• 24/135/270/480V, 750A DC Load Bank with Data and Software
• 5" LCD with Touchpad
• Voltage Auto-Sensing
• Cooling fans continue to run automatically after each test to ensure maximum heat protection

Eagle Eye’s LB-Series Constant Current DC Load Banks are designed for discharge testing, battery capacity testing, acceptance testing, battery maintenance, and another testing of DC systems. The LB-Series Constant Current Load Banks are portable, economic, reliable, and user-friendly. With over (100) standard models and an operating range of 5 – 600V / 0 – 2000A. The intelligent technology allows a constant current discharge without the need for any adjustments during the test. The LB-Series is essential in a variety of industries including utilities, telecommunications, UPS, motive power/forklifts, transportation, CATV, and many more. The intelligent technology allows a constant current discharge without the need for any adjustments during the test.

D & S Models

In addition to the base CC model, we offer (2) additional model packages that incorporate added features to suit the full range of our customer needs. These advanced models provide the standard CC features Plus Data Management Software, Per Cell Monitoring, LCD Screen, Data Storage, and Programmable Load Steps.

Applications

• DC Generator Systems
• DC Battery Systems
• UPS Testing
• Rectifiers
• Power Supply
• Power Converter Units
• Standby Generators
• DC Generator Systems
• Micro-turbines
• Wind Generators
• Solar Arrays
• Electrical Distribution Systems
• Circuit Breakers
• Other Electrical and DC Power Supply Testing

Data Management Software

Eagle Eye’s comprehensive software package enables users to monitor discharge events in real-time, record data, analyze, remote start & stop tests, and create reports. Reports are exported to Microsoft Excel or Word and can be customized by the user to add a company name, location, battery details, and more. Both the raw test data values are available, along with visual graphs for viewing both per cell and string information. Information includes per-cell voltages, string voltages, and discharge current from each user-selected data interval. Intervals can be set to as low as every 3 seconds, depending on your test length.