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Status Pro mLine F1 Measuring Instruments Manuals
Manuals and User Guides for Status Pro mLine F1 Measuring Instruments. We have
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Status Pro mLine F1 Measuring Instruments manuals available for free PDF download: User Manual
Status Pro mLine F1 User Manual (80 pages)
Precision Laser Interferometer
Brand:
Status Pro
| Category:
Measuring Instruments
| Size: 4 MB
Table of Contents
Table of Contents
2
1 Notes on S Fety
5
Laser Protection Class
5
Standards
6
Information on Batteries / Accumulators
6
Cleaning
7
Service & Maintenance
7
Calibration
8
Disclaimer
8
2 Introduction
9
3 Inst Ll Tion
10
System Requirements
10
Installing Software
10
4 Components
11
Required Components
11
Additional Components
12
5 Setup
14
Software
14
Hardware
14
Object of Measurement
14
6 Fe Tures of the System Build
15
Basics
15
Switching on the System Components
15
Running the Program
16
Aligning the Interferometer and Optics
19
Basics in Conducting Measurement
19
Adjusting the Interferometer for Alignment
20
Positioning the Interferometer
22
Aligning the Interferometer/Positioning the Reflector RL1
23
Aligning Despite Obstacles
24
Aligning the Interferometer Element IL1
27
Adjusting RL1
30
Fine Tuning the Software
30
Placing the Temperature Sensors
31
7 Me Suring Ccur Cy in Position
32
Vibration (Optional)
32
Configuring Accuracy of Measurement in Position
32
Basics
32
Selecting the Method of Measurement
33
Automatic Point Detection
35
Creating a Data File
36
Creating a CNC Program
36
8 Performing Me Surement of Ccur Cy in Position
38
Reading Data
38
Saving Data
39
Assessing Data and Creating a Report
39
Creating CNC Error Compensation
40
Dynamic Measurement of Displacement
41
Setting up Measurement
41
Generating a CNC-Program
42
Conducting Measurements
45
Assessing Data and Creating a Report
46
Creating CNC Error Compensation
47
9 Ddition L Options Nd Softw Re
49
Main Menu
49
Measuring Straightness with Standard Optics
50
Basics
50
Selecting Optics
51
Configuring Measurement
51
Conducting Measurement
52
Assessing Measurement
53
Measuring Straightness with Angular Detection Optics
54
Additional Components
54
Aligning Optics to Laser
54
Adjusting Optics to each Other
56
Fine Tuning with the Software
56
Configuring Measurement in Straightness with Angular Detection Optics
57
Performing Measurement
58
Technical Details Regarding Straightness Measurement and Angular
59
Detection
59
Precautions Concerning Measurement with Angular Detecting Optics
61
Measuring a Rotary Axle as to Its Properties in Positioning
62
Measuring the Velocity Along an Axis
62
Aligning the Optics
62
Conducting Measurement
62
Measuring the Dynamic Properties of the Axis
63
Basics
63
Selecting the Right Optics
63
Measuring Environmental Influences with the Sensors
64
Configuring Measurement
64
Performing and Assessing Measurement
64
Measuring Flatness
65
Basics
65
Configuring Measurement in Flatness
66
Measuring with the Diagonal Method (Moody)
66
Measuring with the Grid Method
69
Assessment
69
Measuring Parallelism between Two Axes
69
Measuring Squareness (Perpendicularity)
70
10 Settings for Me Surements
70
Selecting Configurations
70
Interface
71
General
72
Parameters
73
Meteo
73
Wimeteo
74
Firmware Update
75
Extension Connector
75
Statistics
76
About
76
11 Technic L Det Ils
77
12 Products Nd Service
78
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Status Pro mLine F1 User Manual (89 pages)
Precision-Laser-Interferometer
Brand:
Status Pro
| Category:
Measuring Instruments
| Size: 7 MB
Table of Contents
Table of Contents
3
Introduction
5
Safety Considerations
5
Warnings
6
Principles of Operation
7
The Rules of Laser Displacement Measurements
7
The Construction of Real Interferometers
8
The Influence of the Outside Conditions on the Measurement Accuracy
11
The Accuracy of Laser Interferometers
12
Errors Caused by the Environment
12
A Dead Path Error
13
A Cosine Error
14
An Abbe Error
16
A Laser Stability Error
16
Other Errors
17
A Summary of Laser Measurement System Errors
17
Preparations
19
Software Installation
19
The Laser Interferometer System Elements
20
Preparing the Interferometer to Work
23
Switching the System on
24
Getting Basic Information from the System
26
Beam Alignment
31
Beam Alignment Process
34
Linear Measurements
41
Measurement Set
41
Linear Displacement Measurement
43
Linear Displacement Velocity Measurement
44
Velocity Graph
44
Linear Positioning Measurement
46
Recording Mode
54
Angular Measurements
57
Measuring Set for Angular Measurements
57
Measurement of Angle Deviations
59
Straightness Measurements
60
Flatness Measurements
65
Preparations
65
Alignment of Optics for the Flatness Measurements
66
Optical Path Alignment in the Axis "1
68
Optical Path Alignment in the Axes: "3", "6", "8
68
Optical Path Alignment in the Axes: "5" and "7
70
Optical Path Alignment in the Axes: "2" and "4
72
Straightness Measurements - 3D
75
Squareness Measurements
78
Vibration Measurements
81
Measurements
83
Technical Data
87
System Specifications
87
Laser Head
88
System Work Conditions
88
Power Supply
88
Pc Interface
88
Environment Compensation
89
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