Tired of stepper motors missing steps or overheating? The TB6600 4A Stepper Motor Driver Controller Single-Axis is the tool you need to keep your machines running smooth and quiet. It lets you control one motor axis with precision, so you can finish projects on time without costly downtime.
TB6600 4A Stepper Motor Driver Controller Single-Axis
When a motor driver cannot handle the current or micro-step settings you need, the motor stalls and the whole system suffers. This problem shows up in CNC controller routers, 3D printers and laser engravers where accuracy matters. The TB6600 solves the issue by offering a wide current range, multiple micro-step options and strong thermal protection, giving you reliable power for every motion.
Benefits
- Accurate motion thanks to 7 micro-step levels.
- Adjustable current prevents motor overheating.
- Built-in safety stops damage from short circuits.
- Compact size fits tight machine enclosures.
- Easy DIP switch setup saves installation time.
Usages
The driver works well in desktop CNC mills where a single axis moves the cutting head. It powers the X-axis of 3D printers that need smooth layer deposition. Laser engraving machines rely on it to keep the laser head steady during long runs. Small robotic arms and automated plotters also benefit from its precise control and protection features.
Key Features
- Input current range 0-5 A for flexible power sources.
- Output current 0.5-4 A to match most stepper motors.
- Maximum power 160 W supports demanding applications.
- Micro-step settings: 1, 2/A, 2/B, 4, 8, 16.
- Eight current levels from 0.5 A to 3.5 A with a peak of 4 A.
- High-speed optocoupler isolation reduces signal noise.
- Large heat sink with automatic semi-flow cooling.
- Protection against overheating, over-current, short circuit and reverse polarity.
- Operating temperature from -10 C to 45 C for varied environments.
- Compact dimensions 96 56 33 mm and weight only 0.2 kg.
SPECIFICATIONS:
| Max Ratings |
Power Supply Voltage (
) |
50 V (p. 26) |
| Max Ratings |
Output Current (Peak) |
5.0 A (p. 26) |
| Max Ratings |
Input Voltage (
) |
6.0 V (p. 26) |
| Max Ratings |
Operating Temperature |
-30 to 85 °C (p. 26) |
| Operating Range |
Power Supply Voltage (
) |
8.0 to 42 V (p. 26) |
| Operating Range |
Max Output Current |
4.5 A (p. 26) |
| Operating Range |
Chopping Frequency |
20 to 60 kHz (p. 26) |
| Excitation Mode |
1/1 (Full Step) |
M1:L, M2:L, M3:H (p. 5) |
| Excitation Mode |
1/2A (1-2 Phase A) |
M1:L, M2:H, M3:L (p. 5) |
| Excitation Mode |
1/2B (1-2 Phase B) |
M1:L, M2:H, M3:H (p. 5) |
| Excitation Mode |
1/4 (W1-2 Phase) |
M1:H, M2:L, M3:L (p. 5) |
| Excitation Mode |
1/8 (2W1-2 Phase) |
M1:H, M2:L, M3:H (p. 5) |
| Excitation Mode |
1/16 (4W1-2 Phase) |
M1:H, M2:H, M3:L (p. 5) |
| Excitation Mode |
Standby Mode |
M1/M2/M3: All L or All H (p. 5) |
| Pin 1 (ALERT) |
TSD / ISD Monitor |
Output (Low on error) (p. 2) |
| Pin 3 (TQ) |
Torque Setting |
Input (L: 30%, H: 100%) (p. 4) |
| Pin 5 (Vref) |
Current Level Voltage |
Input (0.3 to 1.95 V) (p. 7) |
| Pin 18 (ENABLE) |
Output Control |
H: Enable, L: All Off (p. 2) |
| Pin 19 (RESET) |
Mode Reset |
L: Initial Mode (p. 2) |
| Pin 21 (CLK) |
Step Pulse |
Input (Rising edge trigger) (p. 30) |
| Pin 22 (CW/CCW) |
Direction Control |
L: CW, H: CCW (p. 2) |
| Pin 25 (MO) |
Electrical Angle |
Output (Monitor pin) (p. 2) |
