Download: Model No_ATC6K6-220S380-W Specification
Download: Model No_ATC6K6-220S640-W Specification
Download: Model No_ATC6K6-220S380-W, ATC6K6-220S640-W 3D Drawing
Features
● Charging Standard: IEC
● Output Power：6.6KW
● Input Voltage：85~265VAC
● Output Voltage：200~450VDC
● Dimensions：326x211x83mm
● Cooling System：Liquid (water nozzieψ20)
● IP Rating：IP67
● Communication：CAN
● Enclosure: Aluminum alloy made
● Software: Digital software design
Series Specification
| Item | Part Name | Model Name | Power (W) | Input Voltage (VAC) | Output Voltage (VDC) | Output Current (A) | Efficiency | Size (mm) | Cooling System | Weight (Kg) | Certificate |
| 1 | 6.6KW OBC | ATC6K6-220S380-W | 6600 | 85-265 | 200~450 | 20 | ≥94% | 326x211x83 | Liquid | 8 | CE , GB/T |
| 2 | ATC6K6-220S540-W | 400~650 | 14 | ||||||||
| 3 | ATC6K6-220S640-W | 450~750 | 12 |
Specification
| Description | Technical specifications | Remark | |
| Environmental characteristics | Operating temperature | -40~85℃ | Long-time working |
| Vibration/noise | Meet the QC/T 895-2011 standard | ||
| Salt spray experiment | Meet the QB/T 2423.17-2008 standard | ||
| Output Power | 6.6KW max | ||
| Input voltage range | 85~265VAC | ||
| Output voltage range | 250-450VDC | ||
| Voltage accuracy | ±1% | ||
| Output maximum current | 20A | ||
| Current accuracy | ±3% | Half load or more | |
| Efficiency | ≥94% | Rated voltage Full load | |
| Low voltage output | 12Vdc/200mAmax | ||
| Other protection features | Input over-voltage, output over-voltage, over-temperature protection, over-current protection, output short-circuit protection, reverse battery protection, communication fault protection, internal fault protection |
||
| Dielectric strength | Output to the outer casing | 2000Vdc /60S 10mA Max | |
| Input to the outer casing | 1500Vac /60S 10mA Max | ||
| Input to output | 3000Vac /60S 10mA Max | ||
| Insulation resistance | Input to output | ≥20MΩ | |
| Input to the outer casing | ≥20MΩ | ||
| Electromagnetic compatibility | Radiation emission | GBT 18387：2008，EN 55022 CLassB | |
| Conducted emission | GBT 18387：2008，EN 55022 CLassB | ||
| Radiation immunity | GBT 18387：2008，EN 55022 CLassB | ||