Suitable for four-way shuttle transport robots
The waterproof 3000W split wireless charger is a product independently developed by Qingdao Luyu Energy Technology Co., Ltd. and is suitable for four-way shuttle cars.
It can be applied to wireless charging of handling robots and other types of mobile robots that require waterproofing and moisture-proofing. It can realize automatic charging and unmanned operation of the robots, reduce maintenance costs, and be safe and convenient to use.
| Rated Power | 3000W |
|---|---|
| Input Voltage | AC176-264V |
| Charging Voltage | 40-60V |
| Charging Current | 50A |
| Max Efficiency | ≥85% |
| Working Distance | 0-20mm (coil A)；0-40mm (coil B) |
| Offset Tolerance | long axis 10mm short axis 10mm (coil A)；long axis 60mm short axis 10mm (coil B) |
| Charging Management | CC-CV |
| Over-temperature Protection | Yes |
| Output Over-current Protection | Yes |
| Output Over-voltage Protection | Yes |
| Transmitter Communication | RS485*1 |
| Receiver Communication | RS485*1 |
| Alarm and Charging Status | Indicator alarm |
| RF Communication Frequency | 2.4GHZ |
| Temperature Range | -40~60℃ |
| Humidity Range | 0-85% |
| Storage Temperature | -40~70℃ |
| Transmitter Protection Rating | IP67 |
| Receiver Protection Rating | IP67 |
| Transmitter Size (L*W*H) | transmittersize: 301.5mm*140mm*60mm；transmitter coil : 220mm*120mm*25mm (coil A), 250mm*180mm*28mm (coil B) |
|---|---|
| Receiver Size (L*W*H) | receiversize: 210mm*130mm*50mm；receiver coil : 220mm*120mm*25mm (coil A), 220mm*160mm*25mm (coil B) |
| Transmitter Weight | transmitter: 2kg；transmitter coil : 1.7kg (coil A), 3kg (coil B) |
| Receiver Weight | receiver: 1.2kg；receiver coil : 1.7kg (coil A), 2.3kg (coil B) |
For equipment charging needs in special working conditions and complex industrial environments, improving automatic charging and unattended operation.
For equipment charging needs in special working conditions and complex industrial environments, improving automatic charging and unattended operation.
For equipment charging needs in special working conditions and complex industrial environments, improving automatic charging and unattended operation.