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SINUMERIK
Short Guide 09.98
ManualTurn
Published by Siemens AGAutomation and DrivesMotion Control SystemsP.O. Box 3180, D–91050 Erlangen
© Siemens AG 1998 All Rights ReservedSubject to change without prior notice
Siemens AktiengesellschaftOrder No.: 6FC5298-2AD40-0BP0Printed in the Federal Republic of Germany GWE-570093101824
T 1F R.TR.
END
Halt: M0/M1 active
GraphicEASYSTEP
PART_3
X 83.148Z 2.098
120%mm/min
mm
mm
0.000
0.000
Retraction
Retraction
Test runfeedrate
T 1FS
EASYSTEPPART_3
X 83.148Z 2.098
120%mm/rev
mm
mm
115%Rev/min
0.240
172.5
EASYSTEPeditor
New EASYSTOff
P
END
0 PART_3
1 Stock removal T1
2 Stock removal PART 13 T1
3 Stock removal PART 13 T2
4 Undercut G DIN T3
5 Groove T3
6 Groove
7 Longit. thread T4
8 End of program
GrooveSTOCK REMOVAL
PART_3
X 83.148
Z 2.098
P
END
B1
1 2
U
D
B2
T1
T 1FS
120%mm/rev
115%Rev/min
0.240
172.5
Alternat. Accept
TReference point, top
F 0.300 mm/minS 160 rev/minPos. Reference pointX0 60.000 absZ0 -60.000 absB1 4.000 incT1 3.000 inc
1 15.000 ° 2 15.000 °R1 0.500R2 0.000R3 0.000R4 0.500D 0.000 incU 0.100 incBS 3.000 incN 2 P 10.000 inc
50% 100%
0mm
mm
0%
M
Overview of Pushbuttons
Switch to CNC mode
Call the "Messages/Alarms" menu
Call the "MANUAL" mode
Call the "STRAIGHT" mode
Call the "CONICAL" mode
Call the "CIRCLE" mode
Call the "CYCLE" mode
Call the extended softkey menu
Control the cursor
Change between alternative parameters
Accept single values/Call a selection
Edit input fields, calculator
Change sign
Change screen display (e.g. help display)
Acknowledge messages/alarms
Close input screenform without accepting values
Change between alternative parameters
Close input screenform and accept values
Abort
Alternat.
Accept
Contents• Set workpiece zero• Select tool• Measure tool with scratching• Set spindle speed or limit
• Direction keys/universal control stick• Handwheels• Traverse increment
• Simulation before machining• Simulation during machining• Zoom in/Zoom out
• Copy, insert or delete step• Modify program step• Continue program at modified position
• Teach movem. w. handwheel/univ. ctrl. stick• Teach movements in MANUAL mode• Teach cycles• Continue program with Teach In
Tips
&Tr
icks
Prog
ram
m.
in G
Cod
eC
ycle
Mac
hini
ngM
anua
l Mac
hini
ng
• Create new program (example)• Add new step• Open existing program
Page 6
Page 7
Page 8
Page 9
Page 20
Page 21
Page 22Page 23
Page 24Page 25
Page 32
Return jump to higher-level menu
Call the "STOCK REMOVAL" mode
Call the "CONTOUR" mode
Call the "EASYSTEP Programming" mode
Page 26
Page 27
• Change screen display
• Changeover to G code• Insert G code block in program• Insert cycle in G code• Modify cycle in G code
Page 30
Page 31
• Face/longitudinal turning, automated• Taper turning, automated• Radii machining• Example for blank machining
• Create contour• Load contour• Modify programmed contour
• Stock removal• Grooving• Multiple grooves in a taper
• Thread cutting• Post-cutting• Undercut• Tapping• Drilling a circle of holes
Page 12
Page 13
Page 14
Page 15
Page 16
Page 18Page 19
Page 17
Page 10Page 11
Prog
ram
min
g
• Select the program to edit• Correct program• Select search in program• Start program in trace mode
Page 28
Page 29
Sim
u-la
tion
• Face/longitudinal turning, conventional• Taper turning, conventional
M
Overview of Pushbuttons
Switch to CNC mode
Call the "Messages/Alarms" menu
Call the "MANUAL" mode
Call the "STRAIGHT" mode
Call the "CONICAL" mode
Call the "CIRCLE" mode
Call the "CYCLE" mode
Call the extended softkey menu
Control the cursor
Change between alternative parameters
Accept single values/Call a selection
Edit input fields, calculator
Change sign
Change screen display (e.g. help display)
Acknowledge messages/alarms
Close input screenform without accepting values
Change between alternative parameters
Close input screenform and accept values
Abort
Alternat.
Accept
Contents• Set workpiece zero• Select tool• Measure tool with scratching• Set spindle speed or limit
• Direction keys/universal control stick• Handwheels• Traverse increment
• Simulation before machining• Simulation during machining• Zoom in/Zoom out
• Copy, insert or delete step• Modify program step• Continue program at modified position
• Teach movem. w. handwheel/univ. ctrl. stick• Teach movements in MANUAL mode• Teach cycles• Continue program with Teach In
Tips
&Tr
icks
Prog
ram
m.
in G
Cod
eC
ycle
Mac
hini
ngM
anua
l Mac
hini
ng
• Create new program (example)• Add new step• Open existing program
Page 6
Page 7
Page 8
Page 9
Page 20
Page 21
Page 22Page 23
Page 24Page 25
Page 32
Return jump to higher-level menu
Call the "STOCK REMOVAL" mode
Call the "CONTOUR" mode
Call the "EASYSTEP Programming" mode
Page 26
Page 27
• Change screen display
• Changeover to G code• Insert G code block in program• Insert cycle in G code• Modify cycle in G code
Page 30
Page 31
• Face/longitudinal turning, automated• Taper turning, automated• Radii machining• Example for blank machining
• Create contour• Load contour• Modify programmed contour
• Stock removal• Grooving• Multiple grooves in a taper
• Thread cutting• Post-cutting• Undercut• Tapping• Drilling a circle of holes
Page 12
Page 13
Page 14
Page 15
Page 16
Page 18Page 19
Page 17
Page 10Page 11
Prog
ram
min
g
• Select the program to edit• Correct program• Select search in program• Start program in trace mode
Page 28
Page 29
Sim
u-la
tion
• Face/longitudinal turning, conventional• Taper turning, conventional
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Operating Concept
Extended softkey menu
Manual mode
Preset Tool Spindle Offset
4
Single-cycle machining
MANUAL: conventional feed forward for face, longitudinal and taper turning
in the input screenform
STRAIGHTTAPERCIRCLE
CYCLE
STOCK REMOVAL
CONTOUR
Set cycle parameters
For single cycle machining in program:
Finished program
EASYSTEPPART_3
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min 172.5
0% 50% 100%
EASYSTEPeditor
New EASYSTEPoff
Specialfunction
Stepsearch
Singlestep
G code
P
END
0 PART_3
1 Stock removal T1
2 Stock removal PART 13 T1
3 Stock removal PART 13 T2
4 Undercut G DIN T3
5 Groove T3
6 Groove
7 Longit. thread T4
8 End of program
mm
mm
0
This publication was produced using Designer 6.0
The reproduction, transmission or use of this document or its contentsis not permitted without express written authority. Offenders will beliable for damages. All rights, including rights created by patent grantor registration of a utility model or design, are reserved.
