EasyRoute Control Panel is based on Weihong NK105 CNC Integrated Machine OEM http://am.co.za/router/panel
上海维宏电子科技股份有限公司
Weihong Electronic Technology Co., Ltd.
REF
mechanical origin after E-stop
No: Not eliminate
For the detailed introduction of this group of parameters, see chapter 6.1 and chapter 6.2.
If user can ensure that the axis position will not move in E-stop, he can set the parameter “Sign of BK
REF” as “No”, so user can continue processing without backing to mechanical origin after E-stop is
obviated. Otherwise, user needs to set this parameter as “Yes” to ensure processing accuracy.
‹ Spindle Parameters
Parameter
Spindle Gears
ON/OFF Delay
Initial Gear
Max. Spdl Speed
Meaning
Spindle Set
Spindle speed is divided into several gears.
The waiting time for spindle to reach normal rotary
speed after started and stop completely after
closed
Initial speed gear
Max. speed spindle can reach
Park MCS Site (belongs to Operations)
Park Mode
The spindle action after processing finishes
This parameter is valid when “Park Mode” is set
as “To Park Site”. Park site can be input manually
Park Site
or selected directly in processing page. For the
operation method to select park site, see Menu
Page.
For these two groups of parameters, see chapter 6.5.
Setting range
1~8
0~60000 ms
1~spindle gears
Spindle speed~999999
Not move (keep still)
To park site
To WCS origin
Input Site
Select Site
‹ Y as Rotary Axis
Parameter
Y as Rotary Axis
Rotary Y Pulse
mm as Unit
Rev. Work Radius
Rotary Takeoff
Rotary Y Acc.
Max. Rotary Vel.
Meaning
Whether Y axis is set as CNC turntable
The pulse equivalent of Y axis when it is set as
rotary axis
It sets the measure unit for the rotary axis.
The length of Y axis in CAM programming is the
value of workpiece radius × 2× π. The value of
this parameter changes with workpiece radius
processed each time.
The takeoff speed of rotary axis
The acceleration of rotary axis, with unit as
rad/s2
Max. rotary speed
Setting range
Yes: valid No: invalid
0~100mm/p
Yes: set the unit as mm
No: set the unit as deg
0~1000000mm
0~1000000mm/s
0.001~100000.0 rad/ s2
0.06~6000000 r/min
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