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FANUC MANUAL GUIDE i. OPERATOR’S MANUAL - page 27

A.PARAMETERS

APPENDIX

B-63874EN/05

14765

GIDCOL10

GIDCOL10 :

Portion to be cut.

14766

GIDCOL11

GIDCOL11 :

Finishing allowance.

14767

GIDCOL12

GIDCOL12 :

Reserved.

14768

GIDCOL13

GIDCOL13 :

Reserved.

14769

GIDCOL14

GIDCOL14 :

Explanation of measurement (static sentence)

14770

GIDCOL15

GIDCOL15 :

Explanation of measurement (dynamic sentence)

14771

GIDCOL16

GIDCOL16 :

Background color.

If these parameters are set to 0, the following values are used as their

respective initial values.

No.14756 = 003200

Green

No.14757 = 000063

Blue

No.14758 = 000063

Blue

No.14759 = 006060

Light blue

No.14760 = 006060

Light blue

No.14761 = 600000

Red

No.14762 = 000063

Blue

No.14763 = 000063

Blue

No.14764 = 636300

Yellow

No.14756 = 484848

Bright gray

No.14766 = 404040

Rather bright gray

No.14767 = 000000

Black (reserved)

No.14768 = 000000

Black (reserved)

No.14769 = 636363

White

No.14770 = 006060

Light blue

No.14771 = 242424

Dark gray

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B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.12

Settings for Tool Path Drawing Colors

These parameters set the tool path drawing colors.

•

Specify color setting data with a 6-digit number in the format of

“xxyyzz”.

(xx:Value for red, yy:Value for green, zz:Value for blue)

•

The valid data range of each color value is 0 to 63. A value

greater than 63 is interpreted as 63.

•

For a number with less than six digits, all the unspecified digits

are interpreted as high-order ones and are all assumed 0.

14773

DATA

DATA : Color of blank figure during tool path drawing.

If the value is set to 0, Green is used as the respective initial values

(003200).

A.2.13

Settings for Machining Simulation Animation Colors

These parameters set machining simulation animation colors.

•

Specify color setting data with a 6-digit number in the format of

“xxyyzz”.

(xx:Value for red, yy:Value for green, zz:Value for blue)

•

The valid data range of each color value is 0 to 63. A value

greater than 63 is interpreted as 63.

•

For a number with less than six digits, all the unspecified digits

are interpreted as high-order ones and are all assumed 0.

14777

ANMCOL1

ANMCOL1 :

Color of part figures during animation.

14778

ANMCOL2

ANMCOL2 :

Color of material cut-off portions during animation.

14779

ANMCOL3

ANMCOL3 :

Color of the tool during animation.

14780

ANMCOL4

ANMCOL4 :

Color of the coordinate axes during animation.

14781

ANMCOL5

ANMCOL5 :

Color of the background during animation.

If these parameters are set to 0, their standard colors are assumed.

- 763 -

A.PARAMETERS

APPENDIX

B-63874EN/05

A.2.14

Settings for Path Colors During Tool Path Plotting

These parameters set the path colors used during tool path plotting.

•

Specify color setting data with a 6-digit number in the format of

“xxyyzz”.

(xx:Value for red, yy:Value for green, zz:Value for blue)

•

The valid data range of each color value is 0 to 63. A value

greater than 63 is interpreted as 63.

•

For a number with less than six digits, all the unspecified digits

are interpreted as high-order ones and are all assumed 0.

14785

PATHCOL1

PATHCOL1 : Color of the path of a rapid traverse tool.

14786

PATHCOL2

PATHCOL2 : Color of the path of a cutting feed tool.

14787

PATHCOL3

PATHCOL3 : Color of the path of a threading tool.

If these parameters are set to 0, their standard colors are assumed.

- 764 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.15

Settings for the Allocation of Startup Function Keys

#7

#6

#5

#4

#3

#2

#1

#0

14794

GRP

MES

SYS

OFS

PRG

POS

POS

0 : The Manual Guide does not start when function key <1> is pressed.

1 : The Manual Guide starts when function key <1> is pressed.

PRG

0 : The Manual Guide does not start when function key <2> is pressed.

1 : The Manual Guide starts when function key <2> is pressed.

OFS

0 : The Manual Guide does not start when function key <3> is pressed.

1 : The Manual Guide starts when function key <3> is pressed.

SYS

0 : The Manual Guide does not start when function key <4> is pressed.

