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065-040-Type 3 / 065-040-C-10 Type C Wyler Zerotronic Sensors are on sale at Gaging.com!

We specialize in Zerotronic sensor applications and have built systems for many industries utilizing Wyler Seatronic and Dynam software modules or stand alone systems.

Wyler AG ZEROTRONIC-SENSOR-FAMILY

Wyler Levels,  ZEROTRONIC-sensors have established themselves in the market as the benchmark when it comes to high precision inclination measurement in demanding applications.

The ZEROTRONIC sensor family features the following characteristics:
 

• High resolution and high precision
• Excellent temperature stability
• Measuring ranges of ± 0.5 to ± 60 degrees
• Synchronized registration of measuring values for several sensors
• High immunity to shock
• High immunity to electromagnetic fields

2 sensor types available depending on the application. Within the ZEROTRONIC family there are 2 sensor types available which have slightly different physical characteristics:

               ZEROTRONIC Type 3
               ZEROTRONIC Type C

Common characteristics of the 2 sensors:

• The outer dimensions and the electrical characteristics of the two sensors are identical.
• The measuring element in both sensors is based on a pendulum swinging between two electrodes. Depending on the inclined position of the system, the pendulum will change its position in relation to the electrodes and by that, the capacitance between the pendulum and the electrodes will change. The change of these capacitances is measured digitally.
• The sensor cell is completely encapsulated and therewith protected against changes in humidity. Both sensor types are calibrated over the complete measuring range with reference points stored in the EEPROM of the sensor. Both sensors are equipped with a temperature sensor and are temperature calibrated allowing an excellent compensation for temperature changes.

Difference in characteristics of the 2 Sensors:

• The pendulum of the ZEROTRONIC Type 3 is larger which provides a significantly better signal to noise ratio for smaller inclinations. The ZEROTRONIC Type 3 is therefore better suited for higher precision applications where small inclinations are measured only.
• The mass of the pendulum of the ZEROTRONIC Type C is smaller than the one of sensor Type 3. This provides a higher stability if the sensor is permanently inclined.

The following list of characteristics should allow a proper differentiation and proper application of the 2 sensors:

Some typical applications for the ZEROTRONIC Type 3 Applications, where high precision and high resolution is first priority and where only small inclinations are measured:

• Adjustment of machines (e.g. pitch an roll)
• Precise adjustment of absolute zero
• Precise measurement of small inclinations in heavy duty environment; e.g.exposure to outside temperature

Some typical applications for the ZEROTRONIC Type C

• Larger inclinations
• Sensor remains in inclined position over a longer period of time

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