Tesa Technology MICRO-HITE
Manuals and User Guides for Tesa Technology MICRO-HITE. We found 3 manuals for free downloads instruction manual, User manual
Below you will find brief information for MICRO-HITE MH, MICRO-HITE MH+M. This instruction manual provides detailed guidance on the operation, installation, and maintenance of TESA MICRO-HITE height gauges. It covers topics such as general description, technical specifications, installation procedures, control panel functionalities, measurement interfaces, system options, measurement principles, and data management. You'll discover how to determine probe constants, use different measurement modes, and utilize the calculator, perpendicularity, and 2D modes for accurate measurements.
Key Features
Precise height measurements
ST1 & ST2 measurement modes
Angle measurement capabilities
Calculator function
2D mode for complex measurements
Data management & reporting
Automatic probing (MH+M)
Touchscreen control panel
Pages: 163 Tesa Technology MICRO-HITE instruction manual
Brand: Tesa Technology Category: Measuring, testing & control Size: 9 MB
Languages: English
Table of contents
- 7 INTRODUCTION
- 7 Acknowledge-ments
- 7 Warning
- 7 Copyright (document)
- 7 Copyright (software)
- 7 Preamble
- 8 Symbols
- 9 PRESENTATION
- 9 General description
- 11 Instrument base
- 11 Air cushion
- 12 Vertical column
- 13 Rotary control handle
- 15 Handwheel
- 15 Lever-type locking ring
- 16 Electric power supply
- 16 Measuring system
- 18 Control panel
- 18 Fixing arm
- 19 Information LED
- 19 Interface & displayed values
- 19 Printer
- 20 Connectors
- 21 TECHNICAL SPECIFICATIONS
- 22 DELIVERY CONTENTS
- 22 System components
- 22 Packaging
- 23 Fine adjustment system
- 23 Calibration certificate
- 27 INSTALLATION, SECURITY & MAINTENANCE
- 27 Location
- 27 Place of use
- 27 Lighting
- 27 Measuring surface
- 27 Cleanliness
- 27 Vibrations
- 27 Electric power supply
- 28 Batteries
- 29 Final use
- 29 Storage
- 29 Cleaning
- 29 Opening elements
- 30 INSTALLATION
- 30 Packaging
- 30 Unpacking & installation
- 38 Installation of the printer
- 39 Installation of the foot switch
- 40 CONTROL PANEL
- 40 General description
- 40 Touchscreen
- 41 Measurement zone
- 42 Calculation zone
- 42 Software navigation
- 43 Context-based actions
- 44 MEASUREMENT INTERFACE
- 44 Status bar
- 44 Main zone
- 45 Measuring force
- 45 Context-based actions bar
- 45 Measurements list
- 46 Location
- 48 SYSTEM OPTIONS
- 48 Access
- 48 System configuration
- 49 Measurement parameters
- 50 Bore/axis, groove/rib measurement
- 52 Input/Outputs
- 53 Tolerances
- 54 Temperature
- 54 Results and reports
- 55 Languages
- 55 Customised language
- 56 INITIALISATION
- 56 Concept
- 56 Automatic process (MH+M)
- 56 Manual process (MH)
- 58 DETERMINATION OF THE PROBE CONSTANT
- 58 Masterpiece
- 58 Concept
- 60 Procedure
- 60 Steps
- 63 PRINCIPLES OF MEASUREMENT
- 63 Generality
- 63 Probe support
- 63 Measurement modes
- 64 ST1 & ST2 philosophy
- 65 Measurement functions
- 67 Manual single probing (MH)
- 69 Automatic single probing (MH+M)
- 70 Static culmination point (MH), bar graph
- 74 Static culmination point (MH), galvanometer
- 76 Static culmination point (MH), help LED
- 78 Bore measurement, static mode (MH)
- 78 Dynamic culmination point (MH)
- 80 Bore measurement, dynamic mode (MH)
- 80 Culmination point (MH+M)
- 82 Bore measurement (MH+M)
- 84 ST1 MODE
- 84 Generality
- 85 Capturing the reference value
- 86 Reference value management
- 86 Secondary functions FX
- 86 Context-based actions
- 87 ST2 MODE
- 87 Generality
- 87 Probe calibration
- 87 Capturing the reference value
- 88 Single & double probing
- 90 Secondary results
- 91 Secondary functions FX
- 91 Indirect reference (PRESET)
- 92 A&B references management
- 92 Delete last measurement block