© Siemens AG 1998. All rights reserved.
Other functions not described in this documentation might be executablein the control. This does not, however, represent an obligation to supplysuch functions with a new control or when servicing.
We have checked that contents of this publication correspond to thehardware and software described. Deviations cannot be ruled out, however. The data in this publication is checked regularly, and anynecessary corrections included in subsequent editions. We are gratefulfor any suggestions for improvement we receive.
Subject to change without prior notice.
Order No.: 6FC5298-4AD40-0BP0Printed in the Federal Republic of Germany
EASYSTEP programming
0.240
33
AcceptDo not press
Z
X
Tips & Tricks
32
0 PART_3
END
1 Stock removal T1P
2 Stock removal PART 13 T13 Stock removal PART 13 T24 Undercut G DIN T35 Groove T36 Groove7 Longit. thread T48 End of program
END
P -80z
xø-60 -40 -20 0
0
40
80
END
P -40z
xø-20 0
20
40
60
80
0
END
P
Z1 W
R
V
Grundmenü
Change screen view
1 Toggle between EASYSTEP andprogram graphics (program overview)
2 Toggle between programming graphicsand help display (input screenform)
PMILL_TEIL_15
Handwheels Universal control stick
Start cyclewith NC Start
X 83.148
Z
Call help display with
Stock removalSTOCK REMOVAL
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min
0.240
172.50% 50% 100%
Alternat. Accept
T 3F 0.120 mm/revS 180 rev/min
Position
Reference point for dimensioning
Paral. Z axisX0 70.000 absZ0 0.000 absX1 40.000 absZ1 -30.000 abs
D 2.000 incUX 0.000 incUZ 0.100 inc
0-10-20-30
40
50
60
70
Z
XØ
Longit. ThreadCYCLE
PART_3
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min
0.240
172.50% 50% 100%
X 83.148
Z
Alternat.
P
END
GrooveSTOCK REMOVAL
PART_3
X 83.148
Z 2.098
TFS0%
Alternat.
P
END
mm
mm
mm
mm
GrooveSTOCK REMOVAL
PART_3
TFS0%
P
0
X 83.148
Z
0
0
Undercut thread DINCYCLE
PART_3
TFS0%
Alternat.
X 83.148
ZP
0
Stock removalCONTOUR
PART13
TFS0%
Alternat.
0
X 83.148
ZStraight
CONTOURPART_3
TFS0%
0
DeleteElement
Stock removalSTOCK REMOVAL
PART_3
TFS0%
0
Z
XØ
Z
XØ
Z
XØ
Z
XØ
Z
XØ
StopTurn WT
Noncut Sync.Point
SingleCycle Accept
T 4P 1.000 mm/revS 400 rev/minLINEAR
ExternalX0 40.000 absZ0 -17.000 absZ1 -39.000 abs
W 15.000 incR 0.000 incK 1.100 inc 29.000 ºAS 8E 0.240 incU 0.000 incV 2.000 incQ 0.000 º
-40 -20
0
20
40
60
80
0
Infeed depth of cut const.
B1
1 2
U
D
B2
T1
-80.0 -78.0 -76.0 -74.0 -72.0
-30 -20 -10 0
-80 -60 -40 -20 0
-20 200
0
Graphic TeachIn
Directory
X-
X+
Z- Z+
Press
5
Accept
Press
to acceptcycle inprogram
EASYSTEPOff
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Setup
Select tool
1
and
2
4
Call tool list
Tool
Select tool
Press Select
The desired tool is selected
Press
6
Length X
123
Length Z RadiusNumber
1
2
3
4
mm
Traverse workpiece zero
and Preset
Select axis X 45.917
Z 28.367
Enter referencevalue
741
02 3
8 95 6
Press
mm
Set workpiece zero
Pos.
Alternat.
3 Set tool point direction
Change-over to
127.830
142.620
260.450 24.880
24.330
24.580
0.500
0.400
0.200
Pos.
1 2
B2
T 3Reference point, top
F 0.120 mm/revS 180 m/minPos. Reference pointX0 60.000 absZ0 -60.000 absB1 4.000 incT1 3.000 inc
1 15.000 ° 2 15.000 °R1 0.500R2 0.000R3 0.000R4 0.500D 0.000 incU 0.100 inkBS 3.000 incN 2 P 10.000 inc
G
-
C
o
d
e
Modify cycle in G Code
Precondition: a program is loaded in the G code editor.
Select the desired NC block1
2 Press
3 Make changes and press
Accept to confirm
Insert cycle in G Code
Precondition: a program is loaded in the G code editor.
Select the desired NC block where thecycle is to be inserted
1
2 Select the cycle:
3 Set the parameter and press
Accept to confirm
Support
E_GROOV(3,0.12,95,180,96,1,0,30,90,-60,90,4,3,0,15,15,0.5,0,0,0.5,0.1,2,10,3,1,5.608,3,0,1)E_GROOV(3,0.12,95,180,96,1,0,38,85,90,-80,90,6,6,30.579,16,16,16,0.5,0,0,-0.5,0,1,30,3,2,8.073,1.23,0,0)
LF
LF
B1
U
D
31
i
7 Kreistasche
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Programming in G Code
30
Switch to G code
Press1
2 Call the G code editor
Press
Insert G code block into program
1 Select the desired NC block where theG code block is to be inserted
2
Editor
Insert G code, e.g. approach a positionin rapid traverse mode:G0 X40 Z30 LF
Cycles with syntax E_Name(Par 1,...,Par n),e.g. E_ROUGH(1,..,0) must not be changed.This means that the cycle cannot be reused.
Precondition: a program is loaded in theG code editor.
