Product Overview:
Specification parameters: Voltage range: There are three different voltage specifications, namely IT8924E-150-2400 (150V), IT8924E-600-1680 (600V), and IT8924E-1200-960 (1200V). Current range: Corresponding to different voltage specifications, the current range also varies. For example, IT8924E-150-2400 can reach 2400A, IT8924E-600-1680 can reach 1680A, and IT8924E-1200-960 can reach 960A. Power: The maximum power of a single unit is 24kW. Resolution: The voltage resolution can reach up to 1mV, and the current resolution can reach up to 1mA. Measurement accuracy: Voltage measurement accuracy is ±(0.05% + 0.05% FS), and current measurement accuracy is ±(0.1% + 0.1% FS). Size: Standard rack installation size of 27U, facilitating integration into various testing systems. IT8900A/E series high power density high power DC electronic load has three voltage ranges of 150V, 600V, and 1200V. The single unit power ranges from 2kW to 54kW. The wide voltage and current range allows a single cabinet current of up to 2400A. Through master-slave parallel connection, the power can be expanded to 600kW. High power density, 6kW is only 4u in height. Up to 8 working modes, with fast loop response and current rise and fall speeds, as well as dynamic mode, OCP, OPP testing, automatic testing, and battery testing functions. It has built-in CAN, LAN, GPIB, USB, RS232 and analog interface, and has multiple protection functions, which can be applied to the discharge of power batteries, DC charging stations, on-board chargers (OB), fuel cell stacks, power electronics and other power electronic products testing.
Product Features:
Power loading plays a crucial role in testing the overload capacity and short-circuit protection of the power supply, ensuring the safety and reliability of the test.
Master-slave parallel function: Supports master-slave parallel usage. Multiple IT8924E DC electronic loads can be connected in parallel to achieve higher power expansion. The maximum power can be expanded to 600kW to meet the requirements of high-power testing. Application fields
New Energy Vehicles: Used to test the performance of components such as battery packs, motor drivers, and DC/DC converters in new energy vehicles, simulate the load characteristics under various working conditions, and evaluate their efficiency, stability, and reliability under different load conditions.
Power Electronics: Can be used to test power electronic devices such as switching power supplies, inverters, and chargers, verify their output characteristics, dynamic response, overload protection and other functions, and help engineers optimize designs and improve product quality.
