Burn-In Test Cabinet Support Customization For Solar Inverter PV Inverter
| System | System structure | 1 control cabinet + 2 transformer cabinets |
| Overall size | 3500*1200*1900mm | |
| Total floor area | 3500*1500mm(Including operation area) | |
| Total input voltage | Three-phase five-wire system 220Vac (rated) | |
| Total input current | 200A*2 | |
| Total input power | 100kW*2 | |
| Application ambient temperature | 0-40℃ | |
| Application environment humidity | 0-95% | |
| Fire protection requirements | Materials meet UL 94V0 rating | |
| Environmental requirements | Materials comply with Rohs, WEEE requirements | |
| Safety requirements | Comply with IEC62368 international standard design requirements | |
| Burn-in cabinet | Units/Cabinet | 2 bits/cabinet |
| Input winding current | 200A | |
| AC Connector Type | Bolt bronze | |
| Signal Connector Type | PA45 (L /N/PE) | |
| Input power | 100kW | |
| Feedback power | 500kW | |
| Volume size | 1200*1200*1900mm | |
| Product area air duct direction | Downwind, upwind | |
| Monitoring software | Display running information |
Input voltage, current, power, output voltage
|
| Show status information |
Not Connected / Vacant / Passed / Under Voltage / Under Current / Over Voltage / Over Current /No Output / Protection
| |
| Display accuracy | ±(1%+0.2%FS) | |
| Bad way of reporting | Audible alarm | |
| Report format | CSV format | |
| Statistics | Yield/CPK/Time Distribution | |
| MES docking | Support |