INCON-M84/M86/M86R Manual

VTO

Corresponding VTO bit

Definition

[0].0

plc.vto0.bit.fvov0

Feed rate override percentage bit 0

[0].1

plc.vto0.bit.fvov1

Feed rate override percentage bit 1

[0].2

plc.vto0.bit.fvov2

Feed rate override percentage bit 2

[0].3

plc.vto0.bit.fvov3

Feed rate override percentage bit 3

[0].4

plc.vto0.bit.jgov0

Jog override percentage bit 0

[0].5

plc.vto0.bit.jgov1

Jog override percentage bit 1

[0].6

plc.vto0.bit.jgov2

Jog override percentage bit 2

[0].7

plc.vto0.bit.jgov3

Jog override percentage bit 3

[0].8

plc.vto0.bit.G0ov0

G00 override percentage bit 0

[0].9

plc.vto0.bit.G0ov1

G00 override percentage bit 1

[0].A

plc.vto0.bit.clsrt

Program cycle start

[0].B

plc.vto0.bit.fhold

Program feed hold

[0].C

plc.vto0.bit.emgsp

Emergency stop

[0].D

plc.vto0.bit.probe

Tool probe signal input

[0].E

plc.vto0.bit.iwst0

INC /hand wheel step width bit 0

[0].F

plc.vto0.bit.iwst1

INC /hand wheel step width bit 1

VTO

Corresponding VTO bit

Definition

[1].0

plc.vto1.bit.xhome

X axis external homing input

[1].1

plc.vto1.bit.yhome

Y axis external homing input

[1].2

plc.vto1.bit.zhome

Z axis external homing input

[1].3

plc.vto1.bit.ahome

A axis external homing input

[1].4

plc.vto1.bit.wlAx0

Hand wheel axis selection bit 0

[1].5

plc.vto1.bit.wlAx1

Hand wheel axis selection bit 1

[1].6

plc.vto1.bit.mMod0

Manual mode bit 0

[1].7

plc.vto1.bit.mMod1

Manual mode bit 1

[1].8

plc.vto1.bit.xovtr

X axis over travel

[1].9

plc.vto1.bit.yovtr

Y axis over travel

[1].A

plc.vto1.bit.zovtr

Z axis over travel

[1].B

plc.vto1.bit.aovtr

A axis over travel

[1].C

plc.vto1.bit.wlOff

Handwheel close

[1].D

plc.vto1.bit.teach

Tech in input

[1].E

plc.vto1.bit.athom

Auto homing

[1].F

plc.vto1.bit.ptpgm

Program editing protection

VTO

Corresponding VTO bit

Definition

[2].0

plc.vto2.bit.skp31

G31 input

[2].1

plc.vto2.bit.jogsp

From PLC appoint Jog speed

[2].2

plc.vto2.bit.svpar

Save PLC parameter

[2].3

plc.vto2.bit.nosft

Close soft limit

[2].4

plc.vto2.bit.rgsiv

Rigid tapping spindle output voltage reverse

[2].5

plc.vto2.bit.sstep

PLC sub program single block execution

[2].6

plc.vto2.bit.cprad

Calculation radius

[2].7

plc.vto2.bit.zcmpl

Z axis clamp movement

[2].8

plc.vto2.bit.emgmv

Emergency movement axis

[2].9

plc.vto2.bit.emvsp

Stop emergency happening movement axis

[2].A

plc.vto2.bit.tlcmp

Write tool compensation table

[2].B

plc.vto2.bit.wlax2

Hand wheel axis selection bit 2

[2].C

plc.vto2.bit.bhome

B axis external homing input

[2].D

plc.vto2.bit.chome

C axis external homing input

[2].E

plc.vto2.bit.bovtr

B axis over travel

[2].F

plc.vto2.bit.covtr

C axis over travel

VTO

Corresponding VTO bit

Definition

[3].0

plc.vto3.bit.Vis4X

CNC controller software to be 4.xx version or above

[3].1

plc.vto3.bit.HisVM

CNC controller hardware is VM module

[3].2

plc.vto3.bit.V4spc

CNC controller through plc.axisPmySindle.da control main spindle voltage

[3].3

plc.vto3.bit.jogct

External appoint the input point to replace pre-set Jog input

[3].4

plc.vto3.bit.HmOnc

Do one homing, when system has done homing, when again do homing directly move to machine home

[3].5

plc.vto3.bit.lnG00

G00 linear position

[3].6

plc.vto3.bit.ddmt0

Simultaneous axis select bit 0

[3].7

plc.vto3.bit.ddmt1

Simultaneous axis select bit 1

[3].8

plc.vto3.bit.alwmp

Every machine enter parameter requires password input

[3].9

plc.vto3.bit.spdsp

DNC show 7 lines, CNC controller image bottom right corner show machine coordinate, program coordinate, corresponding coordinate, remaining info

[3].A

plc.vto3.bit.swMan

CNC controller shifts to manual mode

[3].B

plc.vto3.bit.whs1k

Hand wheel step width X1000

[3].C

plc.vto3.bit.rgsda

When doing rigid tapping from NC control to spindle speed

[3].D

plc.vto3.bit.mstin

System reserve

[3].E

plc.vto3.bit.mstfi

System reserve

[3].F

plc.vto3.bit.stfov

Use new advance override management style

VTO

Corresponding VTO bit

Definition

[4].0

plc.vto3.bit.zofnn

Check G54~G59 Z value can't be negative

[4].1

plc.vto3.bit.toHDL

Is Servo close shift to manual mode

[4].2

plc.vto3.bit.hdmpa

Hidden part of machine parameter (high speed high accuracy parameter)

[4].3

plc.vto3.bit.nedlg

Is manual mode showing wrong signal in dialog box

[4].4

plc.vto3.bit.ghov0

G00 16 section override mode speed override adjustment bit 0

[4].5

plc.vto3.bit.ghov1

G00 16 section override mode speed override adjustment bit 1

[4].6

plc.vto3.bit.ghov2

G00 16 section override mode speed override adjustment bit 2

[4].7

plc.vto3.bit.ghov3

G00 16 section override mode speed override adjustment bit 3

[4].8

plc.vto3.bit.ghovd

Choose G00 16 section override mode

[4].9

plc.vto3.bit.pcent

Speed override use 1% unit

[4].A

plc.vto3.bit.sk31a

G31 command if surpass order distance didn't detect the SKIP signal, there will be warning

[4].B

plc.vto3.bit.g0hld

Execution program will stop at G00

[4].C

plc.vto3.bit.ngkyu

System don't manage GKYU signal

[4].D

plc.vto3.bit.nextp

CNC controller status window, left distance will turn into the next single target

[4].E

plc.vto3.bit.adryn

Advance dry run

[4].F

plc.vto3.bit.clsrd

Tapping spindle close loop control