TESA MICRO-HITE

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Instruction manual for MH & MH+M

The concept is the same for manual height gauges. However, the user has to move the probe

(and also the sensor integrated in the instrument) himself in order to detect the reference

mark on the glass scale.

Main Page

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

TESA MICRO-HITE - Page 57

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