E_ROU_GP(2,0.1,95,100,96,"CONTOUR_13",0,90,0,90,2,
1,3,0.2,0.1,0)E_UCUT_D(3,0.1,95,180,97,3,1,20,90,-40,90,30,20,90,1,0.1,0) L
F
LF
E_GROOV(3,0.12,95,180,96,1,0,30,90,-60,90,4,3,0,15,15,0.5,0,0,0.5,0.1,2,10,3,1,5.608,3,0,1)L
F
current block
E_ROUGH(1,0.2,95,150,96,1,5,43.5,90,1,90,-0.8,90,0,90,44.3,91,0,0,0,2,0,0.1,1,90,90,0)E_ROU_GP(1,0.2,95,160,96,"CONTOUR_13",42.5,90,0,90,1,1,3,0.2,0.1,0)E_ROU_GP(2,0.1,95,100,96,"CONTOUR_13",0,90,0,90,2,1,3,0.2,0.1,0)
LF
LF
Measure tool with scratching method
Set spindle speed or limit
1
2
1
3
Traverse to workpiece and scratch
Enter max. spindlespeed or limit
Precondition: spindle not active
7
andPress Tool
Measure
3Savepos. XPress
4 Retract tool and measure the diameterof the workpiece
5 Enter diameter in X
Workpiece dimension: ZX
6 Press
The values are saved. The measurementis completed.
2 Select spindle function
741 2 3
8 95 6
0
and SpindlePress
Max. spindle speed rev/min
Limit for m/min
Orientation/Stop pos.
rev/min
rev/min
500.000
0.000
0.000
Save traversed position
The control notes the position.
Precondition: the tool to be measured is selected.
Apply the same principle to Z.
Precondition: current program is open in EASYSTEP.
LF
°
G code
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Traversing Axis
Direction keys/universal control stick
1
2 Press fixed feedrates
The selected axis is traversed until thefixed key is pressed.
8
Select direction
X-
X+
Z- Z+XZoff
or
Z
Handwheels
1 Press
2 Press
3 Traverse the axis with active handwheel
X
110
100
Precondition: MANUAL is selected.
X+
X-
Z- Z+
4 Undercut G DIN T3
3 Stock removal CONTOUR_13 T2
5 Groove T3
6
29
Select search destination
by
7 Press StepSearch
9
Press NC Start to start the step search
Press NC Start to start the programat the selected step.
2
Start program in single steps
1 SingleStepPress
Precondition: program is selected.
One step in the program is startedeach time you press NC Start.
1 Call EASYSTEP
5 Press this key to switch to thestep display.
3
2 Call extended softkey menu
DirectoryPress
4 Select program and press
Select search run in program
8
to release the handwheel
to set the handwheel factor
i
BackForward
oder
Install Program
1
3
4
5
3
Select program for machining
1
2
Call EASYSTEP
Correct program
Stop program sequence
Stepsearch
Accept
Abort program
Select program step and
Enter changes and press
to confirm
Press to continue machining
Precondition: program is being executed
28
2 Call extended softkey menu
DirectoryPress
Select program
Name
CONTOUR_1
CONTOUR_2
and press
4
5 Press NC Start to start the program
press
Press NC Start twice to startthe step search
6
Traverse increment
2
4 Enter infeed speed
1 Press
3
741 2 3
8 95 6
0
5
Select size of increment
Press NC Start to initiateincrement
Select axis direction
X-
X+
Z- Z+XZoff
X+
X-
Z- Z+
9
increment
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Turning in Manual Mode
Face/longitudinal turning, conventional
Call MANUAL mode1
2
10
StraightPress
3
Select axis direction4
Enter T, F and Sparameters
741 2 3
8 95 6
0
5Press NC Start to activatethe universal control stickwith the programmed feedrate.
X+
X-
Z- Z+
741
02 3
8 95 6
Teach 5
Teach 4
PART_1
PART_2
PART_3
PART_4
4
27
1 Select Manual or Single-cycle mode:
2 Enter parameters
3
Press NC Start
Each time NC Start is pressed, the traversing movements executed are stored. The coun-ter in the "Teach In" status field (see below)indicates the number of steps that havebeen saved.
Continue program with Teach In
1 Press TeachIn
Continueteachand
2 Select program
3 Teach movements/cycles
The traversing movements are appendedat the end of the program.
and press
Press NC Start
Teach cycles
Precondition: "Teach In" function isselected and a program name hasbeen assigned.
Halt feedforward movement:Universal control stick in center position
6
Press NC stop to deactivate theuniversal control stick.
Initiate feedforward movement:
i
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Teach Progam
Teach using handwheel/universal control stick
26
Select MANUAL mode1
Select axis direction2
3 Press NC Start
Programmed spindle speeds are multipliedby the percentage value of the relevantoverride at the end of the movement andstored.
5 Press NC Start
6
Teachfeed
Select Teach ra-pid travers No
teaching
Save movements as:
and
1
2
Press
TeachIn
TeachnewPress
4 Execute manual machining step with handwheel or universal control stick
3 Enter program name and press
to confirm
Teach movements in MANUAL mode
Precondition: "Teach In" function is selected and a program name hasbeen assigned.
OK
X+
X-
Z- Z+
X+
X-
Z- Z+
11
Taper turning, conventional
4
2
Enter T, F, and S parameters and angle α α
741 2 3
8 95 6
0
1 Call MANUAL mode
Press Conical
3
Select axis direction
5Press NC Start toactivate the universalcontrol stick with theprogrammed feedrate.
Halt feedforward movement:Universal control stick in center position
6
Press NC stop to deactivate theuniversal control stick.
Initiate feedforward movement:
i
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Turning Simple ContoursFace/longitudinal turning, automated
2
3
12
1
X
4
Taper turning, automated
Precondition: see above
Call STRAIGHT
Enter parameters andpress
Press NC Start to initiate feedforward movement
Z
Press face turning in X or longitudinal turning in Z
2
3
1
XZ
4
Call CONICAL
Enter parameters andpress
Press NC Start to initiatefeedforward movement
Z α X αSelect
Radii machining
2
3
1
Angle
4
Call CIRCLE
Enter parameters andpress
Press NC Start to initiatefeedforward movement
Radius ICSelect
The parameters are converted automaticallyon changeover of the softkeys.
Precondition: see above
Do not press
3 Stock removal
4 Undercut G DIN
5 Groove
3 Stock removal T13 T2
4 Undercut G DIN T3
5 Groove T3
1
2
3
Continue program at modified position
Press
Precondition: current program is opened.
25
Select step at which machining is to start
Stepsearch
Press NC Start twice
Edit program step
Select step
and press
Make changes and press
to confirm
1
2
Precondition: current program is selectedbut is not started.