1 : The Manual Guide starts when function key <4> is pressed.

MES

0 : The Manual Guide does not start when function key <5> is pressed.

1 : The Manual Guide starts when function key <5> is pressed.

GRP

0 : The Manual Guide does not start when function key <6> is pressed.

1 : The Manual Guide starts when function key <6> is pressed.

<1>

<2>

<3>

OFFSET

POS

PROG

SETTING

SYSTEM

MESAGE

GRAPH

<4>

<5>

<6>

#7

#6

#5

#4

#3

#2

#1

#0

14795

PS3

PS2

PS1

FPT

CS3

CS2

CS1

CS1

0 : The Manual Guide does not start on Custom Screen 1 (AUX) when

function key <1> is pressed.

1 : The Manual Guide starts on Custom Screen 1 (AUX) when function

key <1> is pressed.

NOTE

1 If the conversational macro screen is not provided,

bit 5 of parameter No. 8652 (CMEC1) must be set

to 1.

2 This parameter is not supported in Series 30i.

CS2

0 : The Manual Guide does not start on Custom Screen 3 (MCR) when

function key <1> is pressed.

1 : The Manual Guide starts on Custom Screen 3 (MCR) when function

key <1> is pressed.

- 765 -

A.PARAMETERS

APPENDIX

B-63874EN/05

NOTE

1 If the conversational macro screen is not provided,

bit 6 of parameter No. 8652 (CMEC2) must be set

to 1.

2 This parameter is not supported in Series 30i.

CS3

0 :

The Manual Guide does not start on Custom Screen 2 (MENU) when

function key <1> is pressed.

1 :

The Manual Guide starts on Custom Screen 2 (MENU) when function

key <1> is pressed.

NOTE

1 If the conversational macro screen is not provided,

bit 7 of parameter No. 8652 (CMEC3) must be set

to 1.

2 This parameter is not supported in Series 30i.

FPT

0 :

The Manual Guide does not start when function key <2> is pressed.

1 :

The Manual Guide starts when function key <2> is pressed.

NOTE

1 Bit 4 of parameter No. 8652 (CMECF) must be set

to 1.

2 This parameter is not supported in Series 30i.

<1>

CUSTOM

FAPT

<2>

PS3=0, PS2=0, PS1=0 : The maximum memory size is set to 250K byte.

PS3=0, PS2=0, PS1=1 : The maximum memory size is set to 500K byte.

PS3=0, PS2=1, PS1=0 : The maximum memory size is set to 1M byte.

PS3=0, PS2=1, PS1=1 : The maximum memory size is set to 2M byte.

PS3=1, PS2=0, PS1=0 : The maximum memory size is set to 4M byte.

PS3=1, PS2=0, PS1=1 : The maximum memory size is set to 5M byte.

PS3=1, PS2=1, PS1=0 : The maximum memory size is set to 6M byte.

PS3=1, PS2=1, PS1=1 : The maximum memory size is set to 7M byte.

- 766 -

A.PARAMETERS

APPENDIX

B-63874EN/05

A.2.16

Settings for Current Position Display

14799

DS1AXS

DS1AXS

0 :

The first controlled axis is displayed in display area 1.

≠0 :

Number of the controlled axis to be displayed in display area 1.

14800

DS2AXS

DS2AXS

0 :

The second controlled axis is displayed in display area 2.

≠0 :

Number of the controlled axis to be displayed in display area 2.

14801

DS3AXS

DS3AXS

0 :

The third controlled axis is displayed in display area 3.

≠0 :

Number of the controlled axis to be displayed in display area 3.

14802

DS4AXS

DS4AXS

0 :

The fourth controlled axis is displayed in display area 4.

≠0 :

Number of the controlled axis to be displayed in display area 4.

14803

DS5AXS

DS5AXS

0 :

The fifth controlled axis is displayed in display area 5.

≠0 :

Number of the controlled axis to be displayed in display area 5.

14804

DS6AXS

DS6AXS

0 :

The sixth controlled axis is displayed in display area 6.

≠0 :

Number of the controlled axis to be displayed in display area 6.

14805

DS7AXS

DS7AXS

0 :

The seventh controlled axis is displayed in display area 7.

≠0 :

Number of the controlled axis to be displayed in display area 7.

14806

DS8AXS

DS8AXS

0 :

The eighth controlled axis is displayed in display area 8.

≠0 :

Number of the controlled axis to be displayed in display area 8.

