Miniature cavity pressure sensors from Kistler set new standards
Small and extremely sensitive, but capable of absolute top performance: the advanced miniature sensors (6178C, 6182D and 6183D) from Kistler – streamlined for maximum precision, and now featuring Unisens® uniform sensitivity and titancarbonitite coating. Visitors to the K 2019 in Düsseldorf from 16 to 23 October can see the miniature sensors on display at company’s stand.
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The 1 mm Unisens® precision sensor (6183D) is the smallest device of its type on the market – both its diameter and its accuracy are unparalleled. It is one of the three advanced miniature cavity pressure sensors from Kistler. |
These miniature sensors offer a convincing benefit: Unisens® uniform sensitivity, ensuring that they achieve accuracy of just a fraction of the previous tolerance range. This added gain in precision eliminates the need for sensor detection in the system. The sensitivity of these sensors remains constantly high, so users no longer have to enter values in the system from each sensor data sheet. This also means that replacing the sensors is very straightforward, so they are far easier to handle – especially when multi-cavity molds are involved.
Very tight tolerance ranges and ease of handling will obviously be key advantages for manufacturers of complex high-precision parts such as electrical plugs, and for producers in the automotive and medical technology sectors.
Protected against wear for longer lifetimes
From now on, the new miniature sensors are also available with a titancarbonitite coating (instead of hard chromium). This coating has proven its excellence many times over in the injection molding sector: it provides optimum protection against wear, ensuring longer lifetimes for these high-sensitivity sensors. The titancarbonitite coating offers two decisive advantages: exceptional hardness against abrasion, and resistance to corrosion caused by the action of chemicals. Thanks to these benefits, the new sensors are ideal for use with glass fiber-reinforced plastics and flame-retardant materials.
