CE-6000n(High frequency isolation10V～120V)

CE-6008n-5V300A CE-6016n-6V300A CE-6012n-60V50A CE-6008n-100V100A-H CE-6000(Tower)

Overview Specs Downloads FAQ Video

CE-6008n-5V300A CE-6016n-6V300A CE-6012n-60V50A CE-6008n-100V100A-H CE-6000(Tower)

Overview Specs Downloads FAQ Video

Charge and Discharge Module & PACK Testing (Energy-Feedback)

CE-6000n(High frequency isolation10V～120V)

Model
Material Code

CE-6012n-20V50A-H
Material Code

CE-6012n-20V50A-H
Material Code

CE-6012n-20V50A-H
Material Code

CE-6012n-20V50A-H
Material Code

CE-6012n-20V50A-H
Channel information
Number of Channels

Number of Channels per Cabinet: 12
Number of Channels

Number of Channels per Cabinet: 12
Number of Channels

Number of Channels per Cabinet: 12
Number of Channels

Number of Channels per Cabinet: 12
Number of Channels

Number of Channels per Cabinet: 12
Main Channel

通道特点：CC-CV恒流源与恒压源采用双闭环结构；

通道控制模式：独立控制；

通道并联：支持通道并联，并联后不支持脉冲和模拟测试；
Main Channel

通道特点：CC-CV恒流源与恒压源采用双闭环结构；

通道控制模式：独立控制；

通道并联：支持通道并联，并联后不支持脉冲和模拟测试；
Main Channel

通道特点：CC-CV恒流源与恒压源采用双闭环结构；

通道控制模式：独立控制；

通道并联：支持通道并联，并联后不支持脉冲和模拟测试；
Main Channel

通道特点：CC-CV恒流源与恒压源采用双闭环结构；

通道控制模式：独立控制；

通道并联：支持通道并联，并联后不支持脉冲和模拟测试；
Main Channel

通道特点：CC-CV恒流源与恒压源采用双闭环结构；

通道控制模式：独立控制；

通道并联：支持通道并联，并联后不支持脉冲和模拟测试；
Input Indicators
Input Power

AC380V±15% 50/60±5Hz
Input Power

AC380V±15% 50/60±5Hz
Input Power

AC380V±15% 50/60±5Hz
Input Power

AC380V±15% 50/60±5Hz
Input Power

AC380V±15% 50/60±5Hz
Power Factor

≥99%（Full Load）
Power Factor

≥99%（Full Load）
Power Factor

≥99%（Full Load）
Power Factor

≥99%（Full Load）
Power Factor

≥99%（Full Load）
THDi

≤5% (Full Load)
THDi

≤5% (Full Load)
THDi

≤5% (Full Load)
THDi

≤5% (Full Load)
THDi

≤5% (Full Load)
Input Impedance

≥1MΩ
Input Impedance

≥1MΩ
Input Impedance

≥1MΩ
Input Impedance

≥1MΩ
Input Impedance

≥1MΩ
Input Power

14.1 KW
Input Power

14.1 KW
Input Power

14.1 KW
Input Power

14.1 KW
Input Power

14.1 KW
Input Current

21.5 A/per Phase
Input Current

21.5 A/per Phase
Input Current

21.5 A/per Phase
Input Current

21.5 A/per Phase
Input Current

21.5 A/per Phase
Efficiency

90%
Efficiency

90%
Efficiency

90%
Efficiency

90%
Efficiency

90%
Noise

≤65dB
Noise

≤65dB
Noise

≤65dB
Noise

≤65dB
Noise

≤65dB
Voltage and Current Testing Sampling

Four Wire Connection (Same Port for Charging and Discharging)
Voltage and Current Testing Sampling

Four Wire Connection (Same Port for Charging and Discharging)
Voltage and Current Testing Sampling

Four Wire Connection (Same Port for Charging and Discharging)
Voltage and Current Testing Sampling

Four Wire Connection (Same Port for Charging and Discharging)
Voltage and Current Testing Sampling

Four Wire Connection (Same Port for Charging and Discharging)
Power Control Module Type

