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Manuals and User Guides for Lasertex HPI-3D. We have
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Lasertex HPI-3D manual available for free PDF download: User Manual
Lasertex HPI-3D User Manual (344 pages)
Laser Measurement System
Brand:
Lasertex
| Category:
Measuring Instruments
| Size: 10.93 MB
Table of Contents
Table of Contents
4
Introduction
12
Safety Considerations
12
Warnings
13
Compliance Information
13
B. Warning
13
Quick Start
15
Main Features
15
How It Works
15
Linear Optics
16
Angular Optics
16
Wollaston Optics
18
III. Wollaston Optics
18
How to Start
19
Preparations
22
Software Installation
22
Elements of the Laser System
30
Interferometer Setup for Measurement
33
Powering the System on
37
Starting Hardware
37
Starting Software
37
Getting Basic Information from the System
39
Recording Mode
46
Flat Mirror Measurements - Option
46
Beam Alignment
49
Introduction
49
Electronic Alignment Tools
50
Basic Rules of Beam Alignment
50
Preparations
52
Diaphragm
52
Laser Head Alignment Elements
54
Electronic Beam Alignment Tool
55
Beam Alignment Process for Linear Optics
56
Beam Alignment Process for Angular Optics
57
Beam Alignment Process for Wollaston Optics
60
Beam Alignment of Linear Optics with Angle Etalon
62
Beam Alignment of Angular Optics with Beam Bender
65
Laser Head Initially Not Aligned
65
Laser Head Initially Aligned
68
Measurements - Positioning
71
General Description
71
Positioning in Brief
71
Measurement Setup
74
Principles
74
Principles - Base Temperature Compensation
75
II. Principles – Base Temperature Compensation
75
Measurement Setup Preparations
76
Software Description
80
Introduction
80
Display Panel
80
Positioning Plot Panel
80
III. Positioning Plot Panel
81
Positioning Measurement Values Panel
82
Positioning Control Panel
82
Pull down Menu - File
85
CNC Path Generation
85
Compensation Table Preparation
87
Pull down Menu - Edit
88
Machine Error Limits
89
Positioning Points Generation
91
Configuration of Positioning Measurement
92
Pull down Menu - Measurement
98
XIII. Pull down Menu – Measurement
98
Preparations for Measurement
99
Measurement Window
99
And 3D Measurements
100
Measurements in Machine Coordinate System
100
II. 1D and 3D Measurements
100
Setting Measurement Points
101
Rules of Automatic Positioning Measurement
101
Remarks on Measurements and on Data Analysis
102
Machine Error Compensation
107
Absolute and Incremental Data Formats
108
Siemens Data Format
109
Fanuc Data Format
110
Measurements - Dynamic Positioning
113
General Description
113
Positioning in Brief
113
Measurement Setup
116
Principles
116
Principles - Base Temperature Compensation
117
II. Principles – Base Temperature Compensation
117
Measurement Setup Preparations
118
Software Description
121
Introduction
122
Display Panel
122
Positioning Plot Panel
122
III. Positioning Plot Panel
123
Positioning Control Panel
124
Pull down Menu - File
125
CNC Path Generation
125
Compensation Table Preparation
127
Pull down Menu - Edit
128
Configuration of Positioning Measurement
129
Preparations for Measurement
130
Measurement Window
130
Measurements in Machine Coordinate System
131
Rules of Automatic Positioning Measurement
131
Remarks on Measurements and on Data Analysis
132
Machine Error Compensation
133
Absolute and Incremental Data Formats
134
Siemens Data Format
135
Fanuc Data Format
136
Measurements - Straightness
139
General Description
139
Measurement Setup - Angular Optics
139
Principles
139
Application Notes
142
II. Application Notes
142
Measurement Setup Preparations
143
Measurement Setup - Wollaston Optics
146
Principles
146
Application Notes
149
II. Application Notes
149
Measurement Setup Preparations
150
Measurement Setup - 3D Method
153
Principles
153
Application Notes
153
Measurement Setup Preparations
154
Software Description
156
Introduction
157
Display Panel
158
II. Display Panel
158
Straightness Plot Panel
159
