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After-sales Service: | 12 Months Warranty & Life-Time Sale |
Warranty: | 1-Year |
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Temperature
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Operating temperature range
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0ºC ~ 45ºC
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Storage temperature range
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-10ºC to 50ºC
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Humidity
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Operating humidity range
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≤ 70% RH (no moisture condensation)
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Storage humidity range
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≤ 95% RH (no moisture condensation)
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Input power |
AC 380V±10% 50/60±5Hz
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Power factor |
≥ 99% (full load)
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Charge and discharge current distortion rate |
≤ 5% (full load)
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Input impedance |
≥ 1 MΩ
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Input power |
47 KW
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Machine efficiency (Max) |
≥ 90% (full load)
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Noise |
≤80dB
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Cooling method |
Forced air cooling
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Level of protection |
IP20
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Channel
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Number of channels
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24 |
Single channel power
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1.8 KW
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Overall output power
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43.2 KW
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Voltage
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Range
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Charge: 0V ~ 60V|Discharge: 6V ~ 60V
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Precision
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≤ 0.05% FS
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Resolution
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1mV
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Current
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Range
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-30A ~ 30A
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Precision
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≤ 0.05% FS
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Resolution
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1mA
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Time
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Current response time
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10ms (10%FS to 90%FS)
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Charge discharge conversion time
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20ms (-90%FS to 90%FS)
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Channel control mode
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All channels can be controlled independently
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Auxiliary channel type |
NTC
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NTC Temperature range |
- 30 ~ 120 ºC
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Temperature accuracy |
Plus or minus 2 ºC
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Temperature resolution |
0.1 ºC
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Number of temperatures per channel |
1 pcs
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Support experimental testing
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Battery cycle life test, battery capacity test, battery charge/discharge characteristic test, battery charge retention ability test, battery charge and discharge efficiency test, battery charge, overdischarge bearing
capacity test
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The minimum data
recording time
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10ms
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Other data recording
intervals
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△V, △I
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Type of communication
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The communication mode of the host computer is based on TCP/IP protocol
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Communication interface: Ethernet, CAN, 485; Support DBC import
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Number ofworksteps
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2000
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Number of cycles
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65535
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Loopnesting
|
5 |
Charge and
discharge mode
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Static, pause, constant current charging CC, constant voltage charging CV, constant resistance charging CR, constant current constant voltage charging CCCV,constant power charging CP, constant current discharge DC, constant power discharge DP, constant resistance discharge DR, DC internal resistance test
(DCIR)
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Cutoff conditions
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Voltage, current, capacity, energy, time, power, numberof cycles,BMS parameters, custom advanced parameters (support one or morelogic and or combination)
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Perform the type
of action
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goto, pause, protect, next,end
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Import the DBC
file
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Support file editing, saving and importing
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DC Internal
resistance test
(DCIR)
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Support DCIR work step, hardware real-time calculation, support graphic two kinds of tests
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Global parameter
configuration
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Voltage upper limit, lower limit; Current upper limit, lower limit; Power upper limit, lower limit; Global recording conditions (time, voltage, current interval)
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Scan barcode start
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Support barcode scanning and data binding, classify data by bar code for easy query
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Data storage
method
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Database file form (suffix.bTS format)
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Curve description
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X-axis time
Y-axis voltage, current, capacity
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Data view
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Tree expansion and contraction view, divided into cycle layer, work step layer, record layer view
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Data export method
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Export in Excel or CSV format
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AC side protection
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Power grid voltage over/undervoltage protection, surgeprotection,island protection, over and underfrequency protection, hardware over temperature protection, self-detection protection, etc
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DC side protection
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Busover and under voltage protection, hardware over temperature protection, battery channel line reverse connection protection, etc
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Battery side
comprehensive
protection
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Total battery voltage, lower limit protection, battery voltage, lower limit protection, battery temperature upper limit, lower limit protection, battery charge and discharge current upper limit protection, battery capacity, lower limit protection, BMS communication off-line protection, network off-line protection
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Power down
data protection
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With memory powerfailure protection function, can effectively avoiddata loss caused bypower failure orcall withoutmodifying the process can then continue to run at theprocess break point
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The data file
continues to run
(Channel migration)
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Without changing thedevice server, youcan continue theprevious process operation byloading the historical
data file.Thedevice will continue toperform the test process fromthelast running position of the data file.
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