MOSFET
Power Control Module Type

MOSFET
Power Control Module Type

MOSFET
Power Control Module Type

MOSFET
Power Control Module Type

MOSFET
Input Power Wiring Mode

Three Phase Five Wire
Input Power Wiring Mode

Three Phase Five Wire
Input Power Wiring Mode

Three Phase Five Wire
Input Power Wiring Mode

Three Phase Five Wire
Input Power Wiring Mode

Three Phase Five Wire
Protect

Anti Surge, Anti Islanding, Overfrequency and Underfrequency, Overvoltage and Undervoltage, Phase Lacking Protection, etc
Protect

Anti Surge, Anti Islanding, Overfrequency and Underfrequency, Overvoltage and Undervoltage, Phase Lacking Protection, etc
Protect

Anti Surge, Anti Islanding, Overfrequency and Underfrequency, Overvoltage and Undervoltage, Phase Lacking Protection, etc
Protect

Anti Surge, Anti Islanding, Overfrequency and Underfrequency, Overvoltage and Undervoltage, Phase Lacking Protection, etc
Protect

Anti Surge, Anti Islanding, Overfrequency and Underfrequency, Overvoltage and Undervoltage, Phase Lacking Protection, etc
Function and Performance Index
Simulation Step

充电模式：电流、功率；

放电模式：电流、功率；

切换：支持充放电连续切换；

截止条件：时间、行号；

下载数据量：最大支持100万行工况下载；
Simulation Step

充电模式：电流、功率；

放电模式：电流、功率；

切换：支持充放电连续切换；

截止条件：时间、行号；

下载数据量：最大支持100万行工况下载；
Simulation Step

充电模式：电流、功率；

放电模式：电流、功率；

切换：支持充放电连续切换；

截止条件：时间、行号；

下载数据量：最大支持100万行工况下载；
Simulation Step

充电模式：电流、功率；

放电模式：电流、功率；

切换：支持充放电连续切换；

截止条件：时间、行号；

下载数据量：最大支持100万行工况下载；
Simulation Step

充电模式：电流、功率；

放电模式：电流、功率；

切换：支持充放电连续切换；

截止条件：时间、行号；

下载数据量：最大支持100万行工况下载；
Voltage

Testing Range per Channel

Charging: 0V~20V；Discharging: 2V~20V；

Minimum Discharge Voltage

2V；

Accuracy

±0.02% of FS；

Resolution

24bit；
Voltage

Testing Range per Channel

Charging: 0V~20V；Discharging: 2V~20V；

Minimum Discharge Voltage

2V；

Accuracy

±0.02% of FS；

Resolution

24bit；
Voltage

Testing Range per Channel

Charging: 0V~20V；Discharging: 2V~20V；

Minimum Discharge Voltage

2V；

Accuracy

±0.02% of FS；

Resolution

24bit；
Voltage

Testing Range per Channel

Charging: 0V~20V；Discharging: 2V~20V；

Minimum Discharge Voltage

2V；

Accuracy

±0.02% of FS；

Resolution

24bit；
Voltage

Testing Range per Channel

Charging: 0V~20V；Discharging: 2V~20V；

Minimum Discharge Voltage

2V；

Accuracy

±0.02% of FS；

Resolution

24bit；
Current

Testing Rang per Channel: 0.25A~50A；

Accuracy (Independent Range): ±0.05% of FS；

Constant Voltage Cut-off Current: 50mA；

Resolution: 24bit；
Current

Testing Rang per Channel: 0.25A~50A；

Accuracy (Independent Range): ±0.05% of FS；

Constant Voltage Cut-off Current: 50mA；

Resolution: 24bit；
Current

Testing Rang per Channel: 0.25A~50A；

Accuracy (Independent Range): ±0.05% of FS；

Constant Voltage Cut-off Current: 50mA；

Resolution: 24bit；
Current

Testing Rang per Channel: 0.25A~50A；

Accuracy (Independent Range): ±0.05% of FS；

Constant Voltage Cut-off Current: 50mA；

Resolution: 24bit；
Current

Testing Rang per Channel: 0.25A~50A；

Accuracy (Independent Range): ±0.05% of FS；

Constant Voltage Cut-off Current: 50mA；

Resolution: 24bit；
Power

Output Power per Channel: 1KW；

Overall Output Power: 12KW；
Power

Output Power per Channel: 1KW；

Overall Output Power: 12KW；
Power

Output Power per Channel: 1KW；

Overall Output Power: 12KW；
Power

Output Power per Channel: 1KW；

Overall Output Power: 12KW；
Power

Output Power per Channel: 1KW；

Overall Output Power: 12KW；
Time

Current Response Time: ≤3ms；

Current Conversion Time: ≤6ms；

Minimum Step Time: 0.1s；
Time

Current Response Time: ≤3ms；

Current Conversion Time: ≤6ms；

Minimum Step Time: 0.1s；
Time

Current Response Time: ≤3ms；

Current Conversion Time: ≤6ms；

Minimum Step Time: 0.1s；
Time

