Mr. SAVIN Jean-FrancoisWe have been using Neware benches for testing our primary cells and batteries for several years. We are quite satisfied about the quality of this type of equipment and we find always good and very reactive feedback from their after-sales service to help us in specific case.
Prof. Lv LiWe have been using Neware battery testing system for many years. We are focused on different electrochemical tests of lithium-ion batteries. The Neware machine is easy to be used and the program is easy to set. We have conducted charge-discharge cycling for more than 5000 cycles and the machine showed very good stability, which helped us to obtain
Mr. Frank GroenVarious neware testing systems have been equipped our laboratory for years and serves very good. We use them for many kinds of tests. Easy to handle the tests and data is well organized for our reporting work. The most important thing is the measurement and control are quite accurate and reliable.
8CH Coins Battery Cell Cycler
|Charge Voltage Range||0V - 5V||Charge Discharge Current||5uA – 1mA 1mA – 5mA 5mA – 10mA|
|Accuracy||0.05 Percent Of FS||Stable||0.05 Percent Of FS|
|Dimensions||480 - 330 - 70mm||Working Temperature Range||0 - 40 Degree Celsius|
10mA Battery Cell Cycler,
8CH Battery Cell Cycler
Neware Consumer Coins Battery Cell Cycle Testing Instrument 8CH 10mA
1 . Testing with the uA current unit is more accurate and more convenient .
2 . The design of the uA current unit plays a vital role in the field of current accurate measurement , which is more convenient and more accurate .
3 . Generally , magnetoelectric galvanometer can achieve uA level , electromagnetic galvanometer can achieve mA level .
4 . Sensitive galvanometer is used for students to check weak current or tiny voltage in DC circuit in the lab .
5 . It is a kind of high sensitive magnetoelectric instrument , which can measure the tiny current .
6 . CT-4000 Multi Range mA Battery Testing System , characterized with 0.05 percent of FS accuracy and down to uA capability , enables users to perform DCIR tests , dQ / dV and other basic tests on three - electrode system .
7 . It mainly focuses on battery research and development instituions and universities .
8 . 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 .
|resolution||AD 16bit , DA 16bit|
|Channel Features||Constant Current Source and Constant Voltage Source with Independent pairs of Closed - loop Structure|
|Channel Control Mode||Independent Control|
|Voltage||Per Channel Voltage Range||0V - 5V|
|Discharge Min Voltage||0V|
|Accuracy||0.05 percent of FS|
|Stability||0.05 percent of FS|
|Power||Per Channel Output Power||0.25W|
|Data Recording||Record Frequency||10Hz|
|Charge||Charge Mode||CCCharge , CVCharge , CCCVCharge , CPCharge|
|End Conditon||Voltage , Current , Relative Time , Capacity , -deltaV|
|Discharge||Discharge Mode||CCD , CPD , CRD|
|End Condition||Voltage , Current , Relative Time , Capacity|
|Pulse||charge||CCC , CPC|
|Discharge||CCD , CPD|
|Min Pulse Width||500ms|
|Automated Switch||Automated swith from charge to discharge for each pulse|
|End Condition||Voltage, Test Time|
|Cycle||Loop Measure Range||65535 times|
|Max Steps Per Loop||254|
|Nested Loop||Nested loop Function , Max Support 3 Layers|
|Voltage and Current Testing Sample||4 - wire connecting|
|A Means of Communication of Upper Machine||TCP / IP Protocol|
|Communication Interface||Ethernet Port|
|Per Unit Main Channels No.||8|
|Dimensions||3U , 480 – 404 - 130mm|