Support 4 Axis USB CNC pendant Mach3 wireless handwheel WHB04-L

Support 4 Axis USB CNC pendant Mach3 wireless handwheel WHB04-L

PRODUCTS DETAILS.

More Details about our Mach3 handwheel

RF Performance Description

The RF is Standdard with 2.4G ISM,the Tx power is 0DB and the RX sensitivity is -98DB

The RF has 64 channels,the channel gap is 1Mhz

The protocol Designed with high performance;Low power consumption;Automatic Learning ID Number

To jump frequency Adapttively when noised,which can work with 2.4G wireless Mic,Wlan and Bluetooth etc.devices.

64 sets Wireless Handle work fine at the same time in one room,with no-interference each other

has the function of the hand wheel,100PPR the manual pulse generator output

display,real-time display of the machine the workpiece coordinates,mechanical coordinates .Coordinates X,Y,and Z three-axis with the screen display

XHC-ShuttlePro Insallation

1.Before using the hand wheel,install the driver file,mode of operation is as follows:

2.When MACH3 is installed,there will be a folder created named "Plugins" in the MACH3 folder.This folder is the location to put and Plugin files that you want Mach3 to know about.Place"XHC-ShuttlePro.dll" in the MACH3Plugins folder.Check and make sure it is there

3.Setup diver for Probe Z surface function;M930.m1s copy the installation directory to the MACH3.mach3macrosmach3Mill

4.Now that the XHC-ShuttlePro.dll file is in MACH3Plugins,the next step is to connect the huttlePro.If you are certain that your ShuttlePro is working and your hardware is working then you can simply plug in the ShuttlePro to one of the USB ports

5.Once the ShuttlePro is connected ,start MACH3 and go to the "Config" menu choice and select "ConfigPlugins".You should see the ShuttlePro choice with a green checkmark means that Mach3 found the ShuttlePro on tartuo.Click the "CONFIG"in yellow and set the buttons as you wish.

6.Once you have the proper button selected in the MACH3 ShuttlePro Plugin CONFIG menu, your Shuttle device should be working properly.

RF Performance Description

DC Description