Current Response Time: ≤3ms；

Current Conversion Time: ≤6ms；

Minimum Step Time: 0.1s；
Time

Current Response Time: ≤3ms；

Current Conversion Time: ≤6ms；

Minimum Step Time: 0.1s；
Charge and Discharge Mode

Charge and Discharge Mode

Constant Current Charging, Constant Voltage Charging, Constant Current and Constant Voltage Charging (Smooth Transition from Constant Current to Constant Voltage; Prevent the impact of current spike and large current on the battery in order to protect battery), Constant Power Charging

Constant Current Discharge, Constant Voltage Discharge, Constant Power Discharge, Constant Resistance Discharge

Cut-off Condition

Voltage, Current, Relative Time, Capacity, -ΔV
Charge and Discharge Mode

Charge and Discharge Mode

Constant Current Charging, Constant Voltage Charging, Constant Current and Constant Voltage Charging (Smooth Transition from Constant Current to Constant Voltage; Prevent the impact of current spike and large current on the battery in order to protect battery), Constant Power Charging

Constant Current Discharge, Constant Voltage Discharge, Constant Power Discharge, Constant Resistance Discharge

Cut-off Condition

Voltage, Current, Relative Time, Capacity, -ΔV
Charge and Discharge Mode

Charge and Discharge Mode

Constant Current Charging, Constant Voltage Charging, Constant Current and Constant Voltage Charging (Smooth Transition from Constant Current to Constant Voltage; Prevent the impact of current spike and large current on the battery in order to protect battery), Constant Power Charging

Constant Current Discharge, Constant Voltage Discharge, Constant Power Discharge, Constant Resistance Discharge

Cut-off Condition

Voltage, Current, Relative Time, Capacity, -ΔV
Charge and Discharge Mode

Charge and Discharge Mode

Constant Current Charging, Constant Voltage Charging, Constant Current and Constant Voltage Charging (Smooth Transition from Constant Current to Constant Voltage; Prevent the impact of current spike and large current on the battery in order to protect battery), Constant Power Charging

Constant Current Discharge, Constant Voltage Discharge, Constant Power Discharge, Constant Resistance Discharge

Cut-off Condition

Voltage, Current, Relative Time, Capacity, -ΔV
Charge and Discharge Mode

Charge and Discharge Mode

Constant Current Charging, Constant Voltage Charging, Constant Current and Constant Voltage Charging (Smooth Transition from Constant Current to Constant Voltage; Prevent the impact of current spike and large current on the battery in order to protect battery), Constant Power Charging

Constant Current Discharge, Constant Voltage Discharge, Constant Power Discharge, Constant Resistance Discharge

Cut-off Condition

Voltage, Current, Relative Time, Capacity, -ΔV
Simulation Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Switch: Support continuous switching between charge and discharge;

Cut off condition: Time, Line number;

Amount of Data Download: Maximum Support for 1 Million Line Simulation Download;
Simulation Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Switch: Support continuous switching between charge and discharge;

Cut off condition: Time, Line number;

Amount of Data Download: Maximum Support for 1 Million Line Simulation Download;
Simulation Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Switch: Support continuous switching between charge and discharge;

Cut off condition: Time, Line number;

Amount of Data Download: Maximum Support for 1 Million Line Simulation Download;
Simulation Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Switch: Support continuous switching between charge and discharge;

