TESA MICRO-HITE - Page 10

TESA MICRO-HITE

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Instruction manual for MH & MH+M

10

Fig. Description of the constitutive elements of the TESA MICRO-HITE+M

Table of Contents

Default Chapter2
- Table of Contents2
1 Introduction7
- Acknowledge-Ments7
- Warning7
- Copyright (Document)7
- Copyright (Software)7
- Preamble7
- Symbols8
2 Presentation9
- General Description9
- Instrument Base11
- Air Cushion11
- Vertical Column12
- Rotary Control Handle13
- Handwheel15
- Lever-Type Locking Ring15
- Electric Power Supply16
- Measuring System16
- Control Panel18
- Fixing Arm18
- Information LED19
- Interface & Displayed Values19
- Printer19
- Connectors20
3 Technical Specifications21
4 Delivery Contents22
- System Components22
- Packaging22
- Fine Adjustment System23
- Calibration Certificate23
5 Installation, Security & Maintenance27
- Location27
- Place of Use27
- Lighting27
- Measuring Surface27
- Cleanliness27
- Vibrations27
- Electric Power Supply27
- Batteries28
- Final Use29
- Storage29
- Cleaning29
- Opening Elements29
6 Installation30
- Packaging30
- Unpacking & Installation30
- Installation of the Printer38
- Installation of the Foot Switch39
7 Control Panel40
- General Description40
- Touchscreen40
- Software Navigation40
- Measurement Zone41
- Calculation Zone42
- Context-Based Actions43
8 Measurement Interface44
- Status Bar44
- Main Zone44
- Measuring Force45
- Context-Based Actions Bar45
- Measurements List45
- Location46
9 System Options48
- Access48
- System Configuration48
- Measurement Parameters49
- Bore/Axis, Groove/Rib Measurement50
- Input/Outputs52
- Tolerances53
- Temperature54
- Results and Reports54
- Languages55
- Customised Language55
10 Initialisation56
- Concept56
- Automatic Process (MH+M)56
- Manual Process (MH)56
11 Determination of the Probe Constant58
- Masterpiece58
- Concept58
- Procedure60
- Steps60
12 Principles of Measurement63
- Generality63
- Probe Support63
- Measurement Modes63
- ST1 & ST2 Philosophy64
- Measurement Functions65
- Manual Single Probing (MH)67
- Automatic Single Probing (MH+M)69
- Static Culmination Point (MH), Bar Graph70
- Static Culmination Point (MH), Galvanometer74
- Static Culmination Point (MH), Help LED76
- Bore Measurement, Static Mode (MH)78
- Dynamic Culmination Point (MH)78
- Bore Measurement, Dynamic Mode (MH)80
- Culmination Point (MH+M)80
- Bore Measurement (MH+M)82
13 St1 Mode84
- Generality84
- Capturing the Reference Value85
- Reference Value Management86
- Secondary Functions FX86
- Context-Based Actions86
14 St2 Mode87
- Generality87
- Probe Calibration87
- Capturing the Reference Value87
- Single & Double Probing88
- Secondary Results90
- Secondary Functions FX91
- Indirect Reference (PRESET)91
- A&B References Management92
- Delete Last Measurement Block92
- Edit a Measurement Block92
- To Run a Probe Calibration93
- Distance between Two Heights93
- Average between Two Heights93
- Selection of a Measurement Block94
- Two Measurement Blocks Selection94
15 Max, Min, Δ Mode95
- Introduction95
- Fine Adjustment95
- Measurement Principle (MH+M)95
- Measurement Principle (MH)97
- Graph98
16 Angle Measurement100
- Introduction100
- Measurement Principle (MH+M)100
- Measurement Principle (MH)102
- Cone Angle Measurement Principle103
17 Calculator104
- Generality104
- Concept104
- Use of the Measurement Blocks105
- Changing Measurements List105
- Customised Calculation Function105
18 Perpendicularity & Straightness Measurement107
- Generality107
- Mounting an IG13108
- Mounting a TESA USB Probe109
- Adaptor for IG13 Connection110
- IG13 Positioning111
- Measurement Principle111
- Displacement Speed and Direction (MH)113
- Zero Setting114
- Measuring Range114
- To Pause the Measurement115
- Measurement Results115
19 Mode117
- Introduction117
- Concept117
- Two Measurement Possibilities118
- Application Examples119
- Step by Step Example120
- Results Analysis123
- To Define a Datum124
- Where Is the Current Datum125
- Change the Coordinate System125
- To Define an Origin126
- To Defined a Reference Axis126
- Midpoint126
- Intersection of Two Lines126
- Line through 2 Points127
- Bestfit Line127
- Circle through 3 Points127
- Bestfit Circle127
- Distance between 2 Points128
- Angle by 3 Points128
- Angle between Two Lines128
- Angle with Axes of the Current Datum128
- Perpendicular Distance129
- To Create a Virtual Point129
- To Create a Virtual Circle129
- Origin Translation130
- Datum Rotation131
- How to Integrate a Result from the 2D Mode into a Measurement Program132
20 Zz Mode134
- Generality134
- Operating Principle134
21 Data Management136
- Generality136
- Automatic or Manual Transmission136
- Transmission Format137
- Transmission Via TLC (Cable)138
- Transmission Via TLC (Wireless)139
- Use of the Printer139
- Pdf Report140
- Annotate a Measurement Program141
- Screenshot142
22 Program Management143
- Introduction143
- Program Creation143
- Insert Tolerances143
- Tolerancing with ISO Table145
- To Save a Sequence145
- Sequence Loading146
- To Run a Sequence147
- Pause a Sequence Run148
- Remeasure a Block149
- Waiting Time (Timer)149
- Results150
- To Run a Sequence in Loop151
- Calibration Block and Execution in a Loop151
- Reference Block and Execution in a Loop151
23 Control and Updates153
- Generality153
- System Information153
- Control of the System153
- Sensor Control154
- Reference Mark Control154
- Software Update154
24 Context-Based Actions157
- General Actions157
- Actions Regarding ST1 & ST2 Modes158
- Actions Regarding Perpendicularity Mode158
- Actions Regarding Angle Mode158
- Actions Regarding Min, Max, Δ Mode159
- Actions Regarding 2D Mode159
- Actions Regarding Calculator Mode159
Optional Accessories160
Example, Tesa Workpiece163

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