Cell Simulation with fault simulation and NTC Rack
CSNTC31-1-126/28
The Cells Simulation Rack/Module is a battery simulator
module with 126 isolated cells used to simulate battery
features. The voltage of each cell can be adjusted through
Standard CAN, Ethernet TCP and USB-C, as well as getting
the voltage and the current measurements.
A single module can be used or several in series according
to the requirements (based on how many cells are
needed). Also, the module can be used independently or in
a mountable rack system.
Specifications
- 126 independent and isolated cells in total.
- Extendable number of cells by adding more modules
- in series.
- Standalone module or bench rack mounted.
- Each cell has an adjustable output voltage of 0 V to 7 V with 1.0 mV precision.
- The current sourcing of each cell is up to 1 A. Voltage measurement with a precision of 0.4 mV.
- High current measurement with a precision of 1mA.
- Low current measurement with a precision of 20 uA.
- Controllable by CAN ISO 11898-2, Ethernet TCP and USB-C.
- 28 Channels of NTC. Each NTC channel has an adjustable output resistance simulation value from 0 Ω to 8.1 Ω with 1 Ω steps.
- LED Indicator for fault status
- Support:Shortcut, Open Circuit, Reversed Mode
How to use videos:
Equipment-and-set-up-presentation.
Cell simulation with fault simulation and NTC Rack
The Cells Simulation Rack/Module is a battery simulator module with 126 isolated cells used to simulate battery features. The voltage of each cell can be adjusted through Standard CAN, Ethernet TCP and USB-C, as well as getting the voltage and the current measurements. A single module can be used or several in series according to the requirements (based on how many cells are needed). Also, the module can be used independently or in a mountable rack system.
Specifications
- 126 independent and isolated cells in total.
- Extendable number of cells by adding more modules
- in series.
- Standalone module or bench rack mounted.
- Each cell has an adjustable output voltage of 0 V to 7 V with 1.0 mV precision.
- The current sourcing of each cell is up to 1 A. Voltage measurement with a precision of 0.4 mV.
- High current measurement with a precision of 1mA.
- Low current measurement with a precision of 20 uA.
- Controllable by CAN ISO 11898-2, Ethernet TCP and USB-C.
- 28 Channels of NTC. Each NTC channel has an adjustable output resistance simulation value from 0 Ω to 8.1 Ω with 1 Ω steps.
- LED Indicator for fault status
- Support:Shortcut, Open Circuit, Reversed Mode.
How to use videos:
Equipment-and-set-up-presentation.