Cut off condition: Time, Line number;

Amount of Data Download: Maximum Support for 1 Million Line Simulation Download;
Simulation Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Switch: Support continuous switching between charge and discharge;

Cut off condition: Time, Line number;

Amount of Data Download: Maximum Support for 1 Million Line Simulation Download;
Pulse Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Minimum Pulse Width: 100ms;

Pulse No.: A single pulse step can support 32 different pulses;

Charge and Discharge Continuous Switching: One pulse step can realize continuous switching from charging to discharging;

Cut off condition: Voltage, Relative Time;
Pulse Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Minimum Pulse Width: 100ms;

Pulse No.: A single pulse step can support 32 different pulses;

Charge and Discharge Continuous Switching: One pulse step can realize continuous switching from charging to discharging;

Cut off condition: Voltage, Relative Time;
Pulse Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Minimum Pulse Width: 100ms;

Pulse No.: A single pulse step can support 32 different pulses;

Charge and Discharge Continuous Switching: One pulse step can realize continuous switching from charging to discharging;

Cut off condition: Voltage, Relative Time;
Pulse Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Minimum Pulse Width: 100ms;

Pulse No.: A single pulse step can support 32 different pulses;

Charge and Discharge Continuous Switching: One pulse step can realize continuous switching from charging to discharging;

Cut off condition: Voltage, Relative Time;
Pulse Step

Charging Mode: Current, Power;

Discharging Mode: Current, Power;

Minimum Pulse Width: 100ms;

Pulse No.: A single pulse step can support 32 different pulses;

Charge and Discharge Continuous Switching: One pulse step can realize continuous switching from charging to discharging;

Cut off condition: Voltage, Relative Time;
DCIR DC Internal Resistance Test

Support custom point fetching for DCIR calculation.
DCIR DC Internal Resistance Test

Support custom point fetching for DCIR calculation.
DCIR DC Internal Resistance Test

Support custom point fetching for DCIR calculation.
DCIR DC Internal Resistance Test

Support custom point fetching for DCIR calculation.
DCIR DC Internal Resistance Test