Accept
Acceptin the input screenform!
to accept
to accept
to accept
i
i
ii Do not press
Call
Copy, delete or insert step
Select desired step
Press to select several steps
CopyPress to copy the selection
CutPress to delete the selection (it is also copied)
InsertPress to insert the copied selection
The entries are always copied behind the cursor!
You can also copy and insert steps fromone program to another.
Press to change the program
Edit Program
1
2
3
Precondition: current program is open in EASYSTEP.
24
EASYSTEPeditor
Directory
or
or
3 Stock removal T13 T2
4 Undercut G DIN T35 Groove T3
1 Stock removal T12 Stock removal Contour_13 T13 Stock removal Contour_13 T24 Undercut G DIN T3
2 Stock removal T13 T13 Stock removal T13 T2
4 Einstich T3Undercut G DIN T3
X+
Z+
Z+
X+
X-
Z- Z+
X+
13
Example for blank machining
1 Traverse reference point
1. Call MANUAL mode
2. Press
3. Reference axes
4. Press NC Start
2 Measure tools
3 Face/longitudinal turning
Call MANUAL mode
Select axis direction andenter parameters
Press NC Start to initiatefeedforward movement
1.
2.
3.
4 Turn chamfer
Call CONICAL
Press and enter parameters
Press NC Start to initiatefeedforward movement
1.
2.
3.
Accept
Ref.point
XZ
in the input screenform!
Mark
ii
ii
3
STOCK REMOVAL Mode
Stock removal
Call STOCK REMOVAL
Select stock removal cycle
1
2
14
to select
4 Enter parameters (incl. reference point X0, Z0)
and press NC Start for single cycle
3
Press
Call cycle auxiliary display
4 Enter tool,feedrate andspeed
5
Position of stock removal (inside,outside, from/to chuck)
Direction of stock removal (face, longitudinal)
Type of machining (roughing, finishing, complete machining)
Press
or
Accept to accept in current program
T 1Tool
F 0.300 mm/minS 160 rev/min
Alternat.
PositionParal. Z axis
PositionParal. Z axis
PositionParal. Z axis
741
02 3
8 95 6
2 Stock removal T13 T1
3 Abspanen T13 T2
4 Groove T3Undercut G DIN T3
1
2
Call EASYSTEP
Select program
Name
BOLT_1SHAFT_2
and press
Open existing program
23
3
4
Call extended softkey menu
DirectoryPress
Insert new step
Select insert line (line after which the stepis to be inserted)
2
Call mode, e.g.
Undercut
Undercutthread DIN
Call turning cycle, e.g.
5 Enter parameters
6Accept
Press
1 Call EASYSTEP
Precondition: current program is selectedbut is not started.
cycle
4
Precondition: desired programhas been saved.
ii
ii
Create Program
Create new program (example)
1
3
2 Enter program name and press
Accept
22
Select (1)
With program name:
Enter parameters and press
Drawing
Set param. for stock removal cycle with straight line (2)
Set parameters for stockremoval cycle with radius (3)
4
Set parameters for stockremoval cycle with slopes (4)
5
Set parameters for groovingcycle with slopes (5)
6
7 Set parameters for longitudinal thread (6)
Parameters are set for the following cyclesand incorporated into the program with
Accept
8 Switch to EASYSTEP
123
45 6
NewSwitch to and press
No program name:continue at 1
STOCK REMOVAL
OK
Longit.thread
2 Stock removal T1
0 PART_41 Stock removal T1
3 Stock removal T24 Stock removal T15 Grooving T36 Long. thread7 End of programEND
Pos. Reference pt.
Pos. Reference pt.
Pos. Reference pt.
N 2 P 20.000 inc
α0 -20.000 º
Grooving
2
2
15
Multiple grooving in a slope
1 Call STOCK REMOVAL
Press
Select grooving cycle
Call STOCK REMOVAL1
5
3 Enter parameters (see above)including angle of slope
3 Call cycle auxiliary display
Press
Enter tool, feedrate and speed4
to select
• Position of stock removal (inside, outside, from/to chuck
Alternat.Press
• Reference point (groove, base/edge)
• Type of machining (roughing, finishing, complete machining)
6 Enter parameters and press
NC Start for single cycle
or
Accept to accept in current program
number and distance between grooves
PART_3
to confirm
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CYCLE Mode
Thread cutting
Post-cutting
1
2
2
16
Enter parameters and press
Position the thread tool accurately atthe start of the thread
3
3 PressAlternat.
4
Retract thread tool until the synchronization point can be traversed without collision.
6
Call CYCLE and Thread
Threadface
Threadlongitud. Thread
taper
Stop spindle
Syncpoint Press
5 Acceptleft thread Press Accept
right thread
7 Press NC Start to start thread cycle
The angular offset is taken into account.
Noncuts are avoided by entering theplunge depth E.
1
Select thread and enter parameters
4
The cycle can be stored under the "Directory" softkey and called later as required.
Select thread form
to select
Cut segmentation (linear/degressive)
External/internal thread
Type of machining (roughing, completemachining)
NC Start for single cycle
orto accept in current program
LINEAR
EXTERNAL
LINEAR
Accept
1
2
3
4
5
Press or
Zoom in/Zoom out
Define cursor incrementCursor finePress
Zoom in/Zoom out
The cursor moves with a smaller increment
Zoom +
Zoom -
to change the display aroundthe cross-hair cursor.
To move the cross-hair, press
Press Zoomauto
Press Toorigin
to fit the display of all travel paths
to return to original display
21
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Simulation
Simulation during machining
1
20
Precondition: test run and test runfeedrate are deactivated.
Press Graphicand
2 Press NC Start to start machining
The cross-hair cursor marks the zoomcenter point and the measuring points.
Simulation before machining
Test runfeedrate
Press to preventaxis movement
2 Test run
3
Press NC Start to initiatethe simulation
The simulation is controlled on the machine control panel via NC Start,NC Stop, Reset and Feed Override.
1 Press
Test run
and
Press ; the programmed feedrateis replaced by the test feedrate
4
Deselect simulation:
and1. Press again
Graphic
Test runfeedrate
Press Reset
3. To delete the screen contents, press .
Clearscreen
2.
You can activate the simulation at anytime during machining.
Halt: M0/M1 active
END
2
17
Undercut
1 Call CYCLE and
Select form of undercut
4
Undercut
3
undercut position/size, type of machiningand reference point
2
Tapping
1 Call CYCLE and
Press
Enter parameters and press3
Centertap
Tap
Press
5
and
Drill circle of holes
1
Precondition: a driven tool is used.
Call CYCLE and Drill circle of holes
2 Circleface Press Circle
surface
3
Enter parameters and press
Enter parameters and press
Enter parameters and press
NC Start or to confirm
The cycle can be stored under the "Directory"softkey and called later as required.
