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User Manuals: GSK 988T CNC Turning Center
Manuals and User Guides for GSK 988T CNC Turning Center. We have
2
GSK 988T CNC Turning Center manuals available for free PDF download: User Manual
GSK 988T User Manual (416 pages)
Turning CNC System
Brand:
GSK
| Category:
Control Systems
| Size: 23 MB
Table of Contents
Table of Contents
7
Ⅰ Programming
15
Chapter I Programming Fundamentals
17
CNC System of Machine Tools and CNC Machine Tools
19
Programming Fundamentals
21
Increment System
23
Max. Travel
24
Workpice Coordinate System
25
Coordinate Value and Dimension
26
Diameter Programming and Radius Programming
27
Decimal Programming
28
Linear Axis and Rotary Axis
29
Program Name
30
Word
31
Block Number
40
Program Run
41
Execution Sequence of Word
42
Chapter II G Commands
43
Omitting Word Input
45
Related Definitions
47
Linear Interpolation G01
48
Arc Interpolation G02, G03
49
Dwell G04
52
Cylindrical Interpolation 7.1
53
Polar Coordinate Interpolation G12.1, G13.1
57
Metric/Inch Switch G20, G21
59
Skip Interpolation G31
60
Automatic Tool Offset G36, G37
62
Reference Position Function
64
Related Function of Coordinate System
66
Selecting Machine Coordinate System Position G53
67
Workpiece Coordinate System Setting G50
68
Workpiece Coordinate System Selection Command G54~G59
69
Local Coordinate System Setting G52
71
Level Selection Command G17~G19
73
Fixed Cycle Command
74
Radial Cutting Cycle G94
77
Multiple Cycle Commands
80
Radial Roughing Cycle G72
86
Closed Cutting Cycle G73
91
Finishing Cycle G70
96
Axial Grooving Multiple Cycle G74
97
Radial Grooving Multiple Cycle G75
100
Notes for Multi Cycle Machining
103
Threading Cutting
104
Thread Cutting with Variable Lead G34
107
Thread Cutting Cycle G92
109
Multiple Thread Cutting Cycle G76
111
Constant Surface Speed Control G96, Constant Rotational Speed Control G97
117
Feedrate Per Minute G98, Feedrate Per Rev G99
119
Drilling/Boring Fixed Cycle Command
120
Chapter Ⅱ G Commands
121
End Drilling Cycle G83 /Side Drilling Cycle G87
121
G87
124
Starting Point
124
Command Format:g83 X(U)_ C(H)_ Z(W)_ R_ P_ Q_ F_ K_ M_;Or
125
End Boring Cycleg85 / Side Boring Cycle G89
125
G89
125
Cancelling Drilling/Boring G80
126
Tapping Mode
127
End Rigid Tapping Cycle (G84) / Side Rigid Tapping Cycle (G88)
128
Hole Position
129
Operation 2
129
Operation Sequence
129
Tool
129
Fig
130
Hole Bottom Level
130
Initial Level
130
Operation
130
Pause at Hole Bottom
130
Point R Level
130
End Common Tapping Cycle (G84) /Side Common Tapping Cycle (G88)
134
Automatic Chamfering Function
137
Macro Command
140
System Variable
141
Operation and Jump Command
145
Macro Program Statement and NC Statement
150
Chapter Ⅲ MSTF Commands
153
Optional Stop M01
154
Subprogram Call M198
155
The Following M Commands for Standard Ladder(some Functions Modified by K Parameters)
156
M Commands Defined by Standard PLC Ladder
157
Spindle Override
158
Tool Life Management
161
Chapter IV Tool Nose Radius Compensation
165
Imaginary Tool Nose Direction
166
Compensation Value Setting
169
G40/G41/G42 Command Function
170
Compensation Direction
171
Cautions
173
Application
174
Tool Nose Radius Compensation Offset Path
175
Tool Traversing in Offset Mode
177
Tool Traversing in Offset Canceling Mode
182
Tool Interference Check
183
Commands for Canceling Compensation Vector Temporarily
185
Particulars
188
Ⅱ Operation
195
Chapter Ⅰ Overview
197
System Setting
198
Display
199
System
201
System Key Definitions
202
Machine Operation Panel
204
State Indicator and Press Key Definition on the Panel
205
Power on
210
Power off
211
Emergence Operation
213
Position Display Window
219
Absolute Coordinate Window
220
Relative Coordinate Display
221
Machine Coordinate Display
222
