Product Overview
RATA’s AC electronic load bank is a high-density, versatile electronic load designed for demanding test environments. It doubles the power density of traditional loads, offers a wider current range and very high dynamic frequency, and comes with a 2-year warranty and complete documentation and schematics.
Product Features
- Power density approximately twice that of conventional electronic loads.
- Extremely high dynamic frequency and rich, selectable working modes with adjustable voltage/current slope.
- Instantaneous overload capacity exceeding 2× rated power for improved robustness.
- Supplied with a 28.5V electronic load module, operation/maintenance instructions, inspection report and electrical schematics.
- Manufactured under a quality management system aligned with GB/t19001-2008 and relevant national, military and industry standards.
Product Value
- Significantly increases test capability and flexibility due to higher power density and dynamic response.
- Improves test reliability and reduces testing costs through strong instantaneous overload capacity and versatile modes.
- Provides traceable quality and after-sales confidence via standards compliance, documentation, and a two-year warranty.
Product Advantages
- Superior performance (higher power density, wider current range, high dynamic frequency) compared with traditional loads.
- Robust overload tolerance that protects tests and equipment and lowers repeat-test risk.
- Professional manufacturing experience, certified quality control, and trained customer service for reliable supply and support.
- Export experience and broad market reach, indicating maturity in production and logistics.
Application Scenarios
- Battery testing and discharge for power cells, lead-acid batteries, and fuel cells; BMS and battery protection device verification.
- Testing of DC charging stations and charging modules.
- Characterization of high-power switching power supplies, UPS systems, communication and server power supplies.
- Solar array testing and industrial motor virtual load simulations.