Pallet Truck
SCC-Split-type Compact Charger
SCC-Split-type Compact Charger
Wide Range
Capacity
High Efficiency
Communication






| Model | AB-SCC-4800-24 | AB-SCC-4800-48 | AB-SCC-2400-24 | AB-SCC-2400-48 |
| Rated Input Voltage | 220VAC±15% | |||
| Input Voltage Range | Single-phase three-wire system | |||
| Input Current Range | <30 A | <16 A | ||
| Rated Output Power | 4.8 kW | 2.4kW | 2.4kW | |
| Rated Output Current | 200 A | 100 A | 100 A | 50 A |
| Output Voltage Range | 16 -32 VDC | 32 -60 VDC | 16 - 32 VDC | 32 - 64 VDC |
| Adjustable Range of Current Limiting | 0-200 A | 0-100 A | 0 - 100 A | 0 - 50 A |
| Peak Noise | ≤1% | |||
| Voltage Regulation Accuracy | ≤±0.5% | |||
| Stable Current | ≤±5% | |||
| Efficiency | ≥92% | |||
| Frequency | 50 - 60 Hz | |||
| Power Factor (PF) | ≥0.99 | |||
| Current Distortion (HD1) | ≤5% | |||
| Essential Parameters | ||||
| BMS Communication Mode | CAN | |||
| BMS Connection Method | CAN-WIFI, CAN Wired Board Flashing Connection | |||
| Scheduling Communication Mode | Modbus TCP, Modbus AP | |||
| Scheduling Connection Mode | Modbus-WIFI, Ethernet | |||
| Network Frequency Band | 2.4G, 5.8G | |||
| Startup Mode | Infrared, Modbus, CAN-WIFI | |||
| AGV Brush Plate Parameters | Customer provides drawings and Aipula standards | |||
| Charger Structure Mode | Split unit | |||
| Charging Method | Charger telescoping, AGV active contact | |||
| Supports Manual REMA Charging | Optional (REMA wiring definition diagram needs to be provided) | |||
| Heat Dissipation Method | Forced air cooling | |||
| Telescopic Stroke of the Charger | 200 mm | |||
| Positioning Distance of AGV | 165 - 325 mm | |||
| AGV Brush Plate Center Ground Clearance Height | 150 mm - Unlimited | |||
| External Dimensions (Control Chassis) | 351(H)×215(W)×447(D) mm | 264(H)×229(W)×400(D) mm | ||
| Net Weight (Control Chassis) | 23 kg | 13 kg | ||
| External Dimensions (Telescopic Chassis) | 580(H)×253(W)×695(D) mm | |||
| Net Weight (Telescopic Chassis) | 18 kg | |||
| IP Ratings | IP20 | |||
| Protection | Short circuit, overcurrent, overvoltage, reverse connection, and current backflow protection | |||
| Environmental Parameters | ||||
| Working Temperature | -20℃ - 45℃ for normal operation; 45℃ - 65℃ for derated output; above 65℃ for shutdown protection | |||
| Storage Temperature | -40℃- 75℃ | |||
| Relative Humidity | 0 - 95% | |||
This is a dedicated contact charging component for industrial AGVs under the PCOPCO brand. It features a split-type compact design that optimizes installation space in factory automation settings.
This charger has a wide input voltage range of 220VAC±15% to adapt to different grid environments. It offers a 2.4kW battery charging capacity with a high efficiency of no less than 92%, and supports CAN communication for seamless system integration.
It is suitable for various industrial AGV scenarios, including warehouse logistics sorting, automated production line material handling and workshop fixed-point charging. It meets the stable charging needs of most small and medium-sized industrial AGVs.
Compared with ordinary split-type industrial chargers, this PCOPCO model has a wider applicable voltage range to cope with unstable grid conditions. Its high charging efficiency also reduces long-term energy consumption for production lines.
Before purchasing this charger, you should first confirm the compatible battery voltage of your industrial AGVs and verify if your control system supports the CAN communication interface. You can also consult our local authorized distributors for order details and after-sales support.
This charger belongs to Industrial AGV components, specifically a split-type compact contact charging solution for automated guided vehicle battery packs. PCOPCO designed this model to address the space constraints often found in industrial factory charging stations.
Its core parameters include a wide input voltage range of 220VAC±15%, a 2.4kW battery charging capacity, a charging efficiency of ≥92%, and built-in CAN communication functionality. These parameters are tailored to meet the stable and efficient charging needs of most industrial AGV applications.
This charger is suitable for industrial AGVs used in factory workshops, automated warehousing centers and bulk material handling sites. Its split-type compact structure allows it to be installed in space-limited charging stations without excessive occupation of operational space. PCOPCO optimized this model to fit most standard industrial AGV charging layouts.
Compared with most similar split-type industrial chargers, this model offers a wider input voltage range, adapting to unstable industrial power grids more effectively. It also boasts a high charging efficiency of ≥92%, reducing long-term energy consumption for production lines. The built-in CAN communication interface also enables precise data interaction with AGV control systems, a feature missing from many basic competing products.
Before purchasing, you need to confirm the local industrial power grid voltage, the rated power of your AGV’s battery pack, and the communication protocol compatibility with your existing control system. PCOPCO’s technical support team can provide free consultation to help you select the correct model for your specific application needs.
The PCOPCO SCC-Split-type Compact Charger is a professional contact charging component designed for industrial AGVs. Its split-type compact structure allows for flexible installation in limited-space industrial environments.
This charger supports a wide input voltage range of 220VAC±15% for broad grid adaptability. It has a 2.4kW battery charging capacity, a high energy efficiency rating of ≥92%, and is equipped with CAN communication for industrial data integration.
It is ideal for industrial AGVs used in automated warehousing, automotive assembly lines and flexible manufacturing workshops. The compact split design also makes it compatible with AGVs with limited on-board installation space.
Compared with standard contact chargers, this model offers a wider input voltage range to adapt to fluctuating industrial power grids. Its ≥92% energy efficiency also helps reduce long-term operational energy costs for production lines.
Before placing an order, please verify that its size fits your intended AGV or charging station installation space. You should also check the compatibility of its CAN communication interface with your existing industrial control system.
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