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5530
Agilent Technologies 5530 Manuals
Manuals and User Guides for Agilent Technologies 5530. We have
2
Agilent Technologies 5530 manuals available for free PDF download: Reference Manual, Getting Started Manual
Agilent Technologies 5530 Reference Manual (378 pages)
Dynamic Calibrator
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 5.45 MB
Table of Contents
Table of Contents
5
About this Guide
15
Planning Your Measurements Introduction
18
Measurement Planning Guidelines
18
Planning and Storing a Calibration Program
20
Coordinating Multiple Types of Measurements
20
Triggering Options
21
Record Button
21
Auto
21
Encoder
22
Using Online Help
23
Linear Measurements
25
Introduction
26
Setting up for the Measurement
27
Placing and Using the Sensors
30
Mounting and Aligning the Optics on the Target Machine
33
Mounting the Optics
33
Aligning the Optics
44
Aligning the Laser Beam to the Machine's Travel Path for Long-Range Measurements
47
Aligning the Laser Beam to the Machine's Travel Path for Short-Range Measurements
49
Making the Measurement
50
Timebase Measurements Introduction
56
Setting up for the Measurement
57
Mounting and Aligning the Optics on the Target Machine
61
Aligning the Laser Beam to the Machine's Travel
61
Path
61
Making the Measurement
62
Analyzing Timebase Measurement Data
67
Displaying Timebase Measurement Data
68
Understanding Timebase Measurement Data
71
Angular Measurements Introduction
74
Setting up for a Pitch or Yaw Measurement
76
Mounting and Aligning the Optics on the Target Machine
78
Mounting the Optics
78
Aligning the Optics
88
Aligning the Laser Beam to the Machine's Travel Path for Long-Range Measurements
91
Aligning the Laser Beam to the Machine's Travel Path for Short-Range Measurements
92
Making the Measurement
92
Angular Position Measurements
96
Principles of Operation
97
Procedure - Summary
103
Programming the Machine to be Calibrated
104
Initial Setup of Computer and Laser Head
107
Mounting and Aligning the Precision Index Table on the Target Machine
109
Mounting and Aligning on a Rotary Table
109
Mounting and Aligning on a Machining Center
111
Choosing the Moveable Optic
114
Mounting the Moveable Optic
114
Creating the Control Link
117
Taking Care of the Measurement Fixture's Clutch
117
For Parallel Spindle and Table Axes
119
For Right-Angle Spindle and Table Axes
122
Mounting the Fixed Optic
126
Aligning the Laser Beam
128
Checking Your Installation
132
To Set the Machine's Relative Zero Point for Your Measurement
132
To Perform Final Optics Alignment and Integrity Check
133
Controlling the Machine During the Measurement
134
Manually Stepping through the Machine Control Program
134
Running the Machine Control Program
135
Making the Measurement
135
Storing the Hardware
139
Maintenance
139
Precision Index Table
139
Clutch
140
Clutch Breakaway Nut
143
Straightness Measurements Introduction
146
Setting up for the Measurement
148
Positioning the Laser Head and Target Machine
149
Positioning Optics for X-Axis and Y-Axis Measurements
150
Positioning Optics for Vertical Z-Axis Measurements
151
Positioning Optics for Horizontal Z-Axis Measurements
152
Mounting and Aligning Optics for X-Axis or Y-Axis Measurements
154
Mounting the Optics
154
Aligning the Optics
158
Making Vertical Axis Straightness Measurements
161
Aligning the Laser Beam to the Machine's Travel Path
166
Checking the Alignment for Beam Strength
168
Making the Measurement
169
Squareness Measurements in a Horizontal Plane Introduction
174
Setting up for the Measurement
176
Positioning the Laser Head and Target Machine
178
Mounting and Aligning the Optical Square and Interferometer for the First Axis Measurement
182
Mounting and Aligning Optics on a Machine with a Vertical Spindle
182
Mounting the Optics
182
Aligning the Optics
184
Mounting and Aligning Optics on a Machine with a Horizontal Spindle
186
Mounting the Optics
186
Aligning the Optics
187
Aligning the Laser Beam to the Machine's Travel Path for the First Axis Measurement
188
Mounting and Aligning the Reflector for the First Axis Measurement
189
Mounting the Reflector
189
Aligning the Reflector
189
Checking the Alignment for Beam Strength for the First Axis Measurement
192
Making the First Axis Measurement
192
Mounting and Aligning Optics for the Second Axis Measurement
196
Aligning the Laser Beam to the Machine's Travel Path for the Second Axis Measurement
198
Checking the Alignment for Beam Strength for the Second Axis Measurement
199
Making the Second Axis Measurement
199
Squareness Measurements in a Vertical Plane Introduction
