provides accurate control, stable operation, and flexible integration for demanding laboratory and production environments. Optional AUX channels also support temperature and voltage monitoring during testing.
Key Features
- 8 independent testing channels
- Up to 100V / 60A per channel
- Supports max. 4-channel parallel mode
- Voltage accuracy of ±0.02% FS
- Current accuracy of ±0.05% FS
- Single-channel output power up to 6 kW
- Whole-machine output power up to 48 kW
- Four-wire connection for accurate voltage and current sampling
- Supports charge/discharge, simulation, pulse, and DCIR testing
- Minimum pulse time of 50 ms
- Recording frequency up to 100 Hz
- TCP/IP communication and MySQL database support
- Optional CAN, RS485, and BMS communication
- Supports third-party integration with environmental chambers, water chillers, and pressure fixtures
Specifications
| Parameter | Specification |
|---|---|
| Model | CE-6008n-100V60A-H |
| Channels Quantity | 8 |
| Channel Parallel Connection | Supports max. 4 channels parallel mode |
| Input Power Supply | 3PH-AC380V ±15%, 50/60 ±5Hz |
| Power Factor | ≥99% (full load) |
| THDi | ≤5% (full load) |
| Input Power | 56.5 kW |
| Input Current | 85.8 A / single |
| Overall System Efficiency (Max) | 90% |
| Noise | ≤65 dB |
| Equipment Size (W × D × H) | 600 × 800 × 1300 mm |
| Weight | About 192 kg |
| Power Control Module Type | MOSFET |
| Input Power Wiring Method | Three-phase-five wire system |
| Power Input Protection | Anti-surge, anti-islanding, over-under-frequency, over-under-voltage, open-phase protection |
| Ingress Protection | IP20 |
| Voltage and Current Sampling | Four-wire connection (same port for charging and discharging) |
| Voltage Output Range | Charge: 0V–100V; Discharge: 3V–100V |
| Minimum Discharge Voltage | 3V |
| Voltage Accuracy | ±0.02% of FS |
| Voltage Resolution | 24 bit |
| Current Output Range | 0.12A–60A |
| Current Accuracy | ±0.05% of FS |
| CV Cut-off Current | 0.05% of FS (each independent range) |
| Current Resolution | 24 bit |
| Single Channel Output Power | 6 kW |
| Whole Machine Output Power | 48 kW |
| Current Response Time | ≤3 ms |
| Current Conversion Time | ≤6 ms |
| 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 |
| Cut-off Condition | Voltage, current, Δtime, capacity, -ΔV |
| Simulation Modes | Current, Power |
| Simulation Switch | Supports continuous switching between charge and discharge |
| Simulation Cut-off Condition | Time, step line |
| Steps File Lines | 1,000,000 |
| Pulse Charge/Discharge Modes | Current, Power |
| Minimum Pulse | 50 ms |
| Pulse Counts | Up to 32 |
| Charge and Discharge Switch | Supported |
| Pulse Cut-off Condition | Voltage, ΔTime |
| DCIR | DCIR by calculation |
| Software Protection | Voltage lower/upper limit, current lower/upper limit, delay time, etc. |
| Hardware Protection | Anti-reverse connection, over-voltage, over-current, over-temperature |
| Step Setting Method | Form editing |
| Recording Frequency | 100 Hz (10 Hz when two AUX channels allocate under one main channel) |
| Database | MySQL database |
| Data Output Mode | Excel, Txt |
| Curve Type | Templates available, customization supported |
| Loop Test Range | 1–65535 |
| Number of Steps in a Single Loop | ≤255 |
| Loop Nesting | ≤10 |
| Host Computer Communication Mode | Based on 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 |
| Communication Expansion (Optional) | CAN, RS485, BMS communication with DBC; supports chamber, water chiller, pressure fixture integration |
| Optional Temperature Aux Range | Thermocouple: -200°C to 260°C |
| Optional Temperature Accuracy | ±1°C |
| Optional Temperature Resolution | 0.1°C |
| Optional Voltage Aux Range | 0V–5V |
| Optional Voltage Accuracy | ±0.05% of FS |
| Optional Voltage Resolution | 0.1 mV |
| Working Temperature | -10°C to 40°C |
| Storage Temperature | -20°C to 50°C |
| Working Humidity | ≤70% RH (no water vapor condensation) |
| Storage Humidity | ≤80% RH (no water vapor condensation) |
| Working Altitude | <2000 m |
Applications
This battery module testing equipment is suitable for:
- Battery module charge/discharge testing
- Cycle life evaluation
- Pulse and DCIR testing
- Simulation-based battery testing
- Integrated testing with environmental chambers, water chillers, or pressure fixtures
Important Notes
- This battery tester does not include a middle machine. If required, the middle machine must be purchased separately. Please order it separately
- The default fixture supplied with this unit is the Ring Connector, and the default channel cable length is 2 meters. The polymer clamp is shown in the image below.
- If you require a different type of clamp, please contact MSE Supplies directly.
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.