Faster implementation thanks to modular inverter concept

Construction machines are noisy and make a lot of dirt. In inner cities and environmental zones, ever stricter requirements regarding exhaust and noise emissions are emerging. The same applies to agricultural machinery, where the direct influence on the environment is not so concise. Where else a diesel is working, there will soon be an electric motor that will be responsible for the drive,...

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Discover the future of pumping technology with our cutting-edge, reliable, and versatile micropumps.

We are thrilled to announce the latest addition to our product catalog: Gas and Liquid Piezoelectric Micropumps! Designed with the latest advancements in technology, our micropumps offer exceptional performance and reliability across a wide range of applications. With their compact, lightweight design, and silent operation, these pumps are perfect for integrating into various systems, making them...

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Amperometric zirconia oxygen sensors are widely used in industrial applications where accurate oxygen measurement is critical, such as in power plants, chemical plants, and food processing. Angst+Pfister Sensors and Power (previously known as Pewatron) has been in the market of oxygen sensing for over 30 years and has developed more than 150 different OEM amperometric oxygen gas sensor modules...

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The concept of paramagnetic oxygen gas sensor measurement principle lies within the fact that the oxygen atom has paramagnetic nature, because of the two unpaired electrons. Some measurement approaches use a temperature imbalance between thermistor pairs caused by a magnetic wind in order to determine the oxygen concentration. The Parox1200 paramagnetic oxygen sensor series developed by Angst and...

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The measurement of humidity at relatively higher temperatures (more than 100°C) is important in a large number of industrial applications ranging from drying process chambers to industrial-scale large baking ovens. In industrial bakery ovens for instance, humidity measurement is an important parameter to monitor as it can impact the quality and consistency of the baked goods. Subsequently,...

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Amperometric zirconia oxygen sensors are widely used in industrial applications where accurate oxygen measurement is critical, such as in power plants, chemical plants, and food processing. They are also used in automotive applications to monitor the oxygen concentration in engine exhaust gases. These sensors are highly reliable, with a long operating life and minimal maintenance requirements,...

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The potentiometric measuring principle for oxygen sensing covers the widest range of concentration range among all other oxygen sensing technologies – from 10-35 bar O2 and up to 100%V O2. The broad measurement range and high resolution of the sensing principle makes it interesting for many different application areas such as, additive manufacturing (AM) or Metal – 3D printing. In such application...

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An affordable alternative to the TH sensors of the well-known manufacturers

The new MVH4000D-Series relative humidity and temperature sensors provide a very high accuracy of 1.5%RH and 0.2°C, while having a very fast response time. The sensors have excellent long term stability and are calibrated from the factory. A standard I2C Interface is used, which can be used to freely program many parameters such as resolution and frequency of measurements for maximum flexibility...

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now with gel or parylene coatings

When it comes to pressure transmitters, there are many different products on the market. However, there are fewer differential pressure transmitters and hardly any compact differential pressure transmitters, particularly for use with liquid media. The new 85 series closes this gap.  The internal MEMS chip and ASIC can now be completely coated with gel, enabling the sensor to be used for various...

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compact MEMS-based mass flow sensors

The new series from Angst+Pfister Sensors and Power is compact and thus ideal for direct integration into a product – e.g. in medical technology devices. Internally, the sensor is built on a MEMS chip that works according to the calorimetric principle. In addition to the flow, the direction of flow can also be detected. The sensor is calibrated with air as standard. On request, the calibration can...

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