- 768 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.17

Settings for F Load Meter Compensation

Parameters Nos. 14815 to 14822 are independent ones for respective

paths.

These parameters are used to compensate a CNC controlled axis to

which load is applied constantly, such as a vertical axis, for that load,

using the load meter.

14815

ELOFS1

ELOFS1 :

Value of the load current of the first CNC controlled axis in the steady

status, as converted into a digital value (-6554 to +6554).

14816

ELOFS2

ELOFS2 :

Value of the load current of the second CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

14817

ELOFS3

ELOFS3 :

Value of the load current of the third CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

14818

ELOFS4

ELOFS4 :

Value of the load current of the fourth CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

14819

ELOFS5

ELOFS5 :

Value of the load current of the fifth CNC controlled axis in the steady

status, as converted into a digital value (-6554 to +6554).

14820

ELOFS6

ELOFS6 :

Value of the load current of the sixth CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

14821

ELOFS7

ELOFS7 :

Value of the load current of the seventh CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

14822

ELOFS8

ELOFS8 :

Value of the load current of the eighth CNC controlled axis in the

steady status, as converted into a digital value (-6554 to +6554).

- 769 -

A.PARAMETERS

APPENDIX

B-63874EN/05

A.2.18

Settings for Tool Management Functions

These parameters are for the settings for tool management functions.

#7

#6

#5

#4

#3

#2

#1

#0

14823

STS

TLD

LIA

LIF

TMG

MSR

TOF

ORT

ORT

0 :

The screen for associating a tool number with a compensation number

is not displayed.

1 :

The screen for associating a tool number with a compensation number

is displayed.

TOF

0 :

The per-tool-number tool offset setting screen is not displayed.

1 :

The per-tool-number tool offset setting screen is displayed.

MSR

0 :

The compensation type, tool number, and group number input fields

are not displayed on the measurement screen.

1 :

The compensation type, tool number, and group number input fields

are displayed on the measurement screen.

TMG

0 :

The tool management data setting screen is not displayed.

1 :

The tool management data setting screen is displayed.

LIF

0 :

The tool life management data setting screen is not displayed.

1 :

The tool life management data setting screen is displayed.

LIA

0 :

The screen of Tool Life Data List is not displayed.

1 :

The screen of Tool Life Data List is displayed.

TLD

0 :

The soft-key for changing screen from Manual Guide i to Tool

Management Data Table is not displayed.

1 :

The soft-key for changing screen from Manual Guide i to Tool

Management Data Table is displayed.

STS

0 :

When a compensation type is specified, the compensation type is not

displayed in the status display area.

1 :

When a compensation type is specified, the compensation type is

displayed in the status display area.

14824

OFSRELTL

OFSRELTL :

Start compensation number (0 to 999) to be associated with a tool

number.

14825

OFSTYPNO

OFSTYPO :

Number of compensation types (0 to 9)

- 770 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.19

Settings for Arbitrary Figures

These parameters are for the settings for arbitrary shapes.

14840

DSPCRDZX

DSPCRDZX :

Drawing coordinates when an arbitrary ZX figure is programmed.

= 0

Same effect as that of setting 5.

= 1

Plan view, horizontal axis = +X, vertical axis = +Z

= 5

Plan view, horizontal axis = +Z, vertical axis = +X

= 6

Plan view, horizontal axis = +Z, vertical axis = -X

Z

X

Z

Z

X

X

6

5

1

14841

DSPCRDZC

DSPCRDZC :

Drawing coordinates when an arbitrary ZC figure is programmed.

= 0

Same effect as that of setting 6.

= 1

Plan view, horizontal axis = +C, vertical axis = +Z

= 6

Plan view, horizontal axis = +Z, vertical axis = -C

Z

Z

C

C

1

6

14842

DSPCRDYZ

DSPCRDYZ :

Drawing coordinates when an arbitrary YZ figure is programmed.

= 0

Same effect as that of setting 6.

= 1

Plan view, horizontal axis = + Y, vertical axis = +Z

= 6

Plan view, horizontal axis = +Z, vertical axis = -Y

Z

Z

Y

Y

1

6

- 771 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.21

Settings for Operations in General (All Common Path)

These parameters are for the settings for operations in general.

#7

#6

#5

#4

#3

#2

#1

#0

14850

#0

0 :

In the tool offset window, the tab of [TOOL DATA] is displayed.

1 :

In the tool offset window, the tab of [TOOL DATA] is not displayed.

