Rent SORENSEN IB-1-300-120-1000 High Performance Regenerative DC Power System
The Sorensen i-BEAM IB-1-300-120-1000 High Performance Regenerative DC Power System is your ultimate solution for testing modern, high-power electronics across diverse sectors such as automotive, energy storage, industrial, and aerospace. With a robust power output of 120 kW, this system is engineered to meet today’s complex requirements with exceptional precision.
Key features include:
- Comprehensive Control: The advanced color TFT touchscreen boasts a user-friendly, menu-driven interface, allowing effortless adjustments to system settings.
- Seamless Measurement: Directly measure and set crucial parameters such as voltage, current, power, and internal resistance right from the touchscreen.
- Flexible Programming: Programmable voltage and current ramps can be stored for repeated use, enhancing overall operational flexibility.
- Safety Measures: The system incorporates under-voltage limits to prevent deep discharge, thereby safeguarding sensitive battery packs. Event logs maintain a detailed history of system actions, warnings, and faults.
The platform adeptly covers testing needs throughout the product lifecycle, from:
- Battery simulation and testing (charge/discharge)
- Electric powertrain testing
- High power fuse, contactor, and circuit breaker testing
The IB-1-300-120-1000 operates under a Single-Channel configuration, allowing power to flow in both directions. It is equipped with a Power Distribution Unit (PDU) that establishes a remote connection to the Device Under Test (DUT) within a test cell. The PDU is housed in a standalone cabinet, featuring essential shutdown and reset controls, a voltmeter, a status light tower, and a door contact that ensures immediate shutdown if the cabinet door is opened.
Specifications for the SORENSEN IB-1-300-120-1000 High Performance Regenerative DC Power System:
Voltage Range: |
5-300 V |
Current Range: |
±1000 A |
Total Power: |
120 kW |
For detailed specifications, please refer to the datasheet.