Press to select:Alternat.
NC Start or to confirmAccept
NC Start or to confirmAccept
Undercutform F
Undercutform E
Undercutthread DI
Undercutthread
Threadtapping
4
Accept
i
i
i
Contours
Create contour
Call CONTOUR
OK
When the contour has been programmed
Press
Program the contour elements in steps
Enter start point and press
to confirm
Enter contour name and
press
1
2
3
4
5
fully, select , set the parametersand confirm the settings
18 19
Stockremoval
Accept
3
Load contour
2
and DirectoryPress
Call contour directory
Select contour
Name
BOLT_25SHAFT_40
and press
1 Call CONTOUR
6 Press NC Start to start the contour
Modify programmed contour
3
Precondition: desired program is loaded
in EASYSTEP.
1
ModifycontourPress
Select desiredcontour element
4 Enter changes and press
Accept to confirm
The contour is saved under this nameunder "Directory".
A symbol is createdfor each contour element.
Select contour step
and press
2
and press
When the contour has been programmed5
fully, select , set the parametersand confirm the settings
Stockremoval
Accept
0 Part_3P1 Stock removal T12 Stock removal PART13 T13 Stock removal PART13 T24 Undercut G DIN T3
to confirm each element
i
i
i
Contours
Create contour
Call CONTOUR
OK
When the contour has been programmed
Press
Program the contour elements in steps
Enter start point and press
to confirm
Enter contour name and
press
1
2
3
4
5
fully, select , set the parametersand confirm the settings
18 19
Stockremoval
Accept
3
Load contour
2
and DirectoryPress
Call contour directory
Select contour
Name
BOLT_25SHAFT_40
and press
1 Call CONTOUR
6 Press NC Start to start the contour
Modify programmed contour
3
Precondition: desired program is loaded
in EASYSTEP.
1
ModifycontourPress
Select desiredcontour element
4 Enter changes and press
Accept to confirm
The contour is saved under this nameunder "Directory".
A symbol is createdfor each contour element.
Select contour step
and press
2
and press
When the contour has been programmed5
fully, select , set the parametersand confirm the settings
Stockremoval
Accept
0 Part_3P1 Stock removal T12 Stock removal PART13 T13 Stock removal PART13 T24 Undercut G DIN T3
to confirm each element
i
i
i
i
i
Simulation
Simulation during machining
1
20
Precondition: test run and test runfeedrate are deactivated.
Press Graphicand
2 Press NC Start to start machining
The cross-hair cursor marks the zoomcenter point and the measuring points.
Simulation before machining
Test runfeedrate
Press to preventaxis movement
2 Test run
3
Press NC Start to initiatethe simulation
The simulation is controlled on the machine control panel via NC Start,NC Stop, Reset and Feed Override.
1 Press
Test run
and
Press ; the programmed feedrateis replaced by the test feedrate
4
Deselect simulation:
and1. Press again
Graphic
Test runfeedrate
Press Reset
3. To delete the screen contents, press .
Clearscreen
2.
You can activate the simulation at anytime during machining.
Halt: M0/M1 active
END
2
17
Undercut
1 Call CYCLE and
Select form of undercut
4
Undercut
3
undercut position/size, type of machiningand reference point
2
Tapping
1 Call CYCLE and
Press
Enter parameters and press3
Centertap
Tap
Press
5
and
Drill circle of holes
1
Precondition: a driven tool is used.
Call CYCLE and Drill circle of holes
2 Circleface Press Circle
surface
3
Enter parameters and press
Enter parameters and press
Enter parameters and press
NC Start or to confirm
The cycle can be stored under the "Directory"softkey and called later as required.
Press to select:Alternat.
NC Start or to confirmAccept
NC Start or to confirmAccept
Undercutform F
Undercutform E
Undercutthread DI
Undercutthread
Threadtapping
4
Accept
i
i
CYCLE Mode
Thread cutting
Post-cutting
1
2
2
16
Enter parameters and press
Position the thread tool accurately atthe start of the thread
3
3 PressAlternat.
4
Retract thread tool until the synchronization point can be traversed without collision.
6
Call CYCLE and Thread
Threadface
Threadlongitud. Thread
taper
Stop spindle
Syncpoint Press
5 Acceptleft thread Press Accept
right thread
7 Press NC Start to start thread cycle
The angular offset is taken into account.
Noncuts are avoided by entering theplunge depth E.
1
Select thread and enter parameters
4
The cycle can be stored under the "Directory" softkey and called later as required.
Select thread form
to select
Cut segmentation (linear/degressive)
External/internal thread
Type of machining (roughing, completemachining)
NC Start for single cycle
orto accept in current program
LINEAR
EXTERNAL
LINEAR
Accept
1
2
3
4
5
Press or
Zoom in/Zoom out
Define cursor incrementCursor finePress
Zoom in/Zoom out
The cursor moves with a smaller increment
Zoom +
Zoom -
to change the display aroundthe cross-hair cursor.
To move the cross-hair, press
Press Zoomauto
Press Toorigin
to fit the display of all travel paths
to return to original display
21
ii
ii
Create Program
Create new program (example)
1
3
2 Enter program name and press
Accept
22
Select (1)
With program name:
Enter parameters and press
Drawing
Set param. for stock removal cycle with straight line (2)
Set parameters for stockremoval cycle with radius (3)
4
Set parameters for stockremoval cycle with slopes (4)
5
Set parameters for groovingcycle with slopes (5)
6
7 Set parameters for longitudinal thread (6)
Parameters are set for the following cyclesand incorporated into the program with
Accept
8 Switch to EASYSTEP
123
45 6
NewSwitch to and press
No program name:continue at 1
STOCK REMOVAL
OK
Longit.thread
2 Stock removal T1
0 PART_41 Stock removal T1
3 Stock removal T24 Stock removal T15 Grooving T36 Long. thread7 End of programEND
Pos. Reference pt.
Pos. Reference pt.
Pos. Reference pt.
