XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8

XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8
XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8

XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8

Upgrade CNC Mach3 USB 3/4/6 Axis Motion Control Card Breakout Board 2MHz MKX-V. Applications: MKX-V:3/4/6 axis motion card works with Mach3 CNC system under all windows platform Electrical Characteristics: - CPU:Dual-Processors, ARM+FPGA - Axis output control: Drive Current:Isolated open collector output; 5V, 20mA Drive:Pulse + direction output Output frequency:2000 KHZ (2MHz) Axis: MK3-V:3-axis/4-axis/6-axis Isolation Voltage:3.5KV - Spindle inverter output Analog voltage output:0-10V PWM output:5V, 1KHZ, Duty; 0-100% Pulse + direction output:5V, 15HZ to 4 KHZ - Spindle speed input Input:Isolated input, 5V pulse signal Isolation Voltage:3.5KV - 8 IO output Drive Current:Isolation: 50mA, 25V Isolation Voltage:3.5KV - 16 IO input Input Current:Isolated inputs, 5 mA, maximum voltage 25V Isolation Voltage:3.5KV Mach3 Port Position:P1 Port USB interface:Complies with USB2.0 standard - Package box size:275X144X42mm - Weigtht:0.7KG Features: - Fully support all Mach3 version - Support save data when power off. Support spindle speed feedback - Support 3 meter USB cable - Supports Up 6-axis - Maximum step-pulse frequency is 2000KHz.

Status indicator LED can be useful to show the USB - Connection, and working status by flashing. 16 general-purpose input, 8 output has speed function, the spindle actural speed Mach3 - Interface in real-time display - All IO-port isolation, interference, stable performance - Ful support for USB hot-swappable, the card is Monitoring USB connection status at any time, Key feature: 1. Standard usb device and work at all windows with usb hot plug. The card state is monitored. Support 6 axis to motion at the same time. Step Pulse frequncy Up to 2000khzsupport servo and step motor driver.

The usb state indication with led 6. All io is isolated, anti-noise and stable performance 7.

Spindle control with PWM and step/pulse 8. Aluminum shell, shield the interference. Power off and continue function Software installation: - First, install Mach3 software to your PC. Second, copy your driver into Mach3. Check readme file in the CD. Check our wiring for reference, connect our card to your machine correctly. Connect your PC to our card by using network cable. After these steps, you can open your Mach3 software for operating. Please take a look at Mach3 software parameters setting, steps per and so on in the printed manual of our packing box for reference. Package List: - 1 x MKX-V motion card - 1 x Use wire - 1 x Driver disk - 1 x MACH3-USB trouble shooting - 1 x MACH3 config and driver installation - 1 x user Manual. Or unpaid dispute will be filed for non-payer after 7 days of sales day. If you receive defective item, please kindly notify us within 14 days. The item "XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8" is in sale since Wednesday, December 9, 2020. This item is in the category "Business & Industrial\Electrical Equipment & Supplies\Other Electrical Equipment & Supplies". The seller is "onemoredeal" and is located in Shenzhen. This item can be shipped worldwide.


XHC 2MHz MACH3 USB Motion Controller Card CNC Breakout Board for Engraver #OM8


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