Operation Mode Panel
162
Straightness Measurement Values Panel
163
Straightness Control Panel
165
Straightness Pull-Down Menus
166
Reports
169
VIII. Reports
169
Straightness Measurements Procedure
170
Measurement Procedure - Angular Optics - Preparations
170
Measurement Procedure - Angular Optics
172
Measurement Procedure - Wollaston Optics - Preparations
172
II. Measurement Procedure – Angular Optics
172
Measurement Procedure - Wollaston Optics
173
Measurement Procedure - 3D Method - Preparations
173
Measurement Procedure - 3D Method
173
Measurements - Flatness
175
General Description
175
Measurement Setup
175
Software Description
178
Alignment of Optics for the Flatness Measurements
182
Optical Path Alignment of the Axis "1
183
Optical Path Alignment of the Axes: "3", "6", "8
183
Optical Path Alignment of the Axes: "5" and "7
184
Optical Path Alignment of the Axes: "2" and "4
185
Measurement Procedure
186
Measurements - Pitch/Yaw
189
General Description
189
Measurement Setup
189
Software Description
191
Measurement Procedure
196
Measurements - Squareness
197
General Description
197
Measurement Setup
197
Software Description
201
Alignment of Optics for the Squareness Measurements
205
Measurement Procedure
207
Measurements - Parallelism
209
General Description
209
Measurement Setup
209
Software Description
213
Alignment of Optics for the Parallelism Measurements
217
Measurement Procedure
220
Measurements - Vibration
223
General Description
223
Measurement Setup
223
Software Description
226
Measurement Procedure
230
Measurements - Dynamic
233
General Description
233
Measurement Setup
233
Dynamic Measurements of Distance, Velocity or Acceleration
233
Dynamic Measurements of Angle
236
Dynamic Measurements of Straightness (Wollaston)
238
Software Description
240
Measurement Procedure
244
Measurements - Angular Positioning
245
General Description
245
Measurement Setup
245
Characteristics of Wally - Rotary Measurement System
247
Theory of Operation
250
II. Theory of Operation
250
III. Rotary Measurements – Hardware Preparations
251
Rotary Measurements - Battery Charging
254
Rotary Measurements - Elimination of Error Sources
254
Software Description
255
Connecting with Wally
255
Measurements of the Rotation Angle
256
Measurements of Angular Positioning
259
Pull down Menu - File
259
CNC Path Generation for In-Axis Measurements
260
CNC Path Generation for Off-Axis Measurements
263
Pull down Menu - Edit
271
Machine Error Limits
273
Positioning Points Generation
274
Configuration of Positioning Measurement
275
Pull down Menu - Measurement
277
Measurement Procedure
278
Rules of Automatic Positioning Measurement
278
Remarks on Measurements and Data Analysis
279
Measurements - Velocity
285
General Description
285
Measurement Setup
285
Software Description
287
Measurement Procedure
292
Connecting Laser Head to Machine
293
General Description
293
Extension Connector
294
Extension Connector Pinout
295
II. Extension Cable EX1
295
Extension Cable EX1
296
Encoder Type Outputs
298
Hpi-3D in a Machine Control Loop
302
Configuration
305
Principles of Operation
317
The Rules of Laser Displacement Measurements
317
The Construction of Real Interferometers
318
The Influence of the Outside Conditions on the Measurement Accuracy
321
The Accuracy of Laser Interferometers
322
Errors Caused by the Environment
322
Dead Path Error
322
Cosine Error
323
III. Cosine Error
323
Abbe Error
324
Laser Stability Error
325
Other Errors
325
A Summary of Laser Measurement System Errors
326
Troubleshooting
329
Technical Data
335
System Specifications
335
Laser Head
335
Laser Head Outputs - Analog
336
Laser Head Outputs - Digital , Type 1
336
Laser Head Outputs - Digital , Type 2
336
Extension Connector Pinout
337
F . L Aser H Ead Outputs – E Xtension Connector Pinout
337
System Work Conditions
338
Power Supply
338
Pc Interface
338
Environment Compensation
338
Index
341
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