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Product overview

Developed by BRS in Germany, this battery diagnosis device quickly diagnoses and analyzes battery state, in other words SoC (State of Charge) and SoH (State of Health), using the characteristic of battery impedance that changes based on frequency.
Our product supports data log functions in ASCII and CSV file formats for further analysis of data.

HanilProTech provides technical support for 'Impedance Spectrum Battery Diagnostic Device' and customized products to meet user requirements.

Product type and specification

Type

BTC1B

MBT-S / -L

MBT-X5

BIM2B

BIM-HV-B

Application R&D,
Qualification of cells
Production,
BoL-Test, EoL-Test
Production,
BoL-Test, EoL-Test
R&D, QA and diagnosis for cells and modules R&D, QA and diagnosis for high voltage systems
Special features Complete test of cylindrical cells with just one instrument 3 parameters in just 0.4sec AC-IR and DC-IR 5channel cell measurement system Easy-to-use universal tool for impedance testing Impedance tester for up to 900V
Measurement speed 1sec per frequency
12sec….84sec per scan
0.4sec 0.1sec….1.3sec per channel 1sec per frequency
12sec….84sec per scan
1sec…6sec per frequency
12sec…22sec per scan
Voltage ranges 5V, 60V 5V 5V 5V, 60V 100V, 900V
Impedance types Resistance, reactance
Nyquist plot Model parameters
Resistance Resistance Resistance, reactance
Nyquist plot Model parameters
Resistance, reactance
Nyquist plot Model parameters
Impedance ranges 1mΩ…1Ω
in 7 ranges
(MBT-S)1 / 3 / 10 mΩ
(MBT-L)10 / 30 / 100 mΩ
10 / 30 / 100 / 300mΩ 1mΩ…1Ω
in 7 ranges
10 / 100 / 1000mΩ
Frequency range 0.1Hz…1000Hz 10Hz, 1000Hz 1Hz, 10Hz, 100Hz, 1kHz 0.1Hz…1000Hz 1Hz…1000Hz
Additional measurements Temperature, Capacity Temperature - Temperature -
Communication interface USB RS232 RS232 and USB USB or RS232 USB
Detailed page More info More info More info More info More info

Principle of battery diagnosis

Used for battery diagnosis, EIS measures impedance inside a battery under various frequencies to quickly and
accurately diagnose its state.

Battery impedance change due to aging
Impedance change of damaged battery types

Scope of application

  •  
    Development (R&D)

    Properties analysis
    Model parameter derivation

  •  
    Mass production

    Quality assessment
    Consistency assessment

  •  
    Testing / inspection

    Cell balance test
    On-Line test

  •  
    Repair service

    Quick battery diagnosis
    Battery state monitoring

Battery quality inspection

Assessment of battery cell balance

Quick diagnosis of battery state