Program Description: Set up automatic charging points on the AGV route or in a specific area. By smart wireless charging, charging at the bottom, front, back or side, AGV can stop at the charging points and get charged automatically when needed and leave when fully charged. Service of 24 hours a day, 7 days a week can be realized.
LYBATT's Automatic Recharge solutions are used primarily in Logistics AGV Trolley, Shuttle Robot, Latent Traction Robot, Patrol & Inspection Robot, AGV Unmanned Forklift, Heavy Load AGV,etc.
EV charger for shuttle Handling Robot
All-in-one EV Charger with telescoping connector for AGV forklift
Split-type EV Charger with telescoping connector for AGV forklift
All-in-one EV Charger for AGV with charging port at the front or back
EV Charger with male connector for AGV with female connector
Smart Wireless EV Charger for AGV
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Specifications |
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BMS Communication Method |
CAN Communication |
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BMS Connection Method |
CAN-WIFI or physical contact of CAN modules at AGV and charger |
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Dispatching Communication Method |
Modbus STA, Modbus AP |
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Dispatching Connection Method |
Modbus-wifi or Ethernet |
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WIFI Bands |
2.4G, 4G, 5.8G |
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Method of Starting Charging |
Infrared, Modbus, CAN-WIFI |
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AGV Brush Parameters |
Follow AiPower standard or drawings provided by customers |
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Structure of Charger |
All-in-one, split-type |
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Charging Method |
Charger Connector Telescoping; AGV moving towards charger to get charged |
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Cooling Method |
Forced air cooling |
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Manual Charging |
All-in-one to charge manually with communication or without communication |
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Telescopic Stroke of Brush (with telescopic model) |
200MM |
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AGV Positioning Distance (with telescopic model) |
165MM - 325MM |
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Height from AGV Connector Center to the Ground |
185MM - 400MM |
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Protection Level |
IP20 |
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Basic Parameters of AGV Charger |
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Peak Noise |
≤1% |
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Voltage Regulation Accuracy |
≤±0.5% |
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Current Sharing |
≤±5% |
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Efficiency |
Output load≥50%, Rated, overall efficiency≥92%; |
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Output load<50%, Rated, overall efficiency≥99%. |
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Output Protection |
Short-circuit, Over-current, Over-voltage, reverse connection, reverse current |
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Frequency |
50Hz- 60Hz |
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Power Factor |
≥0.94 |
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Current Distortion |
≤5% |
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Input Protection |
Phase loss, Overvoltage, Undervoltage, Overcurrent Protection |
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Working Environment Condition |
Indoor |
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Working Temperature |
-20%~45℃, working normally; 45℃~65℃, reducing output; over 65℃, shutdown. |
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Storage Temperature |
-40℃- 75℃ |
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Relative Humidity |
0 - 95% |
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Altitude |
≤2000m full load output; >2000m use it in accordance with the provisions of 5.11.2 in GB/T389.2-1993 |
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Dielectric Strength |
IN-OUT: 2800VDC/10mA/1Min; |
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IN-SHEL: 2800VDC/10mA/1Min; |
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OUT-SHELL: 2800VDC/10mA/1Min. |
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