BTS9000 is based on Neware 6th-generation testing system. It's designed for battery material research, high-precision tests, pulse charge/discharge tests, DCIR test, and cycle life test.

As the most cutting-edge equipment for battery material research, BTS9000 comes with extremely high accuracy(±0.02% of FS), amazing hardware response speed, wide range of applications, high-speed testing data acquisition and many other industry-proven characteristics, it's your ultimate choice for battery material research!

It characterized with a data acquisition frequency up to 1000Hz, an accuracy of 0.02% FS and a minimum pulse width of 400us (microsecond) which can be utilized for GSM or some other rapid pulse tests. Comes to the pulse tests, BTS9000 supports GSM(Global System for Mobile Communications), GPRS(General Packet Radio Service), CDMA-standby, CDMA-talk(Code Division Multiple Access), IDEN(Integrated Digital Enhanced Networks), etc.

Click here to see BTS9000 in actual GSM pulse test.

Product Feature
Extremely high accuracy(±0.02% of FS)

Adaptable to a wide range of products (cells, batteries, super-capacitors and battery modules, etc.)

Wide range of applications (grading, over charging/discharging, ladder-type charge/discharge, pulse)

DCIR, HPPC and GSM Pulse tests supported

4 channels paralleled available

Multi-current range available(4 ranges per channel)

Every channel can be user programmed to operate in steps of CCC(Constant Current Charging), CVC(Constant Voltage Charging), CC&CVC(Constant Current & Constant Voltage Charging), CPC(Constant Power Charging), CCD(Constant Current Discharging), CPD(Constant Power Discharging), Pulse, DCIR, etc.

Completely independent channels allow users to run multiple independent tests simultaneously without affecting other channels

With the BTS client software, data is easily viewed graphically

Diverse alligators and probe connection accessories for choose

Product Specification/Models
Input Power: AC 220V ±10% 50Hz

Voltage Output Range: 0 - 5V

Resolution: AD(16bit); DA(16bit)

Control Accuracy: ±0.02% of FS

Measuring Accuracy: ±0.02% of FS

Data recording rate: up to 1000Hz,

Operating modes: Charge - CC(Constant Current),CV(Constant Voltage), CC&CV(Constant Current & Constant Voltage), CP(Constant Power), Pulse

Discharge- CC(Constant Current), CV(Constant Voltage), CR(Constant Resistance), CP(Constant Power), Pulse

Paralleling mode: up to 4 channels

Multi range: Each channel supports 4 ranges