- 92 Edit a measurement block
- 93 To run a probe calibration
- 93 Distance between two heights
- 93 Average between two heights
- 94 Selection of a measurement block
- 94 Two measurement blocks selection
- 95 MAX, MIN, Δ MODE
- 95 Introduction
- 95 Fine adjustment
- 95 Measurement principle (MH+M)
- 97 Measurement principle (MH)
- 98 Graph
- 100 ANGLE MEASUREMENT
- 100 Introduction
- 100 Measurement principle (MH+M)
- 102 Measurement principle (MH)
- 103 Cone angle measurement principle
- 104 CALCULATOR
- 104 Generality
- 104 Concept
- 105 Use of the measurement blocks
- 105 Changing measurements list
- 105 Customised calculation function
- 107 PERPENDICULARITY & STRAIGHTNESS MEASUREMENT
- 107 Generality
- 108 Mounting an IG
- 109 Mounting a TESA USB probe
- 110 Adaptor for IG13 connection
- 111 IG13 positioning
- 111 Measurement principle
- 113 Displacement speed and direction (MH)
- 114 Zero setting
- 114 Measuring range
- 115 To pause the measurement
- 115 Measurement results
- 117 2D MODE
- 117 Introduction
- 117 Concept
- 118 Two measurement possibilities
- 119 Application examples
- 120 Step by step example
- 123 Results analysis
- 124 To define a datum
- 125 Where is the current datum?
- 125 Change the coordinate system
- 126 To define an origin
- 126 To defined a reference axis
- 126 Midpoint
- 126 Intersection of two lines
- 127 Line through 2 points
- 127 Bestfit line
- 127 Circle through 3 points
- 127 Bestfit circle
- 128 Distance between 2 points
- 128 Angle by 3 points
- 128 Angle between two lines
- 128 Angle with axes of the current datum
- 129 Perpendicular distance
- 129 To create a virtual point
- 129 To create a virtual circle
- 130 Origin translation
- 131 Datum rotation
- 132 How to integrate a result from the 2D mode into a measurement program?
- 134 ZZ MODE
- 134 Generality
- 134 Operating principle
- 136 DATA MANAGEMENT
- 136 Generality
- 136 Automatic or manual transmission
- 137 Transmission format
- 138 Transmission via TLC (cable)
- 139 Transmission via TLC (wireless)
- 139 Use of the printer
- 140 *.Pdf report
- 141 Annotate a measurement program
- 142 Screenshot
- 143 PROGRAM MANAGEMENT
- 143 Introduction
- 143 Program creation
- 143 Insert tolerances
- 145 Tolerancing with ISO table
- 145 To save a sequence
- 146 Sequence loading
- 147 To run a sequence
- 148 Pause a sequence run
- 149 Remeasure a block
- 149 Waiting time (timer)
- 150 Results
- 151 To run a sequence in loop
- 151 Calibration block and execution in a loop
- 151 Reference block and execution in a loop
- 153 CONTROL AND UPDATES
- 153 Generality
- 153 System information
- 153 Control of the system
- 154 Sensor control
- 154 Reference mark control
- 154 Software update
- 157 CONTEXT-BASED ACTIONS
- 157 General actions
- 158 Actions regarding ST1 & ST2 modes
- 158 Actions regarding Perpendicularity mode
- 158 Actions regarding Angle mode
- 159 Actions regarding Min, max, Δ mode
- 159 Actions regarding 2D mode
- 159 Actions regarding Calculator mode
- 160 OPTIONAL ACCESSORIES
- 163 EXAMPLE, TESA WORKPIECE
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Frequently Answers and Questions
What is the purpose of the lever-type locking ring?
The lever-type locking ring secures the measuring arm or probe in position during measurement.
What is the function of the fine adjustment system?
The fine adjustment system allows for precise positioning of the measuring probe.
How do I determine the probe constant?
Refer to section 11 of this manual for the procedure.
What are the different measurement modes available?
The height gauges offer various measurement modes, including ST1, ST2, MAX, MIN, Δ, angle, and 2D.
How do I save a measurement sequence?
Refer to section 22.5 for instructions on saving a sequence.
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