NOTE

#0 is necessary to order the optional function of

Milling Cycles or Turning Cycles.

#1

0 :

In the workpiece coordinate system window and tool offset window,

[CHCURS] can not be changed.

1 :

In the workpiece coordinate system window and tool offset window,

[CHCURS] can be changed into [TAB→].

#2

0 :

The soft-key

[RETURN] is displayed on Tool Management Data

screen and Manual Measurement screen.

1 :

The soft-key [CLOSE] is displayed on Tool Management Data screen

and Manual Measurement screen.

#3

0 :

Fixed form sentence editing is not disabled with the Memory

Protection key

1 :

Fixed form sentence editing is disabled with the Memory Protection

key

#4

0 :

The soft-key [M CODE] is displayed on the basic screen.

1 :

The soft-key [M CODE] is not displayed on the basic screen

#5

0 :

When a program is opened, a check for an invalid character is not

made.

1 :

When a program is opened, a check for an invalid character is made.

(When bit 5 is set to 1, a longer time is required to open a program.)

#6

0 :

When MANUAL GUIDE i is used with the function key [PROG],

switching from the MGi screen to the NC screen to the MGi screen is

performed in mode switching.

1 :

When MANUAL GUIDE i is used with the function key [PROG],

switching from the MGi screen to the NC screen to the MGi screen is

not performed in mode switching.

#7

0 :

If no modification is made to the program size and time stamp (in

minutes) at the time of screen switching from the NC screen to the

MGi screen, the program is not read again.

1 :

The program is always read again at the time of screen switching from

the NC screen to the MGi screen.

- 773 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.22

Settings for Operations in General (For Series 30i)

These parameters are for the settings for operations in general in

Series 30i.

#7

#6

#5

#4

#3

#2

#1

#0

14853

#0

0 : The program list screen based on the new specifications is used.

1 : The program list screen based on the old specifications is used.

#1

0 : When the function key [PROG] is pressed, the screen display toggles

between the NC program screen and the program list screen.

1 : When the function key [PROG] is pressed, the NC program screen is

displayed at all times.

#2

0 : When the [O SRCH] key is pushed with empty of key-in-buffer , the

program number is searched

1 : When the [O SRCH] key is pushed with empty of key-in-buffer , the

program number is not searched.

#7

0 : The program window screen in machining based on the old

specifications is used. (Scroll bar is not displayed)

1 : The program window screen in machining based on the new

specifications is used. (Scroll bar is displayed)

A.2.23 Settings for Operations in General (For Multi C Executor)

These parameters are for the settings for operations in general in multi

C executor.

#7

#6

#5

#4

#3

#2

#1

#0

14854

#7

0 : When multiple applications are used, MANUAL GUIDE i exercise

screen display control immediately after the power is turned on.

1 : When multiple applications are used, MANUAL GUIDE i does not

exercise screen display control immediately after the power is turned

on.

(An application of the machine tool builder exercises screen

display control.)

- 775 -

A.PARAMETERS

APPENDIX

B-63874EN/05

A.2.24 Settings for Operations in General (Each Path)

These parameters are for the settings for operations in general.

#7

#6

#5

#4

#3

#2

#1

#0

14855

#0

0 : In the tool offset window, Y-axis offset data is displayed.

1 : In the tool offset window, Y-axis offset is not displayed.

PRC

0 : When the Program Coordinate System Changing Function is enabled,

the coordinate system on the first spindle side is the program

coordinate system-1 and the coordinate system on the second spindle

side is the program coordinate system-2.

1 : When the Program Coordinate System Changing Function is enabled,

the coordinate system on the first spindle side is the program

coordinate system-2 and the coordinate system on the second spindle

side is the program coordinate system-1.

NOTE

This parameter #0 is necessary to order the

optional function of Y-axis offset data display

A.2.25

Settings for Operations in General (All Common Path)

These parameters are for the settings for operations in general.

14860

DATA

DATA : Special character for search function in the program display window

on the base screen.

Please set the decimal number of ASCII.

If the value is 0, the special character is assumed to be “?”.

Special characters are used with the following functions:

<1> In program display, the color of special characters is changed for

display.

<2> If a fixed form sentence to be inserted includes special characters,

a warning message is indicated.

14861

UNDOBUF

UNDOBUF : Specify the total size of the buffer for use with the redo and undo

functions.

If 0 is input, 5 KB of buffer space is allocated. If a negative value is

input, the redo and undo functions cannot be used.

