PFC+LLC soft switching technology used to ensure high power factor, low current harmonics, small voltage and current ripple, conversion efficiency as high as 94% and and high density of module power.
With the feature of CAN communication, it can communicate with lithium battery BMS to intelligently manage battery charging to ensure fast charging and longer battery life.
Ergonomic in appearance design and user-friendly in UI, including LCD display, touch panel, LED indication light and buttons. End-users can see charging information and status, do different operations and settings.
With protection of overcharge, over-voltage, over-current, over-temperature, short circuit, input phase loss, input over-voltage, input under-voltage, lithium battery abnormal charging, and diagnosis and displaying of charging problems.
Under automatic mode, it can charge automatically without being supervised by a person. It also has manual mode.
With telescoping feature; Supporting wireless dispatching, infrared positioning and CAN, WIFI or wired communication.
2.4G, 4G or 5.8G Wireless dispatching. Infrared positioning in transmitting-receiving, reflection or diffuse reflection way. Customization available for brush and the height of brush.
Wide input voltage range that can provide battery with stable and reliable charging under unstable power supply.
Smart telescoping technology to be able to charge for AGV with charging port at the side.
High-precision infrared photoelectric sensor to ensure more precise positioning.
Able to charge for AGV with charging port at the side, at the front or at the bottom.
Wireless communication to smartly make AGV chargers to communicate and connect AGV. ( one AGV to one or different AGV chargers, one AGV charger to one or different AGV)
Steel-carbon alloy brush with great electrical conductivity. Strong mechanical strength, excellent insulation, great heat resistance and high corrosion resistance.
Model No. |
AGVC-24V100A-YT |
Rated Input Voltage |
220VAC±15% |
Input Voltage Range |
Single-phase three-wire |
Input Current Range |
<16A |
Rated Output Power |
2.4KW |
Rated Output Current |
100A |
Output Voltage Range |
16VDC-32VDC |
Current Limit Adjustable Range |
5A-100A |
Peak Noise |
≤1% |
Voltage Regulation Accuracy |
≤±0.5% |
Current Sharing |
≤±5% |
Efficiency |
Output load ≥ 50%, when rated, the overall efficiency ≥ 92%; |
Output load<50%, when rated, the efficiency of the whole machine is ≥99% |
|
Protection |
Short-circuit, over-current, over-voltage, reverse connection, reverse current |
Frequency |
50Hz- 60Hz |
Power Factor (PF) |
≥0.99 |
Current Distortion (HD1) |
≤5% |
Input Protection |
Over-voltage, under-voltage, over-current |
Working Environment Conditions |
Indoor |
Working Temperature |
-20%~45℃, working normally; 45℃~65℃, reducing output; over 65℃, shutdown. |
Storage Temperature |
-40℃- 75℃ |
Relative Humidity |
0 – 95% |
Altitude |
≤2000m full load output; >2000m use it in accordance with the provisions of 5.11.2 in GB/T389.2-1993. |
Dielectric Strength
|
IN-OUT: 2800VDC/10mA/1Min |
IN-SHELL: 2800VDC/10mA/1Min |
|
OUT-SHELL: 2800VDC/10mA/1Min |
|
Dimensions and Weight |
|
Dimensions (all-in-one)) |
530(H)×580(W)×390(D) |
Net Weight |
35Kg |
Degree of Protection |
IP20 |
Others |
|
BMS Communication Method |
CAN communication |
BMS Connection Method |
CAN-WIFI or physical contact of CAN modules at AGV and charger |
Dispatching Communication Method |
Modbus TCP, Modbus AP |
Dispatching Connection Method |
Modbus-wifi or Ethernet |
WIFI Bands |
2.4G, 4G or 5.8G |
Mode of Starting Charging |
Infrared, Modbus, CAN-WIFI |
AGV Brush Parameters |
Follow AiPower standard or drawings provided by customers |
Structure of Charger |
All in one |
Charging Method |
Brush Telescoping |
Cooling method |
Forced air cooling |
Telescopic Stroke of Brush |
200MM |
Good Distance for Positioning |
185MM-325MM |
Height from AGV Brush Center to the Ground |
90MM-400MM; Customization available |
Turn on the switch to put the machine in standby mode.
2.AGV will send a signal asking for charging when the AGV does not have enough power.
The AGV will move to the charger by itself and do positioning with the charger.
After the positioning is well done, the charger will automatically stick out its brush into the charging port of AGV to charge AGV.
After charging is done, the charger’s brush will automatically retract and the charger will go to standby mode again.