Burn-In Test For Floor-Standing DC Charging Piles Ev Charger Aging Equipment
Architecture diagram


Performance parameters

System | System structure | 1 control cabinet + 6 load cabinets |
Overall size | 5800*860*2050mm |
Total floor area | 5800*1800mm(including operation area) |
Total input voltage | Three-phase five-wire system 220Vac (rated) |
Total input current | 200A*6 |
Total input power | 100kW*6 |
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 | Burn-in bits/cabinet | 16 bits/cabinet |
Burn-in bits/layer | 4 bits/layer |
Burn-in product power | 150kW/bit |
Burn-in product input voltage | 380Vac/Three Phase |
Burn-in product input current | 250A/bit |
Burn-in Product Load Category | 132kW/bit |
Burn-in product load current | 100-1000Vdc |
Auxiliary voltage of Burn-in products | 430A/bit 250A/bit |
AC Connector Type | PA350 (L1/ L2/ L3/N/PE) |
DC Connector Type | REMA630 GB DC Charging Gun Holder |
Signal Connector Type | RJ45 |
Bit Status Indicator | No |
Input power | 600kW |
Feedback power | 500kW |
Volume size | 800*800*2050mm |
Air duct direction | Forward wind, upward wind |
Cooling method | Air cooling |
Material | 1.5mm cold rolled sheet |