Brief: Observe the step-by-step operation and see practical examples of usage. This video demonstrates the Energy Saving Inverter Aging Test Equipment in action, showing how it performs burn-in testing for DC to AC power supplies and inverters. You'll see the software-controlled load parameters, real-time monitoring capabilities, and the energy recovery system achieving over 85% conversion efficiency. Watch as we showcase the programmable testing sequences, safety protections, and computer monitoring interface that ensures reliable quality control for your EV battery production.
Related Product Features:
Advanced energy recovery system with over 85% conversion efficiency for DC to AC power supply testing.
Software-controlled load parameters with real-time monitoring of voltage, current, and power metrics.
Programmable switch timing and load transformation functions for customized testing sequences.
Built-in safety protections including overtemperature and smoke alarm auto power-off features.
Computer monitoring system with RS485 communication and automatic control capabilities.
Multiple DC conversion board interfaces supporting various output requirements and configurations.
Mobile burn-in split cabinet design with 40 inverter capacity per cabinet for flexible operation.
Comprehensive data storage and reporting with barcode scanning and MES system support.
FAQs:
What is the conversion efficiency of this burn-in test equipment?
The equipment features an advanced energy recovery system that achieves conversion efficiency above 85%, making it highly energy-efficient for continuous burn-in testing operations.
How many inverters can be tested simultaneously in one cabinet?
Each cabinet can accommodate 40 inverters simultaneously, with DC inputs of 10-60V/25A and AC outputs of 85-260V/30A/2.4W, organized across 5 layers with 8 burn-in positions per layer.
What safety protections are included in the system?
The equipment includes comprehensive safety features such as grounding protection, leakage switches, overtemperature protection, and automatic power-off triggered by smoke alarms to ensure safe operation during testing.
Can the testing parameters be customized and automated?
Yes, the system offers programmable burn-in parameters, timing sequences, and load transformations with computer monitoring that allows for automatic power-off upon test completion, supporting unattended operation.