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COMPENDIUM INCLINATION MEASUREMENT
WYLER AG, WINTERTHUR / SWITZERLAND
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6.4.9 “STANDARDS“ FOR THE FLATNESS OF SURFACE PLATES 82
6.4.10 MEASUREMENT OF RECTANGULAR OBJECTS 83
6.4.11 RELATIVE AND ABSOLUTE MEASUREMENTS / LONG-TERM MONITORING 85
6.4.11.1 RELATIVE MEASUREMENT 85
6.4.11.2 ABSOLUTE MEASUREMENT 86
7. Inclination measuring sensors 87
7.1 DIGITAL INCLINATION MEASURING SENSORS 88
7.1.1 ZEROTRONIC SENSORS 88
7.1.1.1 MEASURING PRINCIPLE OF DIGITAL MEASURING SYSTEMS 89
7.1.1.2 HOW DOES THE RC-OSCILLATOR WORK WITH THE PENDULUM SYSTEM? 90
7.1.1.3 CALIBRATION OF DIGITAL SYSTEMS 93
7.1.1.4 SPECIFICATIONS SENSOR ZEROTRONIC 95
7.1.1.5 CUSTOMIZED APPLICATIONS WITH ZEROTRONIC SENSORS 97
7.1.1.6 STANDARD-KONFIGURATIONEN FÜR ZEROTRONIC-SENSOREN 98
7.1.2 MULTITC (TRANSCEIVER/CONVERTER) 99
7.1.3 BlueTC (TRANSCEIVER/CONVERTER) 100
7.1.4 ZEROTRONIC SENSOR WITH ANALOG OUTPUT (PC INTERFACE WITH 102
CURRENT TRANSMITTER)
7.1.5 SPECIAL APPLICATIONS WITH ZEROTRONIC SENSORS 103
7.1.6 TWO DIMENSIONAL LED-CROSS WITH ZEROTRONIC SENSORS 105
7.1.7 TWO-DIMENSIONAL INCLINATION MEASUREMENT SENSORS ZEROMATIC 107
7.1.7.1 THE MEASURING PRINCIPLE OF THE ZEROMATIC SENSOR 108
7.1.7.2 DIMENSIONS OF ZEROMATIC 2/1 AND 2/2 109
7.2 LONG-TERM MONITORING OF DAMS, BRIDGES OR BUILDINGS 111
7.3 LONG-TERM MEASUREMENTS / MONITORING WITH ZEROMATIC 112
7.4 DATALOGGERS OPTIMALLY MATCHED TO WYLER MEASURING INSTRUMENTS 113
7.5 ANALOG INCLINATION SENSORS LEVELMATIC 31 AND LEVELMATIC C 115
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