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F.W. BELL 7030 Manuals
Manuals and User Guides for F.W. BELL 7030. We have
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F.W. BELL 7030 manual available for free PDF download: Instruction Manual
F.W. BELL 7030 Instruction Manual (126 pages)
GAUSS/TESLA METER
Brand:
F.W. BELL
| Category:
Measuring Instruments
| Size: 2 MB
Table of Contents
Table of Contents
5
Section - 1 Introduction
9
Overview
9
List of Tables
10
Table 1-1 Model 7030 Gauss/Tesla Meter List of Features
10
General Description
11
Table 1-2 Front Panel Description
14
Table 1-3 Rear Panel Description
15
Applications
16
Figure 1-3 Various Positions of Instrument
16
Section - 2 Specifications
17
Instrument
17
Figure 2-2 Digital I/O Connector
21
Calibration Service
22
Zero Flux Chamber
23
Section - 3 Probes
27
Overview
27
Probe Variations
28
Table 3-1 Probe Maximum Field Levels and Resolutions
28
Figure 3-1 7000 Series Probe Ordering Guide
28
Probe Memory
29
Probe Stem
29
Temperature Effects
29
Fixturing
29
Figure 3-2 Hall Probe Configurations
30
Section - 4 Setup
31
Safety
31
Figure 4-1 Probe Electrical Warning
32
Line Voltage Settings / Fuse Panel
33
Adjusting the Handle
34
Figure 4-3 Adjusting the Handle
34
Probe Installation
35
Figure 4-4 Installing and Removing Probes
35
Power up
36
Figure 4-5 Power Switch Positions
36
Figure 4-6 Boot up Screen
37
Section - 5 User Interface
39
Overview
39
Front Panel Keypad
40
Figure 5-1 Front Panel Keys
40
Menu System
41
Figure 5-2 Menu Items
41
Figure 5-3 Using Selections
42
Figure 5-4 Main Menu
42
Using the Mouse
43
Help System
44
System Menu
44
Setup Save-Load
45
Table 5-1 Default Configuration Settings
46
Display Format
47
Table 5-2 Display Options
47
Setting the Date and Time
49
Section - 6 Flux Density Measurement
51
Overview
51
Table 6-1 Available Units
52
Present Flux Density Reading
53
Measurement Mode Indicator
53
Figure 6-1 Present Flux Density Reading
53
Figure 6-2 Measurement Mode Indicator
53
Range Selection
54
Ac or DC Measurement Selection
55
Ac Mode Operation
55
Figure 6-3 Frequency / Filter Indicator
55
Table 6-2 Minimum Magnitudes for Rated Ac Accuracy
56
Figure 6-4 Indeterminate Frequency Indicator
56
Ac Mode Analog Filtering
57
DC Mode Operation
57
Table 6-3 Autofilter Switch Points
57
Zeroing
58
Update Interval
60
Hold Function
61
Relative Mode
63
Figure 6-5 Relative Value Indicator
64
Vector Summation
66
Analog Outputs
69
Classifiers
71
Sources of Measurement Errors
73
Figure 6-8 Probe Output Versus Flux Angle
73
Figure 6-9 Probe Output Versus Distance
74
Figure 6-10 Flux Density Variations in a Magnet
74
Section - 7 Remote Operation
75
Introduction
75
IEEE 488 Functional Description
76
Figure 7-1 IEEE-488 Connector
76
Functional Description
77
Figure 7-2 RS-232 Connector
78
Communications Setup
79
Table 7-1 RS-232 Available Settings
79
Table 7-2 General Command Summary for IEEE 488
80
Error Queue and Output Queue
81
Status
81
Figure 7-3 Condition, Event, and Enable Registers
82
Status Byte and Service Request
84
Standard Event Register
85
Figure 7-5 Standard Event Register
85
Measurement Event Register
86
Figure 7-6 Measurement Event Register
86
Operation Event Register
87
Questionable Event Register
87
Figure 7-7 Operation Event Register
87
Figure 7-8 Questionable Event Register
87
IEEE 488.2 "Common" Command Syntax
88
IEEE 488.2 "Common" Commands
89
Table 7-3 Common Command Summary
89
SCPI Command Syntax
92
Scpi Commands- General
93
Scpi Commands- Error Queue Messages and Commands
97
SCPI Commands - System Information and Configuration Commands
97
Scpi Commands- Status Commands
100
Scpi Commands- Unit Commands
101
Scpi Commands- Range Commands
102
Table 7-6 Operating Ranges with Various Probes
102
Scpi Commands- Filter Commands
103
Scpi Commands- Averaging Commands
104
Scpi Commands- Classifier (Limit) Commands
104
Scpi Commands- Zeroing Commands
106
Scpi Commands- Relative Offset Commands
106
Scpi Commands- Analog Output Commands
108
Scpi Commands- Vector Summation Commands
111
Scpi Commands- Hold Commands
111
Scpi Commands- Measurement Commands
113
Intermixing "Common" and SCPI Commands
115
Message Terminators
115
Example Using the Event, Enable, and Condition Registers
116
Understanding Flux Density
117
Figure A-2 Hall Effect Sensor
118
Vector Summation Tutorial
119
Figure B-1 Two Dimensional Co-Ordinate System
119
Figure B-3 Three-Dimensional Co-Ordinate System
121
Figure B-4 Vector Angles in a Three-Dimensional System
121
Appendix B Vector Summation Tutorial
123
Appendix A Understanding Flux Density
123
Appendix B Vector Summation Tutorial
123
Warranty
123
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