Advanced Battery Tester

Overview of Equipment:

All-in-one secondary battery charge-discharge evaluation system

The Advanced Battery Tester is a completely new battery charge-discharge tester with an integrated charge-discharge system and chamber. This system has four functions (performance test, endurance test, temperature characteristic test, and impedance evaluation) to make the most of the battery characteristic evaluation.

Main specifications (example)
Model ADBT-5-1 ADBT-5-10 ADBT-5-50 ADBT-5-400
Test area Temperature control range -40°C to 100°C
Temperature uniformity ±1.5°C
Output voltage Setting ranges 0 to 5000 mV (5 V)
Output accuracy ±0.1% of F.S.
Output current Setting ranges 0 to 1 mA
0 to 10 mA
0 to 100 mA
0 to 1000 mA(1A)
0 to 100 mA
0 to 1000 mA(1A)
0 to 10000 mA(10A)
0 to 500 mA
0 to 5000 mA(5A)
0 to 50000 mA(50A)
0 to 50 A
0 to 200 A
0 to 400 A
Output accuracy ±0.1% of F.S.
Output power Setting ranges 0 to 5 W 0 to 50 W 0 to 250 W 0 to 2000 W
Output accuracy ±0.2% of F.S.
Parallel function 2 parallel 16 A 80 A
4 parallel 32 A 160 A
8 parallel 320 A
Measurement points Current/voltage Current 1 point/channel, voltage (specimen edge) 1 point/channel
Temperature 1 point/channel 2 points/channel 2 points/channel

* To use the parallel function, a parallel-dedicated battery holder is required separately.

System variation
Chamber type 3-chamber type 2-chamber type 1-chamber type 1-chamber wide type
Figure: 3-chamber type Figure: 2-chamber type Figure: 1-chamber type Figure: 1-chamber wide type
Inside dimensions (mm) W 510
H 400 × 3 chambers
D 400
W 510
H 400 × 2 chambers
D 400
W 640
H 850
D 544
W1110
H 850
D 544
Outside dimensions (mm) W 950
H 2022
D 1300
W 950
H 1522
D 1300
W 1250
H 1875
D 1560
W 1720
H 1522
D 1560
ADBT-5-1 5V/1A 72 channels
(24 channels/chamber)
48 channels
(24 channels/chamber)
72 channels 144 channels
ADBT-5-10 5V/10A 72 channels
(24 channels/chamber)
48 channels
(24 channels/chamber)
72 channels 144 channels
5V/16A
(2 parallel control)
36 channels
(12 channels/chamber)
24 channels
(12 channels/chamber)
36 channels 72 channels
5V/32A
(4 parallel control)
18 channels
(6 channels/chamber)
12 channels
(6 channels/chamber)
18 channels 36 channels
ADBT-5-50 5V/50A 24 channels
(8 channels/chamber)
16 channels
(8 channels/chamber)
24 channels 48 channels
5V/80A
(2 parallel control)
12 channels
(4 channels/chamber)
8 channels
(4 channels/chamber)
12 channels 24 channels
5V/160A
(4 parallel control)
6 channels
(2 channels/chamber)
4 channels
(2 channels/chamber)
6 channels 12 channels
5V/320A
(8 parallel control)
3 channels
(1 channel/chamber)
2 channels
(1 channel/chamber)
3 channels 6 channels
ADBT-5-400 5V/400A 3 channels
(1 channel/chamber)
2 channels
(1 channel/chamber)
3 channels 6 channels
ADBT-5-600 5V/600A 3 channels
(1 channel/chamber)
2 channels
(1 channel/chamber)
3 channels 6 channels

 

Features:

Integrated specially designed chamber and system (patent pending)

One unit with four functions
Four functions (performance test, endurance test, temperature characteristic test, and impedance evaluation (optional)) have been condensed into one compact system. One system can flexibly meet various testing needs.
Photo: Test area (stacking type)
Test area (stacking type)
High accuracy, high quality evaluation
The integrated construction of the charge-discharge controller and test area improves reliability and convenience of testing and provides space savings.
Use of card edge connectors
The power supply and battery can be connected simply by setting the battery on the battery holder that uses card edge connectors and inserting it into the slot at the rear of the inside chamber. No battery wiring is required, thereby enabling secure connection.
Uniform temperature distribution
Horizontal airflow circulates inside the test area, with the stacking type having a horizontal air outlet and the single chamber type having a rear air outlet. In addition, the design takes into consideration the battery holder position and battery arrangement, and it ensures a uniform temperature environment even when a battery is installed.
Battery holder provides simple setting
ESPEC provides battery holders to accommodate various battery shapes, including coin, cylindrical, square, and laminated batteries, and according to charge-discharge conditions.
Set the battery simply by placing it in the battery fixing area on the battery holder.
Photo: Battery holder (for cylindrical cell battery)
Battery holder (for cylindrical cell battery)
Impedance measurement (optional)
You can measure the impedance in the resting state during the charge-discharge cycle (sweep measurement/fixed point measurement). Perform continuous measurement without moving the battery for high reliable data. It can also be used as a standalone impedance measurement device.

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