202
Setting up for the Measurement
204
Positioning the Laser Head and Target Machine
206
Mounting and Aligning the Optics for the First Axis Measurement
207
Aligning the Laser Beam to the Machine's Travel Path for the First Axis Measurement
209
Checking the Alignment for Beam Strength for the First Axis Measurement
209
Making the First Axis Measurement
209
Mounting and Aligning Optics for the Second Axis Measurement
213
Mounting the Optics
213
Aligning the Optics
216
Aligning the Laser Beam to the Machine's Travel Path for the Second Axis Measurement
222
Checking the Alignment for Beam Strength for the Second Axis Measurement
223
Making the Second Axis Measurement
224
Parallelism Measurements Introduction
226
Setting up for the Measurement
228
Positioning the Laser Head and Target Machine
230
Mounting and Aligning Optics for Coplanar Parallelism Measurements
235
Mounting and Aligning Optics for Spindle Parallelism Measurements
235
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Agilent Technologies 5530 Getting Started Manual (150 pages)
Dynamic Calibrator
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 2.32 MB
Table of Contents
Table of Contents
5
1 Introducing the Agilent 5530
13
Introduction
14
Overview of the Agilent 5530
15
System Overview
16
Overview of Laser Calibration
17
Types of Measurements
19
2 Making Laser Measurements Safely
21
Introduction
22
Safety Labeling
22
General Safety Precautions
23
Using the Laser Head Safely
24
Using Components Safely
24
Protecting the Optics
25
3 Installing the Software and Connecting Components
27
Introduction
28
Installing the Metrology Software
28
Computer Requirements
28
Installing the Software
30
To Start the Metrology Software (General)
31
To Exit the Metrology Software (General)
31
Connecting the Axis Module and Sensor Hub
32
Communication Leds
37
Connecting the Sensors
37
Connecting the Laser
40
Agilent 10888A Remote Control Unit
42
Agilent 10887-60202 A-Quad-B Cable Assembly
43
Connecting and Turning on Power
44
4 Using the Agilent 5530 for the First Time
45
Introduction
46
Task 1: Assembling and Connecting Components
47
Task 2: Setting up the Software
50
Task 3: Aligning the Optics
54
Task 4: Making the Measurements
57
Task 5: Displaying and Saving Data
61
Displaying Analysis Data
61
Saving Data
63
Task 6: Exiting the Metrology Software
64
5 Setting up the Software for a Measurement
67
Introduction
68
Terms to Know
70
Conventions Used in the Software
72
Entering Data
72
Using Buttons
73
Using Online Help
73
Accessing the Software
74
Selecting a Measurement Type
76
Recalling Saved Setup Files and Data Files
78
Saving Setup Data and Measurement Data Files
80
Exiting the Metrology Software
82
Setting up the Laser Software for Your Measurement
83
Verifying the Hardware Setup
84
Testing the Remote Control Unit
85
Setting up Environmental Compensation
85
Defining Laser Parameters
86
Resetting the Laser Position
88
Setting up Your Measurement
88
6 Making the Measurement
91
Introduction
92
Mounting the Laser Head on the Tripod
92
Collecting Measurement Data
97
Recording Measurement Data
98
Erasing Measurement Data
99
7 Analyzing, Transferring, and Printing Measurement Data
101
Introduction
102
Displaying the Analyze Data Screen
103
Changing the Data Display
104
Autoscaling
104
Adding Text to Your Graph
104
Displaying and Editing Measurement Data
105
Printing the Data Analysis Graph
107
Transferring Data to Another Program
108
Setting up the Data Analysis Graph
108
Selecting an Industry Standard
109
Entering Machine Information
110
Creating a Compensation Table
111
8 Ensuring Repeatability, Accuracy, and Resolution
113
Introduction
114
Ensuring Accuracy
115
Compensating for Environmental Factors
116
Correcting Errors that Affect Linear Measurements
116
Abbé Error
117
Deadpath Error
118
Cosine Error
119
Correcting Errors that Affect Angular Measurements
121
Correcting Errors that Affect Straightness, Squareness, and Parallelism Measurements
121
Ensuring the Accuracy of Straightness Reflector Mirrors
121
Correcting for Slope
122
Compensating for Environmental Factors
123
Optimizing Repeatability from One Calibration to the Next
125
Improving Resolution
126
9 Troubleshooting and Maintenance
127
Introduction
128
Troubleshooting the Agilent 5530
128
Maintaining the Agilent 5530
130
Maintaining the Optics
130
Cleaning with Lens Tissue and Methanol or Alcohol
130
Cleaning with Pressurized Air
130
Maintaining the Air Sensor
131
Checking Accuracy Quickly
131
Cleaning
131
Maintaining Material Temperature Sensor
132
Technical Support
145
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