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Introducing Endress+Hauser’s Memosens CCS50D Chlorine Dioxide Sensor

Chlorine dioxide is a chemical compound that appears as a red-to-yellowish-green gas at room temperature. It readily dissolves in water and is typically used as a disinfecting agent, especially in the water treatment industry. However, excessive amounts of chlorine dioxide in potable water supplies can be harmful to consumers. Therefore, compliance with water quality industry standards is of utmost importance.

Endress+Hauser’s Memosens CCS50D is a durable, low maintenance sensor specifically designed to ensure safe and efficient dosages of chlorine dioxide in almost any industrial application. Memosens technology works by converting the measured chlorine dioxide level and converting it to a digital signal which is then transferred inductively to a transmitter.

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Announcing Three New Additions to the Endress+Hauser Indicator Portfolio

Endress+Hauser has long been a global leader in process automation solutions. Offering the highest level of technology and service, our clients in industries ranging from chemicals and petrochemicals to water/wastewater and food and beverage count on our process solutions.

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Introducing the Ecograph T RSG35 Universal Data Manager


At Endress+Hauser, we are always striving to keep even our most popular products on the cutting-edge. It is with this in mind that we are proud to introduce the Ecograph T RSG35 Universal Data Manager. This versatile upgrade to our existing and sought after RSG30, allows users to record, visualize, and monitor all analog and/or digital input signals. However, this time and money saving benefit is just the beginning of what the RSG35 brings to the table.

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Amplitude vs. Frequency Shift Tuning Fork -When to Use Which


Classically used to tune musical instruments and to assess hearing loss, tuning forks have found widespread use in a variety of surprising applications. A tuning fork’s ability to reliably and accurately output a specific frequency has made it a component of choice in devices ranging from watches to radar guns to gyroscopes.

Tuning Forks have also found use in level-sensing switches for tanks and industrial containers. Conventionally, a level-sensing switch uses a float or pressure sensor to detect the level of the fluid that’s being contained. While these are time-tested designs, they do have some flaws: they cannot work with all types of fluids; they are not solid-state; and they usually require downtime for maintenance. A tuning fork level switch, which is entirely solid-state, overcomes those problems and more by using vibration to detect material level.

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