Small Current of 3C Cell Testing

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Small Current of 3C Cell Testing

CT-4008Tn-5V10mA/20mA/50mA-164

Small Current of 3C Cell Testing

CT-4000 Multi Range mA Battery Testing System, characterized with 0.05% FS accuracy and down to μA capability, enables users to perform DCIR tests, dQ/dV and other basic tests on three-electrode system. It mainly focuses on battery research & development institutions and universities.

Product Description

True Wireless Stereo (TWS) Testing | Coin Cell Testing | Material Research

Small Current of 3C Cell TestingCT-4008Tn-5V10mA-164

CT-4000 Multi Range mA Battery Testing System,
characterized with 0.05% FS accuracy and down to μA
capability, enables users to perform DCIR tests, dQ/dV
and other basic tests on three-electrode system. It mainly
focuses on battery research & development institutions
and universities.

Learn more about TWS Battery Test

Small in size. Big on capability.

BTS 4000

You can see equipment's unite ID via LCD. What's more, 164 port is used to connect
accessories to test coin cells. CT-4008Tn-5V10mA-164 equipment has already
became the classic equipment, which is widely used in universities, laboratories and
research institutes.

Application of parts in font of equipment

No details, no success

①Hanging ear: DIY the equipment with gantry；②Switch: Through the translucent
red acrylic material, you can vaguely see the red light；③Digital display: Display
equipment number from 1 to 32.；④the jack of aerial insertion：3量程设备配备164
航插，4量程设备配备124航插。

High efficiency in cooling system.

Small and delicate.

Neware new cooling system is much safer and higher efficiency than before. As we
know, air inlet occupies the half of the left and right sides. It is really in excellent
industrial design. Use it, it can give you a suprise.

Plug the cable into the network interface and switch on the power

Turn back and start to test

On the back, you can see the RS-485 interface and AC power supply, which connect
the middle computer and BTS server via the cable.

0.05%FS Accuracy, μA Current Unit
3 Range, Stable Performance

Learn more about specs

10Hz/ 100Hz
Data
Acquisition
Frequency

500ms
Min. Pulse
Width

Three-Electrode
System
Test

Charge &
Discharge
Rate

μA
Current Unit

dQ/dV
Curve

DCIR

0.05%FS
Accuracy

3 Range

≤500μ/1ms
Response Time

University Program

Joint laboratories help continuously upgrade testing standards.

The Neware University Program is the intersection between
Neware technology and the battery technology innovators. Ours
advanced battery testing systems witness every step forward of
the battery technology.

Integrated operation and collaborative work through BTS upper
computer control system

NEWARE battery charge and discharge test system realizes integrated
operation and collaborative work through BTS upper computer control
system, so as to maximize the battery characteristics and functions.

Learn more about Environmental Chamber

Software

Essential components

Download Neware BTS Software

dQ/dV

dQ/dV differential capacity curve: the peak on the curve indicates that there is a voltage plateau on the charge and discharge curve, and different peaks represent different electrochemical reactions.

Conditions Switches

Battery testing steps need to be estimated for several conditions according to different operations during testing applications; Conditions switches meet requirements for multi-exits programming types. “And””or” logic operation, “≥”, ”≤”, ”=” comparatively calculate; Time duration ”t”, can achieve control requirements for special testing. Every step supports 5 condition switches; Support multi-exits, go to any steps, achieve more flexible process control.

Segment-Record Conditions

Data record settings for voltage, current and time are supported; 3 segment-record conditions can be set for each step; Every segment can be set: ΔT, ΔV and ΔI .

Control peripheral equipment by communication

BTS Server come true the peripheral equipment (Battery tester & Automation) communication control via switch.

Super-capacitor testing

The unit of Q is Coulomb, 1 Coulomb = 1A * 1s = 1As; 1Ah = 3600 As(Amp Second); Work voltage U = Charge upper limited voltage - Discharge bottom limited voltage; Working voltage can be set and the EDLC coulomb could be calculated automatically by the software.