Valid data range : -127 to 127

Unit of data : 1 [KB]

- 776 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.2.26 Settings for Arbitrary Figures(XA Plane)

These parameters are for the settings for arbitrary figures.

14862

DSPCRDXA

DSPCRDXA : Drawing coordinates when an arbitrary ZC figure is programmed.

=0 Same effect as that of setting 6.

=1 Plan view, horizontal axis = +A, vertical axis = +X

=6 Plan view, horizontal axis = +X, vertical axis = -A

X

X

A

A

1

6

- 777 -

B-63874EN/05

APPENDIX

A.PARAMETERS

#7

#6

#5

#4

#3

#2

#1

#0

27001

P3

P2

P1

P0

P0

0 :

The tab of [ROT. AXIS] for rotation axis names are not displayed.

1 :

The tab of [ROT. AXIS] for rotation axis names are displayed.

P1

0 :

Invalid

1 :

Rotation axis name selection soft keys [C] and [A] are used.

(It is necessary to set P0 to 1.)

P2

0 :

Invalid

1 :

Rotation axis name selection soft keys [C] and [B] are used.

(It is necessary to set P0 to 1.)

P3

0 :

Invalid

1 :

Rotation axis name selection soft keys [C] and [E] are used.

(It is necessary to set P0 to 1.)

Remark) Refer to “III-1.9 Address Setting of Rotation Axis”.

#7

#6

#5

#4

#3

#2

#1

#0

27002

ESC

MDL

TYP

TLG

TLG

0 :

In Milling cycle menu, the tab of [TOOL COND.] is not displayed.

1 :

In Milling cycle menu, the tab of [TOOL COND.] is displayed.

TYP

0 :

When the data input window for a milling figure block is opened for

modification, the item "FIGURE TYPE" displays all figure types.

1 :

When the data input window for a milling figure block is opened for

modification, the item "FIGURE TYPE" displays only the figure type

that is applicable to the immediately preceding machining process.

MDL

0 :

In Milling cycles, after completing the whole cycle motions, the

modal will be returned to the state of beginning cycle.

1 :

In Milling cycles, after completing the whole cycle motions, the

modal will not be returned to the state of beginning cycle.

ESC

0 :

In Milling cycles, after completing the whole cycle motions, the tool

will go back to the point where machining cycle started.

1 :

In Milling cycles, after completing the whole cycle motions, the tool

will not go back to the point where machining cycle started.

#7

#6

#5

#4

#3

#2

#1

#0

27003

ML2

ML1

ML0

By setting this parameter, the optimum cycle menus can be displayed

on the screen. Please set

1 bit only according to the machine

configuration.

ML0

1 : Machining center X/Y/Z-axis

ML1

1 : Machining center X/Y/Z/C/B-axis (B-axis : Tool tilting axis)

ML2

1 : Machining center X/Y/Z/A (A-axis : work rotation axis)/B-axis

(B-axis : Tool tilting axis)

Remarks) If both of ML0 and ML1 are set, ML1 takes priority.

- 779 -

A.PARAMETERS

APPENDIX

B-63874EN/05

NOTE

1 When the parameter No.27003 is set, please sure

to push [F] key on NOW LOADING screen after

Power ON. The necessary parameters are set

automatically.

(When the necessary parameters

are set, the message of

“NOW SETTING

PARAMETERS” is displayed on the left side of

NOW LOADING screen.)

2 By setting the parameter No.27003, the following

parameters related to display are set

autoimatically.

No.14702#1

No.27000#1

No.27000#4

No.27100#4

No.27000#6

No.27001#0,#1

No.27004#0

No.27004#1

Spindl select

Hole select

Face pos-M

Face pos-T

Coord conv

Rot. axis nam

Menu 1

Menu 2

No.27003 #0=1

0

0

0

0

1

0

1

0

No.27003 #1=1

0

0

0

0

0

0

0

0

No.27003 #2=1

0

0

0

0

0

0

0

0

#7

#6

#5

#4

#3

#2

#1

#0

27004

MM2

MM1

MM0

If the machine configuration does not meet the parameter No.27003 or

No.27103, this parameter is used to display the optimum menu on the

screen.

MM0

1 :

The following menus are displayed.

