Home
TOMATECH
Control Systems
TAC-100XT
TOMATECH TAC-100XT User Manual
5
of 1
of 1 rating
415 pages
Give review
Manual
Specs
To Next Page
To Next Page
To Previous Page
To Previous Page
Loading...
TOMA
TECH
AUT
OMA
TION
Ⅰ
Programming
TAC-100XT CN
C Technical Sp
ecification, Pro
duct
Type, Command an
d Program Form
at
Ⅱ
Operation
TAC-100XT CN
C Operation Us
e
Ⅲ
Installation and Conne
ctio
n
TAC-100XT CN
C Installation, C
onnection and
Setting
Appendix
CNC Ladder Function
Allocation,
A
l
arm Messa
ge
Table
3
5
Table of Contents
Default Chapter
3
Troubleshooting
3
Table of Contents
6
Chapter 1 Programming
18
TAC-1002T Introduction
18
Product Introduction
18
Technical Specification
19
Environment and Conditions
22
Power Supply
22
Guard
22
Programming.fundamentals
25
Coordinates Definition
25
Machine Coordinate System, Machine Zero and Machine Reference Point
26
Workpiece Coordinate System and Program Zero
26
Interpolation Function
27
Absolute Programming and Incremental Programming
28
Diameter Programming and Radius Programming
29
Structure of an NC Program
29
General Structure of a Program
30
Main Program and Subprogram
34
Program Run
34
Sequence of Program Run
34
Execution Sequence of Word
36
Chapter 2 Mstf Command
37
M (Miscellaneous Function)
37
End of Program M02
37
End of Program Run M30
37
Subprogram Call M98
38
Return from Subprogram M99
38
Macro Program Call M9000~M9999
39
M Commands Defined by Standard PLC Ladder Diagram
40
Program Stop M00
40
Program Optional Stop M01
41
Spindle CW, CCW and Stop Control M03, M04, M05
41
Cooling Control M08, M09
41
Tailstock Control M10, M11
41
Spindle Clamped/Released M20, M21
42
The 2Nd Spindle Position/Speed Switch M24, M25
42
Lubricating Control M32, M33
42
Spindle Automatic Gear Change M41, M42, M43, M44
42
Spindle 8-Point Orientation M50~M58
42
Spindle Function
43
Spindle Speed Switching Value Control
43
Spindle Speed Analog Voltage Control
43
Constant Surface Speed Control G96, Constant Rotational Speed Control G97
44
Spindle Override
47
Multiple Spindle Control Function
47
Cs Contour Control Function
48
Tool Function
49
Tool Control
49
Tool Life Management
53
Chapter 3 Gcommands
65
Commands
65
Modal, Non-Modal and Initial Mode
66
Omitting Words
67
Related Definitions
68
Rapid Traverse Movement G00
68
Linear Interpolation G01
70
Plane Selection G17~G19
74
Chamfering Function
75
Linear Chamfering
75
Circular Chamfering
77
Caution of Fixed Cycle Commands
96
Multiple Cycle Commands
97
Axial Roughing Cycle G71
97
Radial Roughing Cycle G72
104
Closed Cutting Cycle G73
108
Finishing Cycle G70
113
Axial Grooving Multiple Cycle G74
114
Radial Grooving Multiple Cycle G75
117
Thread Cutting Commands
121
Thread Cutting with Constant Lead G32
121
Thread Cutting with Variable Lead G34
124
Z Thread Cutting G33
126
Thread Cutting Cycle G92
130
Multiple Thread Cutting Cycle G76
134
Constant Surface Speed Control G96, Constant Rotational Speed Control G97
139
Feedrate Per Minute G98, Feedrate Per Rev G99
139
Macro Commands
140
MACRO Variables
140
Operation and Jump Command G65
144
Program Example with Macro Command
148
Metric/Inch Switch
150
Chapter 4 Tool Nose Radius Compensation (G41, G42)
151
Application
151
Overview
151
Imaginary Tool Nose Direction
152
Compensation Value Setting
156
Command Format
157
Compensation Direction
157
Notes
159
Application
160
Tool Nose Radius Compensation Offset Path
161
Inner and Outer Side
161
Tool Traversing When Starting Tool
162
Tool Traversing in Offset Mode
163
Tool Traversing in Offset Canceling Mode
168
Tool Interference Check
169
Commands for Canceling Compensation Vector Temporarily
171
Chapter 1 Operation Mode and Display
173
Interface
173
Panel Division
173
State Indication
174
Machine Panel
175
Summary of Operation
177
Display Interface
178
POS Interface
178
PRG Interface
179
ALARM Interface
181
Setting Interface
