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CE-4008Q-5V15A

Highly accurate 4-range tester, master of detail and realism. Current ranges of 5mA~300mA, 30mA~3A, 60mA~6A, and 150mA~15A can be selected to realize the controllable accuracy of small current in small range.

Quantity

Key Highlights

  • 8 independent channels

  • Voltage range: 0.025–5 V

  • Current range: 5 mA–15 A

  • 4 selectable current ranges

  • Voltage & current accuracy: ±0.05% F.S.

  • Voltage & current stability: 0.1% F.S.

  • 10 Hz recording frequency

  • 100 ms sampling time

  • Current response time: ≤1 ms

  • >65% energy efficiency

  • 1 GB offline testing

  • Up to 254 programmable work-step lines

  • Supports Cycle Life, Rate Charge/Discharge, Pulse Simulation, GITT, DCIR, and dQ/dV

  • The energy feedback system can recover energy generated during battery discharge

  • Compact 2U design

  • Multiple units can be assembled for larger-scale testing

  • Supports auxiliary voltage, temperature, and environmental test chambers

Description

The NEWARE CE-4008Q-5V15A is an 8-channel battery testing system designed for precise charge/discharge testing and performance evaluation of battery cells and energy storage devices. Each channel provides independent data acquisition and programming, allowing multiple batteries to be tested simultaneously under different conditions. The system provides four selectable current ranges from 5 mA to 15 A, allowing researchers to select an appropriate measurement range according to the testing requirements. The available ranges are 5 mA–300 mA, 30 mA–3 A, 60 mA–6 A, and 150 mA–15 A, providing greater control over measurement accuracy when working with different current levels. A key feature of the CE-4008Q-5V15A is its energy feedback capability. Energy generated during battery discharge can be recovered and redistributed to other battery channels or fed back to the internal power grid, with the system specified at >65% energy efficiency. The CE-4008Q-5V15A also supports advanced battery testing methods, including GITT, DCIR, pulse simulation, cycle-life testing, rate charge/discharge, and dQ/dV analysis, making it suitable for battery research as well as routine cell characterization and performance testing.

Specifications

Parameter

Specification

Equipment Name

CE-4000 Battery Testing System

Model

CE-4008Q-5V15A

Number of Channels

8 channels

Channel Operation

Independent data acquisition & programming

Input Power Supply

AC 220 V ±10%, 50 Hz

Input Active Power

0.68 kW

AD Resolution

24-bit

DA Resolution

16-bit

Input Impedance

≥1 MΩ

Constant Voltage Range

0.025–5 V

Minimum Discharge Voltage

1.5 V (2 m cable length)

Voltage Accuracy

±0.05% F.S.

Voltage Stability

0.1% F.S.

Current Range 1

5 mA–300 mA

Current Range 2

30 mA–3 A

Current Range 3

60 mA–6 A

Current Range 4

150 mA–15 A

Current Accuracy

±0.05% F.S.

Current Stability

0.1% F.S.

Recording Frequency

10 Hz

Sampling Time

100 ms

Current Response Time

≤1 ms

Energy Efficiency

>65%

Offline Test Storage

1 GB

Programmable Work Steps

Up to 254 editable lines

Design

2U modular

F.S. = Full Scale. Specifications are based on the current NEWARE product page.

Application

The CE-4008Q-5V15A is suitable for:

  • Battery Cell Testing

  • Rechargeable Battery Testing

  • Consumer Electronics

  • Laptop & Tablet Batteries

  • Communication Device Batteries

  • Battery Materials Research

  • Solid-State Battery Research

  • Cycle Life Testing

  • Rate Charge / Discharge Testing

  • GITT

  • DCIR Testing

  • Pulse Simulation

  • dQ/dV Differential Capacity Analysis

  • Battery Performance Evaluation

NEWARE specifically identifies this model for laptop and tablet batteries, consumer electronics, and communication applications, while the product itself supports broader battery testing and research workflows.

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