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Landt Instruments - Model CT3002N -Battery Test System
The battery test systems CT3002N and CT3002D provide solutions for battery module/battery pack tests with higher current/voltage. They can also be used when batteries are charged/discharged at high rates. Different current/voltage ranges and channel numbers can be custom-made based on the requirement.- High-precision battery test systems with 1/2/4/8 channels designed for power cell tests, battery module and battery pack tests
- Independence channels with each can be set as Constant-Current Discharge (CCD), Constant-Current Charge (CCC), Constant-Voltage Charge (CVC), Cycling loops, etc.
- RS422 ports for efficient and reliable communications, very easy to set up
- Share the same software and connections with CT3001A/C
- Powerful data process software which can be used offline
- Data automatically backed-up on the hard drive or an external drive
- Safety protections for all channels
- Custom current/voltage ranges available up request, current up to 100 ample and voltage up to 300 volt
Current range: 10A/20A/40A/50A/60A & more options
Voltage range: 5V/10V/20V & more options
Number of channels: 1/2/4/8
Working mode: CCC: Constant Current Charge
CCD: Constant Current Discharge
CVC: Constant Voltage Charge
CPD: Constant Power Discharge
CRD: Constant Resistance Discharge,
CC-Rate, DC-Rate, DCIR, Rest
Cut-off condition: time, voltage, current, capacity, ?V, etc., nearly 20
Voltage accuracy: 0.05%RD±0.05%FS(control and measurement)
Current accuracy: 0.05%RD±0.05%FS(control and measurement)
Constant power/resistance accuracy: 0.2%RD+0.2%FS(control)
0.1%RD+0.1%FS(measurement)
Power supply: AC220V 50Hz/110V 60Hz
Input power: up to 3000W
Dimension: 23*16*5 in for CT3001B
24*22*10 in for CT3001D
Application: Battery module test, battery pack test, battery power test
Auxiliary channels are available such as additional voltage monitoring channels and temperature monitoring channels. They are integrated into the battery test systems and showing the status of individual cells during the charge and discharge of the battery module/pack.
