The hottest Turk develops automatic fault proof mi

Turk develops automatic fault proof micro displacement sensor

Turk has designed and developed the first micro linear displacement sensor for the ultra short measurement range of 50 to 200mm. Because this technology will continue to be used by many industries, the sensor li-q17. Li-q17 does not have a magnetic locator, but uses the measurement principle of resonant circuit to detect the position of the object through the induction oscillation system composed of capacitor and coil. Li - Q17 is the only sensor using this principle. It can still work stably where the magnetic positioning device is greatly affected by the electromagnetic field of large motors or welding equipment. Li - Q17 shell protection grade is IP67, durable, and has four different sizes. The measurement range is 50 mm, 100 mm, 150mm and 200mm, and the temperature range is -40 ℃ to +70 ℃. The original model has one analog output (0... 10 V, 4... 20 mA, 0.5... 4.5 V), and high-resolution SSI models will be provided in the future

the new Li - Q17 series inductive linear displacement sensor is suitable for small corners outside a wide range of product lines, and it is not affected by electromagnetic interference due to the oscillator in the position generator

triangulation sensor

Turck has expanded its product portfolio with a series of laser triangulation displacement sensors, which are manufactured by Turck's partner Bonner engineering in the United States and are used for non-contact height or thickness measurement of various materials, such as sheet metal, wood, ceramics, paper, plastics, and the difference between the sizes of the corresponding plastic parts measured under the condition of 50 ± 5% relative humidity to calculate rubber, foam and baked dough, These listed above are only a few quality assurance measurement applications. The new LH series sensor can provide accurate distance, thickness and soft and tough accurate measurement of soft products. Its applications include thermal components, machine tool parts, semiconductors and printed circuit boards, light-emitting or reflective components, and soft or viscous components. There are three models of this series, with measurement ranges of mm, mm and mm respectively. By installing two sensors on both sides of the target and automatically synchronizing, thickness measurement can be carried out. Up to 32 sensors can be easily combined into a hybrid measurement network of multi rail displacement or thickness sensors