Compared with basic walk-behind scrubbers, these machines have higher power requirements and more sophisticated electrical systems. Typical configurations include seat safety switches, foot-pedal accelerators, electromagnetic brakes, electric actuators for brush deck and squeegee lifting, water flow adjustment, recovery tank full detection, solution tank low-level detection, tilt protection, collision protection, and fault diagnostics. Optional 4G connectivity enables IoT-based monitoring and management.
These increasingly complex applications place significantly higher demands on controller integration, system reliability, fault diagnostics, and CAN bus communication capabilities.
按照电压平台、驱动需求与项目目标选择对应控制器组合
方案二的A4P × 2为初步选型,最终须校核两台电机、负载与散热条件;三套方案均为官网展示用选型逻辑,非已经验证的标准BOM。
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