Your position: Home / 3D printer / CNC Series

Keyestudio CNC V0.9A board+3pcs 4988 Driver W/Heat Sink + USB cable for arduino CNC/laser engraving machine/writing robots GRBL

(141 available)
Shipping Cost:
Estimated Delivery Time:
Please select the country you want to ship from
Please select the information you wantX
  • Description
  • Features
  • Documents
  • Reviews

This kit mainly includes a keyestudio CNC V0.9A and three A4988 driver modules.

Keyestudio CNC GRBL V0.9 is a main board developed by Keyestudio for CNC, laser engraving machine, writing robots and other robots. It has complete interfaces with cost-effective and can be driven via external connection, suitable for DIY and factory use.

The A4988 is a DMOS microstepping driver with converter and overcurrent protection, which can operate a bipolar stepper motor in full, half, 1/4, 1/8 and 1/16 step modes, with output-driven performance up to 35 V and ± 2A. The A4988 also includes a fixed off-time current regulator that operates in slow or mixed-decay modes.

KS0311 CNC V0.9A + 4988 (1)KS0311 CNC V0.9A + 4988 (7)KS0311 CNC V0.9A + 4988 (3)KS0311 CNC V0.9A + 4988 (5)KS0311 CNC V0.9A + 4988 (6)KS0311 CNC V0.9A + 4988 (2)KS0311 CNC V0.9A + 4988 (4)


KS0311 CNC V0.9A + 4988 (8)

Specifications of CNC V0.9A
1. Microprocessor:MEGA328p
2. Input Voltage:DC 12V
3. Supporting File Format:Gcode
4. upporting Machine Structure:CNC, laser engraving machine, writing robots
Features of A4988 Driver
1. With simple stepper and direction control interface.
2. Five different step modes: full, half, 1/4, 1/8 and 1/16 step modes.
3.  Adjustable potentiometer used to adjust the max current output to gain higher step rate.
4. Automatic decay mode detection/selection.
5. Overheat closed circuit, under-voltage lockout, cross-current protection.
6. Ground short-circuit protection and load short-circuit protection.  
Average rating:
Share your thoughts with other customers
Write a review
Product reviews can be carried out after the member login, please click here to login
Message Us