TB6600 Stepper Motor Driver Module – 4A 9–42V Microstepping

The TB6600 stepper motor driver module is designed for precise control of bipolar stepper motors in CNC and automation systems. It operates within a 9–42V DC input range and supports up to 4A output current with selectable current levels. The driver features multiple microstepping modes up to 1/32 step resolution, enabling smooth and accurate motion control. Built with optical isolation for high-speed input signals, it ensures reliable performance and noise immunity. Ideal for CNC machines, 3D printers, and industrial motion control applications.

• TB6600 driver chipset for bipolar stepper motor control
  
• 9–42V DC wide input voltage range
  
• Adjustable output current up to 4A
  
• 8 selectable current levels
  
• Microstepping modes up to 1/32 step resolution
  
• High-speed optocoupler isolated input signals
  
• Standard common anode pulse interface
  
• Offline hold function for energy saving
  
• Semi-enclosed housing for improved durability
  
• Automatic semi-flow current reduction
  
• Built-in thermal protection circuit
  
• Overcurrent protection mechanism
  
• Stable operation with low noise output
  
• Compatible with CNC controllers and microcontrollers
  

• Input Voltage: 9–42V DC
  
• Output Current: 0.5–4.0A (adjustable)
  
• Number of Current Levels: 8 levels
  
• Microstepping Modes: Full, 1/2, 1/4, 1/8, 1/16, 1/32
  
• Control Signal: Pulse + Direction
  
• Input Signal Type: Optically isolated
  
• Logic Signal Voltage: 3.3–24V DC
  
• Max Pulse Frequency: 20 kHz
  
• Motor Type: Bipolar stepper motor
  
• Protection Features: Thermal, overcurrent
  
• Cooling Method: Passive + heatsink
  
• Operating Temperature: -10°C to 45°C
  
• Storage Temperature: -20°C to 65°C
  
• Module Dimensions: 96 × 56 × 33 mm
  
• Weight: 150 g

• PCB Stand Arduino Mega 2560
  
• Bracket for TB6600 stepper driver
  

• TB6600 Stepper Driver + Arduino + NEMA Motor Wiring and Control (Uno Mega Nano)