No

Descriptions

Range

Unit

Detail setting description

401

Acceleration and deceleration time for cutting feedrate

[0,60000]

ms

Acceleration and deceleration time for G01, G02, G03, G33. The larger the value, the smoother the movement is. But the accuracy will no reduced. The suggested  value for CNC is 100.

402

S-curve time for cutting

[0,60000]

ms

Version before 10.35 suggest setting is 20

Version sfter 10.35 suggest setting is 150

404

Post-Acceleration and Post-deceleration time for cutting

[0,60000]

ms

This parameter is used to smoother the movement, But the accuracy will  reduced. The suggested  value for CNC is 15-25.

405

Maximum cutting feedrate

[0,3600000]

mm/min

deg/min

0.1 in/min

Set for the max cutting speed at (G01, /G02/G03/G31/G33)

406

Corner refer Speed

[6,3600000]

mm/min

 

408

5mm Radius ARC the most cutting feedrate

[6,3600000]

mm/min

 

409

Thread cutting acceleration time

[0,60000]

ms

Acceleration and deceleration time during helical cutting G33

421~440

Axis cutting in-pos. window(BLU)

[0,300000]

BLU

Performance of BLOCK ,to make

sure the accuracy , but too small

 set , will effect the speed of process.

441~460

X axis rapid travel (G00) acc. time

[0,60000]

ms

Set acceleration and deceleration time of G00 or JOG ,suggest : G01 once above the acceleration and deceleration

461~480

X axis max. rapid travel feedrate

[0,3600000]

mm/min

deg/min

0.1 in/min

The speed set of G00 , this accept

 the interface of RAPID OVERRIDE setup (F0,25,50,100)

481~500

Rapid travel in-pos. window

[0,300000]

BLU

The range of G00 IN POSITION CHECK

501~520

Rapid travel F0 feedrate

[0,15000]

mm/min

deg/min

0.1 in/min

When G00 RAPID OVERRIDE set to F0 , the speed of machine

521~540

JOG feedrate

[0,3600000]

mm/min

deg/min

0.1 in/min

Speed set of each axis of JOG , accept interface turned button of  OVERIRDE

541~560

Axis Acceleration and deceleration time for cutting feedrate

[0,60000]

ms

Setting the acceleration and deceleration time of axis (G01/G02/G03/G31) ,system will use the parameter with Pr621~640    to calculatethe most Acceleration and deceleration.

561~580

axis loss pulse check window

[50,300000]

0.001 mm

Controller in the motor stoppedwill check the feedback position of motor and if loss pulse over the range of parameter setif it’s over, it will set the lost position alarm

581~600

Axis velocity feed forward percentage

[0,200]

   

601~620

Axis Corner refer Speed

[6,3600000]

mm/min

 

621~640

Axis Maximum cutting feedrate

[0,3600000]

mm/min

deg/min

01. in/min

Cutting maximum cutting Feedrate

641~660

Axis S-curve time for cutting

[0,60000]

ms

 

821~840

Homing feedrate

[0,3600000]

mm/min

deg/min

0.1 in/min

Setting the feedrate to search  the HomeDog  when  axis is Home Back .

set to 1000 mm/min , if it’s okay , then set the speed to target vaule.

841~860

Homing 2nd low travel feedrate

[0,360000]

mm/min

deg/min

01 in/min

Setting the feedrate to search the index of Motor when  axis is home back after leave the HomeDog .

At first ,suggestion set 1000 mm/min , if it’s okay , then set the speed to target vaule.

881~900

Home offset

[-999999999,

+999999999]

BLU

Change the mechical coordiate

origin to the new position ,the

parameter is the distance from the

index of motor to new origin.

This parameter usually use in

setting the machine coordinate to

one way range

901~920

       

941~960

Home grid function

(0:OFF;1:ON)

[0,1]

0

When Home Dog position is too close to motor guide signal will effect the find origin is not exactWhen it occur after finishing setting  Home Dogplease open this performanceAfter it openedfinding origin will ignore the close guide signal automatically

961~980

Home search method

[0,1]

 

0:By HomeDog Sensor

1:By Reference index of Motor

1421~1440

aixs max. static dual error(BLU)

[100,100000]

 

Setting the limitation of Error between Motor position and Liear scale position feedback

1581

The time of Feed forward comp.