N 2 P 20.000 inc
α0 -20.000 º
Grooving
2
2
15
Multiple grooving in a slope
1 Call STOCK REMOVAL
Press
Select grooving cycle
Call STOCK REMOVAL1
5
3 Enter parameters (see above)including angle of slope
3 Call cycle auxiliary display
Press
Enter tool, feedrate and speed4
to select
• Position of stock removal (inside, outside, from/to chuck
Alternat.Press
• Reference point (groove, base/edge)
• Type of machining (roughing, finishing, complete machining)
6 Enter parameters and press
NC Start for single cycle
or
Accept to accept in current program
number and distance between grooves
PART_3
to confirm
ii
ii
3
STOCK REMOVAL Mode
Stock removal
Call STOCK REMOVAL
Select stock removal cycle
1
2
14
to select
4 Enter parameters (incl. reference point X0, Z0)
and press NC Start for single cycle
3
Press
Call cycle auxiliary display
4 Enter tool,feedrate andspeed
5
Position of stock removal (inside,outside, from/to chuck)
Direction of stock removal (face, longitudinal)
Type of machining (roughing, finishing, complete machining)
Press
or
Accept to accept in current program
T 1Tool
F 0.300 mm/minS 160 rev/min
Alternat.
PositionParal. Z axis
PositionParal. Z axis
PositionParal. Z axis
741
02 3
8 95 6
2 Stock removal T13 T1
3 Abspanen T13 T2
4 Groove T3Undercut G DIN T3
1
2
Call EASYSTEP
Select program
Name
BOLT_1SHAFT_2
and press
Open existing program
23
3
4
Call extended softkey menu
DirectoryPress
Insert new step
Select insert line (line after which the stepis to be inserted)
2
Call mode, e.g.
Undercut
Undercutthread DIN
Call turning cycle, e.g.
5 Enter parameters
6Accept
Press
1 Call EASYSTEP
Precondition: current program is selectedbut is not started.
cycle
4
Precondition: desired programhas been saved.
i
i
ii Do not press
Call
Copy, delete or insert step
Select desired step
Press to select several steps
CopyPress to copy the selection
CutPress to delete the selection (it is also copied)
InsertPress to insert the copied selection
The entries are always copied behind the cursor!
You can also copy and insert steps fromone program to another.
Press to change the program
Edit Program
1
2
3
Precondition: current program is open in EASYSTEP.
24
EASYSTEPeditor
Directory
or
or
3 Stock removal T13 T2
4 Undercut G DIN T35 Groove T3
1 Stock removal T12 Stock removal Contour_13 T13 Stock removal Contour_13 T24 Undercut G DIN T3
2 Stock removal T13 T13 Stock removal T13 T2
4 Einstich T3Undercut G DIN T3
X+
Z+
Z+
X+
X-
Z- Z+
X+
13
Example for blank machining
1 Traverse reference point
1. Call MANUAL mode
2. Press
3. Reference axes
4. Press NC Start
2 Measure tools
3 Face/longitudinal turning
Call MANUAL mode
Select axis direction andenter parameters
Press NC Start to initiatefeedforward movement
1.
2.
3.
4 Turn chamfer
Call CONICAL
Press and enter parameters
Press NC Start to initiatefeedforward movement
1.
2.
3.
Accept
Ref.point
XZ
in the input screenform!
Mark
i
i
i
i
i
i
Turning Simple ContoursFace/longitudinal turning, automated
2
3
12
1
X
4
Taper turning, automated
Precondition: see above
Call STRAIGHT
Enter parameters andpress
Press NC Start to initiate feedforward movement
Z
Press face turning in X or longitudinal turning in Z
2
3
1
XZ
4
Call CONICAL
Enter parameters andpress
Press NC Start to initiatefeedforward movement
Z α X αSelect
Radii machining
2
3
1
Angle
4
Call CIRCLE
Enter parameters andpress
Press NC Start to initiatefeedforward movement
Radius ICSelect
The parameters are converted automaticallyon changeover of the softkeys.
Precondition: see above
Do not press
3 Stock removal
4 Undercut G DIN
5 Groove
3 Stock removal T13 T2
4 Undercut G DIN T3
5 Groove T3
1
2
3
Continue program at modified position
Press
Precondition: current program is opened.
25
Select step at which machining is to start
Stepsearch
Press NC Start twice
Edit program step
Select step
and press
Make changes and press
to confirm
1
2
Precondition: current program is selectedbut is not started.
Accept
Acceptin the input screenform!
to accept
to accept
to accept
i
i
Teach Progam
Teach using handwheel/universal control stick
26
Select MANUAL mode1
Select axis direction2
3 Press NC Start
Programmed spindle speeds are multipliedby the percentage value of the relevantoverride at the end of the movement andstored.
5 Press NC Start
6
Teachfeed
Select Teach ra-pid travers No
teaching
Save movements as:
and
1
2
Press
TeachIn
TeachnewPress
4 Execute manual machining step with handwheel or universal control stick
3 Enter program name and press
to confirm
Teach movements in MANUAL mode
Precondition: "Teach In" function is selected and a program name hasbeen assigned.
OK
X+
X-
Z- Z+
X+
X-
Z- Z+
11
Taper turning, conventional
4
2
Enter T, F, and S parameters and angle α α
741 2 3
8 95 6
0
1 Call MANUAL mode
Press Conical
3
Select axis direction
5Press NC Start toactivate the universalcontrol stick with theprogrammed feedrate.
Halt feedforward movement:Universal control stick in center position
6
Press NC stop to deactivate theuniversal control stick.
Initiate feedforward movement:
i
i
Turning in Manual Mode
Face/longitudinal turning, conventional
Call MANUAL mode1
2
10
StraightPress
3
Select axis direction4
Enter T, F and Sparameters
741 2 3
8 95 6
0
5Press NC Start to activatethe universal control stickwith the programmed feedrate.
X+
X-
Z- Z+
741
02 3
8 95 6
Teach 5
Teach 4
PART_1
PART_2
PART_3
PART_4
4
27
1 Select Manual or Single-cycle mode:
2 Enter parameters
3
Press NC Start
Each time NC Start is pressed, the traversing movements executed are stored. The coun-ter in the "Teach In" status field (see below)indicates the number of steps that havebeen saved.
Continue program with Teach In
1 Press TeachIn
Continueteachand
2 Select program
3 Teach movements/cycles
The traversing movements are appendedat the end of the program.
and press
Press NC Start
Teach cycles
Precondition: "Teach In" function isselected and a program name hasbeen assigned.
Halt feedforward movement:Universal control stick in center position
6
Press NC stop to deactivate theuniversal control stick.
Initiate feedforward movement:
i
BackForward
oder
Install Program
1
3
4
5
3
Select program for machining
1
2
Call EASYSTEP
Correct program
Stop program sequence
Stepsearch
Accept
Abort program
Select program step and
Enter changes and press
to confirm
Press to continue machining
Precondition: program is being executed
28
2 Call extended softkey menu
DirectoryPress
Select program
Name
CONTOUR_1
CONTOUR_2
and press
4
5 Press NC Start to start the program
press
Press NC Start twice to startthe step search
6
Traverse increment
2
4 Enter infeed speed
1 Press
3
741 2 3
8 95 6
0
5
Select size of increment
Press NC Start to initiateincrement
Select axis direction
X-
X+
Z- Z+XZoff
X+
X-
Z- Z+
9
increment
i
i
Traversing Axis
Direction keys/universal control stick
1
2 Press fixed feedrates
The selected axis is traversed until thefixed key is pressed.