181
PARAMETER Interfaces
182
Diagnosis Interface
182
Graph Interface
182
Ladder Interface
183
Chapter 2 Power On/Off and Protection
184
System Power-On
184
Increment Selection
192
Moving Direction Selection
192
Mpg(Handwheel) Feed
192
Moving Axis and Direction Selection
193
Other Operations
193
Explanation Items
194
Chapter 5 MDI Operation
194
Block Input
194
Block Execution
195
Parameter Setting
195
Data Alteration
195
Other Operations
195
Chapter 6 Program Edit and Management
195
Program Creation
196
Creating a Block Number
196
Inputting a Program
196
Searching a Character
197
Inserting a Character
198
Deleting a Character
199
Altering a Character
199
Deleting a Single Block
199
Copying and Pasting a Block
200
Canceling and Recovering a Program
200
Program Save
200
Macro Program Edit
200
Creating and Modifying a Program Annotation
201
Deleting Programs
201
Deleting a Program
201
Deleting All Programs
202
Selecting a Program
202
Searching
202
Scanning
202
Direct Confirmation
202
Executing a Program
203
Renaming a Program
203
Copying a Program
203
Program Management
204
Program List
204
Other Operations Available in Edit Mode
204
Chapter 7 Tool Offset and Setting
205
Tool Positioning Setting
205
Trial Toolsetting
206
Toolsetting by Machine Zero Return
207
Coordinates Record
210
Setting and Altering the Offset Value
210
Offset Setting
211
Offset Alteration
211
Offset Alteration in Communication Mode
211
Clearing the Offset Values
212
Setting and Altering the Tool Wear
212
Locking and Unlocking the Offset Value
213
0 Tool Offset Moving Workpiece Coordinate System
213
Chapter 8 Auto Operation
213
Automatic Run
213
Selection of a Program Running
213
Start of Automatic Run
213
Stop of Automatic Run
214
Automatic Run from an Arbitrary Block
215
Adjustment of the Feedrate, Rapid Rate
215
Spindle Speed Adjustment
216
Running State
216
Single Block Execution
216
Dry Run
216
Machine Lock
217
MST Lock
217
Block Skip
217
MPG Trial-Cut
218
Switching MPG Trial-Cut Mode
218
Command Speed in MPG Trial-Cut Mode
218
Notes in MPG Trial-Cut Mode
219
Temporarily Invalid in MPG Trial-Cut Mode
219
Other Operations
220
Chapter 9 Zero Return Operation
220
Program Zero Return
220
Program Zero
220
Program Zero Return Steps
220
Machine Zero Return
221
Machine Zero
221
Machine Zero Return Steps
221
Other Operations in Zero Return
222
Chapter 10 Data Setting
222
Data Setting
222
Switch Setting
222
Level Setting
222
Parameter Operation
224
Clock Setting
225
Graphic Display
226
Parameter Setting
227
State Parameter
227
Data Parameter, Pitch Compensation
228
Often Used Parameters
228
Chapter 11 U Operation Function
229
File Management Function Introduction
229
Often Used File Operation Function Introduction
230
File Extension and Return
230
File Selection and Cancellation of File Selection
230
File Copy
230
Data Copy and Resume
231
Entering Backup/Resume Page
231
Backup/Resume Operation
231
Operation Path Selection
231
Format of Data Backup/Resume File
232
Notes
234
Chapter 12 Communication
234
Tomatechcomm
234
Tomatechcomm's System (PC) Requirements
234
Software Interface
234
Receiving Files (CNC→PC)
235
Sending Files (CNC→PC)
235
Part Program Management
236
Preparatory before Communication
236
Communication Cable Connection
236
Communication Setting Baud Rate
237
Chapter 13 Machining Examples
237
Programming
238
Program Input
239
View a Saved Program
239
Creating a New Program
240
Checkout a Program
240
Graphic Setting
240
Program Check
240
Toolsetting and Running
240
Connection
241
Chapter 1 Nstallation Layout
242
Gk980Tdc System Connection
242
Gk980Tdc,Tac-1002T-V Rear Cover Interface Layout
242
Interface Explanation
243
TAC-1002T Installation
243
1TAC-1002T External Dimensions
243
Preconditions of the Cabinet Installation
244
Measures against Interference
244
Chapter 2 Definition & Connection of Interface
