- No performance loss under voltage control
- Quick disconnects on output leads
- Test control and data management with Bitrode
- Up to three current ranges per circuit
- Temperature, pressure, flow rate, and cell voltage monitoring
- Digital inputs and Digital outputs with function assigned per individual program
- Expression-based program limit conditions
- Internal resistance calculation
- Integration with Battery Management Systems: CAN
- Battery simulation (Batsim) mode for electric motor/generator testing with user-specified controls: voltage, internal resistance, maximum current, maximum power
- Parallel batsim mode for higher current requirements
- Ramp charge/discharge
- Constant resistance discharge
- Remote Input Output (RIO) box reduces excessive cable lengths when connecting to remote test stations
- Parallel controller (PCC) can control up to four circuits from separate units for higher power or higher current programs
- Drive Cycle Conversion utility automates test program development from acquired battery usage data
- Drive simulations with standard Electric Vehicle tests: FUDS, SFUDS, GSFUDS, DST and ECE-15L
- Drive Cycle Testing
- Integration with motor test benches
- Cycle testing of EV/HEV Battery Packs
General Specifications
Voltage: 35-500V / 40-700V / 58-1000V (Zero Volt optional)
Current: up to 1000A (4000A in parallel)
Circuits: up to 2
Network: Ethernet
Power: up to 300kW per cabinet; up to 1.2MW when using an external parallel controller
Accuracy: ±0.1% of FS*
Data Sampling Rate: 10ms (1ms optional)
Current Slew Rate: <4ms (10-90%) (dependent on cabinet specs)
Peak Efficiency: >92% (with typical 89-92)
Current: up to 1000A (4000A in parallel)
Circuits: up to 2
Network: Ethernet
Power: up to 300kW per cabinet; up to 1.2MW when using an external parallel controller
Accuracy: ±0.1% of FS*
Data Sampling Rate: 10ms (1ms optional)
Current Slew Rate: <4ms (10-90%) (dependent on cabinet specs)
Peak Efficiency: >92% (with typical 89-92)
*Accuracy values are conservative assuming operation will be through the standard temperature range of 0-40° C and RH from 10-90% (non-condensing). Units calibrated and maintained in a temperature and humidity controlled environment can expect an accuracy of 0.02-0.05%FS.
Overview
The FTF is scalable to provide a maximum output power of 1.2MW. The FTF automated test system is designed to
provide continuous operation in high power applications where precise control of current and voltage is required.
