Servo controller parameters

• Input voltage: 12-48VDC, overvoltage value 60V, undervoltage value 10V
• Output current: 2*100A
• Work modes: independent mode, hybrid mode
• Working methods: speed open-loop, speed closed-loop (incremental encoder)
• Protection Methods: Over-current, Over-voltage, Under-voltage, Over-heat, Short-circuit
• Working environment: ≤80% RH, no condensation, -20~60°C

Characteristics

• The controller uses a wide voltage design, completely avoiding instability or burnout caused by high peak voltages from the AC generator.
• This is a true dual-channel 100A current controller (many manufacturers’ specifications are exaggerated).
• We designed it to support a wide voltage range and allow high current to pass through, with a reasonable internal arrangement. This prevents the controller from overheating. We also use a large aluminum base plate for heat dissipation along with cooling fans in the control compartment, completely avoiding controller issues caused by overheating.
• The servo controller ensures that the lawn mower travels in a straight line during operation.
• The signal transmission pins use a 3U gold-plating process, fully ensuring the stability of signal transmission.
• Using 2500 PPR (the encoder emits 2500 pulse signals per revolution of the motor to precisely control the motor’s position and speed)