245
Signals
245
Connection to Drive Unit
245
Drive Interface Definition
245
Code Pulse and Direction Signals
245
Drive Unit Alarm Signal Nalm
246
Axis Enable Signal Nen
247
Pulse Disable Signal Nset
247
Zero Signal Npc
247
Connection to a Drive Unit
248
Being Connected with Spindle Encoder
250
Spindle Encoder Interface Definition
250
Signal Explanation
250
Being Connected with Spindle Encoder Interface
250
Being Connected with MPG (Manual Pulse Generator)
251
MPG Interface Definition
251
Spindle Interface
252
Spindle Interface Definition
252
Connection to Inverter
254
TAC-1002T/TAC-100XT-V Being Connected with PC
254
Communication Interface Definition
254
Communication Interface Connection
254
Power Interface Connection
254
I/O Interface Definition
255
Input Signal
257
Output Signal
257
I/O Function and Connection
259
Stroke Limit and Emergency Stop
259
Tool Change Control
261
Machine Zero Return
267
Spindle Control
273
Spindle Switching Volume Control
277
Spindle Eight-Point Orientation Function
279
Spindle Cs Axis Control Function
283
Multiple Spindle Function
287
Rigid Tapping Function
292
External Cycle Start and Feed Hold
293
Cooling Control
294
Lubricating Control
294
Chuck Control
296
Tailstock Control
298
Low Pressure Detection
299
Hydraulic Control (Only Applied to 980Tdc-V)
300
Safety Door Detection
300
CNC Macro Variables
301
External Override
302
External MPG
302
Parameter Description (by Sequence)
307
Bit Parameter
307
Data Parameter
316
PLC Parameters(Standard PLC Definition
330
Parameter Description (by Function Sequence)
335
X, Z, Y, 4 Th ,5 Th Axis Control Logic
335
Acceleration & Deceleration Control
336
Precision Compensation
337
Machine Protection
339
Machine Zero Return
340
Threading Function
343
Spindle Control
344
Tool Compensation
346
Tool Life Management Function
346
Tool Wear Parameter
346
Edit and Display
346
Communication Setting
347
PLC Axis Control Function
348
Skip Function
348
Automatic Tool Setting Function
348
Input and Output Function in Metric and Inch System
349
Parameters Related to Arc Turning
349
Parameters Related to the Additional
349
Chapter 4 Machine Debugging Methods and Modes
351
Emergency Stop and Limit
351
Drive Unit Configuration
351
Gear Ratio Adjustment
352
ACC&DEC Characteristic Adjustment
354
Mechanical (Machine) Zero Adjustment
355
Spindle Brake
358
Switch Volume Control of Spindle Speed
358
Analog Voltage Control of Spindle Speed
358
Backlash Offset
359
Tool Post Debugging
360
Step/Mpg Adjustment
361
Chapter 5 Diagnosis Message
361
CNC Diagnosis
361
I/O Status and Data Diagnosis Message
361
CNC Motion State and Data Diagnosis Message
362
Diagnosis Keys
363
Others
363
PLC State
364
Address
364
Y Address (Plc→Machine, Defined by Standard PLC Ladders)
365
Machine Panel
366
F Address(CNC→PLC)
372
G Address (PLC→CNC)
377
Address a
381
Ladders)
381
K Address(K Parameter, Standard PLC Definition
382
PLC Data
385
Timer Address T(Defined by Standard PLC Ladders)
385
Counter Address C(Defined by Standard PLC Ladders)
386
Timer Presetting Address DT(Defined by Standard PLC Ladders)
386
Counter Presetting Address DC
387
Function Description
387
Specification
387
Parameter Setting
387
Pitch Compensation
387
Pitch Error Compensation Number
388
Pitch Error Compensation Interval
388
Offset Value
388
Notes of Offset Setting
389
Setting Examples of Offset Parameters
389
Ⅳ Appendix
392
Appendix Ⅰtac-1002T,Tac-1002T-V Contour
392
Dimension
392
Appendix Ⅱtac-1002T-B Outline Dimension
394
Appendix Ⅲ Outline Dimension of Accessional Panel
394
Ap01
394
Appendix Ⅳ Outline Dimension of Accessional Panel
394
Ap02
394
5
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the TOMATECH TAC-100XT and is the answer not in the manual?
Ask a question
TOMATECH TAC-100XT Specifications
General
Brand
TOMATECH
Model
TAC-100XT
Category
Control Systems
Language
English