•

Hole Machining (G1000 to G1006) or (G1110 to G1114)

•

Facing (G1020 to G1021)

•

Contouring (G1030 to G1033)

•

Pocketing (G1040 to G1043)

•

Grooving (G1050 to G1053)

•

XY-plane : Free figure (G1200 to G1206)

•

XY-plane : Hole position (G1210 to G1217)

•

XY-plane : Fixed form figure (G1220 to G1223)

MM1

1 :

The following menus are displayed.

•

Hole Machining (G1000 to G1006) or (G1110 to G1114)

•

Facing (G1020 to G1021)

•

Contouring (G1030 to G1033)

•

Pocketing (G1040 to G1043)

•

Grooving (G1050 to G1053)

•

C-axis Grooving (G1056)

•

XC-plane : Free figure (G1500 to G1506)

•

XC-plane : Fixed form figure (G1520 to G1523)

•

XC-plane : C-axis figure (G1570 to G1573)

•

ZC-plane : Free figure (G1600 to G1606)

•

ZC-plane : C-axis figure (G1670 to G1673)

- 780 -

B-63874EN/05

APPENDIX

A.PARAMETERS

MM2

1 :

The following menus are displayed.(It is effective only at MM0 = 1.)

•

Hole Machining (G1000 to G1006) or (G1110 to G1114)

•

Facing (G1020 to G1021)

•

Contouring (G1030 to G1033)

•

Pocketing (G1040 to G1043)

•

Grooving (G1050 to G1053)

•

XA-plane : Free figure (G1700 -> G1706)

•

XA-plane : A-axis figure (G1770 -> G1773)

NOTE

1 When these parameter are all 0, the all milling

cycle menu except the menu of XA plame are

displayed on the screen

2 When the parameter No.27003 or No.27103 is set,

this parameter are initialize at the power ON and

pushing “F” key.

27005

CLMPM

CLMPM

0 :

M code for Main spindle C-axis clamping is not output.

≠0 :

M code for Main spindle C-axis clamping.

(Path-specific parameter)

Remark) refer to “III-1.10 C-axis Clamping M code Output”.

27006

UCLMPM

UCLMPM

0 :

M code for Main spindle C-axis unclamping is not output.

≠0 :

M code for Main spindle C-axis unclamping.

(Path-specific parameter)

Remark) refer to “III-1.10 C-axis Clamping M code Output”.

27007

CFCODM

CFCODM :

Feedrate to replace all rapid traverse feedrate during C-axis machining

for feed per minute.

If 0 is set, the feedrate is assumed 2000 (mm/min) or 78.7 (inch/min) .

Unit of data:

For metric input (0000#2=0) : 1(mm/min)

For inch input (0000#2=1) : 0.01(inch/min)

NOTE

In XC plane, Polar coordinate interpolation is

used. That is, it is impossible to use G0 command.

Therefore, No.27007 is used instead of rapid

traverse.

- 781 -

A.PARAMETERS

APPENDIX

B-63874EN/05

27008

CFCODR

CFCODR :

Feedrate to replace all rapid traverse feedrate during C-axis machining

for feed per revolution.

If 0 is set, the feedrate is assumed 2 (mm/min) or 0.0787 (inch/min).

Unit of data:

For metric input (0000#2=0) : 0.0001(mm/rev)

For inch input (0000#2=1) : 0.000001(inch/rev)

NOTE

In XC plane, Polar coordinate interpolation is

used. That is, it is impossible to use G0 command.

Therefore, No.27008 is used instead of rapid

traverse.

27009

CLERCLMP

CLERCLMP :

Minimum Clump value of the clearance for Milling cycles.

Unit of data:

For metric input (0000#2=0) : 0.001(mm)

For inch input (0000#2=1) : 0.0001(inch)

27010

APESCLMP

APESCLMP :

Minimum Clump value of Radius or Distance of Approach or Escape

for Milling cycles.

Unit of data:

For metric input (0000#2=0) : 0.001(mm)

For inch input (0000#2=1) : 0.0001(inch)

27011

CLMPMS

CLMPMS

0 :

M code for Sub spindle C-axis clamping is not output.

≠0 :

M code for Sub spindle C-axis clamping.

(Path-specific parameter)

Remark) refer to “1.10 C-axis Clamping M code Output”.

27012

UCLMPMS

UCLMPMS

0 :

M code for Sub spindle C-axis unclamping is not output.

≠0 :

M code for Sub spindle C-axis unclamping.

(Path-specific parameter)

Remark) refer to “1.10 C-axis Clamping M code Output”.

- 782 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.3.2 Parameters for Facing Cycles

These parameters are for the settings for facing cycles.