Support custom point fetching for DCIR calculation.
Security Protect

软件保护

掉电数据保护；

具有脱机测试功能；

可设定安全保护条件，可设置参数包括：电压下限、电压上限、电流下限、电流上限、延时时间；

硬件保护

防反接保护、过压保护、过流保护、过温保护等；
Security Protect

软件保护

掉电数据保护；

具有脱机测试功能；

可设定安全保护条件，可设置参数包括：电压下限、电压上限、电流下限、电流上限、延时时间；

硬件保护

防反接保护、过压保护、过流保护、过温保护等；
Security Protect

软件保护

掉电数据保护；

具有脱机测试功能；

可设定安全保护条件，可设置参数包括：电压下限、电压上限、电流下限、电流上限、延时时间；

硬件保护

防反接保护、过压保护、过流保护、过温保护等；
Security Protect

软件保护

掉电数据保护；

具有脱机测试功能；

可设定安全保护条件，可设置参数包括：电压下限、电压上限、电流下限、电流上限、延时时间；

硬件保护

防反接保护、过压保护、过流保护、过温保护等；
Security Protect

软件保护

掉电数据保护；

具有脱机测试功能；

可设定安全保护条件，可设置参数包括：电压下限、电压上限、电流下限、电流上限、延时时间；

硬件保护

防反接保护、过压保护、过流保护、过温保护等；
Data Management and Analysis
Step Setting Mode

Table Editing
Step Setting Mode

Table Editing
Step Setting Mode

Table Editing
Step Setting Mode

Table Editing
Step Setting Mode

Table Editing
Data Record

Recording Conditions

Minimum Time Interva: 10ms；

Minimum Voltage Interval: 0.04V；

Minimum Current Interval: 0.1A；

Recording Frequency

100Hz；
Data Record

Recording Conditions

Minimum Time Interva: 10ms；

Minimum Voltage Interval: 0.04V；

Minimum Current Interval: 0.1A；

Recording Frequency

100Hz；
Data Record

Recording Conditions

Minimum Time Interva: 10ms；

Minimum Voltage Interval: 0.04V；

Minimum Current Interval: 0.1A；

Recording Frequency

100Hz；
Data Record

Recording Conditions

Minimum Time Interva: 10ms；

Minimum Voltage Interval: 0.04V；

Minimum Current Interval: 0.1A；

Recording Frequency

100Hz；
Data Record

Recording Conditions

Minimum Time Interva: 10ms；

Minimum Voltage Interval: 0.04V；

Minimum Current Interval: 0.1A；

Recording Frequency

100Hz；
Database

Using MySQL database to centralized manage testing data.
Database

Using MySQL database to centralized manage testing data.
Database

Using MySQL database to centralized manage testing data.
Database

Using MySQL database to centralized manage testing data.
Database

Using MySQL database to centralized manage testing data.
Data Output Mode

Excel, Txt
Data Output Mode

Excel, Txt
Data Output Mode

Excel, Txt
Data Output Mode

Excel, Txt
Data Output Mode

Excel, Txt
Curve Type

Customizable Drawing, 4 Y Axes.
Curve Type

Customizable Drawing, 4 Y Axes.
Curve Type

Customizable Drawing, 4 Y Axes.
Curve Type

Customizable Drawing, 4 Y Axes.
Curve Type

Customizable Drawing, 4 Y Axes.
Barcode Scanning

Support barcode scanning function, and realize the management and traceability of historical data through battery barcode.
Barcode Scanning

Support barcode scanning function, and realize the management and traceability of historical data through battery barcode.
Barcode Scanning

Support barcode scanning function, and realize the management and traceability of historical data through battery barcode.
Barcode Scanning

Support barcode scanning function, and realize the management and traceability of historical data through battery barcode.
Barcode Scanning

Support barcode scanning function, and realize the management and traceability of historical data through battery barcode.
Communication Mode
Upper Computer Communication Mode

Based on TCP / IP Protocol
Upper Computer Communication Mode

Based on TCP / IP Protocol
Upper Computer Communication Mode

Based on TCP / IP Protocol
Upper Computer Communication Mode

Based on TCP / IP Protocol
Upper Computer Communication Mode

Based on TCP / IP Protocol
Communication Interface

Ethernet
Communication Interface

Ethernet
Communication Interface

Ethernet
Communication Interface

Ethernet
Communication Interface

Ethernet
Lower Computer Communication Baud Rate

1M Bandwidth
Lower Computer Communication Baud Rate

1M Bandwidth
Lower Computer Communication Baud Rate

1M Bandwidth
Lower Computer Communication Baud Rate

1M Bandwidth
Lower Computer Communication Baud Rate

1M Bandwidth
Upper Computer Communication Baud Rate

10M～100M Self-adaption
Upper Computer Communication Baud Rate

10M～100M Self-adaption
Upper Computer Communication Baud Rate

10M～100M Self-adaption
Upper Computer Communication Baud Rate

10M～100M Self-adaption
Upper Computer Communication Baud Rate

10M～100M Self-adaption
Networking Mode

Set up LAN through switch and router.
Networking Mode

Set up LAN through switch and router.
Networking Mode

Set up LAN through switch and router.
Networking Mode

Set up LAN through switch and router.
Networking Mode

Set up LAN through switch and router.
Communication Extension (Optional)

Support CAN, RS485 communication and BMS communication, with DBC configuration function.
Communication Extension (Optional)

Support CAN, RS485 communication and BMS communication, with DBC configuration function.
Communication Extension (Optional)

Support CAN, RS485 communication and BMS communication, with DBC configuration function.
Communication Extension (Optional)

Support CAN, RS485 communication and BMS communication, with DBC configuration function.
Communication Extension (Optional)

Support CAN, RS485 communication and BMS communication, with DBC configuration function.
Environmental Requirements, Size and Weight
Working Temperature

-10℃~40℃ (Within the range of 25 ± 10 ℃, ensure the measurement accuracy: the accuracy drift is 0.005% of FS / ℃)
Working Temperature

-10℃~40℃ (Within the range of 25 ± 10 ℃, ensure the measurement accuracy: the accuracy drift is 0.005% of FS / ℃)
Working Temperature

