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Measurement and sensor technology 6.1

6.1.1 Chemical analysis
6.1.2 Elongation, path and angle measurement
6.1.3 Throughput and flow-rate measurement
6.1.4 Capture, checking and processing of process and production parameters
6.1.5 Ferrite-content measuring devices
6.1.6 Photography and cinematography
6.1.7 Speed and rotational-speed measurement
6.1.8 Manual and miscellaneous measuring devices for arc welding (current, voltage, wire-feed rate, gas-
6.1.9 Holography
6.1.10 Calibration
6.1.11 Camera systems for monitoring design and production processes
6.1.12 Capacitance and inductance measurement
6.1.13 Force measuring systems
6.1.14 Gauges and weld gauges
6.1.15 Power measurement
6.1.16 Mass, density, force, torque and pressure measurement
6.1.17 Measuring devices for gases, fumes and dusts
6.1.18 Measuring devices for sound/noise
6.1.19 Measuring devices for radiation
6.1.20 Measuring devices for resistance welding (pulses, periods, current and voltage) and Rogovski belts
6.1.21 Measuring and monitoring devices for the electrode-penetration depth in resistance welding
6.1.22 Microscopy
6.1.23 Surface quality (cut-surface quality)
6.1.24 Specimen-preparation installations
6.1.25 Scanning elecgon microscopes
6.1.26 Roughness measurement of surfaces / roughness depths
6.1.27 Coat-thickness, wall-thickness and crack-depth measurement
6.1.28 Sensor technology
6.1.29 Miscellaneous measurement technology and measuring devices
6.1.30 Photoelasticity
6.1.31 Current and voltage measurement
6.1.32 Temperature measurement (optical, electrical, chemical and mechanical)
6.1.33 Thermography
6.1.34 Monitoring devices for arc welding
6.1.35 Monitoring devices for resistance welding
6.1.36 Hydrogen determination
6.1.37 Resistance and insulation measurement
6.1.38 Time, event-number and frequency measurement