SPECIAL APPLICATIONS WITH ZEROTRONIC SENSORS
Product Details
Monitoring of critical machines (Synchrotrons)
Monitoring of buildings, bridges or dams
Defining absolute zero references e.g. for radars
Typical applications are:
The ZEROMATIC 2/2 has 2 inclination sensors. It can therefore provide continuous values for the inclination in X and Y direction. At defined intervals it will perform a reversal measurement and compensate any offset.
The ZEROMATIC 2/1 has 1 inclination sensor. Each reversal measurement will provide one set of absolute inclination values in X and Y direction.
The 2-dimensional inclination measurement sensors ZEROMATIC 2/1 and 2/2 are perfectly suited for any application where monitoring of smallest changes in absolute inclinations over a longer period of time is required. The extremely high accuracy is achieved by measuring and compensating any drift of the absolut zero by applying an automatic reversal measurement at defined intervals.
ZEROMATIC 2/1 + 2/2
2DIMENSIONAL PRECISION INCLINATION SENSOR WITH AUTOMATIC REVERSAL MEASUREMENT
ZEROMATIC 2/1 + 2/2
- Country:Switzerland
- telephone:41-0041-52-233-66-66
| The 2-dimensional inclination measurement sensors ZEROMATIC 2/1 and 2/2 are perfectly suited for any application |
Send inquiry / quota request to SPECIAL APPLICATIONS WITH ZEROTRONIC SENSORS
Relate products of SPECIAL APPLICATIONS WITH ZEROTRONIC SENSORS
Magnetic Sensor Application ALIF magnetic sensors are widely used in various actuator components such as cylinders, electric cylinders, and oil cylinders. You can find magnetic sensors and their applications in thousands of automation scenarios such as manufacturing, medical ...
Come From ALIF TECH. CO., LTD.
The crankshaft position sensor togethers with the camshaft position sensor to determine the ignition timing and crankshaft position signals for the engine, detects the top dead position of the piston, the crankshaft angle and the engine speed, usually installed at the front of ...
Thecam valve sensor collects the position signal of the valve camshaft and inputs it to the ECU, so that the ECU can identify the compression top dead of cylinder 1, so as to perform sequential fuel injection control, ignition timing control and detonation control. In addition, ...