-10℃~40℃ (Within the range of 25 ± 10 ℃, ensure the measurement accuracy: the accuracy drift is 0.005% of FS / ℃)
Working Temperature

-10℃~40℃ (Within the range of 25 ± 10 ℃, ensure the measurement accuracy: the accuracy drift is 0.005% of FS / ℃)
Working Temperature

-10℃~40℃ (Within the range of 25 ± 10 ℃, ensure the measurement accuracy: the accuracy drift is 0.005% of FS / ℃)
Storage Temperature

-20℃~50℃
Storage Temperature

-20℃~50℃
Storage Temperature

-20℃~50℃
Storage Temperature

-20℃~50℃
Storage Temperature

-20℃~50℃
Relative Humidity of Working Environment

≤70% RH (No Water Vapor)
Relative Humidity of Working Environment

≤70% RH (No Water Vapor)
Relative Humidity of Working Environment

≤70% RH (No Water Vapor)
Relative Humidity of Working Environment

≤70% RH (No Water Vapor)
Relative Humidity of Working Environment

≤70% RH (No Water Vapor)
Equipment Size W*D*H

600*800*1300(mm)
Equipment Size W*D*H

600*800*1300(mm)
Equipment Size W*D*H

600*800*1300(mm)
Equipment Size W*D*H

600*800*1300(mm)
Equipment Size W*D*H

600*800*1300(mm)
Aux Testing System (Optional)
Temperature Auxiliary Channel

Temperature Range: -40℃~200℃；

Temperature Accuracy: ±1℃；

Temperature Resolution: 0.1℃；
Temperature Auxiliary Channel

Temperature Range: -40℃~200℃；

Temperature Accuracy: ±1℃；

Temperature Resolution: 0.1℃；
Temperature Auxiliary Channel

Temperature Range: -40℃~200℃；

Temperature Accuracy: ±1℃；

Temperature Resolution: 0.1℃；
Temperature Auxiliary Channel

Temperature Range: -40℃~200℃；

Temperature Accuracy: ±1℃；

Temperature Resolution: 0.1℃；
Temperature Auxiliary Channel

Temperature Range: -40℃~200℃；

Temperature Accuracy: ±1℃；

Temperature Resolution: 0.1℃；
Voltage Auxiliary Channel

Voltage Range: 0V~5V;

Voltage Accuracy: ±0.05% of FS;

Voltage Resolution: 0.1mV;
Voltage Auxiliary Channel

Voltage Range: 0V~5V;

Voltage Accuracy: ±0.05% of FS;

Voltage Resolution: 0.1mV;
Voltage Auxiliary Channel

Voltage Range: 0V~5V;

Voltage Accuracy: ±0.05% of FS;

Voltage Resolution: 0.1mV;
Voltage Auxiliary Channel

Voltage Range: 0V~5V;

Voltage Accuracy: ±0.05% of FS;

Voltage Resolution: 0.1mV;
Voltage Auxiliary Channel

Voltage Range: 0V~5V;

Voltage Accuracy: ±0.05% of FS;

Voltage Resolution: 0.1mV;
Aux Introduction

It is mainly used to monitor the surface and lug temperature in the battery test process. High Accuracy. The test data can be bound with the main voltage and current data. At the same time, the temperature can be used as the control condition and protection condition of the process step.
Aux Introduction

It is mainly used to monitor the surface and lug temperature in the battery test process. High Accuracy. The test data can be bound with the main voltage and current data. At the same time, the temperature can be used as the control condition and protection condition of the process step.
Aux Introduction

It is mainly used to monitor the surface and lug temperature in the battery test process. High Accuracy. The test data can be bound with the main voltage and current data. At the same time, the temperature can be used as the control condition and protection condition of the process step.
Aux Introduction

It is mainly used to monitor the surface and lug temperature in the battery test process. High Accuracy. The test data can be bound with the main voltage and current data. At the same time, the temperature can be used as the control condition and protection condition of the process step.
Aux Introduction

It is mainly used to monitor the surface and lug temperature in the battery test process. High Accuracy. The test data can be bound with the main voltage and current data. At the same time, the temperature can be used as the control condition and protection condition of the process step.