8
Select direction
X-
X+
Z- Z+XZoff
or
Z
Handwheels
1 Press
2 Press
3 Traverse the axis with active handwheel
X
110
100
Precondition: MANUAL is selected.
X+
X-
Z- Z+
4 Undercut G DIN T3
3 Stock removal CONTOUR_13 T2
5 Groove T3
6
29
Select search destination
by
7 Press StepSearch
9
Press NC Start to start the step search
Press NC Start to start the programat the selected step.
2
Start program in single steps
1 SingleStepPress
Precondition: program is selected.
One step in the program is startedeach time you press NC Start.
1 Call EASYSTEP
5 Press this key to switch to thestep display.
3
2 Call extended softkey menu
DirectoryPress
4 Select program and press
Select search run in program
8
to release the handwheel
to set the handwheel factor
i
7 Kreistasche
i
i
i
i
Programming in G Code
30
Switch to G code
Press1
2 Call the G code editor
Press
Insert G code block into program
1 Select the desired NC block where theG code block is to be inserted
2
Editor
Insert G code, e.g. approach a positionin rapid traverse mode:G0 X40 Z30 LF
Cycles with syntax E_Name(Par 1,...,Par n),e.g. E_ROUGH(1,..,0) must not be changed.This means that the cycle cannot be reused.
Precondition: a program is loaded in theG code editor.
E_ROU_GP(2,0.1,95,100,96,"CONTOUR_13",0,90,0,90,2,
1,3,0.2,0.1,0)E_UCUT_D(3,0.1,95,180,97,3,1,20,90,-40,90,30,20,90,1,0.1,0) L
F
LF
E_GROOV(3,0.12,95,180,96,1,0,30,90,-60,90,4,3,0,15,15,0.5,0,0,0.5,0.1,2,10,3,1,5.608,3,0,1)L
F
current block
E_ROUGH(1,0.2,95,150,96,1,5,43.5,90,1,90,-0.8,90,0,90,44.3,91,0,0,0,2,0,0.1,1,90,90,0)E_ROU_GP(1,0.2,95,160,96,"CONTOUR_13",42.5,90,0,90,1,1,3,0.2,0.1,0)E_ROU_GP(2,0.1,95,100,96,"CONTOUR_13",0,90,0,90,2,1,3,0.2,0.1,0)
LF
LF
Measure tool with scratching method
Set spindle speed or limit
1
2
1
3
Traverse to workpiece and scratch
Enter max. spindlespeed or limit
Precondition: spindle not active
7
andPress Tool
Measure
3Savepos. XPress
4 Retract tool and measure the diameterof the workpiece
5 Enter diameter in X
Workpiece dimension: ZX
6 Press
The values are saved. The measurementis completed.
2 Select spindle function
741 2 3
8 95 6
0
and SpindlePress
Max. spindle speed rev/min
Limit for m/min
Orientation/Stop pos.
rev/min
rev/min
500.000
0.000
0.000
Save traversed position
The control notes the position.
Precondition: the tool to be measured is selected.
Apply the same principle to Z.
Precondition: current program is open in EASYSTEP.
LF
°
G code
i
i
Setup
Select tool
1
and
2
4
Call tool list
Tool
Select tool
Press Select
The desired tool is selected
Press
6
Length X
123
Length Z RadiusNumber
1
2
3
4
mm
Traverse workpiece zero
and Preset
Select axis X 45.917
Z 28.367
Enter referencevalue
741
02 3
8 95 6
Press
mm
Set workpiece zero
Pos.
Alternat.
3 Set tool point direction
Change-over to
127.830
142.620
260.450 24.880
24.330
24.580
0.500
0.400
0.200
Pos.
1 2
B2
T 3Reference point, top
F 0.120 mm/revS 180 m/minPos. Reference pointX0 60.000 absZ0 -60.000 absB1 4.000 incT1 3.000 inc
1 15.000 ° 2 15.000 °R1 0.500R2 0.000R3 0.000R4 0.500D 0.000 incU 0.100 inkBS 3.000 incN 2 P 10.000 inc
G
-
C
o
d
e
Modify cycle in G Code
Precondition: a program is loaded in the G code editor.
Select the desired NC block1
2 Press
3 Make changes and press
Accept to confirm
Insert cycle in G Code
Precondition: a program is loaded in the G code editor.
Select the desired NC block where thecycle is to be inserted
1
2 Select the cycle:
3 Set the parameter and press
Accept to confirm
Support
E_GROOV(3,0.12,95,180,96,1,0,30,90,-60,90,4,3,0,15,15,0.5,0,0,0.5,0.1,2,10,3,1,5.608,3,0,1)E_GROOV(3,0.12,95,180,96,1,0,38,85,90,-80,90,6,6,30.579,16,16,16,0.5,0,0,-0.5,0,1,30,3,2,8.073,1.23,0,0)
LF
LF
B1
U
D
31
Z
X
Tips & Tricks
32
0 PART_3
END
1 Stock removal T1P
2 Stock removal PART 13 T13 Stock removal PART 13 T24 Undercut G DIN T35 Groove T36 Groove7 Longit. thread T48 End of program
END
P -80z
xø-60 -40 -20 0
0
40
80
END
P -40z
xø-20 0
20
40
60
80
0
END
P
Z1 W
R
V
Grundmenü
Change screen view
1 Toggle between EASYSTEP andprogram graphics (program overview)
2 Toggle between programming graphicsand help display (input screenform)
PMILL_TEIL_15
Handwheels Universal control stick
Start cyclewith NC Start
X 83.148
Z
Call help display with
Stock removalSTOCK REMOVAL
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min
0.240
172.50% 50% 100%
Alternat. Accept
T 3F 0.120 mm/revS 180 rev/min
Position
Reference point for dimensioning
Paral. Z axisX0 70.000 absZ0 0.000 absX1 40.000 absZ1 -30.000 abs
D 2.000 incUX 0.000 incUZ 0.100 inc
0-10-20-30
40
50
60
70
Z
XØ
Longit. ThreadCYCLE
PART_3
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min
0.240
172.50% 50% 100%
X 83.148
Z
Alternat.
P
END
GrooveSTOCK REMOVAL
PART_3
X 83.148
Z 2.098
TFS0%
Alternat.