[0,1000]

ms

 

1631~

1640

Spindle bias  for zero speed

[-100000,

+100000]

0.001 RPM

OFFSET quantity of main spindle origin

1721~

1730

Spindle zero floating speed(RPM)

[0,1000]

RPM

When main spindle inch moves start , speed of main spindle ( low speed ) , the same as  JOG and

 AUTO ,it’s no limit from main

spindle lowest speed.

1731~

1740

Minimum spindle speed(RPM)

[0,30000]

RPM

Minimum spindle speed in automatic and manual

1741~

1750

Speed for spindle orientation stop(RPM)

[0,30000]

RPM

Main spindle location activeits location speednot effect from limit of minimum spindle speed.

1751~

1760

Spidnle S.O.S. reference offset

[-3600000,

+3600000]

0.001 deg

Main spindle location activethe bias angle of located potionthis angle is opposite to same cycle signal main spindle encoderSo this parameter must adjust when change motorencoder or belt

1761~

1770

Spindle orientation stop dec. time

[1,60000]

ms

Main spindle location activedeceleration time of location

1771~
1780

Spindle home reference offset

[-360000,
+360000]

0.001deg

Main spindle position origin opposite to bias of main spindle encoder guide signalLet show position of PLC R35 spindle

1781~

1790

Min. speed for spindle orientation stop

[0,500]

RPM

Main spindle location activeminimum of location speedthis speed is not effected by main spindle speed

1801~1810

Maximum spindle speed

[1,80000]

RPM

 

1821~1830

       

1821~1830

       

1831~1840

       

1841~1850

       

2401~

2440

Software travel limit

[-999999999,

+999999999]

BLU

Normal working range , setup steps 1. find HOME 2. use MPG move to OT slowly 3. when touch OT then back 5mm ,use this position setup for first stroke limit

2441~

2480

       

2801~

2860

2nd reference point

[-999999999,

+999999999]

BLU

2nd ~4th parameter point setup

3209

*Language setting

[0,3]

 

0:English

1:Trad. Chinese

2:location language

3:Simp. Chinese

3219

*select system mode

[0,4]

 

0: NO SRAM : all data and system

 program put in the same DOC C:

1: SRAM : user’s dynamic data and

tool program put in SRAM, A:

user’s dynamic data put in A:\CNC\USER

tool program put in

A:\CNC\NCFILES

Dialogue program put in

A:\CNC\GNCFILES

2: HARDDISK : user’s dynamic data put in SRAM A:tool program put in another hard disk D:(or second DOC)

user’s dynamic data put in A:\CNC\USER

tool program put in

D:\CNC\NCFILES

Dialogue program put in

D:\CNC\GNCFILES

3: tool program put in another hard disk C:in order to consist the older version that has hard disk

4:reversed

3223

System administer

[0,1]

 

0:disable1:enable

3225

Screen saver delay time

[0,9999]

min

Set screen saver delay timeunit is minute0 for disable

3229

Disable workpiece coordinate setting screen display

[0,1]

 

0: enable1: disable

3230

Disable lathe tool length setting screen display

[0,1]

 

0: enable1: disable

3901

       

3903

       

3905

       

3921

       

3922

       

3923

       

3925

       

3926

       

3927

       

3928

       

3929

       

3941

       

3942

       

3943

Second exchange code type

[0,2]

 

0: ASCII;

1: EIA;

2: ISO;

3944

COM1 control code (0:no;1:DC2;2:DC4;3:DC2&DC4)

[0,3]

 

0: no DC control code;

1: add DC2 to start of data;

2: add DC4 to end of data;

3: add DC2 to start of data and add DC4 to end of data;

3945

COM1 end-of-block output code(0:EOB;1:CR&EOB)

[0,1]

 

0: EOB;

1:add CR before EOB

3946

COM1 DC3 control code parity (0:off ; 1:on)

[0,1]

 

0: no;

1: yes

this parameter is meaningful when

that is set to 2 in 3947

3947

COM2 flow control mode

   

0: no;

1: CTS/RTS hardware mode;

2: Xon/Xoff software mode;

3948

COM2 parity check

   

0: no;

1: odd corresponding;

2: even corresponding;

3949

COM1 stop bit

   

1: 1 bit;

2: 2 bit;

                                                    *that parameter effect when next reboot