Setting the Relative Coordinate
223
Switching between the Mode and the Comprehensive Message
224
Clearing Workpiece Count
225
Program Window
226
MDI Program
227
Item/Times
228
System Parameter Setting and Rewriting Window
229
Screw Pitch Compensation Setting and Rewriting Window
232
System Message and Operation Authority Levels
233
System File Management
236
Ladder Diagram
237
Setting Window
243
CNC Setting Window
247
Macro Variable Window
252
Message Window
253
Alarm Message Check Window
254
Alarm Record Check Window
255
Diagnosis Window
256
Oscillograph Window
259
GSK-CAN Window
262
Graph Window
263
Processing Graph Path
264
Simulation Graph
265
Help Windows
266
Chapter Ⅳ Editing and Managing a Program
268
Executing a Program
269
Opening a Program
270
Renaming, Outputting, Deleting and Arraying Programs, Saving a Program as
271
Saving a Program as
272
Deleting a Program
273
Arraying Programs
274
Rewriting a Program
275
Shortcut Key
276
Block Comment
277
Chapter Ⅴ Manual Operation
278
Manual Feed
279
Increment Feeding
280
MPG Feeding
281
Auto Running
284
Chapter Ⅵ Auto Operation
285
Running from any Block
286
G31 Skip
287
MDI Running
288
Running from any Block
289
Auto Running Control
292
Dry Run
293
Single Block Running
294
Rapid Traverse Override
295
Chapter Ⅶ Tool Offset and Setting Tools
296
Measuring Mode
297
Input Mode
298
C Input Method
299
Clearing the Offset Value or the Wearing Value
300
Fixed-Point Tool Setting
301
Position Record
304
Chapter Ⅷ Setting and Display Graphs
306
Path Graph Display and Operation
307
Simulation Graph Display and Operation
308
Sending a Program
310
Backup Value
311
Servo Parameter Backup
312
Chapter Ⅹ Processing Examples
315
Compound Machining
318
Chapter Ⅺ Parameters
324
Parameters Related to System Setting
325
Parameters Related to Coordinate System
329
Parameters Related to the Stroke Detection
331
Parameters Related to Feedrate
334
Parameters Related to Control of Acceleration and Deceleration
338
Parameters Related to Servo and Backlash Compensation
340
Parameters Related to Input/Output
344
Parameters Related to Display and Editing
346
Parameters Related to Programming
348
Parameters Related to Screw Pitch Error Compensation
350
Parameters Related to the Spindle Control
353
Parameters Related to the Tool Compensation
358
Parameters Related to the Canned Cycle
361
Parameters Related to the Thread Cutting Cycle
362
Parameters Related to the Rigid Tapping
363
Modification Authority』:Equipment Management Authority 『Default Setting
364
Modification Authority』:Equipment Management Authority 『Default Setting
365
Parameters Related to the Polar Coordinate Interpolation
365
Parameters Related to the User Macro Program
366
Parameters Related to Skip Function
367
Parameters Related to Graphic Display
369
Parameters Related to MPG Feed
370
Parameters Related to PLC Axis Control
371
Metric Input
372
Default Setting
373
Default Setting
374
Parameters Related to Basic Function
374
Value Range』: 1~99 999
374
Parameters Related to GSK-CAN Communication Function
375
Appendix 1 Alarm List
377
Parameter Alarms
386
Pulse Encoder Alarms
387
Spindle Alarms
388
Communication Prompt on the Operation Panel
389
Servo Inner Alarms
391
Appendix 2 Standard Ladder Function Allocation
395
Standard Operation Panel
398
Address y
400
Standard PLC Parameter Instruction
403
Parameter DT
404
Parameter DC
405
Plc(Address A) Alarms (the Followings Are Referred to V2.03B)
406
Appendix 3 Installation
408
Machine Operation Panel MPU02A of GSK988T
409
Machine Operation Panel MPU02B Appearance Dimension of GSK988T
410
GSK988T-H Appearance Dimension
411
Appendix 4 Operation List
413
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GSK 988T User Manual (216 pages)
Turning CNC System. Volume II. Installation and Debuging.