#7

#6

#5

#4

#3

#2

#1

#0

27030

FC1

FC0

FC0

0 : The input data item of [PATH MOVE METHOD] and [PATH MOVE

FEED RATE] are displayed on Facing cycle menu.

1 : The input data item of [PATH MOVE METHOD] and [PATH MOVE

FEED RATE] are not displayed on Facing cycle menu.

FC1

0 : all menu is displayed in “CUT SHIFT DIRECTION”.

1 : only the perpendicular direction to

“CUTTING DIRECTION” is

displayed in “CUT SHIFT DIRECTION”.

- 783 -

A.PARAMETERS

APPENDIX

B-63874EN/05

A.3.3

Parameters for Contouring Cycles

These parameters are for the settings for contouring cycles.

#7

#6

#5

#4

#3

#2

#1

#0

27040

CN6

CN4

CN3

CN2

CN1

CN0

CN0

0 :

During in-feed in Roughing, the tool moves by retracting to the height

of the top workpiece surface plus the clearance.

1 :

During in-feed in Roughing, the tool moves by retracting to the height

of the machining surface plus the clearance.

CN1

0 :

In Roughing, the tool moves at a hollow by retracting to the height of

the top workpiece surface plus the clearance.

1 :

In Roughing, the tool moves at a hollow by retracting to the height of

the machining surface plus the clearance.

CN2

0 :

In Roughing, the tool moves at an opening by retracting to the height

of the top workpiece surface plus the clearance..

1 :

In Roughing, the tool moves at an opening by retracting to the height

of the machining surface plus the clearance.

CN3

0 :

In side finishing, NC does not perform cutter compensation.

1 :

In side finishing, NC performs cutter compensation.

Remark) Tool path is not calculated with Cutter compensation in

inside, but G41 or G42 is outputted directly.

CN4

0 :

The system performs an interference check.

1 :

The system does not perform an interference check.

CN6

0 :

In Roughing, when the cutting start point is equal to the end point, the

tool cuts directly without escape to the radius direction.

1 :

In Roughing, when the cutting start point is equal to the end point, the

tool cuts with escape to the radius direction.

27045

COFSW

COFSW :

Offset method for side finishing and chamfering in contouring.

=0 :

Corner cut interpolation.

=1 :

Circular interpolation.

=2 :

Extended straight line.

0

1

2

- 784 -

B-63874EN/05

APPENDIX

A.PARAMETERS

27046

CMVFR

CMVFR : Feedrate during movement in the cutter radius direction in contouring.

For feed per minute.

If 0 is set, the feedrate is assumed Rapid traverse feedrate.

Unit of data:

For metric input (0000#2=0) : 1(mm/min)

For inch input (0000#2=1) : 0.01(inch/min)

Remark) Feedrate during movement in the cutter radius direction is

‘Frm’ as the following illustration.

27047

CMVFT

CMVFT : Feedrate during movement in the tool axis direction in contouring

for feed per minute.

If 0 is set, the feedrate is assumed Rapid traverse feedrate.

Unit of data:

For metric input (0000#2=0) : 1(mm/min)

For inch input (0000#2=1) : 0.01(inch/min)

Remark) Feedrate during movement in the tool axis direction is ‘Ftm’

as the above illustration.

27048

CVOVL

CVOVL : Amount of overlapping for an approach/escape during contouring.

Unit of data :

For metric input (0000#2=0) : 0.001(mm)

For inch input (0000#2=1) : 0.0001(inch)

CVOVL

- 785 -

B-63874EN/05

APPENDIX

A.PARAMETERS

A.3.4 Parameters for Pocketing Cycles

These parameters are for the settings for pocketing cycles.

#7

#6

#5

#4

#3

#2

#1

#0

27060

PR7

PR6

PR5

PR4

PR3

PR2

PR2

PR0

PR0

0 : Machining starts on the inside during roughing and bottom finishing.

1 : Machining starts on the outside during roughing and bottom finishing.

PR1

0 : The top of an island is not machined during roughing and bottom

finishing.

1 : Machining is performed by controlling the depth of cut during

roughing and bottom finishing.

PR1 = 0

PR1 = 1

PR2

0 : Method of interpolation during roughing and bottom finishing

(interpolation of elements with arcs).

1 : Method of interpolation during roughing and bottom finishing

(interpolation of elements by extending them).

