The MSP38-080S382X2000H290V2 motor drive adopts an integrated powertrain design, combining the motor and controller into a single unit. With a compact structure and liquid cooling, this unit is ideal for high-efficiency assembly and long-term operation in sanitation vehicles and special-purpose electric vehicles.
It features advanced vector control algorithms, robust CAN 2.0 communication, and comprehensive safety protections, ensuring high reliability, performance, and system safety.
Key Features
Integrated motor and controller
System efficiency >85% across most load ranges
Excellent EMI and vibration resistance
Torque/speed/regenerative braking modes
±3% torque and speed control accuracy
Automotive-grade IGBT power modules
IGBT driver with built-in protection
Complete fault detection and handling
ISO 26262-compliant safety design
CAN 2.0 communication
Online diagnostics and parameter tuning via PC
Specification
Application
1. Sanitation Garbage Collection Trucks
Ideal for garbage trucks requiring frequent stop-and-go operations, compaction tasks, and regenerative braking. The high torque and precise control help improve collection efficiency while reducing emissions.
2. Municipal Street Sweepers
Perfect for street cleaning in urban areas, especially at night or during public events. The motor drive ensures low noise, zero emissions, and compact size for operation in narrow streets.
3. Multifunctional Utility Vehicles
Suitable for park maintenance, spraying, cleaning, and urban disinfection tasks. Compact design and accurate speed/torque control allow for flexible attachment of various functional modules.
4. Electric-Hydraulic Hybrid Vehicles
Used in vehicles that drive hydraulic pumps electrically, such as refuse compactors. Enables regenerative braking, reduces fuel consumption, and lowers operational noise.
5. Special-Purpose Industrial Vehicles
Applicable to vehicles used in tunnels, mining, and utility inspections. IP67 protection, liquid cooling, and automotive-grade insulation ensure reliable performance in harsh environments.
