Sorensen IB-1-300-60-600 High Performance Regenerative DC Power System
The Sorensen IB-1-300-60-600 High Performance Regenerative DC Power System is engineered for exceptional versatility, delivering a remarkable power output of 60 kW. This state-of-the-art system serves as a comprehensive solution for testing intricate, high-power electronics across a multitude of sectors, including automotive, energy storage, industrial applications, and aerospace.
Key Features:
- Advanced Control Interface: The system is equipped with a color TFT touchscreen featuring a user-friendly, menu-driven interface that simplifies the control of system settings.
- Real-Time Measurement: Users can effortlessly set and measure voltage, current, power, and internal resistance directly from the touchscreen, ensuring precise monitoring during testing.
- Programmable Ramps: With programmable voltage and current ramps, operators can enhance their testing flexibility and efficiency, storing configurations for repeated use.
- Safeguard Features: Under voltage limits can be set to protect battery packs from deep discharge, promoting longevity and reliability.
- Event Logging: Comprehensive event logs capture a detailed history of system operations, including warnings and faults, allowing for effective troubleshooting and monitoring.
Testing Applications:
The IB-1-300-60-600 is designed to address a wide array of testing requirements throughout the product lifecycle. Its capabilities include:
- Battery simulation and performance testing (charge/discharge)
- DC motor testing for efficiency and function
- Electric powertrain evaluation
- Solar panel efficiency assessment
- Testing for high power fuses, contactors, and circuit breakers
Technical Specifications:
| Voltage Range |
5-300 V |
| Current Range |
± 600 A |
| Total Power |
60 kW |
The Sorensen IB-1-300-60-600 not only provides single-channel configuration with bi-directional power flow capabilities but also includes a Power Distribution Unit (PDU). The PDU facilitates a remote connection between the power system and the Device Under Test (DUT) within a test cell. Housed in a free-standing cabinet, it comes equipped with essential safety features such as shutdown and reset controls, a voltmeter, a status light tower, and a door contact designed to shut down the system if the cabinet door is opened.
For a complete overview of specifications, refer to the product datasheet.