PR2 = 0

PR2 = 1

PR3

0 : Method of machining portions left uncut during roughing and bottom

finishing (no machining of portions left uncut).

1 : Method of machining portions left uncut during roughing and bottom

finishing (machining of portions left uncut).

UNCUT

- 787 -

A.PARAMETERS

APPENDIX

B-63874EN/05

PR4

0 : The tool moves by retracting to the height of the top workpiece

surface plus the clearance at an opening during roughing and bottom

finishing.

1 : The tool moves by retracting to the height of the machining surface

plus the clearance at an opening during roughing and bottom

finishing.

PR5

0 : Paths for all material elements are created with an island reference

during roughing and bottom finishing.

1 : Paths for all material elements are created with a pocket reference

during roughing and bottom finishing.

PR5 = 0

PR5 = 1

PR6

0 : The tool moves by retracting to the height of the top workpiece

surface plus the clearance during movement in the tool axis direction

during roughing and bottom finishing.

1 : The tool moves by retracting to the height of the machining surface

plus the clearance during movement in the tool axis direction during

roughing and bottom finishing.

PR7

0 : The input data item of [START PT.(1st AXIS)] and [START PT.(2nd

AXIS)] are not displayed on the Pocketing cycle menu..

1 : The input data item of [START PT.(1st AXIS)] and [START PT.(2nd

AXIS)] are displayed on the Pocketing cycle menu..

#7

#6

#5

#4

#3

#2

#1

#0

27061

PF4

PF3

PF2

PF1

PF0

PF0

0 : During in-feed in side finishing and chamfering, the tool moves by

retracting to the height of the top workpiece surface plus the

clearance.

1 : During in-feed in side finishing and chamfering, the tool moves by

retracting to the height of the machining surface plus the clearance.

PF1

0 : In side finishing and chamfering, the tool moves at a hollow by

retracting to the height of the top workpiece surface plus the

clearance.

1 : In side finishing and chamfering, the tool moves at a hollow by

retracting to the height of the machining surface plus the clearance.

- 788 -

B-63874EN/05

APPENDIX

A.PARAMETERS

PF2

0 : In side finishing and chamfering, the tool moves at an opening by

retracting to the height of the top workpiece surface plus the

clearance.

1 : In side finishing and chamfering, the tool moves at an opening by

retracting to the height of the machining surface plus the clearance.

PF3

0 : In side finishing, NC does not perform cutter compensation.

1 : In side finishing, NC performs cutter compensation.

Remark) Tool path is not calculated with Cutter compensation in

inside, but G41 or G42 is outputted directly.

PF4

0 : The system performs an interference check.

1 : The system does not perform an interference check.

27065

POFSW

POFSW : Offset method for side finishing and chamfering in pocketing.

= 0 : Corner cut interpolation.

= 1 : Circular interpolation.

= 2 : Extended straight line.

0

1

2

27066

PKTFR

PKTFR : Feedrate during movement in the cutter radius direction in in-feed for

feed per minute.

If 0 is set, the feedrate is assumed Rapid traverse feedrate.

Unit of data:

For metric input (0000#2=0) : 1(mm/min)

For inch input (0000#2=1) : 0.01(inch/min)

Remark) Feedrate during movement in the cutter radius direction is

‘Frm’ as the following illustration.

- 789 -

A.PARAMETERS

APPENDIX

B-63874EN/05

27067

PKTFT

PKTFT : Feedrate during movement in the tool axis direction in in-feed for feed

per minute.

If 0 is set, the feedrate is assumed Rapid traverse feedrate.

Unit of data:

For metric input (0000#2=0) : 1(mm/min)

For inch input (0000#2=1) : 0.01(inch/min)

Remark) Feedrate during movement in the tool axis direction is ‘Ftm’

as the above illustration.

27068

PKOVL

PKOVL : Amount of overlapping for an approach/escape during side finishing

and chamfering.

Unit of data :

For metric input (0000#2=0) : 0.001(mm)

For inch input (0000#2=1) : 0.0001(inch)

PKOVL

27069

OPNCR

OPNCR : Clearance for an open portion in pocketing

(When OPNCR = 0)

For metric input (0000#2=0), the clearance for the open portion

is assumed to be 3 mm.

For inch input (0000#2=1), the clearance for the open portion is

assumed to be 0.3 inch.

Unit of data :

For metric input (0000#2=0) : 0.001(mm)

For inch input (0000#2=1) : 0.0001(inch)

OPNCR

- 790 -

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