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Micro Step Driver Tb6600 Stepper Motor Driver Material Abs Encoding Driver Nema 11 Controller Stepper Motor Tb6600, Genericym9ue4a7ng

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$12.59

$ 5 .99 $5.99

In Stock

About this item

  • Efficient Heat Dissipation Equipped with a large area heat sink, the driver effectively dissipates heat tothe encoder's longevity.
  • Versatile Applications Suitable for various automation equipment and instruments, including engraving machines, marking machines, cutting machines, phototypesetting, plotters, CNC machine tools, and more.
  • Whether for marking, cutting, or holding devices, this stepper motor driver is a must have for small and medium automation equipment.
  • Efficient And Stable: Using micro stepping drive technology, the stepper motor can achieve more step control, while reducing noise and vibration, and improving the stability of equipment .
  • With large‑area heat sink, it can dissipate heat in time without damaging the encoder


Features
1. imported special chips are used to realize a control stepping system
2. The current is automatically halved at rest, with functions such as overheating, overcurrent, undervoltage lockout, and input voltage reverse connection
3. With large?area heat sink, it can dissipate heat in time without damaging the encoder
4. ABS material can make sure the durability and stability of the product
5. Suitable for engraving machine, marking machine, cutting machine, phototypesetting, plotter, CNC machine tool, holding device, etc.
Spec:
Item Type: Micro Step Driver
Material: ABS
Humidity: 40-90%RH
Vibration: 10-55Hz/0.15mm
Storage Temperature: -20?65?
Input Voltage: DC 9-42V
Cooling Method: cooling or forced air cooling
Input: Single-ended, pulse/direction
Applicable Motor: 4-wire, 6-wire and 8-wire 2-phase stepping motor with current below 4.0A and outer diameter of 39,42,57mm
Applicable Equipment: Suitable for All Kinds of Small and Medium-sized Automation Equipment or instruments, such as: Engraving machine, marking machine, cutting machine, phototypesetting, plotter, CNC machine tool, holding device, etc. In equipment where users expect low-cost, high-current .
How to Use:
1. The number of subdivisions is selected and set by the dial switch on the drive board 2. The user can set according to the data of the subdivision selection table on the drive (preferably set when the power is off)
3. The calculation method of step angle is as follows: step angle=motor inherent step angle/number of subdivisions.
packing list:
1 x Code Driver