The official Kistler website has published a page related to aerospace. To commemorate this, we will be giving away a catalog about Kistler sensors used in the aerospace industry to the first 50 people!

Kistler Japan G.K. Head office

We have published an aerospace-related page on our official website and released a catalog introducing how our sensors are used to conduct safe and reliable testing in the aerospace industry. Table of Contents (excerpt) - Ultra-high temperature sensor solutions - Lightweight cabling solutions for environmental vibration testing - Micro-vibration and jetter testing - Highly Accelerated Life Testing and Stress Screening - Rocket engine testing: thrust characterization We will give this catalog to the first 50 customers involved in the aerospace industry! If you would like a copy, please contact us at the address below with the required information. We apologize, but we kindly ask competitors to refrain from applying. sales.jp@kistler.com [Your Name] [Your Company Name] [Your Department] [Your Mailing Address]

Catalog (English): "Solutions for Space Testing"

Kistler sensors used in test development.

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Related product information

Crystal piezoelectric pressure sensor 601C
Ideal for measuring very small pressure pulsations! Furthermore, accurate dynamic measurements are possible even at high temperatures!!

This piezoelectric pressure sensor has a high natural frequency, making it suitable for use in various applications that require dynamic pressure measurement. It can also measure small pressure fluctuations superimposed on large static pressures with the highest resolution. For measuring pure static pressure, piezoresistive sensors are more appropriate. The performance PiezoStar crystal element, uniquely developed by Kistler, is mounted inside a sealed case within the fully welded 601C... sensor body. PiezoStar is capable of measuring low pressures more accurately due to its high sensitivity and low noise compared to conventional crystal elements of the same size. The measured pressure is transmitted to the PiezoStar through a diaphragm. The pressure P (unit: bar) is converted into charge Q (unit: pC) by the PiezoStar, and then the charge Q is converted into voltage V by a charge amplifier. The 601C sensor series includes types with charge output (PE) and voltage output (IEPE).