The Inverter PCBA/EOL ATE system offers efficient testing for inverter circuit boards, ensuring fault detection, performance validation, and reliability assessment. It enhances product quality, streamlines production, and supports a wide range of industrial-grade UPS/Inverter models.
TYPE OF TESTS | SPECIFICATIONS |
---|---|
Functional Testing | Verifies voltage, current, and frequency compliance. |
Component Testing | Checks individual component performance and functionality. |
Thermal Stress Testing | Simulates high-temperature conditions for reliability. |
Load Testing | Simulates varying resistance to check power output. |
Safety and Protection Testing | Ensures proper safety feature functionality. |
Isolation and Insulation Resistance Testing | Verifies insulation and electrical leakage safety. |
Performance Testing Under Different Input Conditions | Tests functionality with fluctuating input power |
Programmable AC Source (up to 20 kVA): Simulate various grid conditions for comprehensive testing. |
Multichannel Power Meter: Analyse input and output power characteristics with advanced THD measurement. |
Environmental Chambers: Test performance under extreme temperatures and humidity for real-world reliability. |
Inbuilt CAN Support: Verify data packet integrity and perform CAN bus calibration. |
High Voltage and Withstand Tests: Ensure electrical safety with industry-standard HV/IR and withstand voltage testing. |
EV battery testing is the process Of evaluating and testing the performance, safety, and reliability of electric vehicle batteries. This testing is crucial to ensure that the batteries meet industry standards and regulations, as well as meeting customer expectations for safety, reliability, and efficiency.
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