Brand:
GSK
| Category:
Controller
| Size: 4 MB
Table of Contents
Table of Contents
8
Chapter I Installation Layout
12
Overall Dimension of GSK988T-H Mainframe
13
Overall Dimension of GSK988T Operation Panel MPU02A
14
Overall Dimension of GSK988T Operation Panel MPU02B
15
Overall Dimension of GSK988T- H Operation Panel MPU03A
16
Overall Dimension of GSK988T-H Operation Panel MPU03B
17
Overall Dimension of I/O Deconcentrator MCT01
18
Structure of GSK988T Control System
19
General Connection Diagram
21
GSK988T Installation
22
Chapter II Interface Signal Definition and Connection
24
Connection with the Drive Unit Interface
27
Connection with the Spindle
29
Signal Instruction
30
Connection with the Servo Spindle Drive Unit
31
Connection with the Spindle Inverter Interface
32
Connection with the Spindle Encoder
33
Connection with MPG
35
Connection with the Machine Panel
36
Input Signal
37
Output Signal
38
Connection with the Power Supply
39
Definition of Power Supply Interface
40
RS-232 Interface Definition
41
Network Interface Definition
42
Chapter III Machine Tool Debugging-Operation
43
Servo Parameters
45
Instruction of PC Communication Software Gskcomm-M
48
File Download (PC→CNC)
49
Upload File (CNC→PC)
50
File Management Screen
51
Program Screen
52
PLC Screen
53
PLC Operation
54
PLC Execution and Stop
55
PLC Monitoring and Diagnosis
56
PLC Data Viewing and Setting
59
PLC On-Line Modification
61
PLC Program Transmission
69
Servo Diagnosis
71
Chapter IV Machine Debugging-Functions
73
Basic Axis Parameters Setting
74
Gsklink Communication Setting of Axis and Servo
75
Servo Related Setting
76
Gear Ratio Adjustment
77
Gear Ratio Calculation
78
Acceleration/Deceleration Characteristic Adjustment
79
Reference Point and Software Limit
80
Reference Point of Absolute Encoder Setting
81
Reference Point Setting with Dog
82
Reference Point Setting Without Dog
83
Setting of Stored Stroke Check
84
Pitch Error Compensation
86
Backlash Compensation
89
Spindle Function Adjustment
91
Spindle Speed Analog Voltage Control
92
Double-Spindle Control
94
Chapter V Parameter Instruction
95
Parameters of System Setting
96
Parameters of the Coordinate System
100
Parameters of the Stroke Detection
102
Parameters of the Feedrate
105
Parameters of Control of Acceleration/Deceleration
109
Parameter of Servo and Backlash Compensation
111
Parameter of Input/Output
115
Parameter of Display and Editing
117
Parameter of Programming
120
Parameters of the Screw Pitch Error Compensation
122
Parameters of the Spindle Control
124
Parameters of the Tool Compensation
128
Parameters of the Canned Cycle
131
Parameters of the Drilling Canned Cycle
132
Parameters of the Rigid Tapping
134
Parameters of the Polar Coordinates Interpolation
136
Parameters of the User Macro Program
137
Parameters of the Skip Function
138
Parameters of the Graphic Display
139
Parameter of MPG Feed
140
Parameter of PLC Axis Control
142
Parameters of the Basic Function
145
Parameters of Gsklink Communication Function
146
Chapter VI Standard Plc Function Configuration
147
Addresses X, y Definition
148
MPG Interface
152
Spindle Interface
153
Standard Operation Panel
154
Standard PLC Functions
158
Feed/Spindle Hold
159
Program Lock
160
Spindle CCW/CW Control
161
Spindle Jog
162
Spindle 8-Point Pre-Orientation
163
Spindle Speed Binary Control
165
Cooling Control
166
Lubricating Control
167
Chuck Control
168
Tailstock Control
169
Low Pressure Detection
170
Overtravel Signal of Axes
171
Emergency Stop
176
Tri-Colored Lamp
177
Parameter DT
178
Parameter DC
179
Parameter D
180
Signal F
182
Appendix A Alarm List
184
A.2 Parameter Alarms
194
A.3 Pulse Encoder Alarms
195
A.5 Overtravel Alarms
196
A.8 PLC Alarms
197
A.9 Gsklink Communication Prompts
199
A.10 Servo Inner Alarms
200
Appendix B Motor Type Code List
204
B.2 DAP03C,DAY3025C Model Code List
205
Appendix C Common Alarm Remedy
206
C.3 Spindle Servo Alarm Remedy
212
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