P
END
mm
mm
mm
mm
GrooveSTOCK REMOVAL
PART_3
TFS0%
P
0
X 83.148
Z
0
0
Undercut thread DINCYCLE
PART_3
TFS0%
Alternat.
X 83.148
ZP
0
Stock removalCONTOUR
PART13
TFS0%
Alternat.
0
X 83.148
ZStraight
CONTOURPART_3
TFS0%
0
DeleteElement
Stock removalSTOCK REMOVAL
PART_3
TFS0%
0
Z
XØ
Z
XØ
Z
XØ
Z
XØ
Z
XØ
StopTurn WT
Noncut Sync.Point
SingleCycle Accept
T 4P 1.000 mm/revS 400 rev/minLINEAR
ExternalX0 40.000 absZ0 -17.000 absZ1 -39.000 abs
W 15.000 incR 0.000 incK 1.100 inc 29.000 ºAS 8E 0.240 incU 0.000 incV 2.000 incQ 0.000 º
-40 -20
0
20
40
60
80
0
Infeed depth of cut const.
B1
1 2
U
D
B2
T1
-80.0 -78.0 -76.0 -74.0 -72.0
-30 -20 -10 0
-80 -60 -40 -20 0
-20 200
0
Graphic TeachIn
Directory
X-
X+
Z- Z+
Press
5
Accept
Press
to acceptcycle inprogram
EASYSTEPOff
i
i
Operating Concept
Extended softkey menu
Manual mode
Preset Tool Spindle Offset
4
Single-cycle machining
MANUAL: conventional feed forward for face, longitudinal and taper turning
in the input screenform
STRAIGHTTAPERCIRCLE
CYCLE
STOCK REMOVAL
CONTOUR
Set cycle parameters
For single cycle machining in program:
Finished program
EASYSTEPPART_3
X 83.148
Z 2.098
T 1FS
120%mm/rev
115%Rev/min 172.5
0% 50% 100%
EASYSTEPeditor
New EASYSTEPoff
Specialfunction
Stepsearch
Singlestep
G code
P
END
0 PART_3
1 Stock removal T1
2 Stock removal PART 13 T1
3 Stock removal PART 13 T2
4 Undercut G DIN T3
5 Groove T3
6 Groove
7 Longit. thread T4
8 End of program
mm
mm
0
This publication was produced using Designer 6.0
The reproduction, transmission or use of this document or its contentsis not permitted without express written authority. Offenders will beliable for damages. All rights, including rights created by patent grantor registration of a utility model or design, are reserved.
© Siemens AG 1998. All rights reserved.
Other functions not described in this documentation might be executablein the control. This does not, however, represent an obligation to supplysuch functions with a new control or when servicing.
We have checked that contents of this publication correspond to thehardware and software described. Deviations cannot be ruled out, however. The data in this publication is checked regularly, and anynecessary corrections included in subsequent editions. We are gratefulfor any suggestions for improvement we receive.
Subject to change without prior notice.
Order No.: 6FC5298-4AD40-0BP0Printed in the Federal Republic of Germany
EASYSTEP programming
0.240
33
AcceptDo not press
Suggestions/Corrections
To:SIEMENS AGA&D MC V5P.O. Box 3180D–91050 Erlangen(Fax +49 9131/98–1145)
From:
NameCompany/Dept. address
Street
ZIP Town/City
Telephone/Telefax:
Suggestions and/or corrections
SINUMERIK 810D/840DManualTurn Short GuideOrder No.: 6FC5298-4AD40-0BP0Edition: 09.98
34
• Face/longitudinal turning, conventional• Taper turning, conventional
Contents• Set workpiece zero• Select tool• Measure tool with scratching• Set spindle speed or limit
• Direction keys/universal control stick• Handwheels• Traverse increment
• Simulation before machining • Simulation during machining• Zoom in/Zoom out
• Copy, insert or delete step• Modify program step• Continue program at modified position
• Teach movem. w. handwheel/univ. ctrl. stick• Teach movements in MANUAL mode• Teach cycles• Continue program with Teach In
• Create new program (example)• Insert new step• Open existing program
Page 6
Page 7
Page 8
Page 9
Page 20
Page 21
Page 22Page 23
Page 24Page 25
Page 32
Page 26
Page 27
• Change screen display
• Changeover to G Code• Insert G code block in program• Insert cycle in G code• Modify cycle in G code
Page 30
Page 31
• Face/longitudinal turning, automated• Taper turning, automated• Radii machining• Example for blank machining
• Create contour• Load contour• Modify programmed contour
• Stock removal• Grooving• Multiple grooves in a taper
• Thread cutting• Post-cutting• Undercut• Tapping• Drilling a circle of holes
Page 12
Page 13
Page 14
Page 15
Page 16
Page 18Page 19
Page 17
Page 10Page 11
• Select the program for machining• Correct program• Select search in program• Start program in single steps
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Page 29
SINUMERIK
Short Guide 09.98
ManualTurn
Published by Siemens AGAutomation and DrivesMotion Control SystemsP.O. Box 3180, D–91050 Erlangen
© Siemens AG 1998 All Rights ReservedSubject to change without prior notice
Siemens AktiengesellschaftOrder No.: 6FC5298-2AD40-0BP0Printed in the Federal Republic of Germany GWE-570093101824
T 1F R.TR.
END
Halt: M0/M1 active
GraphicEASYSTEP
PART_3
X 83.148Z 2.098
120%mm/min
mm
mm
0.000
0.000
Retraction
Retraction
Test runfeedrate
T 1FS
EASYSTEPPART_3
X 83.148Z 2.098
120%mm/rev
mm
mm
115%Rev/min
0.240
172.5
EASYSTEPeditor
New EASYSTOff
P
END
0 PART_3
1 Stock removal T1
2 Stock removal PART 13 T1
3 Stock removal PART 13 T2
4 Undercut G DIN T3
5 Groove T3
6 Groove
7 Longit. thread T4
8 End of program
GrooveSTOCK REMOVAL
PART_3
X 83.148
Z 2.098
P
END
B1
1 2
U
D
B2
T1
T 1FS
120%mm/rev
115%Rev/min
0.240
172.5
Alternat. Accept
TReference point, top
F 0.300 mm/minS 160 rev/minPos. Reference pointX0 60.000 absZ0 -60.000 absB1 4.000 incT1 3.000 inc
1 15.000 ° 2 15.000 °R1 0.500R2 0.000R3 0.000R4 0.500D 0.000 incU 0.100 incBS 3.000 incN 2 P 10.000 inc
50% 100%
0mm
mm
0%