USB CNC MACH3 Interface Control Board 4 Axis 2000Khz Stepper Servo Motor

Package include:

1pcs 3/4Axis MACH3 Motion Card USB 2000KHz Interface board

Features:

· Support all versions of Mach3.

· Can only run under Windows operating system.

· USB does not need to install drivers, the Windows version is plug and play.

· Fully support USB hot-plug, monitor the USB connection status at any time, when Mach3 is working, the USB cable can be unplugged and then plugged in, and the connection can be normal.

· Support up to 6-axis linkage, including jogging 6-axis linkage. (Depending on the model, the number of supported axes is different)

· With 2000KHz pulse output, support servo/step.

· With status indicator, it can prompt USB connection and Mach3 connection. During operation, various states can be seen at a glance.

· With 16 input IO, 8 output IO ports

· All IO ports are fully isolated, with strong anti-interference and stable performance

· Support spindle PWM speed control output; support spindle pulse + direction output; support spindle 0 to 10V analog voltage speed control output.

· 184x110x30 mm, aluminum shell, shielding interference, stable and reliable.

Input signal interface

There are 16 input signals, and the low-level input is valid, and the input current is 5 mA.

Support 6-24V signal input.

Each signal is defined as follows:

X-HOME: X-axis origin signal input, corresponding to MACH3 software input IO port: P1.0

Y-HOME: Y-axis origin signal input, corresponding to MACH3 software input IO port: P1.1

Z-HOME: Z-axis origin signal input, corresponding to MACH3 software input IO port: P1.2

A-HOME: A-axis origin signal input, corresponding to MACH3 software input IO port: P1.3

PROBE: tool setting signal input, corresponding to MACH3 software input IO port: P1.4

IN5-IN15: input port, MACH3 software input IO port is: P1.5-P1.15

Spindle inverter interface

MKX supports spindle speed adjustment, inverter interface, or PWM interface.

MKX spindle interface speed control output, supports 2 ways: 0-10V analog voltage output; or 0-5V analog voltage output; or 5V PWM signal output.
When the analog voltage output is used to adjust the speed, a DC voltage needs to be input to the board, and the value

of the DC voltage determines the maximum voltage value of the analog voltage output; for example, the DC voltage input: 10V, the analog voltage output is 0-10V Variety.