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FISCHERSCOPE X-RAY XDLM 231
FISCHER FISCHERSCOPE X-RAY XDLM 231 Manuals
Manuals and User Guides for FISCHER FISCHERSCOPE X-RAY XDLM 231. We have
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FISCHER FISCHERSCOPE X-RAY XDLM 231 manual available for free PDF download: Operator's Manual
FISCHER FISCHERSCOPE X-RAY XDLM 231 Operator's Manual (236 pages)
Brand:
FISCHER
| Category:
Analytical Instruments
| Size: 8 MB
Table of Contents
Table of Contents
3
Index
3
Table of Contents
3
1 Safety Information
9
Warning Notices Used
9
Intended Use
9
Safety of the Electrical Equipment
10
Maintenance and Repair
10
X-Radiation Safety
10
Requirements for the Operating Personnel
12
Frequently Asked Questions Concerning X-Radiation Safety
13
2 Instrument Overview
15
Areas of Application
15
Standard-Free Measurements
15
X-Ray Fluorescence
16
Functional Principle of the Instrument
17
Components
19
3 Set up
23
Set-Up Location
23
Unpacking the Measuring System
24
Removing the Shipping Lock
24
Establishing Connections
26
Switching on the Instrument
28
Switching off the Instrument
29
Communication between Instrument and Winftm
29
4 Performing Measurements
31
Deleting Measurement Readings
32
5 Winftm File Structure
33
Def.ma
34
Measurement Application
34
Product
34
6 User Interface of the Winftm Software
37
Winftm Main Window
37
Video Image
39
Statistics Field
41
Measurement Value Field
41
Status Bar
44
Mq Value
45
Limited Operating Mode - Short Menu
46
The Spectrum Window
47
7 Position Specimen
53
Flat Specimens
53
Cylindrical or Curved Specimens
53
Measurements in Recesses
54
Measurements on Inclines
54
Positioning of Specimen
55
Position the Specimen by Using the Mouse (XDLM 237)
56
8 Product Administration
57
Product
57
Setting up a New Product
57
Importing a Product
58
Modifying a Product
59
Deleting a Product
59
Assigning a New Measurement Application to a Product
60
Modifying a Measurement Application
60
Copying a Measurement Application
60
Deleting a Measurement Application
61
Viewing the Def.ma
61
Importing a Def.ma
61
Backing up Product or Def.ma Files
62
Reference Samples
62
Base Material in Def.ma
63
Monitoring the Measurement Devices
65
9 Handling of Measurement Data and Statistical Evaluations
67
Saving / Not Saving Measurement Data
67
Overwriting Measurement Data
68
Closing a Block (Order No. / Operator)
68
Block Evaluation (Statistics)
70
Variable and Fixed Block Size
71
Deleting a Block
71
Statistics
72
10 Setting up the Print Form Using PDM
73
Statistical Evaluation and Documentation Using the Supplementary Software PDM
73
Editing Print Form Templates Using PDM
74
Inserting Variables for Print Form Templates
75
Variables Available for Block Evaluation
75
Variables Available for the Final Evaluation
80
Products with a Variable or Fixed Block Size
83
Special Features for SPC Charts
85
Printing the Print Form Using the Supplementary Software PDM
86
11 Measurement Uncertainty and Measuring Ranges
87
Meaning of the Measurement Uncertainty
88
Random Error
89
Systematic Error
90
Display of the Measurement Uncertainty
91
12 Task Programming
94
Starting a Task
94
Programming Tool
94
Getting Started with Task Programming
95
Syntax of Task Commands
95
List of Task Commands
95
Example Specification Limit Commands
98
13 Data Back-Up
100
Extent of the Data Back-Up
100
Target Path for Data Back-Up
100
Back-Up Cycle
101
14 Mass Per Unit Area and Geometric Coating Thickness
103
Correlation between Mass Per Unit Area and Coating Thickness
105
Calibration Standards from FISCHER
107
Setting the Density in the Def.ma
107
15 Measurement Device Monitoring for the Fischerscope X-RAY
109
Calibration of X-Ray Fluorescence Measuring Instruments
109
Why Monitor Measurement Devices
111
Variation of Measurement Readings
112
Trueness of Measurement Readings
113
Random and Systematic Deviations
114
Trueness and Precision
116
Practical Monitoring of the Measurement Devices
118
When and How to Carry out Corrections
120
Pre-Run for Determining the Control Limits
121
Long-Term Monitoring
126
16 Def.ma
129
The Def.ma Modes
129
Creating a New Def.ma
130
Entering Compensation Spectra
131
Display the Measurement Mode
133
17 Programming Coordinates for Automatic Measurements (XDLM 237)
135
Point & Shoot
136
Point & Save
136
Point & Measure
136
Traveling to any Desired Position
137
Opening and Closing the Window XY(Z) Coordinates
138
Deleting Programmed Coordinates
139
Programming Individual Points
140
Programming a Line
140
Programming an Array
141
Same Programming on Multiple Parts (Points + Pattern)
141
Circular Coordinates
143
Programming Datum Points
144
Traveling to All Programmed Points
145
18 Calibration, Base Correction and Reference Measurement
147
Base Correction (Substrate Material Correction)
147
Calibration
148
Reference Measurement
154
19 Solution Analysis
157
Structure of the Measuring Cell
157
Filling the Measuring Cell
158
Positioning the Measuring Cell
159
Cleaning the Measuring Cell after Use
160
Def.ma and Product for the Solution Analysis
160
20 Measurement Data Export
165
Starting the Measurement Data Export
165
Export Settings
166
Setting up an Export Template
168
21 Pattern Recognition (XDLM 237)
173
Scenarios: Pattern Recognition, XY Programming and Task Programming
173
Settings and Their Meaning
174
Pattern Recognition: Contact Pads of SMD Components
176
Pattern Recognition: Measurements on Printed Circuit Boards
180
22 Cleaning and Maintenance
187
Cleaning the Instrument
187
Cleaning Calibration Standards
187
Replacing the Line Fuse
188
Preparing the Instrument for Transport
189
Troubleshooting
190
23 Addendum
193
Description of the Characteristic Statistical Parameters
193
Periodic Table of the Elements with X-Ray Properties
201
Data Sheet FISCHERSCOPE ® X-RAY XDLM
203
Winftm ® Features
207
Features
208
1 Overview
209
Winftm Versions: BASIC and LIGHT
209
Winftm Extensions: PDM and SUPER
209
Fisim
210
2 Features of Winftm BASIC and LIGHT
211
Integrated Technology
211
Measurements Independent of the Substrate Material
211
Coating Thickness Measurement
211
Material Analysis
212
Direct Analysis in the Spectrum
212
Automated Material Identification (Class of Materials)
213
Measurement Methods
213
Optical Functions
214
Further Features of Winftm
215
Measurement Data Management
218
Displaying, Documenting and Backing up Measurement Results and Parameters216
218
Presentation of Readings
220
Calibrating and Monitoring of the Measuring Equipment
220
Display and Evaluation of Spectra
222
Control the XY(Z) Measuring Stage
222
3 Winftm PDM: Expanded Product Data Administration and Result Documentation222
224
Comparative Overview With/Without Winftm PDM
226
4 Winftm SUPER: for the Experienced X-RAY User
227
Ec Declaration of Conformity
231
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