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Side View
This driver uses a 6-bit dial switch, the subdivision of this version is increased to 32 subdivision. PRECISION!
Front View
This driver is an upgraded version of TB6600 and with plastic cover. SMALLER!
Bottom View
This driver uses an alumium alloy base. GOOD HEAT DISSIPATION!
Parameter Description
wiring definition
wiring method
current setting
subdivision setting
Specifications
The TB6600 is a two-phase bipolar stepping motor driver using a PWM chopper.The clock in decoder is built in. Fabricated with the BiCD process, rating is 30Vmax / 4.0 A .
- Black Rugged All metalic Enclosure and Large Black Aluminium Heat Sink
- Mounting Holes on Heat Sink for Mounting the Drive in Machine Panels
- High efficiency motor current control mechanism ADMD (Advanced Dynamic Mixed Decay)
- Weight 122g
- 5.75 x 3.86 x 1.18 inches
FEATURES
- PWM constant current drive single-chip bipolar sinusoidal micro-step stepping motor driver
- Selectable excitation mode (1/1, 1/2, 1/4, 1/8, 1/16 and 1/32 step)
- Single power supply
- Average current control (in 8 steps from 0.5A to 3.5A), two-phase sinusoidal current drive output
- Optically isolated inputs
- Over voltage, under-voltage, over-current, and short-circuit protection
Description
- With auto standby function (low motor heat in standby)
- LED indicator for Power ON / Alarm (error)
- High starting speed
- High-speed torque
David Ahlstrom
2025-09-04 17:20:20
This works very well. Pay close attention to the manual as it is important to get all the inputs correct to get the system to work. The connections are robust and easy to use. The system works very well and does not get hot even while driving a motor with the maximum current allowed.
J Pangburn
2025-08-12 12:52:48
Worked way better than the transistor setup I was using to drive a stepper before. Just so you know, there's ZERO documentation in the box- you just get the device and not a single scrap of paper comes with it. Use the documentation on this page AND note that for the dip switches the ON direction is down.Only thing they were really missing was how long you need to make the pulse on the pulse pins, or how much time you need on the enable or direction pins before the changes take effect. I used 30 microseconds on the pulse pins and it doesn't seem to miss any steps. Maybe less is fine, but that worked for me and I didn't need it to be faster so I left it at that.
Ryan
2025-08-03 15:21:15
Works well, and good documentation out there. Got ahold of it and working within an hour.
A. Purohit
2025-04-22 18:50:08
Great little stepper driver. I love the fact that this one runs the motor and logic at the same voltage (many others limit logic to 5V, which is not common in industrial applications - 24V is the standard!Device works great, but there are no instructions provided with it. What's more, other users have shown pictures for wiring which are good, but they have different graphics on the body of the part. So, that's a little disappointing, but I know enough to get through it.The other problem is that the ENA signal shows that it needs a voltage (the icon implies that there is an opto-isolator so you need to provide voltage to light it up. Unfortunately, the ENA label is misleading - powering this line will DISABLE the motor, not ENAble it. Ideally, the ENA should be !ENA or ENA with the bar over it... it's a negative signal. This means you can leave it disconnected and the motor will work fine...I asked the seller about this, and they were very helpful, so that was refreshing. I suggested they should update the ENA label, so we'll see if that happens or not.The rest is great - all works well for my small motor, so I'm happy. I took a star off for the mislabeled input and lack of instructions. Take a look at the instructions provided by other users, and just be aware that the ENA is backwards... and you should be all set!
Maria Sosa
2025-04-05 20:30:35
Exactly what I needed. Arrived quickly and efficiently! Thanks!
KKC
2025-02-13 11:18:30
The stepper motor controller worked during testing. As soon as I put a load on the motor, it burned out after a few cycles. I replaced it with a controller that had overvoltage protection and overvoltage was rated 50% higher.
J. Bowser
2025-01-05 12:00:29
I ordered three of these to rebuild one of my CNC controllers and after ruining several pieces of brass attempting to engrave a plaque troubleshooting indicated one of them was dropping/ignoring pulses. On a multi pass job each pass would start in a different spot on the Y axis! Amazon replaced it quickly, though, and now all is fine. I hope the returned driver module doesn't wind up in "Amazon Warehouse" to cause somebody else grief! I can't believe they wanted a $14 defective part back...
Fan1215
2024-12-03 13:28:57
Ready to setup. Works great!
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