Contactless Sensors - Electric Motor Parts & Accessories Australia

Laser Sensors

Contactless Sensors – Electric Motor Parts & Accessories Australia​

Due to their high resolution laser sensors are ideal for non-contact precision measurement of distance, route and position. Through an advanced analysis method the electronics of the laser sensor calculates the exact distance to the measurement object by means of triangulation or phase shift. The compact and robust design of the sensors makes measuring possible even under cramped conditions. Waycon

Magnetostrictive Transducers

Contactless Sensors – Electric Motor Parts & Accessories Australia​

Magnetostrictive distance transducers enable contact-free and wear-free measurement. The housing of this transducer has a measuring element (waveguide) which, in interaction with an external, freely movable magnet, can map distances very accurately. Sensors of this class have been successfully used in automation, level measurement and in hydraulic cylinders at pressures up to 350 bar for many years. Waycon

Ultrasonic Sensors

Contactless Sensors – Electric Motor Parts & Accessories Australia​

Ultrasonic sensors measure without contact the distance to the measurement object, regardless of color and material. Ultrasound is a high-frequency oscillation emitted by the sensor, which is reflected on the measurement object and is received back in the form of an echo. From the travel time of the sound, the sensor calculates an analog output signal proportional to the distance. A classic application for ultrasonic sensors is level measurement. Waycon

Magnetic Scales

Contactless Sensors – Electric Motor Parts & Accessories Australia​

Magnetic Scales by WayCon consist of a reading head and a linear magnetic tape. The sensor head fed without contact over the magnetic tape and is technically wear-free. The digital magnetic scale has a accuracy up to ±15 μm by a measurement length up to 100 m. Magnetic scales are also called digital rulers.Waycon

Capacitive Sensors

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Ultrasonic sensors measure without contact the distance to the measurement object, regardless of color and material. Ultrasound is a high-frequency oscillation emitted by the sensor, which is reflected on the measurement object and is received back in the form of an echo. From the travel time of the sound, the sensor calculates an analog output signal proportional to the distance. A classic application for ultrasonic sensors is level measurement.