FEATURES

♦Bidirectional, integrating power supply and e-load in one

♦Optional communication interfaceGPIB/EtherCAT/Analog&RS232

FUNCTION

♦CC/CV priority
♦Can be used as a battery simulator*1
♦Battery test function, supports battery charge/discharge mode
♦Accurately simulate the IV characteristic output of Si, GaAs and other solar panels
♦Built-in standard multi-channel solar array simulation software
♦Fuel cell simulation*2
♦List function, dynamic working condition simulation with tens of millions of points
♦Built-in IEC 61000-4-17/IEC 61000-4-29 waveforms
♦Built-in 9 standard automotive voltage curves, including LV123, LV148, ISO21498-2, etc.
♦Output impedance is adjustable
♦Redundancy function, helps to check the status of each single unit or cabinet and ensure the overall output
*1 Optional BSS2000 battery simulation software
*2 Optional FCS3000 fuel cell simulation software

Industry-leading high power density

IT6600C bidirectional DC power supply provides up to 42kW power supply and loading power in a 3U chassis, making it possible of a bench top solution for a high-performance and high-power test. It is also very suitable for integrated systems with strict space requirements.

2 in 1 unit

The IT6600C bidirectional DC power supply cleverly integrates a bidirectional power supply and a regenerative load to achieve continuous current supply and absorption. As a power supply, it can stably output the required power; and as a load, it can efficiently absorb up to 100% of the rated current. In "Only Load" mode, IT6600C can perform load testing in CR, CC and CW modes, providing more flexible options. The IT6600C series bidirectional DC power supply not only saves space, but also reduces energy consumption and costs for you.

Independent dual-channel

A 3U height single unit of IT6600C bidirectional DC power supply can output 21kW each in dual channels. Each channel has a completely independent isolation design and can be controlled and measured. The IT6600C has both source and load function. The channel 1 (Ch1) can provide power output, and the channel 2 (Ch2) can be used as a load. It can truly be used as two units. The two channels can also be connected in series or parallel to increase the output range and cope with various test requirements.